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fq/format/media.go

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avc: Cleanup and add color names etc
2021-11-28 18:59:45 +03:00
package format
decode: Refactor scalar usage Move scalar into own package. Split scalar code into decode related scalar code (that reads etc) and scalar code that just transform the scalar value. Use a scalar.Mapper interface instead of just a function. Make mappers, assert and validat impement the interface.
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import (
"github.com/wader/fq/pkg/scalar"
)
avc: Cleanup and add color names etc
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// based on ffmpeg libavformat/isom.c ff_mp4_obj_type
const (
MPEGObjectTypeMOV_TEXT = 0x08
MPEGObjectTypeMPEG4 = 0x20
MPEGObjectTypeH264 = 0x21
MPEGObjectTypeHEVC = 0x23
MPEGObjectTypeAAC = 0x40
MPEGObjectTypeMPEG2VideoMain = 0x61 /* MPEG-2 Main */
MPEGObjectTypeMPEG2VideoSimple = 0x60 /* MPEG-2 Simple */
MPEGObjectTypeMPEG2VideoSNR = 0x62 /* MPEG-2 SNR */
MPEGObjectTypeMPEG2VideoSpatial = 0x63 /* MPEG-2 Spatial */
MPEGObjectTypeMPEG2VideoHigh = 0x64 /* MPEG-2 High */
MPEGObjectTypeMPEG2Video422 = 0x65 /* MPEG-2 422 */
MPEGObjectTypeAACMain = 0x66 /* MPEG-2 AAC Main */
MPEGObjectTypeAACLow = 0x67 /* MPEG-2 AAC Low */
MPEGObjectTypeAACSSR = 0x68 /* MPEG-2 AAC SSR */
MPEGObjectTypeMP32MP3 = 0x69 /* 13818-3 */
MPEGObjectTypeMPEG1VIDEO = 0x6a /* 11172-2 */
MPEGObjectTypeMP3 = 0x6b /* 11172-3 */
MPEGObjectTypeMJPEG = 0x6c /* 10918-1 */
MPEGObjectTypePNG = 0x6d
MPEGObjectTypeJPEG2000 = 0x6e /* 15444-1 */
MPEGObjectTypeVC1 = 0xa3
MPEGObjectTypeDIRAC = 0xa4
MPEGObjectTypeAC3 = 0xa5
MPEGObjectTypeEAC3 = 0xa6
MPEGObjectTypeDTS = 0xa9 /* mp4ra.org */
MPEGObjectTypeOPUS = 0xad /* mp4ra.org */
MPEGObjectTypeVP9 = 0xb1 /* mp4ra.org */
MPEGObjectTypeFLAC = 0xc1 /* nonstandard, update when there is a standard value */
MPEGObjectTypeTSCC2 = 0xd0 /* nonstandard, camtasia uses it */
MPEGObjectTypeEVRC = 0xd1 /* nonstandard, pvAuthor uses it */
MPEGObjectTypeVORBIS = 0xdd /* nonstandard, gpac uses it */
MPEGObjectTypeDVDSubtitle = 0xe0 /* nonstandard, see unsupported-embedded-subs-2.mp4 */
MPEGObjectTypeQCELP = 0xe1
MPEGObjectTypeMPEG4SYSTEMS1 = 0x01
MPEGObjectTypeMPEG4SYSTEMS2 = 0x02
MPEGObjectTypeNONE = 0
)
decode: More type safe API and split scalar into multiple types Preparation to make decoder use less memory and API more type safe. Now each scalar type has it's own struct type so it can store different things and enables to have a scalar interface. Also own types will enable experimenting with decode DLS designs like using chained methods that are type aware.
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var MpegObjectTypeNames = scalar.UintMapSymStr{
avc: Cleanup and add color names etc
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MPEGObjectTypeMOV_TEXT: "MPEGObjectTypeMOV_TEXT",
MPEGObjectTypeMPEG4: "MPEGObjectTypeMPEG4",
MPEGObjectTypeH264: "MPEGObjectTypeH264",
MPEGObjectTypeHEVC: "MPEGObjectTypeHEVC",
MPEGObjectTypeAAC: "MPEGObjectTypeAAC",
MPEGObjectTypeMPEG2VideoMain: "MPEGObjectTypeMPEG2VideoMain",
MPEGObjectTypeMPEG2VideoSimple: "MPEGObjectTypeMPEG2VideoSimple",
MPEGObjectTypeMPEG2VideoSNR: "MPEGObjectTypeMPEG2VideoSNR",
MPEGObjectTypeMPEG2VideoSpatial: "MPEGObjectTypeMPEG2VideoSpatial",
MPEGObjectTypeMPEG2VideoHigh: "MPEGObjectTypeMPEG2VideoHigh",
MPEGObjectTypeMPEG2Video422: "MPEGObjectTypeMPEG2Video422",
MPEGObjectTypeAACMain: "MPEGObjectTypeAACMain",
MPEGObjectTypeAACLow: "MPEGObjectTypeAACLow",
MPEGObjectTypeAACSSR: "MPEGObjectTypeAACSSR",
MPEGObjectTypeMP32MP3: "MPEGObjectTypeMP32MP3",
MPEGObjectTypeMPEG1VIDEO: "MPEGObjectTypeMPEG1VIDEO",
MPEGObjectTypeMP3: "MPEGObjectTypeMP3",
MPEGObjectTypeMJPEG: "MPEGObjectTypeMJPEG",
MPEGObjectTypePNG: "MPEGObjectTypePNG",
MPEGObjectTypeJPEG2000: "MPEGObjectTypeJPEG2000",
MPEGObjectTypeVC1: "MPEGObjectTypeVC1",
MPEGObjectTypeDIRAC: "MPEGObjectTypeDIRAC",
MPEGObjectTypeAC3: "MPEGObjectTypeAC3",
MPEGObjectTypeEAC3: "MPEGObjectTypeEAC3",
MPEGObjectTypeDTS: "MPEGObjectTypeDTS",
MPEGObjectTypeOPUS: "MPEGObjectTypeOPUS",
MPEGObjectTypeVP9: "MPEGObjectTypeVP9",
MPEGObjectTypeFLAC: "MPEGObjectTypeFLAC",
MPEGObjectTypeTSCC2: "MPEGObjectTypeTSCC2",
MPEGObjectTypeEVRC: "MPEGObjectTypeEVRC",
MPEGObjectTypeVORBIS: "MPEGObjectTypeVORBIS",
MPEGObjectTypeDVDSubtitle: "MPEGObjectTypeDVDSubtitle",
MPEGObjectTypeQCELP: "MPEGObjectTypeQCELP",
MPEGObjectTypeMPEG4SYSTEMS1: "MPEGObjectTypeMPEG4SYSTEMS1",
MPEGObjectTypeMPEG4SYSTEMS2: "MPEGObjectTypeMPEG4SYSTEMS2",
MPEGObjectTypeNONE: "MPEGObjectTypeNONE",
}
const (
MPEGStreamTypeUnknown = iota
MPEGStreamTypeVideo
MPEGStreamTypeAudio
MPEGStreamTypeText
)
var MpegObjectTypeStreamType = map[uint64]int{
MPEGObjectTypeMOV_TEXT: MPEGStreamTypeText,
MPEGObjectTypeMPEG4: MPEGStreamTypeVideo,
MPEGObjectTypeH264: MPEGStreamTypeVideo,
MPEGObjectTypeHEVC: MPEGStreamTypeVideo,
MPEGObjectTypeAAC: MPEGStreamTypeAudio,
MPEGObjectTypeMPEG2VideoMain: MPEGStreamTypeVideo,
MPEGObjectTypeMPEG2VideoSimple: MPEGStreamTypeVideo,
MPEGObjectTypeMPEG2VideoSNR: MPEGStreamTypeVideo,
MPEGObjectTypeMPEG2VideoSpatial: MPEGStreamTypeVideo,
MPEGObjectTypeMPEG2VideoHigh: MPEGStreamTypeVideo,
MPEGObjectTypeMPEG2Video422: MPEGStreamTypeVideo,
MPEGObjectTypeAACMain: MPEGStreamTypeAudio,
MPEGObjectTypeAACLow: MPEGStreamTypeAudio,
MPEGObjectTypeAACSSR: MPEGStreamTypeAudio,
MPEGObjectTypeMP32MP3: MPEGStreamTypeAudio,
MPEGObjectTypeMPEG1VIDEO: MPEGStreamTypeVideo,
MPEGObjectTypeMP3: MPEGStreamTypeAudio,
MPEGObjectTypeMJPEG: MPEGStreamTypeVideo,
MPEGObjectTypePNG: MPEGStreamTypeVideo,
MPEGObjectTypeJPEG2000: MPEGStreamTypeVideo,
MPEGObjectTypeVC1: MPEGStreamTypeVideo,
MPEGObjectTypeDIRAC: MPEGStreamTypeVideo,
MPEGObjectTypeAC3: MPEGStreamTypeAudio,
MPEGObjectTypeEAC3: MPEGStreamTypeAudio,
MPEGObjectTypeDTS: MPEGStreamTypeAudio,
MPEGObjectTypeOPUS: MPEGStreamTypeAudio,
MPEGObjectTypeVP9: MPEGStreamTypeAudio,
MPEGObjectTypeFLAC: MPEGStreamTypeAudio,
MPEGObjectTypeTSCC2: MPEGStreamTypeVideo,
MPEGObjectTypeEVRC: MPEGStreamTypeAudio,
MPEGObjectTypeVORBIS: MPEGStreamTypeAudio,
MPEGObjectTypeDVDSubtitle: MPEGStreamTypeText,
MPEGObjectTypeQCELP: MPEGStreamTypeAudio,
MPEGObjectTypeMPEG4SYSTEMS1: MPEGStreamTypeUnknown,
MPEGObjectTypeMPEG4SYSTEMS2: MPEGStreamTypeUnknown,
MPEGObjectTypeNONE: MPEGStreamTypeUnknown,
}
const (
MPEGAudioObjectTypeMain = 1
MPEGAudioObjectTypeLC = 2
MPEGAudioObjectTypeSSR = 3
MPEGAudioObjectTypeLTP = 4
MPEGAudioObjectTypeSBR = 5
MPEGAudioObjectTypeER_AAC_LD = 23
aac_frame: Only try decode object types we know about Fixes issue failing on unknown or future aac standards Also add missing object type passing for matroska
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MPEGAudioObjectTypePS = 29
avc: Cleanup and add color names etc
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)
decode: More type safe API and split scalar into multiple types Preparation to make decoder use less memory and API more type safe. Now each scalar type has it's own struct type so it can store different things and enables to have a scalar interface. Also own types will enable experimenting with decode DLS designs like using chained methods that are type aware.
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var MPEGAudioObjectTypeNames = scalar.UintMap{
avc: Cleanup and add color names etc
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0: {Sym: "mull", Description: "Null"},
MPEGAudioObjectTypeMain: {Sym: "aac_main", Description: "AAC Main"},
flac_picture,mpeg: Fix trailing ")" typo in map sym and description
2023-01-25 16:01:08 +03:00
MPEGAudioObjectTypeLC: {Sym: "aac_lc", Description: "AAC Low Complexity"},
avc: Cleanup and add color names etc
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MPEGAudioObjectTypeSSR: {Sym: "aac_ssr", Description: "AAC Scalable Sample Rate"},
MPEGAudioObjectTypeLTP: {Sym: "aac_ltp", Description: "AAC Long Term Prediction"},
MPEGAudioObjectTypeSBR: {Sym: "sbr", Description: "Spectral Band Replication"},
6: {Sym: "aac_scalable", Description: "AAC Scalable"},
7: {Sym: "twinvq", Description: "TwinVQ"},
8: {Sym: "celp", Description: "Code Excited Linear Prediction"},
9: {Sym: "hxvc", Description: "Harmonic Vector eXcitation Coding"},
10: {Sym: "reserved", Description: "Reserved"},
11: {Sym: "reserved", Description: "Reserved"},
12: {Sym: "ttsi", Description: "TTSI (Text-To-Speech Interface)"},
13: {Sym: "main_synthesis", Description: "Main Synthesis"},
14: {Sym: "wavetable_synthesis", Description: "Wavetable Synthesis"},
15: {Sym: "general_midi", Description: "General MIDI"},
16: {Sym: "algorithmic", Description: "Algorithmic Synthesis and Audio Effects"},
17: {Sym: "er_aac_lc", Description: "Error Resilient AAC LC"},
18: {Sym: "reserved", Description: "Reserved"},
19: {Sym: "er_aac_ltp", Description: "ER AAC LTP"},
20: {Sym: "er_aac_Scalable", Description: "ER AAC Scalable"},
21: {Sym: "er_twinvq", Description: "ER TwinVQ"},
22: {Sym: "er_bsac", Description: "ER BSAC Bit-Sliced Arithmetic Coding"},
MPEGAudioObjectTypeER_AAC_LD: {Sym: "er_aac_ld", Description: "ER AAC LD Low Delay"},
24: {Sym: "er_celp", Description: "ER CELP"},
25: {Sym: "er_hvxc", Description: "ER HVXC"},
26: {Sym: "er_hiln", Description: "ER HILN Harmonic and Individual Lines plus Noise"},
27: {Sym: "er_parametric", Description: "ER Parametric"},
28: {Sym: "ssc", Description: "SinuSoidal Coding"},
aac_frame: Only try decode object types we know about Fixes issue failing on unknown or future aac standards Also add missing object type passing for matroska
2022-02-07 17:59:00 +03:00
MPEGAudioObjectTypePS: {Sym: "ps", Description: "Parametric Stereo"},
avc: Cleanup and add color names etc
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30: {Sym: "mpeg_surround", Description: "MPEG Surround"},
wav,bencode,mpeg_ps_packet,id3v1: Random fixes wav: Rest of file should description not symbolic value bencode: Remove redundant torepr example mpeg_ps_packet,id3v1: Remove whitespace in symbolic value
2022-05-05 20:38:31 +03:00
31: {Description: "(Escape value)"},
avc: Cleanup and add color names etc
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32: {Sym: "layer_1", Description: "MPEG Layer-1"},
33: {Sym: "layer_2", Description: "MPEG Layer-2"},
34: {Sym: "layer_3", Description: "MPEG Layer-3"},
35: {Sym: "dst", Description: "Direct Stream Transfer"},
36: {Sym: "als", Description: "Audio Lossless"},
37: {Sym: "sls", Description: "Scalable Lossless"},
38: {Sym: "sls_non_core", Description: "SLS non-core"},
39: {Sym: "er_aac_eld", Description: "ER AAC ELD Enhanced Low Delay"},
40: {Sym: "smr_simple", Description: "Symbolic Music Representation Simple"},
41: {Sym: "smr_main", Description: "Symbolic Music Representation Main"},
42: {Sym: "usac_no_sbr", Description: "Unified Speech and Audio Coding (no SBR)"},
43: {Sym: "saoc", Description: "Spatial Audio Object Coding"},
44: {Sym: "ld_mpeg_surround", Description: "LD MPEG Surround"},
45: {Sym: "usac", Description: "USAC"},
}
// based on ffmpeg/libavutil/pixfmt.h
decode: More type safe API and split scalar into multiple types Preparation to make decoder use less memory and API more type safe. Now each scalar type has it's own struct type so it can store different things and enables to have a scalar interface. Also own types will enable experimenting with decode DLS designs like using chained methods that are type aware.
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var ISO_23091_2_ColourPrimariesMap = scalar.UintMap{
avc: Cleanup and add color names etc
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1: {Sym: "bt709", Description: "ITU-R BT1361 / IEC 61966-2-4 / SMPTE RP 177 Annex B"},
2: {Sym: "unspecified", Description: "Unspecified"},
3: {Sym: "reserved", Description: "Reserved"},
4: {Sym: "bt470m", Description: "FCC Title 47 Code of Federal Regulations 73.682 (a)(20)"},
5: {Sym: "bt470bg", Description: "ITU-R BT601-6 625 / ITU-R BT1358 625 / ITU-R BT1700 625 PAL & SECAM"},
6: {Sym: "smpte170m", Description: "ITU-R BT601-6 525 / ITU-R BT1358 525 / ITU-R BT1700 NTSC"},
7: {Sym: "smpte240m", Description: "ITU-R BT601-6 525 / ITU-R BT1358 525 / ITU-R BT1700 NTSC"},
8: {Sym: "film", Description: "Illuminant C"},
9: {Sym: "bt2020", Description: "ITU-R BT2020"},
10: {Sym: "smpte428", Description: "SMPTE ST 428-1 (CIE 1931 XYZ)"},
11: {Sym: "smpte431", Description: "SMPTE ST 431-2 (2011) / DCI P3"},
12: {Sym: "smpte432", Description: "SMPTE ST 432-1 (2010) / P3 D65 / Display P3"},
22: {Sym: "ebu3213", Description: "EBU Tech. 3213-E (nothing there) / one of JEDEC P22 group phosphors"},
}
decode: More type safe API and split scalar into multiple types Preparation to make decoder use less memory and API more type safe. Now each scalar type has it's own struct type so it can store different things and enables to have a scalar interface. Also own types will enable experimenting with decode DLS designs like using chained methods that are type aware.
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var ISO_23091_2_TransferCharacteristicMap = scalar.UintMap{
avc: Cleanup and add color names etc
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1: {Sym: "bt709", Description: "ITU-R BT1361"},
2: {Sym: "unspecified", Description: "Unspecified"},
3: {Sym: "reserved", Description: "Reserved"},
4: {Sym: "gamma22", Description: "ITU-R BT470M / ITU-R BT1700 625 PAL & SECAM"},
5: {Sym: "gamma28", Description: "ITU-R BT470BG"},
6: {Sym: "smpte170m", Description: "ITU-R BT601-6 525 or 625 / ITU-R BT1358 525 or 625 / ITU-R BT1700 NTSC"},
7: {Sym: "smpte240m"},
8: {Sym: "linear", Description: "Linear transfer characteristics"},
9: {Sym: "log", Description: "Logarithmic transfer characteristic (100:1 range)"},
10: {Sym: "log_sqrt", Description: "Logarithmic transfer characteristic (100 * Sqrt(10) : 1 range)"},
11: {Sym: "iec61966_2_4", Description: "IEC 61966-2-4"},
12: {Sym: "bt1361_ecg", Description: "ITU-R BT1361 Extended Colour Gamut"},
13: {Sym: "iec61966_2_1", Description: "IEC 61966-2-1 (sRGB or sYCC)"},
14: {Sym: "bt2020_10", Description: "ITU-R BT2020 for 10-bit system"},
15: {Sym: "bt2020_12", Description: "ITU-R BT2020 for 12-bit system"},
16: {Sym: "smpte2084", Description: "SMPTE ST 2084 for 10-, 12-, 14- and 16-bit systems"},
17: {Sym: "smpte428", Description: "SMPTE ST 428-1"},
18: {Sym: "arib_std_b67", Description: "ARIB STD-B67, known as Hybrid log-gamma"},
}
decode: More type safe API and split scalar into multiple types Preparation to make decoder use less memory and API more type safe. Now each scalar type has it's own struct type so it can store different things and enables to have a scalar interface. Also own types will enable experimenting with decode DLS designs like using chained methods that are type aware.
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var ISO_23091_2_MatrixCoefficients = scalar.UintMap{
avc: Cleanup and add color names etc
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0: {Sym: "rgb", Description: "GBR, IEC 61966-2-1 (sRGB), YZX and ST 428-1"},
1: {Sym: "bt709", Description: "ITU-R BT1361 / IEC 61966-2-4 xvYCC709 / derived in SMPTE RP 177 Annex B"},
2: {Sym: "unspecified", Description: "Unspecified"},
3: {Sym: "reserved", Description: "Reserved"},
4: {Sym: "fcc", Description: "FCC Title 47 Code of Federal Regulations 73.682 (a)(20)"},
5: {Sym: "bt470bg", Description: "ITU-R BT601-6 625 / ITU-R BT1358 625 / ITU-R BT1700 625 PAL & SECAM / IEC 61966-2-4 xvYCC601"},
6: {Sym: "smpte170m", Description: "ITU-R BT601-6 525 / ITU-R BT1358 525 / ITU-R BT1700 NTSC"},
7: {Sym: "smpte240m", Description: "Derived from 170M primaries and D65 white point"},
8: {Sym: "ycgco", Description: "VC-2 and H.264 FRext"},
9: {Sym: "bt2020_ncl", Description: "ITU-R BT2020 non-constant luminance system"},
10: {Sym: "bt2020_cl", Description: "ITU-R BT2020 constant luminance system"},
11: {Sym: "smpte2085", Description: "SMPTE 2085, Y'D'zD'x"},
12: {Sym: "chroma_derived_ncl", Description: "Chromaticity-derived non-constant luminance system"},
13: {Sym: "chroma_derived_cl", Description: "Chromaticity-derived constant luminance system"},
14: {Sym: "ictcp", Description: "ITU-R BT.2100-0, ICtCp"},
}
wav,avi,avc_au: Add avi decoder and refactor wav decoder avi and wav now share common riff decode code avc_au decoder can now handle annexb format
2022-10-29 20:23:50 +03:00
// based on ffmpeg libavformat/riff.c
const (
WAVTagPCM_S16LE = 0x0001
WAVTagADPCM_MS = 0x0002
WAVTagPCM_F32LE = 0x0003
WAVTagPCM_ALAW = 0x0006
WAVTagPCM_MULAW = 0x0007
WAVTagWMAVOICE = 0x000a
WAVTagADPCM_IMA_OKI = 0x0010
WAVTagADPCM_IMA_WAV = 0x0011
WAVTagADPCM_IMA_OKI_2 = 0x0017
WAVTagADPCM_YAMAHA = 0x0020
WAVTagTRUESPEECH = 0x0022
WAVTagGSM_MS = 0x0031
WAVTagGSM_MS_2 = 0x0032
WAVTagAMR_NB = 0x0038
WAVTagG723_1 = 0x0042
WAVTagADPCM_G726 = 0x0045
WAVTagADPCM_G726_2 = 0x0014
WAVTagADPCM_G726_3 = 0x0040
WAVTagMP2 = 0x0050
WAVTagMP3 = 0x0055
WAVTagAMR_NB_2 = 0x0057
WAVTagAMR_WB = 0x0058
WAVTagADPCM_IMA_DK4 = 0x0061
WAVTagADPCM_IMA_DK3 = 0x0062
WAVTagADPCM_G726_4 = 0x0064
WAVTagADPCM_IMA_WAV_2 = 0x0069
WAVTagMETASOUND = 0x0075
WAVTagG729 = 0x0083
WAVTagAAC = 0x00ff
WAVTagG723_1_2 = 0x0111
WAVTagSIPR = 0x0130
WAVTagACELP_KELVIN = 0x0135
WAVTagWMAV1 = 0x0160
WAVTagWMAV2 = 0x0161
WAVTagWMAPRO = 0x0162
WAVTagWMALOSSLESS = 0x0163
WAVTagXMA1 = 0x0165
WAVTagXMA2 = 0x0166
WAVTagFTR = 0x0180
WAVTagADPCM_CT = 0x0200
WAVTagDVAUDIO = 0x0215
WAVTagDVAUDIO_2 = 0x0216
WAVTagATRAC3 = 0x0270
WAVTagMSNSIREN = 0x028e
WAVTagADPCM_G722 = 0x028f
WAVTagMISC4 = 0x0350
WAVTagIMC = 0x0401
WAVTagIAC = 0x0402
WAVTagON2AVC = 0x0500
WAVTagON2AVC_2 = 0x0501
WAVTagGSM_MS_3 = 0x1500
WAVTagTRUESPEECH_2 = 0x1501
WAVTagAAC_2 = 0x1600
WAVTagAAC_LATM = 0x1602
WAVTagAC3 = 0x2000
WAVTagDTS = 0x2001
WAVTagSONIC = 0x2048
WAVTagG729_2 = 0x2222
WAVTagPCM_MULAW_2 = 0x6c75
WAVTagAAC_3 = 0x706d
WAVTagAAC_4 = 0x4143
WAVTagFTR_2 = 0x4180
WAVTagXAN_DPCM = 0x594a
WAVTagG729_3 = 0x729a
WAVTagFTR_3 = 0x8180
WAVTagG723_1_3 = 0xa100
WAVTagAAC_5 = 0xa106
WAVTagSPEEX = 0xa109
WAVTagFLAC = 0xf1ac
WAVTagFORMATEX = 0xfffe
WAVTagADPCM_SWF = 0x5356
WAVTagVORBIS = 0x566f
)
decode: More type safe API and split scalar into multiple types Preparation to make decoder use less memory and API more type safe. Now each scalar type has it's own struct type so it can store different things and enables to have a scalar interface. Also own types will enable experimenting with decode DLS designs like using chained methods that are type aware.
2022-09-30 14:58:23 +03:00
var WAVTagNames = scalar.UintMapSymStr{
wav,avi,avc_au: Add avi decoder and refactor wav decoder avi and wav now share common riff decode code avc_au decoder can now handle annexb format
2022-10-29 20:23:50 +03:00
WAVTagPCM_S16LE: "pcm_s16le",
WAVTagADPCM_MS: "adpcm_ms",
WAVTagPCM_F32LE: "pcm_f32le",
WAVTagPCM_ALAW: "pcm_alaw",
WAVTagPCM_MULAW: "pcm_mulaw",
WAVTagWMAVOICE: "wmavoice",
WAVTagADPCM_IMA_OKI: "adpcm_ima_oki",
WAVTagADPCM_IMA_WAV: "adpcm_ima_wav",
WAVTagADPCM_IMA_OKI_2: "adpcm_ima_oki_2",
WAVTagADPCM_YAMAHA: "adpcm_yamaha",
WAVTagTRUESPEECH: "truespeech",
WAVTagGSM_MS: "gsm_ms",
WAVTagGSM_MS_2: "gsm_ms_2",
WAVTagAMR_NB: "amr_nb",
WAVTagG723_1: "g723_1",
WAVTagADPCM_G726: "adpcm_g726",
WAVTagADPCM_G726_2: "adpcm_g726_2",
WAVTagADPCM_G726_3: "adpcm_g726_3",
WAVTagMP2: "mp2",
WAVTagMP3: "mp3",
WAVTagAMR_NB_2: "amr_nb_2",
WAVTagAMR_WB: "amr_wb",
WAVTagADPCM_IMA_DK4: "adpcm_ima_dk4",
WAVTagADPCM_IMA_DK3: "adpcm_ima_dk3",
WAVTagADPCM_G726_4: "adpcm_g726_4",
WAVTagADPCM_IMA_WAV_2: "adpcm_ima_wav_2",
WAVTagMETASOUND: "metasound",
WAVTagG729: "g729",
WAVTagAAC: "aac",
WAVTagG723_1_2: "g723_1_2",
WAVTagSIPR: "sipr",
WAVTagACELP_KELVIN: "acelp_kelvin",
WAVTagWMAV1: "wmav1",
WAVTagWMAV2: "wmav2",
WAVTagWMAPRO: "wmapro",
WAVTagWMALOSSLESS: "wmalossless",
WAVTagXMA1: "xma1",
WAVTagXMA2: "xma2",
WAVTagFTR: "ftr",
WAVTagADPCM_CT: "adpcm_ct",
WAVTagDVAUDIO: "dvaudio",
WAVTagDVAUDIO_2: "dvaudio_2",
WAVTagATRAC3: "atrac3",
WAVTagMSNSIREN: "msnsiren",
WAVTagADPCM_G722: "adpcm_g722",
WAVTagMISC4: "misc4",
WAVTagIMC: "imc",
WAVTagIAC: "iac",
WAVTagON2AVC: "on2avc",
WAVTagON2AVC_2: "on2avc_2",
WAVTagGSM_MS_3: "gsm_ms_3",
WAVTagTRUESPEECH_2: "truespeech_2",
WAVTagAAC_2: "aac_2",
WAVTagAAC_LATM: "aac_latm",
WAVTagAC3: "ac3",
WAVTagDTS: "dts",
WAVTagSONIC: "sonic",
WAVTagG729_2: "g729_2",
WAVTagPCM_MULAW_2: "pcm_mulaw_2",
WAVTagAAC_3: "aac_3",
WAVTagAAC_4: "aac_4",
WAVTagFTR_2: "ftr_2",
WAVTagXAN_DPCM: "xan_dpcm",
WAVTagG729_3: "g729_3",
WAVTagFTR_3: "ftr_3",
WAVTagG723_1_3: "g723_1_3",
WAVTagAAC_5: "aac_5",
WAVTagSPEEX: "speex",
WAVTagFLAC: "flac",
WAVTagFORMATEX: "formatex",
WAVTagADPCM_SWF: "adpcm_swf",
WAVTagVORBIS: "vorbis",
}
// based on ffmpeg libavformat/riff.c
const (
BMPTagH264 = "H264"
BMPTagH264_h264 = "h264"
BMPTagH264_X264 = "X264"
BMPTagH264_x264 = "x264"
BMPTagH264_avc1 = "avc1"
BMPTagH264_DAVC = "DAVC"
BMPTagH264_SMV2 = "SMV2"
BMPTagH264_VSSH = "VSSH"
BMPTagH264_Q264 = "Q264" // QNAP surveillance system
BMPTagH264_V264 = "V264" // CCTV recordings
BMPTagH264_GAVC = "GAVC" // GeoVision camera
BMPTagH264_UMSV = "UMSV"
BMPTagH264_tshd = "tshd"
BMPTagH264_INMC = "INMC"
BMPTagH263 = "H263"
BMPTagH263_X263 = "X263"
BMPTagH263_T263 = "T263"
BMPTagH263_L263 = "L263"
BMPTagH263_VX1K = "VX1K"
BMPTagH263_ZyGo = "ZyGo"
BMPTagH263_M263 = "M263"
BMPTagH263_lsvm = "lsvm"
BMPTagH263P = "H263"
BMPTagH263I = "I263" // Intel H.263
BMPTagH261 = "H261"
BMPTagH263_U263 = "U263"
BMPTagH263_VSM4 = "VSM4" // needs -vf il=l=i:c=i
BMPTagMPEG4 = "FMP4"
BMPTagMPEG4_DIVX = "DIVX"
BMPTagMPEG4_DX50 = "DX50"
BMPTagMPEG4_XVID = "XVID"
BMPTagMPEG4_MP4S = "MP4S"
BMPTagMPEG4_M4S2 = "M4S2" // some broken AVIs use this
BMPTagMPEG4_04000000 = "\x04\x00\x00\x00" // some broken AVIs use this
BMPTagMPEG4_ZMP4 = "ZMP4"
BMPTagMPEG4_DIV1 = "DIV1"
BMPTagMPEG4_BLZ0 = "BLZ0"
BMPTagMPEG4_mp4v = "mp4v"
BMPTagMPEG4_UMP4 = "UMP4"
BMPTagMPEG4_WV1F = "WV1F"
BMPTagMPEG4_SEDG = "SEDG"
BMPTagMPEG4_RMP4 = "RMP4"
BMPTagMPEG4_3IV2 = "3IV2" // WaWv MPEG-4 Video Codec
BMPTagMPEG4_WAWV = "WAWV"
BMPTagMPEG4_FFDS = "FFDS"
BMPTagMPEG4_FVFW = "FVFW"
BMPTagMPEG4_DCOD = "DCOD"
BMPTagMPEG4_MVXM = "MVXM"
BMPTagMPEG4_PM4V = "PM4V"
BMPTagMPEG4_SMP4 = "SMP4"
BMPTagMPEG4_DXGM = "DXGM"
BMPTagMPEG4_VIDM = "VIDM"
BMPTagMPEG4_M4T3 = "M4T3"
BMPTagMPEG4_GEOX = "GEOX" // flipped video
BMPTagMPEG4_G264 = "G264" // flipped video
BMPTagMPEG4_HDX4 = "HDX4"
BMPTagMPEG4_DM4V = "DM4V"
BMPTagMPEG4_DMK2 = "DMK2"
BMPTagMPEG4_DYM4 = "DYM4"
BMPTagMPEG4_DIGI = "DIGI" // Ephv MPEG-4
BMPTagMPEG4_EPHV = "EPHV"
BMPTagMPEG4_EM4A = "EM4A" // Divio MPEG-4
BMPTagMPEG4_M4CC = "M4CC"
BMPTagMPEG4_SN40 = "SN40"
BMPTagMPEG4_VSPX = "VSPX"
BMPTagMPEG4_ULDX = "ULDX"
BMPTagMPEG4_GEOV = "GEOV" // Samsung SHR-6040
BMPTagMPEG4_SIPP = "SIPP"
BMPTagMPEG4_SM4V = "SM4V"
BMPTagMPEG4_XVIX = "XVIX"
BMPTagMPEG4_DreX = "DreX"
BMPTagMPEG4_QMP4 = "QMP4" // QNAP Systems
BMPTagMPEG4_PLV1 = "PLV1" // Pelco DVR MPEG-4
BMPTagMPEG4_GLV4 = "GLV4"
BMPTagMPEG4_GMP4 = "GMP4" // GeoVision camera
BMPTagMPEG4_MNM4 = "MNM4" // March Networks DVR
BMPTagMPEG4_GTM4 = "GTM4" // Telefactor
BMPTagMSMPEG4V3 = "MP43"
BMPTagMSMPEG4V3_DIV3 = "DIV3"
BMPTagMSMPEG4V3_MPG3 = "MPG3"
BMPTagMSMPEG4V3_DIV5 = "DIV5"
BMPTagMSMPEG4V3_DIV6 = "DIV6"
BMPTagMSMPEG4V3_DIV4 = "DIV4"
BMPTagMSMPEG4V3_DVX3 = "DVX3"
BMPTagMSMPEG4V3_AP41 = "AP41"
BMPTagMSMPEG4V3_COL1 = "COL1"
BMPTagMSMPEG4V3_COL0 = "COL0"
BMPTagMSMPEG4V2 = "MP42"
BMPTagMSMPEG4V2_DIV2 = "DIV2"
BMPTagMSMPEG4V1 = "MPG4"
BMPTagMSMPEG4V1_MP41 = "MP41"
BMPTagWMV1 = "WMV1"
BMPTagWMV2 = "WMV2"
BMPTagWMV2_GXVE = "GXVE"
BMPTagDVVIDEO = "dvsd"
BMPTagDVVIDEO_dvhd = "dvhd"
BMPTagDVVIDEO_dvh1 = "dvh1"
BMPTagDVVIDEO_dvsl = "dvsl"
BMPTagDVVIDEO_dv25 = "dv25"
BMPTagDVVIDEO_dv50 = "dv50" // Canopus DV
BMPTagDVVIDEO_cdvc = "cdvc" // Canopus DV
BMPTagDVVIDEO_CDVH = "CDVH" // Canopus DV
BMPTagDVVIDEO_CDV5 = "CDV5"
BMPTagDVVIDEO_dvc = "dvc "
BMPTagDVVIDEO_dvcs = "dvcs"
BMPTagDVVIDEO_dvis = "dvis"
BMPTagDVVIDEO_pdvc = "pdvc"
BMPTagDVVIDEO_SL25 = "SL25"
BMPTagDVVIDEO_SLDV = "SLDV"
BMPTagDVVIDEO_AVd1 = "AVd1"
BMPTagMPEG1VIDEO = "mpg1"
BMPTagMPEG2VIDEO_mpg2 = "mpg2"
BMPTagMPEG2VIDEO_MPEG = "MPEG"
BMPTagMPEG1VIDEO_PIM1 = "PIM1"
BMPTagMPEG2VIDEO_PIM2 = "PIM2"
BMPTagMPEG1VIDEO_VCR2 = "VCR2"
BMPTagMPEG1VIDEO_01000016 = "\x01\x00\x00\x16"
BMPTagMPEG2VIDEO_02000016 = "\x02\x00\x00\x16"
BMPTagMPEG4_04000016 = "\x04\x00\x00\x16"
BMPTagMPEG2VIDEO = "DVR "
BMPTagMPEG2VIDEOMMES = "MMES" // Lead MPEG-2 in AVI
BMPTagMPEG2VIDEOLMP2 = "LMP2"
BMPTagMPEG2VIDEOslif = "slif"
BMPTagMPEG2VIDEOEM2V = "EM2V" // Matrox MPEG-2 intra-only
BMPTagMPEG2VIDEOM701 = "M701"
BMPTagMPEG2VIDEOM702 = "M702"
BMPTagMPEG2VIDEOM703 = "M703"
BMPTagMPEG2VIDEOM704 = "M704"
BMPTagMPEG2VIDEOM705 = "M705"
BMPTagMPEG2VIDEOmpgv = "mpgv"
BMPTagMPEG1VIDEO_BW10 = "BW10"
BMPTagMPEG1VIDEO_XMPG = "XMPG" // Xing MPEG intra only
BMPTagMJPEG = "MJPG"
BMPTagMJPEG_MSC2 = "MSC2" // Multiscope II
BMPTagMJPEG_LJPG = "LJPG"
BMPTagMJPEG_dmb1 = "dmb1"
BMPTagMJPEG_mjpa = "mjpa"
BMPTagMJPEG_JR24 = "JR24" // Quadrox Mjpeg
BMPTagLJPEG = "LJPG" // Pegasus lossless JPEG
BMPTagMJPEG_JPGL = "JPGL" // JPEG-LS custom FOURCC for AVI - encoder
BMPTagJPEGLS = "MJLS"
BMPTagJPEGLS_MJPG = "MJPG" // JPEG-LS custom FOURCC for AVI - decoder
BMPTagMJPEG_MJLS = "MJLS"
BMPTagMJPEG_jpeg = "jpeg"
BMPTagMJPEG_IJPG = "IJPG"
BMPTagAVRN = "AVRn"
BMPTagMJPEG_ACDV = "ACDV"
BMPTagMJPEG_QIVG = "QIVG" // SL M-JPEG
BMPTagMJPEG_SLMJ = "SLMJ" // Creative Webcam JPEG
BMPTagMJPEG_CJPG = "CJPG" // Intel JPEG Library Video Codec
BMPTagMJPEG_IJLV = "IJLV" // Midvid JPEG Video Codec
BMPTagMJPEG_MVJP = "MVJP"
BMPTagMJPEG_AVI1 = "AVI1"
BMPTagMJPEG_AVI2 = "AVI2"
BMPTagMJPEG_MTSJ = "MTSJ" // Paradigm Matrix M-JPEG Codec
BMPTagMJPEG_ZJPG = "ZJPG"
BMPTagMJPEG_MMJP = "MMJP"
BMPTagHUFFYUV = "HFYU"
BMPTagFFVHUFF = "FFVH"
BMPTagCYUV = "CYUV"
BMPTagRAWVIDEO_00000000 = "\x00\x00\x00\x00"
BMPTagRAWVIDEO_03000000 = "\x03\x00\x00\x00"
BMPTagRAWVIDEO_I420 = "I420"
BMPTagRAWVIDEO_YUY2 = "YUY2"
BMPTagRAWVIDEO_Y422 = "Y422"
BMPTagRAWVIDEO_V422 = "V422"
BMPTagRAWVIDEO_YUNV = "YUNV"
BMPTagRAWVIDEO_UYNV = "UYNV"
BMPTagRAWVIDEO_UYNY = "UYNY"
BMPTagRAWVIDEO_uyv1 = "uyv1"
BMPTagRAWVIDEO_2Vu1 = "2Vu1"
BMPTagRAWVIDEO_2vuy = "2vuy"
BMPTagRAWVIDEO_yuvs = "yuvs"
BMPTagRAWVIDEO_yuv2 = "yuv2"
BMPTagRAWVIDEO_P422 = "P422"
BMPTagRAWVIDEO_YV12 = "YV12"
BMPTagRAWVIDEO_YV16 = "YV16"
BMPTagRAWVIDEO_YV24 = "YV24"
BMPTagRAWVIDEO_UYVY = "UYVY"
BMPTagRAWVIDEO_VYUY = "VYUY"
BMPTagRAWVIDEO_IYUV = "IYUV"
BMPTagRAWVIDEO_AYUV = "AYUV"
BMPTagRAWVIDEO_Y800 = "Y800"
BMPTagRAWVIDEO_Y8 = "Y8 "
BMPTagRAWVIDEO_HDYC = "HDYC"
BMPTagRAWVIDEO_VDTZ = "VDTZ"
BMPTagRAWVIDEO_Y411 = "Y411"
BMPTagRAWVIDEO_NV12 = "NV12"
BMPTagRAWVIDEO_NV21 = "NV21"
BMPTagRAWVIDEO_Y41B = "Y41B"
BMPTagRAWVIDEO_Y42B = "Y42B"
BMPTagRAWVIDEO_YUV9 = "YUV9"
BMPTagRAWVIDEO_YVU9 = "YVU9"
BMPTagRAWVIDEO_auv2 = "auv2"
BMPTagRAWVIDEO_YVYU = "YVYU"
BMPTagRAWVIDEO_YUYV = "YUYV"
BMPTagRAWVIDEO_I410 = "I410"
BMPTagRAWVIDEO_I411 = "I411"
BMPTagRAWVIDEO_I422 = "I422"
BMPTagRAWVIDEO_I440 = "I440"
BMPTagRAWVIDEO_I444 = "I444"
BMPTagRAWVIDEO_J420 = "J420"
BMPTagRAWVIDEO_J422 = "J422"
BMPTagRAWVIDEO_J440 = "J440"
BMPTagRAWVIDEO_J444 = "J444"
BMPTagRAWVIDEO_YUVA = "YUVA"
BMPTagRAWVIDEO_I40A = "I40A"
BMPTagRAWVIDEO_I42A = "I42A"
BMPTagRAWVIDEO_RGB2 = "RGB2"
BMPTagRAWVIDEO_RV15 = "RV15"
BMPTagRAWVIDEO_RV16 = "RV16"
BMPTagRAWVIDEO_RV24 = "RV24"
BMPTagRAWVIDEO_RV32 = "RV32"
BMPTagRAWVIDEO_RGBA = "RGBA"
BMPTagRAWVIDEO_AV32 = "AV32"
BMPTagRAWVIDEO_GREY = "GREY"
BMPTagRAWVIDEO_I09L = "I09L"
BMPTagRAWVIDEO_I09B = "I09B"
BMPTagRAWVIDEO_I29L = "I29L"
BMPTagRAWVIDEO_I29B = "I29B"
BMPTagRAWVIDEO_I49L = "I49L"
BMPTagRAWVIDEO_I49B = "I49B"
BMPTagRAWVIDEO_I0AL = "I0AL"
BMPTagRAWVIDEO_I0AB = "I0AB"
BMPTagRAWVIDEO_I2AL = "I2AL"
BMPTagRAWVIDEO_I2AB = "I2AB"
BMPTagRAWVIDEO_I4AL = "I4AL"
BMPTagRAWVIDEO_I4AB = "I4AB"
BMPTagRAWVIDEO_I4FL = "I4FL"
BMPTagRAWVIDEO_I4FB = "I4FB"
BMPTagRAWVIDEO_I0CL = "I0CL"
BMPTagRAWVIDEO_I0CB = "I0CB"
BMPTagRAWVIDEO_I2CL = "I2CL"
BMPTagRAWVIDEO_I2CB = "I2CB"
BMPTagRAWVIDEO_I4CL = "I4CL"
BMPTagRAWVIDEO_I4CB = "I4CB"
BMPTagRAWVIDEO_I0FL = "I0FL"
BMPTagRAWVIDEO_I0FB = "I0FB"
BMPTagFRWU = "FRWU"
BMPTagR10K = "R10k"
BMPTagR210 = "r210"
BMPTagV210_v210 = "v210"
BMPTagV210_C210 = "C210"
BMPTagV308 = "v308"
BMPTagV408 = "v408"
BMPTagV410 = "v410"
BMPTagYUV4 = "yuv4"
BMPTagINDEO3_IV31 = "IV31"
BMPTagINDEO3_IV32 = "IV32"
BMPTagINDEO4 = "IV41"
BMPTagINDEO5 = "IV50"
BMPTagVP3_VP31 = "VP31"
BMPTagVP3_VP30 = "VP30"
BMPTagVP4 = "VP40"
BMPTagVP5 = "VP50"
BMPTagVP6_VP60 = "VP60"
BMPTagVP6_VP61 = "VP61"
BMPTagVP6_VP62 = "VP62"
BMPTagVP6A = "VP6A"
BMPTagVP6F_VP6F = "VP6F"
BMPTagVP6F_FLV4 = "FLV4"
BMPTagVP7_VP70 = "VP70"
BMPTagVP7_VP71 = "VP71"
BMPTagVP8 = "VP80"
BMPTagVP9 = "VP90"
BMPTagASV1 = "ASV1"
BMPTagASV2 = "ASV2"
BMPTagVCR1 = "VCR1"
BMPTagFFV1 = "FFV1"
BMPTagXAN_WC4 = "Xxan"
BMPTagMIMIC = "LM20"
BMPTagMSRLE_mrle = "mrle"
BMPTagMSRLE_01000000 = "\x01\x00\x00\x00"
BMPTagMSRLE_02000000 = "\x02\x00\x00\x00"
BMPTagMSVIDEO1_MSVC = "MSVC"
BMPTagMSVIDEO1_msvc = "msvc"
BMPTagMSVIDEO1_CRAM = "CRAM"
BMPTagMSVIDEO1_cram = "cram"
BMPTagMSVIDEO1_WHAM = "WHAM"
BMPTagMSVIDEO1_wham = "wham"
BMPTagCINEPAK = "cvid"
BMPTagTRUEMOTION1_DUCK = "DUCK"
BMPTagTRUEMOTION1_PVEZ = "PVEZ"
BMPTagMSZH = "MSZH"
BMPTagZLIB = "ZLIB"
BMPTagSNOW = "SNOW"
BMPTag4XM = "4XMV"
BMPTagFLV1 = "FLV1"
BMPTagFLV1_S263 = "S263"
BMPTagFLASHSV = "FSV1"
BMPTagSVQ1 = "svq1"
BMPTagTSCC = "tscc"
BMPTagULTI = "ULTI"
BMPTagVIXL = "VIXL"
BMPTagQPEG = "QPEG"
BMPTagQPEG_Q1_0 = "Q1.0"
BMPTagQPEG_Q1_1 = "Q1.1"
BMPTagWMV3 = "WMV3"
BMPTagWMV3IMAGE = "WMVP"
BMPTagVC1_WVC1 = "WVC1"
BMPTagVC1_WMVA = "WMVA"
BMPTagVC1IMAGE = "WVP2"
BMPTagLOCO = "LOCO"
BMPTagWNV1_WNV1 = "WNV1"
BMPTagWNV1_YUV8 = "YUV8"
BMPTagAASC_AAS4 = "AAS4" // Autodesk 24 bit RLE compressor
BMPTagAASC = "AASC"
BMPTagINDEO2 = "RT21"
BMPTagFRAPS = "FPS1"
BMPTagTHEORA = "theo"
BMPTagTRUEMOTION2 = "TM20"
BMPTagTRUEMOTION2RT = "TR20"
BMPTagCSCD = "CSCD"
BMPTagZMBV = "ZMBV"
BMPTagKMVC = "KMVC"
BMPTagCAVS = "CAVS"
BMPTagAVS2 = "AVS2"
BMPTagJPEG2000_mjp2 = "mjp2"
BMPTagJPEG2000_MJ2C = "MJ2C"
BMPTagJPEG2000_LJ2C = "LJ2C"
BMPTagJPEG2000_LJ2K = "LJ2K"
BMPTagJPEG2000_IPJ2 = "IPJ2"
BMPTagJPEG2000_AVj2 = "AVj2" // Avid jpeg2000
BMPTagVMNC = "VMnc"
BMPTagTARGA = "tga "
BMPTagPNG_MPNG = "MPNG"
BMPTagPNG_PNG1 = "PNG1"
BMPTagPNG = "png " // ImageJ
BMPTagCLJR = "CLJR"
BMPTagDIRAC = "drac"
BMPTagRPZA_azpr = "azpr"
BMPTagRPZA = "RPZA"
BMPTagRPZA_rpza = "rpza"
BMPTagSP5X = "SP54"
BMPTagAURA = "AURA"
BMPTagAURA2 = "AUR2"
BMPTagDPX = "dpx "
BMPTagKGV1 = "KGV1"
BMPTagLAGARITH = "LAGS"
BMPTagAMV = "AMVF"
BMPTagUTVIDEO_ULRA = "ULRA"
BMPTagUTVIDEO_ULRG = "ULRG"
BMPTagUTVIDEO_ULY0 = "ULY0"
BMPTagUTVIDEO_ULY2 = "ULY2"
BMPTagUTVIDEO_ULY4 = "ULY4" // Ut Video version 13.0.1 BT.709 codecs
BMPTagUTVIDEO_ULH0 = "ULH0"
BMPTagUTVIDEO_ULH2 = "ULH2"
BMPTagUTVIDEO_ULH4 = "ULH4"
BMPTagUTVIDEO_UQY0 = "UQY0"
BMPTagUTVIDEO_UQY2 = "UQY2"
BMPTagUTVIDEO_UQRA = "UQRA"
BMPTagUTVIDEO_UQRG = "UQRG"
BMPTagUTVIDEO_UMY2 = "UMY2"
BMPTagUTVIDEO_UMH2 = "UMH2"
BMPTagUTVIDEO_UMY4 = "UMY4"
BMPTagUTVIDEO_UMH4 = "UMH4"
BMPTagUTVIDEO_UMRA = "UMRA"
BMPTagUTVIDEO_UMRG = "UMRG"
BMPTagVBLE = "VBLE"
BMPTagESCAPE130 = "E130"
BMPTagDXTORY = "xtor"
BMPTagZEROCODEC = "ZECO"
BMPTagY41P = "Y41P"
BMPTagFLIC = "AFLC"
BMPTagMSS1 = "MSS1"
BMPTagMSA1 = "MSA1"
BMPTagTSCC2 = "TSC2"
BMPTagMTS2 = "MTS2"
BMPTagCLLC = "CLLC"
BMPTagMSS2 = "MSS2"
BMPTagSVQ3 = "SVQ3"
BMPTag012V = "012v"
BMPTag012V_a12v = "a12v"
BMPTagG2M_G2M2 = "G2M2"
BMPTagG2M_G2M3 = "G2M3"
BMPTagG2M_G2M4 = "G2M4"
BMPTagG2M_G2M5 = "G2M5"
BMPTagFIC = "FICV"
BMPTagHQX = "CHQX"
BMPTagTDSC = "TDSC"
BMPTagHQ_HQA = "CUVC"
BMPTagRV40 = "RV40"
BMPTagSCREENPRESSO = "SPV1"
BMPTagRSCC = "RSCC"
BMPTagRSCC_ISCC = "ISCC"
BMPTagCFHD = "CFHD"
BMPTagM101 = "M101"
BMPTagM101_M102 = "M102"
BMPTagMAGICYUV_MAGY = "MAGY"
BMPTagMAGICYUV_M8RG = "M8RG"
BMPTagMAGICYUV_M8RA = "M8RA"
BMPTagMAGICYUV_M8G0 = "M8G0"
BMPTagMAGICYUV_M8Y0 = "M8Y0"
BMPTagMAGICYUV_M8Y2 = "M8Y2"
BMPTagMAGICYUV_M8Y4 = "M8Y4"
BMPTagMAGICYUV_M8YA = "M8YA"
BMPTagMAGICYUV_M0RA = "M0RA"
BMPTagMAGICYUV_M0RG = "M0RG"
BMPTagMAGICYUV_M0G0 = "M0G0"
BMPTagMAGICYUV_M0Y0 = "M0Y0"
BMPTagMAGICYUV_M0Y2 = "M0Y2"
BMPTagMAGICYUV_M0Y4 = "M0Y4"
BMPTagMAGICYUV_M2RA = "M2RA"
BMPTagMAGICYUV_M2RG = "M2RG"
BMPTagYLC = "YLC0"
BMPTagSPEEDHQ_SHQ0 = "SHQ0"
BMPTagSPEEDHQ_SHQ1 = "SHQ1"
BMPTagSPEEDHQ_SHQ2 = "SHQ2"
BMPTagSPEEDHQ_SHQ3 = "SHQ3"
BMPTagSPEEDHQ_SHQ4 = "SHQ4"
BMPTagSPEEDHQ_SHQ5 = "SHQ5"
BMPTagSPEEDHQ_SHQ7 = "SHQ7"
BMPTagSPEEDHQ_SHQ9 = "SHQ9"
BMPTagFMVC = "FMVC"
BMPTagSCPR = "SCPR"
BMPTagCLEARVIDEO = "UCOD"
BMPTagAV1 = "AV01"
BMPTagMSCC = "MSCC"
BMPTagSRGC = "SRGC"
BMPTagIMM4 = "IMM4"
BMPTagPROSUMER = "BT20"
BMPTagMWSC = "MWSC"
BMPTagWCMV = "WCMV"
BMPTagRASC = "RASC"
BMPTagHYMT = "HYMT"
BMPTagARBC = "ARBC"
BMPTagAGM_AGM0 = "AGM0"
BMPTagAGM_AGM1 = "AGM1"
BMPTagAGM_AGM2 = "AGM2"
BMPTagAGM_AGM3 = "AGM3"
BMPTagAGM_AGM4 = "AGM4"
BMPTagAGM_AGM5 = "AGM5"
BMPTagAGM_AGM6 = "AGM6"
BMPTagAGM_AGM7 = "AGM7"
BMPTagLSCR = "LSCR"
BMPTagIMM5 = "IMM5"
BMPTagMVDV = "MVDV"
BMPTagMVHA = "MVHA"
BMPTagMV30 = "MV30"
BMPTagNOTCHLC = "nlc1"
BMPTagVQC_VQC1 = "VQC1"
BMPTagVQC_VQC2 = "VQC2"
// unofficial
BMPTagHEVC = "HEVC"
BMPTagHEVC_H265 = "H265"
)
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