MVHEVCS_S

Specification: All slices are coded as I, P or B slices. Only the first picture of each view is coded as an Instantaneous Decoding Refresh (IDR) picture. Each picture contains only one slice. NumViews is equal to 2. NumDirectRefLayers of the non-base view is equal to 1. For each picture in the non-base view, inter-view prediction is enabled with both sample and motion prediction. 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 4:2:0, the bit depth is 10 bits, the resolution is 1280x720 and the number of frames is 9.
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 10, Level 4), output_layer_flag: 1
- OLS_1 - layer: 0, PTL idx: 1 (Main 10, Level 4), output_layer_flag: 1
          layer: 1, PTL idx: 2 (Multiview Extended 10, Level 4), output_layer_flag: 1

Functional stage: Decoding of two views with inter-view prediction (sample and motion) and IDR refresh.
Purpose: To test two-view inter-view prediction with IDR refresh type.
Note: This bitstream uses IDR refresh only (9 frames). MVHEVCS_P uses both IDR and CRA refresh (33 frames) for the same configuration.


Software version: HM-18.0 with MV-HEVC multiview extensions (dev-multiview444 branch)
Number of coded frames: 9
Frame rate: 60 fps
GOP size: 8
IntraPeriod: 24
Test name: MVHEVCS_S
Filename: MVHEVCS_S_APPLE_1.bit

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