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Introduced frame properties support
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Introduced frame properties support for Avisynth 3.7.1.21
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@FranceBB
FranceBB authored Oct 23, 2021
1 parent 071a7a1 commit 0d8020f
Showing 1 changed file with 69 additions and 42 deletions.
111 changes: 69 additions & 42 deletions LinearTransformation.avsi
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Original file line number Diff line number Diff line change
Expand Up @@ -23,57 +23,84 @@ Function LinearTransformation(clip clp, string "Input", string "Output") {
# Convert to 16 bit first, reduce YUV -> RGB colorspace conversion losses
clp = clp.ConvertBits(bits=16).ConvertToPlanarRGB # If already PlanarRGB 16 bit then should do nearly nothing


# Generating the string for the LUT selection
CubeStr =
\ Input=="BT601_NTSC" && Output=="BT709" ? "BT601_NTSC_to_BT709"
\ : Input=="BT601_PAL" && Output=="BT709" ? "BT601_PAL_to_BT709"
\ : Input=="BT709" && Output=="BT601_NTSC" ? "BT709_to_BT601_NTSC"
\ : Input=="BT709" && Output=="BT601_PAL" ? "BT709_to_BT601_PAL"
\ : Input=="BT709" && Output=="BT2020_HLG" ? "BT709_to_HLG"
\ : Input=="BT709" && Output=="BT2100_PQ" ? "BT709_to_PQ"
\ : Input=="BT709" && Output=="DCI_XYZ" ? "YUVBT709_to_DCIXYZ"
\ : Input=="BT709" && Output=="ZLog" ? "ZLog_to_BT709"
\ : Input=="BT2020" && Output=="BT2020_HLG" ? "Linear_BT2020_to_HLG_BT2020"
\ : Input=="BT2100_PQ" && Output=="BT2020" ? "BT2100_HDR_PQ_to_BT2020_SDR"
\ : Input=="BT2100_PQ" && Output=="BT709" ? "PQ_to_BT709_v1"
\ Input=="Linear_BT601_NTSC" && Output=="Linear_BT709" ? "BT601_NTSC_to_BT709"
\ : Input=="Linear_BT601_PAL" && Output=="Linear_BT709" ? "BT601_PAL_to_BT709"
\ : Input=="Linear_BT709" && Output=="Linear_BT601_NTSC" ? "BT709_to_BT601_NTSC"
\ : Input=="Linear_BT709" && Output=="Linear_BT601_PAL" ? "BT709_to_BT601_PAL"
\ : Input=="Linear_BT709" && Output=="BT2020_HLG" ? "BT709_to_HLG"
\ : Input=="Linear_BT709" && Output=="BT2100_PQ" ? "BT709_to_PQ"
\ : Input=="Linear_BT709" && Output=="DCI_XYZ" ? "YUVBT709_to_DCIXYZ"
\ : Input=="Linear_BT709" && Output=="ZLog" ? "ZLog_to_BT709"
\ : Input=="BT2100_PQ" && Output=="Linear_BT2020" ? "BT2100_HDR_PQ_to_BT2020_SDR"
\ : Input=="BT2100_PQ" && Output=="Linear_BT709" ? "PQ_to_BT709_v1"
\ : Input=="BT2100_PQ" && Output=="BT2020_HLG" ? "PQ_to_HLG"
\ : Input=="CLog3" && Output=="BT709" ? "CLog3_to_BT709"
\ : Input=="CLog3" && Output=="Linear_BT709" ? "CLog3_to_BT709"
\ : Input=="CLog3" && Output=="BT2020_HLG" ? "CLog3_to_HDR_HLG"
\ : Input=="CLog3" && Output=="BT2100_PQ" ? "CLog3_to_HDR_PQ"
\ : Input=="SLog2" && Output=="BT709" ? "Slog2_to_BT709"
\ : Input=="SLog3" && Output=="BT709" ? "Slog3_to_BT709"
\ : Input=="SLog3_Super8" && Output=="BT709" ? "Slog3_Super8_to_BT709"
\ : Input=="BT2020_HLG" && Output=="BT709" ? "HLG_BT2020_to_Linear_BT709"
\ : Input=="BT2020_HLG_A" && Output=="BT709" ? "HLG_A_to_LinearBT709"
\ : Input=="SLog2" && Output=="Linear_BT709" ? "Slog2_to_BT709"
\ : Input=="SLog3" && Output=="Linear_BT709" ? "Slog3_to_BT709"
\ : Input=="BT2020_HLG" && Output=="Linear_BT709" ? "HLG_to_BT709"
\ : Input=="BT2020_HLG" && Output=="BT2100_PQ" ? "HLG_to_PQ"
\ : Input=="DCI_XYZ" && Output=="BT709" ? "DCIXYZ_to_YUVBT709"
\ : Input=="LogC" && Output=="BT709" ? "LogC_to_BT709"
\ : Input=="VLog" && Output=="BT709" ? "Vlog_to_BT709"
\ : Input=="ZLog2" && Output=="BT709" ? "ZLog2_to_BT709"
\ : Input=="BT601_NTSC" && Output=="BT601_PAL" ? "BT601_NTSC_to_BT601_PAL"
\ : Input=="BT601_NTSC" && Output=="BT2020" ? "BT601_NTSC_to_BT2020"
\ : Input=="BT601_NTSC" && Output=="BT2020_HLG" ? "BT601_NTSC_to_BT2020_HLG"
\ : Input=="BT601_NTSC" && Output=="BT2100_PQ" ? "BT601_NTSC_to_BT2100_PQ"
\ : Input=="BT601_PAL" && Output=="BT601_NTSC" ? "BT601_PAL_to_BT601_NTSC"
\ : Input=="BT601_PAL" && Output=="BT2020" ? "BT601_PAL_to_BT2020"
\ : Input=="BT601_PAL" && Output=="BT2020_HLG" ? "BT601_PAL_to_BT2020_HLG"
\ : Input=="BT601_PAL" && Output=="BT2100_PQ" ? "BT601_PAL_to_BT2100_PQ"
\ : Input=="BT2020_HLG" && Output=="BT601_PAL" ? "BT2020_HLG_BT601_PAL"
\ : Input=="BT2020_HLG" && Output=="BT601_NTSC" ? "BT2020_HLG_to_BT601_NTSC"
\ : Input=="BT2020" && Output=="BT601_NTSC" ? "BT2020_to_BT601_NTSC"
\ : Input=="BT2020" && Output=="BT601_PAL" ? "BT2020_to_BT601_PAL"
\ : Input=="BT2100_PQ" && Output=="BT601_NTSC" ? "BT2100_PQ_to_BT601_NTSC"
\ : Input=="BT2100_PQ" && Output=="BT601_PAL" ? "BT2100_PQ_to_BT601_PAL"





\ : Input=="DCI_XYZ" && Output=="Linear_BT709" ? "DCIXYZ_to_YUVBT709"
\ : Input=="LogC" && Output=="Linear_BT709" ? "LogC_to_BT709"
\ : Input=="VLog" && Output=="Linear_BT709" ? "Vlog_to_BT709"
\ : ""

# Populating frame properties
my_Matrix =
\ Input=="Linear_BT601_NTSC" && Output=="Linear_BT709" ? (1)
\ : Input=="Linear_BT601_PAL" && Output=="Linear_BT709" ? (1)
\ : Input=="Linear_BT709" && Output=="Linear_BT601_NTSC" ? (6)
\ : Input=="Linear_BT709" && Output=="Linear_BT601_PAL" ? (3)
\ : Input=="Linear_BT709" && Output=="BT2020_HLG" ? (9)
\ : Input=="Linear_BT709" && Output=="BT2100_PQ" ? (9)
\ : Input=="Linear_BT709" && Output=="DCI_XYZ" ? (2)
\ : Input=="Linear_BT709" && Output=="ZLog" ? (2)
\ : Input=="BT2100_PQ" && Output=="Linear_BT2020" ? (9)
\ : Input=="BT2100_PQ" && Output=="Linear_BT709" ? (1)
\ : Input=="BT2100_PQ" && Output=="BT2020_HLG" ? (9)
\ : Input=="CLog3" && Output=="Linear_BT709" ? (1)
\ : Input=="CLog3" && Output=="BT2020_HLG" ? (9)
\ : Input=="CLog3" && Output=="BT2100_PQ" ? (9)
\ : Input=="SLog2" && Output=="Linear_BT709" ? (1)
\ : Input=="SLog3" && Output=="Linear_BT709" ? (1)
\ : Input=="BT2020_HLG" && Output=="Linear_BT709" ? (1)
\ : Input=="BT2020_HLG" && Output=="BT2100_PQ" ? (9)
\ : Input=="DCI_XYZ" && Output=="Linear_BT709" ? (1)
\ : Input=="LogC" && Output=="Linear_BT709" ? (1)
\ : Input=="VLog" && Output=="Linear_BT709" ? (1)
\ : (2)

my_transfer =
\ Input=="Linear_BT601_NTSC" && Output=="Linear_BT709" ? (1)
\ : Input=="Linear_BT601_PAL" && Output=="Linear_BT709" ? (1)
\ : Input=="Linear_BT709" && Output=="Linear_BT601_NTSC" ? (2)
\ : Input=="Linear_BT709" && Output=="Linear_BT601_PAL" ? (2)
\ : Input=="Linear_BT709" && Output=="BT2020_HLG" ? (18)
\ : Input=="Linear_BT709" && Output=="BT2100_PQ" ? (16)
\ : Input=="Linear_BT709" && Output=="DCI_XYZ" ? (2)
\ : Input=="Linear_BT709" && Output=="ZLog" ? (8)
\ : Input=="BT2100_PQ" && Output=="Linear_BT2020" ? (14)
\ : Input=="BT2100_PQ" && Output=="Linear_BT709" ? (1)
\ : Input=="BT2100_PQ" && Output=="BT2020_HLG" ? (18)
\ : Input=="CLog3" && Output=="Linear_BT709" ? (1)
\ : Input=="CLog3" && Output=="BT2020_HLG" ? (18)
\ : Input=="CLog3" && Output=="BT2100_PQ" ? (16)
\ : Input=="SLog2" && Output=="Linear_BT709" ? (1)
\ : Input=="SLog3" && Output=="Linear_BT709" ? (1)
\ : Input=="BT2020_HLG" && Output=="Linear_BT709" ? (1)
\ : Input=="BT2020_HLG" && Output=="BT2100_PQ" ? (16)
\ : Input=="DCI_XYZ" && Output=="Linear_BT709" ? (1)
\ : Input=="LogC" && Output=="Linear_BT709" ? (1)
\ : Input=="VLog" && Output=="Linear_BT709" ? (1)
\ : (2)


Assert(CubeStr != "","LinearTransformation: Transformation not supported, please choose a valid input and output Input='"+Input+"' Output='"+Output+"'" )

Cube(clp, myPath + CubeStr + ".cube", fullrange=true)
Cube(clp, myPath + CubeStr + ".cube", fullrange=true).propset("_Matrix", my_Matrix).propset("_Transfer", my_transfer)

out = Last.ConvertBits(bits=bpc, dither=1)

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