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MartinEesmaa

MartinEesmaa / VVENC Continues corrupt

MartinEesmaa
Oct 18th, 2021 (edited)
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  1. ffmpeg version 4.3.2-2021-02-27-full_build-www.gyan.dev Copyright (c) 2000-2021 the FFmpeg developers
  2. built with gcc 10.2.0 (Rev6, Built by MSYS2 project)
  3. configuration: --enable-gpl --enable-version3 --enable-static --disable-w32threads --disable-autodetect --enable-fontconfig --enable-iconv --enable-gnutls --enable-libxml2 --enable-gmp --enable-lzma --enable-libsnappy --enable-zlib --enable-libsrt --enable-libssh --enable-libzmq --enable-avisynth --enable-libbluray --enable-libcaca --enable-sdl2 --enable-libdav1d --enable-libzvbi --enable-librav1e --enable-libwebp --enable-libx264 --enable-libx265 --enable-libxvid --enable-libaom --enable-libopenjpeg --enable-libvpx --enable-libass --enable-frei0r --enable-libfreetype --enable-libfribidi --enable-libvidstab --enable-libvmaf --enable-libzimg --enable-amf --enable-cuda-llvm --enable-cuvid --enable-ffnvcodec --enable-nvdec --enable-nvenc --enable-d3d11va --enable-dxva2 --enable-libmfx --enable-libcdio --enable-libgme --enable-libmodplug --enable-libopenmpt --enable-libopencore-amrwb --enable-libmp3lame --enable-libshine --enable-libtheora --enable-libtwolame --enable-libvo-amrwbenc --enable-libilbc --enable-libgsm --enable-libopencore-amrnb --enable-libopus --enable-libspeex --enable-libvorbis --enable-ladspa --enable-libbs2b --enable-libflite --enable-libmysofa --enable-librubberband --enable-libsoxr --enable-chromaprint
  4. libavutil 56. 51.100 / 56. 51.100
  5. libavcodec 58. 91.100 / 58. 91.100
  6. libavformat 58. 45.100 / 58. 45.100
  7. libavdevice 58. 10.100 / 58. 10.100
  8. libavfilter 7. 85.100 / 7. 85.100
  9. libswscale 5. 7.100 / 5. 7.100
  10. libswresample 3. 7.100 / 3. 7.100
  11. libpostproc 55. 7.100 / 55. 7.100
  12. Input #0, mov,mp4,m4a,3gp,3g2,mj2, from 'INPUT8BIT.mp4':
  13. Metadata:
  14. major_brand : isom
  15. minor_version : 512
  16. compatible_brands: isomiso2avc1mp41
  17. encoder : Lavf58.29.100
  18. Duration: 00:00:02.10, start: 0.066000, bitrate: 1351 kb/s
  19. Stream #0:0(und): Video: h264 (High) (avc1 / 0x31637661), yuv420p, 854x480 [SAR 1:1 DAR 427:240], 1208 kb/s, 30 fps, 30 tbr, 30k tbn, 60 tbc (default)
  20. Metadata:
  21. handler_name : VideoHandler
  22. Stream #0:1(und): Audio: aac (LC) (mp4a / 0x6134706D), 48000 Hz, stereo, fltp, 130 kb/s (default)
  23. Metadata:
  24. handler_name : SoundHandler
  25. Stream mapping:
  26. Stream #0:0 -> #0:0 (h264 (native) -> rawvideo (native))
  27. Press [q] to stop, [?] for help
  28. Output #0, rawvideo, to 'output_720x480p.yuv':
  29. Metadata:
  30. major_brand : isom
  31. minor_version : 512
  32. compatible_brands: isomiso2avc1mp41
  33. encoder : Lavf58.45.100
  34. Stream #0:0(und): Video: rawvideo (I420 / 0x30323449), yuv420p, 854x480 [SAR 1:1 DAR 427:240], q=2-31, 147571 kb/s, 30 fps, 30 tbn, 30 tbc (default)
  35. Metadata:
  36. handler_name : VideoHandler
  37. encoder : Lavc58.91.100 rawvideo
  38. frame= 63 fps=0.0 q=-0.0 Lsize= 37830kB time=00:00:02.10 bitrate=147571.2kbits/s speed=19.1x
  39. video:37830kB audio:0kB subtitle:0kB other streams:0kB global headers:0kB muxing overhead: 0.000000%
  40.  
  41. CODE FFMPEG: ffmpeg -i INPUT8BIT.mp4 -c:v rawvideo -pixel_format yuv420p ok33.yuv
  42.  
  43. FFPLAY REPORT:
  44. [rawvideo @ 000001cff2ce3980] Estimating duration from bitrate, this may be inaccurate
  45. Input #0, rawvideo, from 'out.yuv':
  46. Duration: 00:00:05.96, start: 0.000000, bitrate: 51996 kb/s
  47. Stream #0:0: Video: rawvideo (I420 / 0x30323449), yuv420p, 720x240, 51840 kb/s, 25 tbr, 25 tbn, 25 tbc
  48. [rawvideo @ 000001cff2ce3980] Packet corrupt (stream = 0, dts = 149).
  49. [rawvideo @ 000001cff7b6f5c0] Invalid buffer size, packet size 116640 < expected frame_size 259200
  50. 7.22 M-V: -0.011 fd= 19 aq= 0KB vq= 0KB sq= 0B f=0/0
  51.  
  52. .\vvencapp -i ok33.yuv -s 854x480 -r 30 -o test.266
  53. C:\Users\User\Downloads\VVCNOW\vvenc-1.2.0 (1)\vvenc-1.2.0\bin\release-static\vvencapp.exe: Fraunhofer VVC Encoder ver. 1.2.0 [Windows][VS 1929][64 bit][SIMD=AVX2]
  54. CODING TOOL CFG: CTU128 QT44BTT21 IBD:1 CIP:0 SAO:1 ALF:1 (NonLinLuma:0 NonLinChr:0) CCALF:1 WPP:0 WPP-Substreams:1 TMVP:1 DQ:1 SDH:0 CST:1 BDOF:1 DMVR:1 MTSImplicit:1 SBT:0 JCbCr:1 CabacInitPresent:0 AMVR:5 SMVD:3 LMCS:2 (Signal:SDR Opt:0) CIIP:0 MIP:1 AFFINE:2 (PROF:1, Type:1) MMVD:3 DisFracMMVD:1 SbTMVP:1 GPM:3 LFNST:1 MTS:0 ISP:3 TS:2 TSLog2MaxSize:4 useChromaTS:0 BDPCM:2 IBC:2 BCW:0
  55. ENC. ALG. CFG: QPA:1 HAD:1 RDQ:1 RDQTS:1 ASR:1 MinSearchWindow:96 RestrictMESampling:0 EDO:2 MCTF:2 [L:0, T:0]
  56. FAST TOOL CFG: ECU:0 FEN:1 FDM:1 FastSearch:4 (SCC:2) LCTUFast:1 FastMrg:2 PBIntraFast:1 AMaxBT:0 FastQtBtEnc:1 ContentBasedFastQtbt:0 FastMIP:4 FastIntraTools:1 IntraEstDecBit:2 FastLocalDualTree:1 IntegerET:0 FastSubPel:1 QtbttExtraFast:3 IBCFastMethod:3 FIM:0 ALFSpeed:0 QuantThr: 4
  57. RATE CONTROL CFG: RateControl:0
  58. PARALLEL PROCESSING CFG: NumThreads:4 MaxParallelFrames:4 WppBitEqual:1 WF:0
  59.  
  60.  
  61. started @ Tue Oct 19 10:59:40 2021
  62.  
  63. POC 0 TId: 0 ( IDR_N_LP, I-SLICE, QP 19 ) 185896 bits [Y 48.3418 dB U 48.4157 dB V 49.6180 dB] [ET 16 ] [L0 ] [L1 ]
  64. POC 32 TId: 0 ( CRA, I-SLICE, QP 24 ) 115464 bits [Y 45.2253 dB U 46.9144 dB V 47.7371 dB] [ET 12 ] [L0 ] [L1 ]
  65. POC 16 TId: 1 ( RASL, B-SLICE, QP 25 ) 32280 bits [Y 46.3696 dB U 47.9233 dB V 48.8933 dB] [ET 2 ] [L0 0 32 ] [L1 32 0 ]
  66. POC 8 TId: 2 ( RASL, B-SLICE, QP 27 ) 14416 bits [Y 46.2881 dB U 48.1636 dB V 49.1704 dB] [ET 1 ] [L0 0 16 ] [L1 16 32 ]
  67. POC 4 TId: 3 ( RASL, B-SLICE, QP 30 ) 7232 bits [Y 45.7443 dB U 48.1332 dB V 49.1656 dB] [ET 1 ] [L0 0 8 ] [L1 8 16 ]
  68. POC 2 TId: 4 ( RASL, B-SLICE, QP 32 ) 4456 bits [Y 46.1273 dB U 48.5759 dB V 49.7799 dB] [ET 1 ] [L0 0 4 ] [L1 4 8 ]
  69. POC 1 TId: 5 ( RASL, B-SLICE, QP 33 ) 1584 bits [Y 46.8073 dB U 48.7395 dB V 50.0356 dB] [ET 0 ] [L0 0 2 ] [L1 2 4 ]
  70. POC 3 TId: 5 ( RASL, B-SLICE, QP 33 ) 1840 bits [Y 45.6325 dB U 48.4542 dB V 49.5799 dB] [ET 0 ] [L0 2 0 ] [L1 4 8 ]
  71. POC 6 TId: 4 ( RASL, B-SLICE, QP 32 ) 3320 bits [Y 45.7531 dB U 48.3894 dB V 49.4121 dB] [ET 1 ] [L0 4 0 ] [L1 8 16 ]
  72. POC 5 TId: 5 ( RASL, B-SLICE, QP 33 ) 1904 bits [Y 45.5527 dB U 48.4310 dB V 49.3614 dB] [ET 0 ] [L0 4 0 ] [L1 6 8 ]
  73. POC 7 TId: 5 ( RASL, B-SLICE, QP 33 ) 1064 bits [Y 45.8852 dB U 48.4182 dB V 49.4500 dB] [ET 0 ] [L0 6 4 ] [L1 8 16 ]
  74. POC 12 TId: 3 ( RASL, B-SLICE, QP 30 ) 8224 bits [Y 45.3615 dB U 47.9293 dB V 48.8432 dB] [ET 1 ] [L0 8 0 ] [L1 16 32 ]
  75. POC 10 TId: 4 ( RASL, B-SLICE, QP 32 ) 4040 bits [Y 45.4906 dB U 48.1082 dB V 49.1117 dB] [ET 1 ] [L0 8 0 ] [L1 12 16 ]
  76. POC 9 TId: 5 ( RASL, B-SLICE, QP 32 ) 1512 bits [Y 45.8385 dB U 48.2360 dB V 49.3091 dB] [ET 0 ] [L0 8 0 ] [L1 10 12 ]
  77. POC 11 TId: 5 ( RASL, B-SLICE, QP 33 ) 2160 bits [Y 45.0849 dB U 48.1834 dB V 49.0516 dB] [ET 0 ] [L0 10 8 ] [L1 12 16 ]
  78. POC 14 TId: 4 ( RASL, B-SLICE, QP 32 ) 3968 bits [Y 45.4150 dB U 48.0257 dB V 48.9586 dB] [ET 0 ] [L0 12 8 ] [L1 16 32 ]
  79. POC 13 TId: 5 ( RASL, B-SLICE, QP 33 ) 1904 bits [Y 45.0902 dB U 48.0951 dB V 48.9246 dB] [ET 1 ] [L0 12 8 ] [L1 14 16 ]
  80. POC 15 TId: 5 ( RASL, B-SLICE, QP 33 ) 1464 bits [Y 45.6150 dB U 48.0852 dB V 48.9816 dB] [ET 0 ] [L0 14 12 ] [L1 16 32 ]
  81. POC 24 TId: 2 ( RASL, B-SLICE, QP 27 ) 18704 bits [Y 45.5229 dB U 47.5943 dB V 48.5876 dB] [ET 2 ] [L0 16 0 ] [L1 32 16 ]
  82. POC 20 TId: 3 ( RASL, B-SLICE, QP 30 ) 8112 bits [Y 45.0631 dB U 47.5220 dB V 48.3888 dB] [ET 1 ] [L0 16 0 ] [L1 24 32 ]
  83. POC 18 TId: 4 ( RASL, B-SLICE, QP 32 ) 4016 bits [Y 45.3543 dB U 47.8876 dB V 48.7523 dB] [ET 1 ] [L0 16 0 ] [L1 20 24 ]
  84. POC 17 TId: 5 ( RASL, B-SLICE, QP 32 ) 1432 bits [Y 45.7188 dB U 48.0168 dB V 48.9143 dB] [ET 0 ] [L0 16 0 ] [L1 18 20 ]
  85. POC 19 TId: 5 ( RASL, B-SLICE, QP 33 ) 1752 bits [Y 44.9452 dB U 47.8558 dB V 48.6083 dB] [ET 0 ] [L0 18 16 ] [L1 20 24 ]
  86. POC 22 TId: 4 ( RASL, B-SLICE, QP 32 ) 4512 bits [Y 44.8728 dB U 47.6598 dB V 48.5224 dB] [ET 1 ] [L0 20 16 ] [L1 24 32 ]
  87. POC 21 TId: 5 ( RASL, B-SLICE, QP 33 ) 1944 bits [Y 44.9125 dB U 47.7099 dB V 48.5176 dB] [ET 0 ] [L0 20 16 ] [L1 22 24 ]
  88. POC 23 TId: 5 ( RASL, B-SLICE, QP 33 ) 1960 bits [Y 44.8903 dB U 47.6872 dB V 48.5823 dB] [ET 1 ] [L0 22 20 ] [L1 24 32 ]
  89. POC 28 TId: 3 ( RASL, B-SLICE, QP 32 ) 18064 bits [Y 42.9508 dB U 45.9054 dB V 46.8185 dB] [ET 2 ] [L0 24 16 ] [L1 32 24 ]
  90. POC 26 TId: 4 ( RASL, B-SLICE, QP 33 ) 6512 bits [Y 43.5663 dB U 47.2601 dB V 48.1126 dB] [ET 1 ] [L0 24 16 ] [L1 28 32 ]
  91. POC 25 TId: 5 ( RASL, B-SLICE, QP 34 ) 1952 bits [Y 44.3772 dB U 47.7306 dB V 48.7011 dB] [ET 1 ] [L0 24 16 ] [L1 26 28 ]
  92. POC 27 TId: 5 ( RASL, B-SLICE, QP 35 ) 2840 bits [Y 43.0698 dB U 46.9929 dB V 47.7586 dB] [ET 1 ] [L0 26 24 ] [L1 28 32 ]
  93. POC 30 TId: 4 ( RASL, B-SLICE, QP 35 ) 9688 bits [Y 42.3278 dB U 45.7767 dB V 46.3620 dB] [ET 1 ] [L0 28 16 ] [L1 32 28 ]
  94. POC 29 TId: 5 ( RASL, B-SLICE, QP 35 ) 3896 bits [Y 42.0708 dB U 46.2080 dB V 46.8159 dB] [ET 1 ] [L0 28 16 ] [L1 30 32 ]
  95. POC 31 TId: 5 ( RASL, B-SLICE, QP 36 ) 3952 bits [Y 42.2679 dB U 46.2361 dB V 47.1636 dB] [ET 1 ] [L0 30 28 ] [L1 32 30 ]
  96. POC 48 TId: 1 ( STSA, B-SLICE, QP 29 ) 61720 bits [Y 43.3569 dB U 44.9762 dB V 45.5621 dB] [ET 3 ] [L0 32 ] [L1 32 ]
  97. POC 40 TId: 2 ( STSA, B-SLICE, QP 31 ) 39312 bits [Y 42.4951 dB U 44.0000 dB V 44.7585 dB] [ET 3 ] [L0 32 48 ] [L1 48 32 ]
  98. POC 36 TId: 3 ( STSA, B-SLICE, QP 33 ) 21584 bits [Y 41.5311 dB U 43.6672 dB V 44.6856 dB] [ET 4 ] [L0 32 40 ] [L1 40 48 ]
  99. POC 34 TId: 4 ( STSA, B-SLICE, QP 35 ) 10728 bits [Y 41.3607 dB U 44.4387 dB V 45.7820 dB] [ET 2 ] [L0 32 36 ] [L1 36 40 ]
  100. POC 33 TId: 5 ( STSA, B-SLICE, QP 36 ) 4632 bits [Y 41.8184 dB U 45.6502 dB V 46.5206 dB] [ET 0 ] [L0 32 34 ] [L1 34 36 ]
  101. POC 35 TId: 5 ( STSA, B-SLICE, QP 36 ) 4856 bits [Y 40.9737 dB U 44.4269 dB V 45.1884 dB] [ET 1 ] [L0 34 32 ] [L1 36 40 ]
  102. POC 38 TId: 4 ( STSA, B-SLICE, QP 35 ) 11008 bits [Y 40.9734 dB U 43.7240 dB V 44.7209 dB] [ET 1 ] [L0 36 32 ] [L1 40 48 ]
  103. POC 37 TId: 5 ( STSA, B-SLICE, QP 36 ) 4736 bits [Y 40.7900 dB U 44.0933 dB V 44.9949 dB] [ET 1 ] [L0 36 32 ] [L1 38 40 ]
  104. POC 39 TId: 5 ( STSA, B-SLICE, QP 36 ) 4936 bits [Y 40.9385 dB U 44.2288 dB V 45.1229 dB] [ET 0 ] [L0 38 36 ] [L1 40 48 ]
  105. POC 44 TId: 3 ( STSA, B-SLICE, QP 34 ) 23440 bits [Y 41.2529 dB U 43.3981 dB V 43.9820 dB] [ET 4 ] [L0 40 32 ] [L1 48 40 ]
  106. POC 42 TId: 4 ( STSA, B-SLICE, QP 36 ) 10424 bits [Y 41.0078 dB U 44.0554 dB V 44.3384 dB] [ET 2 ] [L0 40 32 ] [L1 44 48 ]
  107. POC 41 TId: 5 ( STSA, B-SLICE, QP 37 ) 4328 bits [Y 41.2198 dB U 44.4538 dB V 45.1427 dB] [ET 1 ] [L0 40 32 ] [L1 42 44 ]
  108. POC 43 TId: 5 ( STSA, B-SLICE, QP 37 ) 4672 bits [Y 40.6924 dB U 43.9939 dB V 44.2305 dB] [ET 1 ] [L0 42 40 ] [L1 44 48 ]
  109. POC 46 TId: 4 ( STSA, B-SLICE, QP 36 ) 10968 bits [Y 41.0180 dB U 44.0142 dB V 44.4926 dB] [ET 2 ] [L0 44 40 ] [L1 48 44 ]
  110. POC 45 TId: 5 ( STSA, B-SLICE, QP 37 ) 4552 bits [Y 40.5260 dB U 43.8100 dB V 44.3559 dB] [ET 1 ] [L0 44 40 ] [L1 46 48 ]
  111. POC 47 TId: 5 ( STSA, B-SLICE, QP 37 ) 4048 bits [Y 40.3327 dB U 43.8892 dB V 44.4438 dB] [ET 1 ] [L0 46 44 ] [L1 48 46 ]
  112. POC 56 TId: 2 ( STSA, B-SLICE, QP 28 ) 46328 bits [Y 43.9707 dB U 45.5383 dB V 46.1663 dB] [ET 3 ] [L0 48 32 ] [L1 48 32 ]
  113. POC 52 TId: 3 ( STSA, B-SLICE, QP 31 ) 17048 bits [Y 42.7562 dB U 44.8564 dB V 45.7611 dB] [ET 3 ] [L0 48 32 ] [L1 56 48 ]
  114. POC 50 TId: 4 ( STSA, B-SLICE, QP 34 ) 8240 bits [Y 41.7502 dB U 44.8095 dB V 45.6207 dB] [ET 1 ] [L0 48 32 ] [L1 52 56 ]
  115. POC 49 TId: 5 ( STSA, B-SLICE, QP 36 ) 3480 bits [Y 41.2406 dB U 44.5265 dB V 45.3436 dB] [ET 1 ] [L0 48 32 ] [L1 50 52 ]
  116. POC 51 TId: 5 ( STSA, B-SLICE, QP 35 ) 2808 bits [Y 41.2937 dB U 44.2467 dB V 45.1443 dB] [ET 0 ] [L0 50 48 ] [L1 52 56 ]
  117. POC 54 TId: 4 ( STSA, B-SLICE, QP 33 ) 7016 bits [Y 42.5601 dB U 45.1578 dB V 46.0321 dB] [ET 1 ] [L0 52 48 ] [L1 56 52 ]
  118. POC 53 TId: 5 ( STSA, B-SLICE, QP 34 ) 2952 bits [Y 42.0842 dB U 45.0476 dB V 45.8597 dB] [ET 0 ] [L0 52 48 ] [L1 54 56 ]
  119. POC 55 TId: 5 ( STSA, B-SLICE, QP 34 ) 2952 bits [Y 41.9281 dB U 44.7291 dB V 45.6338 dB] [ET 1 ] [L0 54 52 ] [L1 56 54 ]
  120. POC 60 TId: 3 ( STSA, B-SLICE, QP 31 ) 22264 bits [Y 42.9592 dB U 44.8362 dB V 45.4931 dB] [ET 3 ] [L0 56 48 ] [L1 56 48 ]
  121. POC 58 TId: 4 ( STSA, B-SLICE, QP 33 ) 5872 bits [Y 42.8189 dB U 45.1850 dB V 45.8739 dB] [ET 0 ] [L0 56 48 ] [L1 60 56 ]
  122. POC 57 TId: 5 ( STSA, B-SLICE, QP 34 ) 2584 bits [Y 42.4996 dB U 45.1512 dB V 45.8842 dB] [ET 0 ] [L0 56 48 ] [L1 58 60 ]
  123. POC 59 TId: 5 ( STSA, B-SLICE, QP 34 ) 1808 bits [Y 41.7682 dB U 44.3359 dB V 45.1979 dB] [ET 0 ] [L0 58 56 ] [L1 60 58 ]
  124. POC 62 TId: 4 ( STSA, B-SLICE, QP 32 ) 10488 bits [Y 41.8597 dB U 44.1884 dB V 44.9849 dB] [ET 1 ] [L0 60 48 ] [L1 60 48 ]
  125. POC 61 TId: 5 ( STSA, B-SLICE, QP 33 ) 2016 bits [Y 42.4691 dB U 44.7523 dB V 45.4236 dB] [ET 0 ] [L0 60 48 ] [L1 62 60 ]
  126.  
  127. Total Frames | Bitrate Y-PSNR U-PSNR V-PSNR YUV-PSNR
  128. 63 a 401.8400 43.4886 46.1817 47.0275 43.8666
  129. finished @ Tue Oct 19 11:00:29 2021
  130.  
  131. Total Time: 49.247 sec. Fps(avg): 1.27927 encoded Frames 63
  132.  
  133. https://github.com/fraunhoferhhi/vvenc/discussions/102
  134.  
  135.  
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