# HDRMetrics default configuration file # format: parameter=value or parameter="stringvalue", no SPACES! # #################################### README ################################# # Note that the folllwing parameters are content dependent and need to be set up # Input0File # Input1File # NumberOfFrames # # Input0 parameters in -First input parameters- section # Input1 parameters in -Second input parameters- section # # # ############################################################################# ############################################################################### # # Input file information # ############################################################################### Input0File="input0file.yuv" # 1st Input file name Input1File="input1file.yuv" # 2nd Input file name LogFile="log.txt" # Output Log file name NumberOfFrames=1000 # Number of frames to processrocess SilentMode=0 # Enable Silent mode MaxSampleValue=1020.0 # Maximum sample value for floating point (openEXR) data files WhitePointDeltaE1=100.0 # 1st reference white point value for deltaE computation WhitePointDeltaE2=1000.0 # 2nd reference white point value for deltaE computation WhitePointDeltaE3=5000.0 # 3rd reference white point value for deltaE computation ############################################################################### # # Metrics # ############################################################################### EnablePSNR=1 # Enable PSNR computation EnableJVETPSNR=1 # Use the JVET method for PSNR computation EnableWTPSNR=1 # Enable Weighted PSNR computation WeightTableFile="hdrTable.txt" EnableTFPSNR=0 # Enable Transform Domain PSNR EnableRTFPSNR=0 # Enable RTFPSNR computation EnableRPSNR=0 # Enable RPSNR computation EnablemPSNR=0 # Enable mPSNR computation EnablemPSNRfast=0 # Enable fast mPSNR computation EnableDELTAE=0 # Enable DeltaE computation DeltaEPointsEnable=0 # Enable100(x) + Enable1000(y) + Enable(z) # Enable100(x) = x = TRUE ? 1 : 0; # Enable1000(x) = x = TRUE ? 2 : 0; # Enable5000(x) = x = TRUE ? 4 : 0; EnableMSSSIM=0 # Enable MS-SSIM computation EnableTFMSSSIM=0 # Enable Transform Domain MS-SSIM computation EnableSSIM=0 EnableJVETMSSSIM=0 # Enable SSIM computation EnableTFSSIM=0 # Enable Transform Domain SSIM computation EnableSigmaCompare=0 EnableJ341Block=0 # Enable J.341 Blockiness computation EnableVIF=0 # Enable VIF distortion metric computation AmplitudeFactor=1.0 ## Extra parameters EnableShowMSE=0 # Enable MSE display during PSNR computation ClipInputValues=0 # Clips input parameters if outside valid range EnableComponentmPSNR=0 # Enable mPSNR per component computation ComputeYCbCrPSNR=0 # Enable YCbCr psnr (Non-Constant Luminance) for TF domain PSNR ComputeRGBPSNR=0 # Enable RGB psnr for TF domain PSNR ComputeXYZPSNR=0 # Enable XYZ psnr for TF domain PSNR ComputeYupVpPSNR=0 # Enable Yu'v' psnr for TF domain PSNR EnableComponentmPSNRfast=0 # Enable mPSNR per component computation (fast method) EnableSymmetricmPSNRfast=0 # Enable symmetric computation for the fast mPSNR metric TFPSNRDistortion=0 # TF PSNR distortion method # 0: Generic # 1: PQ # 2: DE-2K # 3: PQ Noise reduced # 4: NULL TF # 5: Hybrid PQ Model 1 # 6: Hybrid PQ Model 2 EnableTFunctionLUT=1 # Use LUTs for TF computation EnablexPSNR=0 # Enable Cross-Component PSNR computation XPSNRweightCMP0=1.0 # Cross-Component PSNR weight for cmp0/luma XPSNRweightCMP1=1.0 # Cross-Component PSNR weight for cmp1/cb XPSNRweightCMP2=1.0 # Cross-Component PSNR weight for cmp2/cr XPSNRweightLuma=1.0 # Cross-Component PSNR weight for cmp0/luma XPSNRweightCb=1.0 # Cross-Component PSNR weight for cmp1/cb XPSNRweightCr=1.0 # Cross-Component PSNR weight for cmp2/cr ############################################################################### # # Window Metrics # ############################################################################### WindowMinPosX=0 # Minimum Window X position WindowMaxPosX=949 # Maximum Window X position WindowMinPosY=0 # Minimum Window Y position WindowMaxPosY=1079 # Maximum Window Y position EnableWindowPSNR=0 # Enable Window PSNR computation EnableWindowWTPSNR=0 # Enable Window Weighted PSNR computation EnableWindowTFPSNR=0 # Enable Transform Domain Window PSNR EnableWindowmPSNR=0 # Enable Window mPSNR computation EnableWindowmPSNRfast=0 # Enable Window mPSNR fast computation EnableWindowDELTAE=0 # Enable Window DeltaE computation EnableWindowMSSSIM=0 # Enable Window MS-SSIM computation EnableWindowSSIM=0 # Enable Window SSIM computation EnableWindowRTFPSNR=0 # Enable Window RTFPSNR computation EnableWindowRPSNR=0 # Enable Window RPSNR computation EnableWindowTFMSSSIM=0 # Enable Window TF MS-SSIM computation EnableWindowTFSSIM=0 # Enable Window TF SSIM computation EnableWindowJ341Block=0 # Enable Window J.341 Blockiness computation EnableWindowVIF=0 # Enable Window VIF distortion computation ############################################################################ # # SSIM/MS-SSIM Parameters # ############################################################################ EnableLogSSIM=0 # Enable Log based SSIM computation SSIMBlockDistance=1 # Block Distance for SSIM computation SSIMBlockSizeX=11 # Block Width for SSIM computation SSIMBlockSizeY=11 # Block Height for SSIM computation RPSNRBlockDistanceX=4 RPSNRBlockDistanceY=4 RPSNRBlockSizeX=64 RPSNRBlockSizeY=64 ############################################################################### # # First input parameters # ############################################################################### Input0Width=1920 # 1st Input source width Input0Height=1080 # 1st Input source height Input0ChromaFormat=1 # 1st Input Chroma Format # 0 : 400 # 1 : 420 # 2 : 422 # 3 : 444 Input0Interleaved=0 # 1st Input Interleaved Source Input0Interlaced=0 # 1st Input Interlaced Source Input0FourCCCode=0 # 1st Input Pixel Format # 0: UYVY # 1: YUY2 # 2: YUYV # 3: YVYU # 4: BGR # 5: RGB # 6: V210 # 7: UYVY10 # 8: V410 # 9: R210 # 10: R10K # 11: XYZ Input0BitDepthCmp0=10 # 1st Input Bitdepth Cmp0 Input0BitDepthCmp1=10 # 1st Input Bitdepth Cmp1 Input0BitDepthCmp2=10 # 1st Input Bitdepth Cmp2 Input0ColorSpace=0 # 1st Input Color Space # 0: YUV # 1: RGB # 2: XYZ Input0ColorPrimaries=0 # 1st Input Color Primaries # 1: BT.2020 # 2: P3D60 # 3: P3D65 # 4: None Input0SampleRange=0 # Sample Range: # 0: Standard/Limited/Video # 1: Full # 2: Restricted # 3: SDI Scaled # 4: SDI Input0FileHeader=0 # 1st Input Header (bytes) Input0StartFrame=0 # 1st Input Start Frame Input0FrameSkip=0 # 1st Input Frame Skipping Input0Rate=24.0 # 1st Input Frame Rate Input0CropOffsetLeft=0 # 1st Input Crop Offset Left position Input0CropOffsetTop=0 # 1st Input Crop Offset Top position Input0CropOffsetRight=0 # 1st Input Crop Offset Right position Input0CropOffsetBottom=0 # 1st Input Crop Offset Bottom position ############################################################################### # # Second input parameters # ############################################################################### Input1Width=1920 # 2nd Input source width Input1Height=1080 # 2nd Input source height Input1ChromaFormat=1 # 2nd Input Chroma Format # 0 : 400 # 1 : 420 # 2 : 422 # 3 : 444 Input1Interleaved=0 # 2nd Input Interleaved Source Input1Interlaced=0 # 2nd Input Interlaced Source Input1FourCCCode=0 # 2nd Input Pixel Format # 0: UYVY # 1: YUY2 # 2: YUYV # 3: YVYU # 4: BGR # 5: RGB # 6: V210 # 7: UYVY10 # 8: V410 # 9: R210 # 10: R10K # 11: XYZ Input1BitDepthCmp0=10 # 2nd Input Bitdepth Cmp0 Input1BitDepthCmp1=10 # 2nd Input Bitdepth Cmp1 Input1BitDepthCmp2=10 # 2nd Input Bitdepth Cmp2 Input1ColorSpace=0 # 2nd Input Color Space # 0: YUV # 1: RGB # 2: XYZ Input1ColorPrimaries=0 # 2nd Input Color Primaries # 1: BT.2020 # 2: P3D60 # 3: P3D65 # 4: None Input1SampleRange=0 # Sample Range: # 0: Standard/Limited/Video # 1: Full # 2: REstricted # 3: SDI Scaled # 4: SDI Input1FileHeader=0 # 2nd Input Header (bytes) Input1StartFrame=0 # 2nd Input Start Frame Input1FrameSkip=0 # 2nd Input Frame Skipping Input1Rate=24.0 # 2nd Input Frame Rate Input1CropOffsetLeft=0 # 2nd Input Crop Offset Left position Input1CropOffsetTop=0 # 2nd Input Crop Offset Top position Input1CropOffsetRight=0 # 2nd Input Crop Offset Right position Input1CropOffsetBottom=0 # 2nd Input Crop Offset Bottom position