configfile.h

JM 11.0 KTA 2.1 Source Code

  {"ScalingListPresentFlag5",  &configinput.ScalingListPresentFlag[5],    0,   0.0,                       1,  0.0,              3.0              },
  {"ScalingListPresentFlag6",  &configinput.ScalingListPresentFlag[6],    0,   0.0,                       1,  0.0,              3.0              },
  {"ScalingListPresentFlag7",  &configinput.ScalingListPresentFlag[7],    0,   0.0,                       1,  0.0,              3.0              },
  
  // Fast ME enable
  {"UseFME",                   &configinput.FMEnable,                     0,   0.0,                       1,  0.0,              3.0              },
  {"FMEDSR",                   &configinput.DynamicSearchRange,           0,   1.0,                       1,  0.0,              1.0              },//Dynamic Search Range. added by xxz
  {"FMEScale",                 &configinput.FMEScale,                     0,   1.0,                       0,  0.0,              0.0              },//added by xxz
#ifdef ADAPTIVE_QUANTIZATION
  {"UseAdaptiveQuantMatrix",   &configinput.UseAdaptiveQuantMatrix,       0,   0.0,                       1,  0.0,              1.0              },
#endif
#ifdef  INTERNAL_BIT_DEPTH_INCREASE
  {"InputBitDepth",            &configinput.InputBitDepth,                0,   8.0,                       1,  8.0,             12.0              },
#endif
#ifdef ADAPTIVE_FILTER
  {"UseAdaptiveFilter",        &configinput.UseAdaptiveFilter,            0,   0.0,                       1,  0.0,              4.0              },
  {"AdaptiveFilterDecision",   &configinput.InterpolationDecision,        0,   0.0,                       1,  0.0,              1.0              },
#ifdef DIRECTIONAL_FILTER
  {"ImpType",                  &configinput.ImpType,                      0,   0.0,                       1,  0.0,              1.0              },
#endif
#endif
#ifdef USE_INTRA_MDDT
  {"UseIntraMDDT",             &configinput.UseIntraMDDT,                 0,   0.0,                       1,  0.0,              1.0              },
#endif
#ifdef RDO_Q
  {"UseRDO_Q",                 &configinput.UseRDO_Q,                     0,   0.0,                       1,  0.0,              1.0              },
#endif

#ifdef USE_HP_FILTER
#ifdef SWITCHED_FILTERS
  {"UseHPFilter",              &configinput.UseHPFilter,                  0,   0.0,                       1,  0.0,              3.0              },
#else
  {"UseHPFilter",              &configinput.UseHPFilter,                  0,   0.0,                       1,  0.0,              2.0              },
#endif  // SWITCHED_FILTERS
#endif

#ifdef USE_NEW_OFFSET
  {"UseNewOffset",             &configinput.UseNewOffset,                 0,   0.0,                       1,  0.0,              1.0              },
#endif 
#ifdef USE_POST_FILTER
  {"UsePostFilter",             &configinput.UsePostFilter,               0,   0.0,                       1,  0.0,              1.0              },
#endif
  {"EPZSPattern",              &configinput.EPZSPattern,                  0,   2.0,                       1,  0.0,              3.0              },
  {"EPZSDualRefinement",       &configinput.EPZSDual,                     0,   3.0,                       1,  0.0,              4.0              },
  {"EPZSFixedPredictors",      &configinput.EPZSFixed,                    0,   2.0,                       1,  0.0,              2.0              },
  {"EPZSTemporal",             &configinput.EPZSTemporal,                 0,   1.0,                       1,  0.0,              1.0              },
  {"EPZSSpatialMem",           &configinput.EPZSSpatialMem,               0,   1.0,                       1,  0.0,              1.0              },
  {"EPZSMinThresScale",        &configinput.EPZSMinThresScale,            0,   0.0,                       0,  0.0,              0.0              },
  {"EPZSMaxThresScale",        &configinput.EPZSMaxThresScale,            0,   1.0,                       0,  0.0,              0.0              },
  {"EPZSMedThresScale",        &configinput.EPZSMedThresScale,            0,   1.0,                       0,  0.0,              0.0              },
  {"EPZSSubPelME",             &configinput.EPZSSubPelME,                 0,   1.0,                       1,  0.0,              1.0              },
  {"EPZSSubPelThresScale",     &configinput.EPZSSubPelThresScale,         0,   2.0,                       0,  0.0,              0.0              },
  {"ChromaQPOffset",           &configinput.chroma_qp_index_offset,       0,   0.0,                       1,-51.0,             51.0              },
  
  // Fidelity Range Extensions
  {"BitDepthLuma",             &configinput.BitDepthLuma,                 0,   8.0,                       1,  8.0,             12.0              },
  {"BitDepthChroma",           &configinput.BitDepthChroma,               0,   8.0,                       1,  8.0,             12.0              },
  {"YUVFormat",                &configinput.yuv_format,                   0,   1.0,                       1,  0.0,              3.0              },
  {"RGBInput",                 &configinput.rgb_input_flag,               0,   0.0,                       1,  0.0,              1.0              },
  {"CbQPOffset",               &configinput.cb_qp_index_offset,           0,   0.0,                       1,-51.0,             51.0              },
  {"CrQPOffset",               &configinput.cr_qp_index_offset,           0,   0.0,                       1,-51.0,             51.0              },
  
  // Lossless Coding
  {"QPPrimeYZeroTransformBypassFlag", &configinput.lossless_qpprime_y_zero_flag,      0,   0.0,           1,  0.0,              1.0              },
  
  // Residue Color Transform
  {"ResidueTransformFlag",     &configinput.residue_transform_flag ,      0,   0.0,                       1,  0.0,              1.0              },
  
  // Explicit Lambda Usage
  {"UseExplicitLambdaParams",  &configinput.UseExplicitLambdaParams,      0,   0.0,                       1,  0.0,              3.0              },
  {"LambdaWeightPslice",       &configinput.LambdaWeight[0],              2,   0.68,                      2,  0.0,              0.0              },
  {"LambdaWeightBslice",       &configinput.LambdaWeight[1],              2,   2.00,                      2,  0.0,              0.0              },
  {"LambdaWeightIslice",       &configinput.LambdaWeight[2],              2,   0.65,                      2,  0.0,              0.0              },
  {"LambdaWeightSPslice",      &configinput.LambdaWeight[3],              2,   1.50,                      2,  0.0,              0.0              },
  {"LambdaWeightSIslice",      &configinput.LambdaWeight[4],              2,   0.65,                      2,  0.0,              0.0              },
  {"LambdaWeightRefBslice",    &configinput.LambdaWeight[5],              2,   1.50,                      2,  0.0,              0.0              },
  
  {"QOffsetMatrixFile",        &configinput.QOffsetMatrixFile,            1,   0.0,                       0,  0.0,              0.0              },
  {"OffsetMatrixPresentFlag",  &configinput.OffsetMatrixPresentFlag,      0,   0.0,                       1,  0.0,              1.0              },
  
  // Fast Mode Decision
  {"EarlySkipEnable",          &configinput.EarlySkipEnable,              0,   0.0,                       1,  0.0,              1.0              },
  {"SelectiveIntraEnable",     &configinput.SelectiveIntraEnable,         0,   0.0,                       1,  0.0,              1.0              },
  
  // Adaptive rounding technique based on JVT-N011
  {"AdaptiveRounding",         &configinput.AdaptiveRounding,             0,   0.0,                       1,  0.0,              1.0              },
  {"AdaptRndPeriod",           &configinput.AdaptRndPeriod,               0,  16.0,                       2,  0.0,              0.0              },
  {"AdaptRndChroma",           &configinput.AdaptRndChroma,               0,   0.0,                       1,  0.0,              1.0              },
  {"AdaptRndWFactorIRef",      &configinput.AdaptRndWFactor[1][I_SLICE],  0,   4.0,                       1,  0.0,           1024.0              },
  {"AdaptRndWFactorPRef",      &configinput.AdaptRndWFactor[1][P_SLICE],  0,   4.0,                       1,  0.0,           1024.0              },
  {"AdaptRndWFactorBRef",      &configinput.AdaptRndWFactor[1][B_SLICE],  0,   4.0,                       1,  0.0,           1024.0              },
  {"AdaptRndWFactorINRef",     &configinput.AdaptRndWFactor[0][I_SLICE],  0,   4.0,                       1,  0.0,           1024.0              },
  {"AdaptRndWFactorPNRef",     &configinput.AdaptRndWFactor[0][P_SLICE],  0,   4.0,                       1,  0.0,           1024.0              },
  {"AdaptRndWFactorBNRef",     &configinput.AdaptRndWFactor[0][B_SLICE],  0,   4.0,                       1,  0.0,           1024.0              },
  
  {NULL,                       NULL,                                     -1,   0.0,                       0,  0.0,              0.0              }
};

#endif

#ifndef INCLUDED_BY_CONFIGFILE_C
extern Mapping Map[];
#endif


void Configure (int ac, char *av[]);
void PatchInputNoFrames(void);

#endif