# JSVM Configuration File in AVC mode

#====================== GENERAL ================================================
AVCMode                 1          # must be one for AVC simulations
InputFile               org.yuv    # input file
OutputFile              test.264   # bitstream file
ReconFile               enc.yuv    # reconstructed file
SourceWidth             176        # input  frame width
SourceHeight            144        # input  frame height
FrameRate               25.0       # frame rate [Hz]
FramesToBeEncoded       50         # number of frames

#====================== CODING =================================================
SymbolMode              1          # 0=CAVLC, 1=CABAC
Enable8x8Transform      1          # 8x8 luma trafo (0:diabled, 1:enabled)
ConstrainedIntraPred    0          # constrained intra prediction (0:off, 1:on)
ScalingMatricesPresent  1          # scaling matrices (0:flat, 1:default)
BiPred8x8Disable        0          # disable bi-predicted blocks smaller than 8x8
MCBlocksLT8x8Disable    0          # blocks smaller than 8x8 are disabled
BasisQP                 30         # Quantization parameters

#====================== STRUCTURE ==============================================
DPBSize                 13         # decoded picture buffer in frames
NumRefFrames            10         # maximum number of stored reference frames
Log2MaxFrameNum         11         # specifies max. value for frame_num (4..16)
Log2MaxPocLsb           7          # specifies coding of POC’s (4..15)
SequenceFormatString    A0L0*n{*2{P7L0B3L1B1L2b0L3b2L3B5L2b4L3b6L3}*1{I7L0B3L1B1L2b0L3b2L3B5L2b4L3b6L3}}  
                                   # coding structure
DeltaLayer0Quant        0          # differential QP for layer 0
DeltaLayer1Quant        3          # differential QP for layer 1
DeltaLayer2Quant        4          # differential QP for layer 2
DeltaLayer3Quant        5          # differential QP for layer 3
DeltaLayer4Quant        6          # differential QP for layer 4
DeltaLayer5Quant        7          # differential QP for layer 5
MaxRefIdxActiveBL0      2          # active entries in ref list 0 for B slices
MaxRefIdxActiveBL1      2          # active entries in ref list 1 for B slices
MaxRefIdxActiveP        1          # active entries in ref list for P slices

#============================== MOTION SEARCH ==================================
SearchMode              4          # Search mode (0:BlockSearch, 4:FastSearch)
SearchFuncFullPel       3          # Search function full pel
                                   #   (0:SAD, 1:SSE, 2:HADAMARD, 3:SAD-YUV) 
SearchFuncSubPel        2          # Search function sub pel
                                   #   (0:SAD, 1:SSE, 2:HADAMARD) 
SearchRange             16         # Search range (Full Pel)
FastBiSearch            1          # Fast bi-directional search (0:off, 1:on)
BiPredIter              2          # Max iterations for bi-pred search
IterSearchRange         4          # Search range for iterations (0: normal)

#============================== LOOP FILTER ====================================
LoopFilterDisable       0          # Loop filter idc (0: on, 1: off, 2:
                                   #   on except for slice boundaries)
LoopFilterAlphaC0Offset 0          # AlphaOffset(-6..+6): valid range
LoopFilterBetaOffset    0          # BetaOffset (-6..+6): valid range

#============================== WEIGHTED PREDICTION ============================
WeightedPrediction      0          # Weighting IP Slice (0:disable, 1:enable)
WeightedBiprediction    0          # Weighting B  Slice (0:disable, 1:explicit,
                                                         2:implicit)

#=============================== HRD =====================================
EnableVclHRD            0          # Type I HRD  (default 0:Off, 1:on) 
EnableNalHRD            0          # Type II HRD (default 0:Off, 1:on)