MVHEVCS_AF

Specification: The bitstream contains two 4:4:4 12-bit views. The source sequence is temporally split so that layer 0 carries the even-indexed frames and layer 1 the odd-indexed frames, enabling both temporal (inter) prediction within each layer and inter-layer (inter-view) prediction between layers. All slices are coded as I, P or B slices. The first picture of each view is an IDR picture; a Clean Random Access (CRA) picture occurs at the second intra period. NumDirectRefLayers of the non-base view is equal to 1, with both sample and motion inter-layer prediction enabled. The two views have the same spatial resolution. All NAL units are encapsulated into the byte stream format specified in Rec. ITU-T H.265 | ISO/IEC 23008-2.

The number of layers is 2, the chroma format is 4:4:4, the bit depth is 12 bits, the resolution is 1280x720 and the number of frames is 33.
Inter-layer prediction: L1 depends on L0 (sample and motion prediction)

The output layer sets are specified as follows:
- OLS_0 - layer: 0, PTL idx: 1 (Main 4:4:4 12, Level 4), output_layer_flag: 1
- OLS_1 - layer: 0, PTL idx: 1 (Main 4:4:4 12, Level 4), output_layer_flag: 1
          layer: 1, PTL idx: 2 (Multiview 4:4:4 12, Level 4), output_layer_flag: 1

Functional stage: Decoding of two 4:4:4 12-bit views with inter-layer prediction (sample and motion), inter-prediction, and CRA refresh.
Purpose: To test the Multiview 4:4:4 12 profile with two-view inter-layer prediction and CRA refresh.


Software version: HM-18.0 with MV-HEVC multiview extensions (dev-multiview444 branch), including Multiview Monochrome 10/12 and Multiview 4:4:4 10/12 profile support
Number of coded frames: 33
Frame rate: 60 fps
GOP size: 8
IntraPeriod: 24
Test name: MVHEVCS_AF
Filename: MVHEVCS_AF_APPLE_1.bit

Generated by: Alexis M. Tourapis
Email: atourapis@apple.com
