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Published
20 hours ago •
fraunhoferhhi
fraunhoferhhi
GDR
Thanks for the PR.
There are some issues with the build. Could you have a look?
Also, could you explain 1 or 2 use cases and how to call them? Maybe including that as a test in CMakeLists.txt would be a good idea.
Last but not least, it's a bigger PR so it will take some time to review, but we'll get to it.
Build should be fixed now. You can use the following parameters to test GDR: GdrEnabled : 1 GdrPocStart : 30 GdrPeriod : 60 GdrInterval : 15
This test config starts GDR from frame 30 and uses 15 frames for refresh. Run encoder (gdr params in gdr.cfg): vvencFFapp -c lowdelay_fast.cfg -c gdr.cfg -c sequence -dph 1 -f 60
VVEncoderApp.exe -i "113.yuv" -o "output_10bit.vvc" -v 5 -t 4 -s 1280x720 -r 29 -c yuv420 -g 16 -ip 256 --internal-bitdepth 10 --bitrate 3Mbps -f 200 --passes 1 --preset medium --level auto --tier main --gdrenabled 1 --gdrpocstart 30 --gdrperiod 60 --gdrinterval 15 vvencapp: Fraunhofer VVC Encoder ver. 1.4.0 [Windows][GCC 13.0.0][64 bit][SIMD=NA] no MCTF frames selected, MCTF will be inactive! Warning: VVenC does not support SAO with GDR - SAO will be disabled! Warning: VVenC does not support ALF with GDR - ALF will be disabled! no MCTF frames selected, MCTF will be inactive! CODING TOOL CFG: CTU128 QT44BTT21 IBD:1 CIP:0 SAO:0 ALF:0 CCALF:0 Tiles:1x1 Slices:1 WPP:0 WPP-Substreams:1 TMVP:1 DQ:1 SDH:0 CST:1 BDOF:0 DMVR:0 MTSImplicit:1 SBT:0 JCbCr:1 CabacInitPresent:0 AMVR:5 SMVD:0 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 ENC. ALG. CFG: QPA:1 HAD:1 RDQ:1 RDQTS:1 ASR:1 MinSearchWindow:96 RestrictMESampling:0 EDO:2 MCTF:2 PRE-ANALYSIS CFG: STA:1 LeadFrames:0 TrailFrames:0 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 FastTTSplit:0 IBCFastMethod:3 FIM:0 QuantThr: 4 RATE CONTROL CFG: RateControl:1 Passes:1 Pass:-1 TargetBitrate:3000000 RCInitialQP:0 RCForceIntraQP:0 LookAhead:1 GDR CFG: GdrEnabled:1 GdrPocStart:30 GdrInterval:15 GdrPeriod:60 PARALLEL PROCESSING CFG: NumThreads:4 MaxParallelFrames:4 WppBitEqual:1 WF:0
started @ Wed May 25 07:17:24 2022
POC 0 TId: 0 ( IDR_N_LP, I-SLICE, QP 21 ) 16968 bits [Y 51.9652 dB U 62.1349 dB V 73.6938 dB] [ET 2 ] [L0 ] [L1 ] POC 1 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 13264 bits [Y 51.8013 dB U 62.5185 dB V 74.6714 dB] [ET 14 ] [L0 0 ] [L1 ] POC 2 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 24696 bits [Y 51.3432 dB U 60.1395 dB V 67.5184 dB] [ET 35 ] [L0 1 0 ] [L1 ] POC 3 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 36672 bits [Y 50.8693 dB U 57.9460 dB V 62.5435 dB] [ET 64 ] [L0 2 1 0 ] [L1 ] POC 4 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 43704 bits [Y 50.0668 dB U 56.2610 dB V 60.4960 dB] [ET 92 ] [L0 3 2 1 0 ] [L1 ] POC 5 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 60960 bits [Y 49.1701 dB U 54.7757 dB V 58.1725 dB] [ET 112 ] [L0 4 3 2 1 ] [L1 ] POC 6 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 70808 bits [Y 48.3481 dB U 53.9355 dB V 57.2296 dB] [ET 105 ] [L0 5 4 3 2 ] [L1 ] POC 7 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 81536 bits [Y 47.5593 dB U 53.0226 dB V 56.0400 dB] [ET 14 ] [L0 6 5 4 3 ] [L1 ] terminate called after throwing an instance of 'vvenc::Exception' what(): ERROR: In function "xGetBoundaryStrengthSingle" in LoopFilter.cpp:1408: Invalid reference picture list index
Why is only the first frame decoded?
We had a look and there are still a few issues. Let me start the discussion. I had a look more into the low-level functionalities and @jbrdbg was looking more into the high-level parts.
- Of course it would be good if no segmentation faults were happening, as @Jamaika1 posted.
- We would prefer a simpler parametrization. Could GDR be a new RefreshType? It could be used by calling --DecoderRefreshType=gdr. GdrPeriod could be derived from intra period, and the other parameters should have some meaningfull defaults. This is mostly meant for the library interface and application, so it's alright if inside the library the parametrization stays as it is.
- I noticed you added a lot of fields into CodingUnit/MergeCtx/MotionInfo and similar objects, that basically all just say if a predictor is valid or not given the GDR restrictions. Would a single boolean not suffice? In the end, all of this information is only used to dismiss a candidate, it's not relevant which part of the prediction is wrong.
- GDR as proposed implies a simple low-delay P structure. Could this be made more flexible and applicable to alternative GOP structures, where each next GDR portion is sent with keyframes?
- As we understand, SAO and ALF need to be disabled because of the lacking support for virtual boundaries?
Same, but different encode with my compiler:
C:\Users\marti\Downloads\nokia\vvenc\bin\release-static>vvencapp -i "VTS_01_1.yuv" -o "trybestway1.vvc" -v 6 -t 8 -s 718x404 -r 25 -c yuv420 -g 16 -ip 256 --internal-bitdepth 10 --bitrate 1000k -f 200 --passes 1 --preset medium --level auto --tier main --gdrenabled 1 --gdrpocstart 30 --gdrperiod 60 --gdrinterval 15
vvencapp: Fraunhofer VVC Encoder ver. 1.4.0 [Windows][VS 1932][64 bit][SIMD=AVX2]
no MCTF frames selected, MCTF will be inactive!
Warning: VVenC does not support SAO with GDR - SAO will be disabled!
Warning: VVenC does not support ALF with GDR - ALF will be disabled!
no MCTF frames selected, MCTF will be inactive!
Input File : VTS_01_1.yuv
Bitstream File : trybestway1.vvc
Reconstruction File :
RC Statistics File :
Real Format : 718x404 25Hz SDR
Internal Format : 720x408 25Hz SDR
Sequence PSNR output : Linear average only
Hexadecimal PSNR output : Disabled
Sequence MSE output : Disabled
Frame MSE output : Disabled
Cabac-zero-word-padding : Enabled
Frame/Field : Frame based coding
Frame index : 200 frames
Profile : main_10
Level : 2.1
CU size / total-depth : 128 / 5
Max TB size : 64
Min CB size : 4
Motion search range : 384
Intra period : 256
Decoding refresh type : 3
QP : 32
Percept QPA : 1
Max dQP signaling subdiv : 2
Cb QP Offset (dual tree) : 0 (0)
Cr QP Offset (dual tree) : 0 (0)
GOP size : 1
Input bit depth : (Y:8, C:8)
MSB-extended bit depth : (Y:8, C:8)
Internal bit depth : (Y:10, C:10)
cu_chroma_qp_offset_subdiv : -1
Cost function: : Lossy coding
CODING TOOL CFG: CTU128 QT44BTT21 IBD:1 CIP:0 SAO:0 ALF:0 CCALF:0 Tiles:1x1 Slices:1 WPP:0 WPP-Substreams:1 TMVP:1 DQ:1 SDH:0 CST:1 BDOF:0 DMVR:0 MTSImplicit:1 SBT:0 JCbCr:1 CabacInitPresent:0 AMVR:5 SMVD:0 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
ENC. ALG. CFG: QPA:1 HAD:1 RDQ:1 RDQTS:1 ASR:1 MinSearchWindow:96 RestrictMESampling:0 EDO:2 MCTF:2
PRE-ANALYSIS CFG: STA:1 LeadFrames:0 TrailFrames:0
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 FastTTSplit:0 IBCFastMethod:3 FIM:0 QuantThr: 4
RATE CONTROL CFG: RateControl:1 Passes:1 Pass:-1 TargetBitrate:1000000 RCInitialQP:0 RCForceIntraQP:0 LookAhead:1
GDR CFG: GdrEnabled:1 GdrPocStart:30 GdrInterval:15 GdrPeriod:60
PARALLEL PROCESSING CFG: NumThreads:8 MaxParallelFrames:4 WppBitEqual:1 WF:0
started @ Fri Jun 10 21:44:00 2022
RC analyze poc 0
RC analyze poc 1
RC analyze poc 2
POC 0 TId: 0 ( IDR_N_LP, I-SLICE, QP 21 ) 1336 bits [Y 999.9900 dB U 999.9900 dB V 999.9900 dB] [ET 0 ] [L0 ] [L1 ]
RC analyze poc 3
RC analyze poc 4
RC analyze poc 5
RC analyze poc 6
RC analyze poc 7
RC analyze poc 8
POC 1 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 8800 bits [Y 53.4491 dB U 58.2401 dB V 57.6032 dB] [ET 0 ] [L0 0 ] [L1 ]
POC 2 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 23072 bits [Y 49.8633 dB U 54.3000 dB V 55.1821 dB] [ET 1 ] [L0 1 0 ] [L1 ]
POC 3 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 38624 bits [Y 47.5164 dB U 52.2193 dB V 54.1099 dB] [ET 1 ] [L0 2 1 0 ] [L1 ]
POC 4 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 57176 bits [Y 47.0938 dB U 51.6197 dB V 53.3441 dB] [ET 1 ] [L0 3 2 1 0 ] [L1 ]
POC 5 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 64624 bits [Y 45.8488 dB U 49.4965 dB V 51.8642 dB] [ET 2 ] [L0 4 3 2 1 ] [L1 ]
POC 6 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 74680 bits [Y 45.3923 dB U 49.2708 dB V 51.4219 dB] [ET 2 ] [L0 5 4 3 2 ] [L1 ]
RC analyze poc 9
POC 7 TId: 0 ( TRAIL, P-SLICE, QP 24 ) 32056 bits [Y 43.5482 dB U 48.0041 dB V 50.4900 dB] [ET 1 ] [L0 6 5 4 3 ] [L1 ]
RC analyze poc 10
POC 8 TId: 0 ( TRAIL, P-SLICE, QP 23 ) 82584 bits [Y 43.7528 dB U 46.7822 dB V 48.9796 dB] [ET 2 ] [L0 7 6 5 4 ] [L1 ]
RC analyze poc 11
POC 9 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 11040 bits [Y 40.2163 dB U 45.2986 dB V 48.0223 dB] [ET 0 ] [L0 8 7 6 5 ] [L1 ]
RC analyze poc 12
POC 10 TId: 0 ( TRAIL, P-SLICE, QP 25 ) 45736 bits [Y 41.2622 dB U 45.1302 dB V 47.5790 dB] [ET 1 ] [L0 9 8 7 6 ] [L1 ]
RC analyze poc 13
POC 11 TId: 0 ( TRAIL, P-SLICE, QP 27 ) 41336 bits [Y 39.0776 dB U 43.9570 dB V 46.5099 dB] [ET 1 ] [L0 10 9 8 7 ] [L1 ]
RC analyze poc 14
POC 12 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 20904 bits [Y 38.5394 dB U 42.9152 dB V 45.7277 dB] [ET 1 ] [L0 11 10 9 8 ] [L1 ]
RC analyze poc 15
POC 13 TId: 0 ( TRAIL, P-SLICE, QP 27 ) 58784 bits [Y 39.1030 dB U 43.0979 dB V 45.7317 dB] [ET 1 ] [L0 12 11 10 9 ] [L1 ]
RC analyze poc 16
POC 14 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 37360 bits [Y 38.7862 dB U 42.5213 dB V 45.0918 dB] [ET 1 ] [L0 13 12 11 10 ] [L1 ]
RC analyze poc 17
POC 15 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 42976 bits [Y 36.8844 dB U 41.6641 dB V 44.5499 dB] [ET 1 ] [L0 14 13 12 11 ] [L1 ]
RC analyze poc 18
POC 16 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 23320 bits [Y 37.5751 dB U 41.6520 dB V 44.3668 dB] [ET 1 ] [L0 15 14 13 12 ] [L1 ]
RC analyze poc 19
POC 17 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 56408 bits [Y 37.2332 dB U 41.0102 dB V 43.7389 dB] [ET 1 ] [L0 16 15 14 13 ] [L1 ]
RC analyze poc 20
POC 18 TId: 0 ( TRAIL, P-SLICE, QP 30 ) 14008 bits [Y 36.2000 dB U 40.6167 dB V 43.4599 dB] [ET 1 ] [L0 17 16 15 14 ] [L1 ]
RC analyze poc 21
POC 19 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 46536 bits [Y 36.8888 dB U 40.8634 dB V 43.4395 dB] [ET 1 ] [L0 18 17 16 15 ] [L1 ]
RC analyze poc 22
POC 20 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 24504 bits [Y 35.9964 dB U 40.1610 dB V 42.9549 dB] [ET 1 ] [L0 19 18 17 16 ] [L1 ]
RC analyze poc 23
POC 21 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 51624 bits [Y 36.2832 dB U 39.9055 dB V 42.7209 dB] [ET 1 ] [L0 20 19 18 17 ] [L1 ]
RC analyze poc 24
POC 22 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 20848 bits [Y 35.8583 dB U 39.8262 dB V 42.5436 dB] [ET 1 ] [L0 21 20 19 18 ] [L1 ]
RC analyze poc 25
POC 23 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 43128 bits [Y 36.2323 dB U 39.6553 dB V 42.3048 dB] [ET 1 ] [L0 22 21 20 19 ] [L1 ]
RC analyze poc 26
POC 24 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 25480 bits [Y 34.8275 dB U 39.0152 dB V 41.5591 dB] [ET 1 ] [L0 23 22 21 20 ] [L1 ]
RC analyze poc 27
POC 25 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 51304 bits [Y 36.7734 dB U 39.8112 dB V 42.1468 dB] [ET 1 ] [L0 24 23 22 21 ] [L1 ]
RC analyze poc 28
POC 26 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 30992 bits [Y 35.4416 dB U 39.6895 dB V 42.1658 dB] [ET 0 ] [L0 25 24 23 22 ] [L1 ]
RC analyze poc 29
POC 27 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 25584 bits [Y 35.8265 dB U 39.6321 dB V 42.1288 dB] [ET 0 ] [L0 26 25 24 23 ] [L1 ]
- Martin Eesmaa
@Jamaika1 @MartinEesmaa Thank you for testing. I noticed that you used vvencapp to run GDR. We did not envision GDR to be used with vvencapp nor did we test it there as the hard coded configs are not ideal for GDR. I would suggest to test with vvencFFapp and low delay config as we think that is the case where GDR makes sense.
@adamjw24 I will change the parametrization and initialization of default values as you suggested.
Regarding mv predictors. There are two conditions that we need to track, 1) whether candidate is fetched from "dirty" area (in which case the candidate is always invalid) and 2) whether candidate points to dirty area. If the initial ME/merge candidate points to dirty area it can still become valid motion vector during motion estimation / merge process, so we cannot dismiss it outright.
GDR is mostly useful in low delay configs where refresh border is moving gradually and predictably. In random access type configs refresh border jumps back and forth, which makes performance quite bad to the point where it is better to use full intra frame refresh. I suggest that I could make a new config file that contains preferred coding params for GDR and remove hard coded values for the code.
You are correct about SAO and ALF. SAO does not have virtual boundaries and there seems to be some problem in ALF implementation.
@hallapur, here is my report log:
gdrenabled option is removed, but the GDR options shows:
#======== GDR options ================
--GdrPocStart [-1] GDR poc start
--GdrPeriod [-1] Number of frames between GDR picture to the next GDR picture
--GdrInterval [-1] Number of frames from GDR picture to the recovery point picture
vvencapp -i "VTS_01_1.yuv" -o "trybestway1.vvc" -v 5 -t 8 -s 718x404 -r 25 -c yuv420 -g 16 -ip 256 --internal-bitdepth 10 --bitrate 1000k -f 200 --passes 1 --preset medium --level auto --tier main --gdrpocstart 30 --gdrperiod 60 --gdrinterval 15
vvencapp: Fraunhofer VVC Encoder ver. 1.5.0-rc1 [Windows][VS 1932][64 bit][SIMD=AVX2]
CODING TOOL CFG: CTU128 QT44BTT21 IBD:1 SAO:1 ALF:1 (NonLinLuma:0 NonLinChr:0) CCALF:1 Tiles:1x1 Slices: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
ENC. ALG. CFG: QPA:1 HAD:1 RDQ:1 RDQTS:1 ASR:1 MinSearchWindow:96 RestrictMESampling:0 EDO:2 MCTF:2
PRE-ANALYSIS CFG: STA:1 LeadFrames:0 TrailFrames:0
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:3 FastIntraTools:0 IntraEstDecBit:2 FastLocalDualTree:1 IntegerET:0 FastSubPel:1 QtbttExtraFast:3 FastTTSplit:0 IBCFastMethod:3 FIM:0 ALFSpeed:0 QuantThr: 4
RATE CONTROL CFG: RateControl:1 Passes:1 Pass:-1 TargetBitrate:1000000 RCInitialQP:0 RCForceIntraQP:0 LookAhead:1
PARALLEL PROCESSING CFG: NumThreads:8 MaxParallelFrames:4 WppBitEqual:1 WF:0
GDR CFG: GdrEnabled:0
started @ Wed Jul 13 09:38:39 2022
POC 0 TId: 0 ( IDR_N_LP, I-SLICE, QP 18, TF 2) 2224 bits [Y 999.9900 dB U 999.9900 dB V 999.9900 dB] [ET 0 ] [L0 ] [L1 ]
POC 16 TId: 0 ( TRAIL, B-SLICE, QP 21, TF 2) 254032 bits [Y 43.0183 dB U 45.1953 dB V 47.0164 dB] [ET 2 ] [L0 0 ] [L1 0 ]
POC 8 TId: 1 ( STSA, B-SLICE, QP 22, TF 1) 55240 bits [Y 43.8128 dB U 47.0683 dB V 49.2364 dB] [ET 1 ] [L0 0 16 ] [L1 16 0 ]
POC 4 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 22448 bits [Y 46.2676 dB U 51.2047 dB V 53.2772 dB] [ET 1 ] [L0 0 8 ] [L1 8 16 ]
POC 2 TId: 3 ( STSA, B-SLICE, QP 25) 3184 bits [Y 50.2389 dB U 54.4408 dB V 55.2273 dB] [ET 0 ] [L0 0 4 ] [L1 4 8 ]
POC 1 TId: 4 ( STSA, B-SLICE, QP 27) 1064 bits [Y 53.8685 dB U 57.2247 dB V 55.2988 dB] [ET 0 ] [L0 0 2 ] [L1 2 4 ]
POC 3 TId: 4 ( STSA, B-SLICE, QP 27) 1128 bits [Y 47.7560 dB U 52.2562 dB V 54.0908 dB] [ET 0 ] [L0 2 0 ] [L1 4 8 ]
POC 6 TId: 3 ( STSA, B-SLICE, QP 25) 10080 bits [Y 44.2517 dB U 49.5356 dB V 51.7024 dB] [ET 0 ] [L0 4 0 ] [L1 8 16 ]
POC 5 TId: 4 ( STSA, B-SLICE, QP 27) 2216 bits [Y 44.9396 dB U 49.5428 dB V 51.7092 dB] [ET 0 ] [L0 4 0 ] [L1 6 8 ]
POC 7 TId: 4 ( STSA, B-SLICE, QP 27) 4472 bits [Y 43.2406 dB U 48.6177 dB V 50.9441 dB] [ET 0 ] [L0 6 4 ] [L1 8 16 ]
POC 12 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 57584 bits [Y 41.5197 dB U 45.3688 dB V 47.7455 dB] [ET 1 ] [L0 8 0 ] [L1 16 8 ]
POC 10 TId: 3 ( STSA, B-SLICE, QP 25) 16496 bits [Y 42.5756 dB U 46.5570 dB V 48.7228 dB] [ET 1 ] [L0 8 0 ] [L1 12 16 ]
POC 9 TId: 4 ( STSA, B-SLICE, QP 30) 3120 bits [Y 41.7072 dB U 46.8232 dB V 49.0918 dB] [ET 0 ] [L0 8 0 ] [L1 10 12 ]
POC 11 TId: 4 ( STSA, B-SLICE, QP 30) 3976 bits [Y 39.9797 dB U 45.6885 dB V 48.0414 dB] [ET 0 ] [L0 10 8 ] [L1 12 16 ]
POC 14 TId: 3 ( STSA, B-SLICE, QP 26) 28560 bits [Y 41.3442 dB U 45.0127 dB V 47.1658 dB] [ET 1 ] [L0 12 8 ] [L1 16 12 ]
POC 13 TId: 4 ( STSA, B-SLICE, QP 30) 5648 bits [Y 39.5850 dB U 45.1969 dB V 47.7119 dB] [ET 0 ] [L0 12 8 ] [L1 14 16 ]
POC 15 TId: 4 ( STSA, B-SLICE, QP 30) 11176 bits [Y 38.4813 dB U 44.4427 dB V 46.8197 dB] [ET 0 ] [L0 14 12 ] [L1 16 14 ]
POC 32 TId: 0 ( TRAIL, I-SLICE, QP 19, TF 2) 363224 bits [Y 42.5895 dB U 45.4865 dB V 47.4611 dB] [ET 5 ] [L0 ] [L1 ]
POC 24 TId: 1 ( TRAIL, B-SLICE, QP 24, TF 1) 93344 bits [Y 38.1596 dB U 42.4914 dB V 44.9077 dB] [ET 1 ] [L0 16 8 ] [L1 32 16 ]
POC 20 TId: 2 ( STSA, B-SLICE, QP 29, TF 0) 25936 bits [Y 38.1741 dB U 42.9682 dB V 45.7633 dB] [ET 1 ] [L0 16 8 ] [L1 24 32 ]
POC 18 TId: 3 ( STSA, B-SLICE, QP 30) 10088 bits [Y 38.7605 dB U 43.7948 dB V 46.4037 dB] [ET 0 ] [L0 16 8 ] [L1 20 24 ]
POC 17 TId: 4 ( STSA, B-SLICE, QP 34) 2968 bits [Y 37.7473 dB U 43.6887 dB V 46.3344 dB] [ET 0 ] [L0 16 18 ] [L1 18 20 ]
POC 19 TId: 4 ( STSA, B-SLICE, QP 34) 2640 bits [Y 37.6576 dB U 43.5654 dB V 46.4126 dB] [ET 0 ] [L0 18 16 ] [L1 20 24 ]
POC 22 TId: 3 ( STSA, B-SLICE, QP 30) 15296 bits [Y 37.5694 dB U 42.8385 dB V 45.6601 dB] [ET 0 ] [L0 20 16 ] [L1 24 32 ]
POC 21 TId: 4 ( STSA, B-SLICE, QP 34) 2792 bits [Y 37.2016 dB U 42.5212 dB V 45.5264 dB] [ET 0 ] [L0 20 16 ] [L1 22 24 ]
POC 23 TId: 4 ( STSA, B-SLICE, QP 34) 2136 bits [Y 37.6392 dB U 42.2009 dB V 45.0118 dB] [ET 0 ] [L0 22 20 ] [L1 24 32 ]
POC 28 TId: 2 ( STSA, B-SLICE, QP 29, TF 0) 24256 bits [Y 36.4019 dB U 42.8547 dB V 45.6003 dB] [ET 0 ] [L0 24 16 ] [L1 32 24 ]
POC 26 TId: 3 ( STSA, B-SLICE, QP 30) 17424 bits [Y 37.3311 dB U 42.9508 dB V 45.7106 dB] [ET 0 ] [L0 24 16 ] [L1 28 32 ]
POC 25 TId: 4 ( STSA, B-SLICE, QP 31) 5624 bits [Y 38.7242 dB U 42.8856 dB V 45.5758 dB] [ET 0 ] [L0 24 16 ] [L1 26 28 ]
POC 27 TId: 4 ( STSA, B-SLICE, QP 31) 5400 bits [Y 38.1037 dB U 42.8716 dB V 45.6543 dB] [ET 0 ] [L0 26 24 ] [L1 28 32 ]
POC 30 TId: 3 ( STSA, B-SLICE, QP 30) 16288 bits [Y 38.1164 dB U 44.0033 dB V 46.5474 dB] [ET 0 ] [L0 28 24 ] [L1 32 28 ]
POC 29 TId: 4 ( STSA, B-SLICE, QP 31) 5744 bits [Y 38.8165 dB U 43.7020 dB V 46.5110 dB] [ET 0 ] [L0 28 24 ] [L1 30 32 ]
POC 31 TId: 4 ( STSA, B-SLICE, QP 31) 5640 bits [Y 39.3638 dB U 44.7909 dB V 47.1092 dB] [ET 0 ] [L0 30 28 ] [L1 32 30 ]
POC 48 TId: 0 ( TRAIL, I-SLICE, QP 18, TF 2) 385568 bits [Y 42.0084 dB U 44.6538 dB V 46.4789 dB] [ET 5 ] [L0 ] [L1 ]
POC 40 TId: 1 ( TRAIL, B-SLICE, QP 22, TF 1) 90544 bits [Y 40.7243 dB U 44.3806 dB V 46.8006 dB] [ET 1 ] [L0 32 24 ] [L1 48 32 ]
POC 36 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 56056 bits [Y 39.7172 dB U 43.5101 dB V 45.8423 dB] [ET 1 ] [L0 32 24 ] [L1 40 48 ]
POC 34 TId: 3 ( STSA, B-SLICE, QP 26) 34088 bits [Y 40.5311 dB U 44.8874 dB V 47.1976 dB] [ET 0 ] [L0 32 24 ] [L1 36 40 ]
POC 33 TId: 4 ( STSA, B-SLICE, QP 29) 13312 bits [Y 39.6086 dB U 44.7348 dB V 47.0944 dB] [ET 0 ] [L0 32 34 ] [L1 34 36 ]
POC 35 TId: 4 ( STSA, B-SLICE, QP 28) 13904 bits [Y 38.9532 dB U 43.8146 dB V 46.4421 dB] [ET 0 ] [L0 34 32 ] [L1 36 40 ]
POC 38 TId: 3 ( STSA, B-SLICE, QP 27) 30896 bits [Y 39.8731 dB U 43.4991 dB V 46.0496 dB] [ET 0 ] [L0 36 32 ] [L1 40 48 ]
POC 37 TId: 4 ( STSA, B-SLICE, QP 29) 11048 bits [Y 38.4322 dB U 43.4696 dB V 46.0457 dB] [ET 0 ] [L0 36 32 ] [L1 38 40 ]
POC 39 TId: 4 ( STSA, B-SLICE, QP 29) 20088 bits [Y 37.7508 dB U 43.0580 dB V 45.8402 dB] [ET 0 ] [L0 38 36 ] [L1 40 48 ]
POC 44 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 54328 bits [Y 40.4347 dB U 44.3619 dB V 46.6641 dB] [ET 1 ] [L0 40 32 ] [L1 48 40 ]
POC 42 TId: 3 ( STSA, B-SLICE, QP 26) 32256 bits [Y 39.4929 dB U 43.6759 dB V 46.4224 dB] [ET 0 ] [L0 40 32 ] [L1 44 48 ]
POC 41 TId: 4 ( STSA, B-SLICE, QP 31) 15952 bits [Y 36.5581 dB U 43.2563 dB V 46.1365 dB] [ET 0 ] [L0 40 32 ] [L1 42 44 ]
POC 43 TId: 4 ( STSA, B-SLICE, QP 31) 9160 bits [Y 37.9085 dB U 43.8154 dB V 46.5840 dB] [ET 0 ] [L0 42 40 ] [L1 44 48 ]
POC 46 TId: 3 ( STSA, B-SLICE, QP 26) 38856 bits [Y 40.6887 dB U 44.5813 dB V 46.6869 dB] [ET 0 ] [L0 44 40 ] [L1 48 44 ]
POC 45 TId: 4 ( STSA, B-SLICE, QP 31) 9160 bits [Y 37.7914 dB U 43.8115 dB V 46.2987 dB] [ET 0 ] [L0 44 40 ] [L1 46 48 ]
POC 47 TId: 4 ( STSA, B-SLICE, QP 30) 8488 bits [Y 38.9658 dB U 43.8736 dB V 46.2601 dB] [ET 0 ] [L0 46 44 ] [L1 48 46 ]
POC 64 TId: 0 ( TRAIL, B-SLICE, QP 18, TF 2) 181008 bits [Y 42.5285 dB U 45.2246 dB V 47.1024 dB] [ET 1 ] [L0 48 32 ] [L1 48 32 ]
POC 56 TId: 1 ( TRAIL, B-SLICE, QP 19, TF 1) 165144 bits [Y 41.5135 dB U 45.0827 dB V 47.1604 dB] [ET 1 ] [L0 48 40 ] [L1 64 48 ]
POC 52 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 79384 bits [Y 39.8255 dB U 44.2543 dB V 46.6658 dB] [ET 1 ] [L0 48 40 ] [L1 56 64 ]
POC 50 TId: 3 ( STSA, B-SLICE, QP 28) 29472 bits [Y 39.0323 dB U 44.1180 dB V 46.5006 dB] [ET 0 ] [L0 48 40 ] [L1 52 56 ]
POC 49 TId: 4 ( STSA, B-SLICE, QP 30) 7400 bits [Y 39.7118 dB U 44.1102 dB V 46.5552 dB] [ET 0 ] [L0 48 50 ] [L1 50 52 ]
POC 51 TId: 4 ( STSA, B-SLICE, QP 29) 12688 bits [Y 39.1343 dB U 44.1899 dB V 46.7434 dB] [ET 0 ] [L0 50 48 ] [L1 52 56 ]
POC 54 TId: 3 ( STSA, B-SLICE, QP 28) 33488 bits [Y 38.3887 dB U 43.8529 dB V 46.6184 dB] [ET 0 ] [L0 52 48 ] [L1 56 64 ]
POC 53 TId: 4 ( STSA, B-SLICE, QP 29) 11648 bits [Y 39.5694 dB U 44.3535 dB V 47.0787 dB] [ET 0 ] [L0 52 48 ] [L1 54 56 ]
POC 55 TId: 4 ( STSA, B-SLICE, QP 29) 10192 bits [Y 39.8723 dB U 44.5237 dB V 47.1128 dB] [ET 0 ] [L0 54 52 ] [L1 56 64 ]
POC 60 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 72664 bits [Y 39.6438 dB U 43.4849 dB V 45.6217 dB] [ET 1 ] [L0 56 48 ] [L1 64 56 ]
POC 58 TId: 3 ( STSA, B-SLICE, QP 27) 29136 bits [Y 39.5827 dB U 44.3123 dB V 46.7826 dB] [ET 0 ] [L0 56 48 ] [L1 60 64 ]
POC 57 TId: 4 ( STSA, B-SLICE, QP 29) 8888 bits [Y 39.4502 dB U 44.2298 dB V 46.8015 dB] [ET 0 ] [L0 56 48 ] [L1 58 60 ]
POC 59 TId: 4 ( STSA, B-SLICE, QP 29) 8792 bits [Y 39.3717 dB U 43.4171 dB V 46.0607 dB] [ET 0 ] [L0 58 56 ] [L1 60 64 ]
POC 62 TId: 3 ( STSA, B-SLICE, QP 27) 26112 bits [Y 40.0317 dB U 44.3051 dB V 46.5032 dB] [ET 0 ] [L0 60 56 ] [L1 64 60 ]
POC 61 TId: 4 ( STSA, B-SLICE, QP 29) 11072 bits [Y 39.5446 dB U 43.9546 dB V 46.3387 dB] [ET 0 ] [L0 60 56 ] [L1 62 64 ]
POC 63 TId: 4 ( STSA, B-SLICE, QP 29) 12072 bits [Y 39.0285 dB U 44.0663 dB V 46.5200 dB] [ET 0 ] [L0 62 60 ] [L1 64 62 ]
POC 80 TId: 0 ( TRAIL, B-SLICE, QP 16, TF 2) 256288 bits [Y 42.1757 dB U 46.0764 dB V 47.7149 dB] [ET 2 ] [L0 64 48 ] [L1 64 48 ]
POC 72 TId: 1 ( TRAIL, B-SLICE, QP 22, TF 1) 109320 bits [Y 40.3442 dB U 43.8847 dB V 45.9747 dB] [ET 1 ] [L0 64 56 ] [L1 80 64 ]
POC 68 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 45632 bits [Y 40.9335 dB U 44.6246 dB V 46.9910 dB] [ET 1 ] [L0 64 56 ] [L1 72 80 ]
POC 66 TId: 3 ( STSA, B-SLICE, QP 27) 26624 bits [Y 39.8180 dB U 44.3817 dB V 46.7977 dB] [ET 0 ] [L0 64 56 ] [L1 68 72 ]
POC 65 TId: 4 ( STSA, B-SLICE, QP 30) 18712 bits [Y 37.6441 dB U 43.9121 dB V 46.3388 dB] [ET 0 ] [L0 64 66 ] [L1 66 68 ]
POC 67 TId: 4 ( STSA, B-SLICE, QP 30) 17104 bits [Y 38.2363 dB U 44.2447 dB V 46.8573 dB] [ET 0 ] [L0 66 64 ] [L1 68 72 ]
POC 70 TId: 3 ( STSA, B-SLICE, QP 27) 23960 bits [Y 40.6297 dB U 44.1262 dB V 46.5640 dB] [ET 0 ] [L0 68 64 ] [L1 72 80 ]
POC 69 TId: 4 ( STSA, B-SLICE, QP 30) 15768 bits [Y 37.8928 dB U 43.6259 dB V 46.2594 dB] [ET 0 ] [L0 68 64 ] [L1 70 72 ]
POC 71 TId: 4 ( STSA, B-SLICE, QP 30) 12488 bits [Y 38.5174 dB U 43.3202 dB V 45.9279 dB] [ET 0 ] [L0 70 68 ] [L1 72 80 ]
POC 76 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 47656 bits [Y 40.3845 dB U 44.5081 dB V 47.0600 dB] [ET 1 ] [L0 72 64 ] [L1 80 72 ]
POC 74 TId: 3 ( STSA, B-SLICE, QP 28) 25408 bits [Y 39.3153 dB U 43.5788 dB V 46.1598 dB] [ET 0 ] [L0 72 64 ] [L1 76 80 ]
POC 73 TId: 4 ( STSA, B-SLICE, QP 30) 6080 bits [Y 38.5336 dB U 43.4944 dB V 46.0599 dB] [ET 0 ] [L0 72 64 ] [L1 74 76 ]
POC 75 TId: 4 ( STSA, B-SLICE, QP 30) 9520 bits [Y 39.1341 dB U 43.8024 dB V 46.4867 dB] [ET 0 ] [L0 74 72 ] [L1 76 80 ]
POC 78 TId: 3 ( STSA, B-SLICE, QP 28) 29176 bits [Y 39.1417 dB U 44.4410 dB V 46.9744 dB] [ET 1 ] [L0 76 72 ] [L1 80 76 ]
POC 77 TId: 4 ( STSA, B-SLICE, QP 30) 12432 bits [Y 38.9552 dB U 44.0295 dB V 46.5935 dB] [ET 0 ] [L0 76 72 ] [L1 78 80 ]
POC 79 TId: 4 ( STSA, B-SLICE, QP 29) 10032 bits [Y 40.2286 dB U 45.1791 dB V 47.4213 dB] [ET 0 ] [L0 78 76 ] [L1 80 78 ]
POC 96 TId: 0 ( TRAIL, B-SLICE, QP 17, TF 2) 187800 bits [Y 41.5611 dB U 44.3996 dB V 46.1496 dB] [ET 2 ] [L0 80 64 ] [L1 80 64 ]
POC 88 TId: 1 ( TRAIL, B-SLICE, QP 21, TF 1) 130456 bits [Y 41.1348 dB U 44.2136 dB V 46.2968 dB] [ET 2 ] [L0 80 72 ] [L1 96 80 ]
POC 84 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 57472 bits [Y 38.8799 dB U 43.2600 dB V 45.4903 dB] [ET 1 ] [L0 80 72 ] [L1 88 96 ]
POC 82 TId: 3 ( STSA, B-SLICE, QP 27) 36696 bits [Y 39.2702 dB U 44.8550 dB V 47.1221 dB] [ET 0 ] [L0 80 72 ] [L1 84 88 ]
POC 81 TId: 4 ( STSA, B-SLICE, QP 29) 8512 bits [Y 39.8869 dB U 45.0385 dB V 47.3024 dB] [ET 0 ] [L0 80 82 ] [L1 82 84 ]
POC 83 TId: 4 ( STSA, B-SLICE, QP 29) 11496 bits [Y 39.5775 dB U 43.8544 dB V 46.4356 dB] [ET 0 ] [L0 82 80 ] [L1 84 88 ]
POC 86 TId: 3 ( STSA, B-SLICE, QP 28) 26752 bits [Y 39.0376 dB U 43.7438 dB V 46.0822 dB] [ET 0 ] [L0 84 80 ] [L1 88 96 ]
POC 85 TId: 4 ( STSA, B-SLICE, QP 30) 8408 bits [Y 39.3365 dB U 43.4621 dB V 45.8611 dB] [ET 0 ] [L0 84 80 ] [L1 86 88 ]
POC 87 TId: 4 ( STSA, B-SLICE, QP 29) 13920 bits [Y 38.6515 dB U 43.7004 dB V 46.2014 dB] [ET 0 ] [L0 86 84 ] [L1 88 96 ]
POC 92 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 65128 bits [Y 41.0150 dB U 44.6323 dB V 46.8938 dB] [ET 1 ] [L0 88 80 ] [L1 96 88 ]
POC 90 TId: 3 ( STSA, B-SLICE, QP 28) 24576 bits [Y 39.5237 dB U 43.8990 dB V 46.4552 dB] [ET 0 ] [L0 88 80 ] [L1 92 96 ]
POC 89 TId: 4 ( STSA, B-SLICE, QP 30) 8688 bits [Y 39.0101 dB U 43.5758 dB V 46.0370 dB] [ET 0 ] [L0 88 80 ] [L1 90 92 ]
POC 91 TId: 4 ( STSA, B-SLICE, QP 29) 12088 bits [Y 39.1084 dB U 44.1609 dB V 46.7861 dB] [ET 0 ] [L0 90 88 ] [L1 92 96 ]
POC 94 TId: 3 ( STSA, B-SLICE, QP 27) 21848 bits [Y 40.4565 dB U 44.3272 dB V 46.6249 dB] [ET 0 ] [L0 92 88 ] [L1 96 92 ]
POC 93 TId: 4 ( STSA, B-SLICE, QP 30) 15384 bits [Y 37.8747 dB U 43.7164 dB V 46.2396 dB] [ET 0 ] [L0 92 88 ] [L1 94 96 ]
POC 95 TId: 4 ( STSA, B-SLICE, QP 30) 15880 bits [Y 37.9850 dB U 43.3842 dB V 45.9589 dB] [ET 0 ] [L0 94 92 ] [L1 96 94 ]
POC 112 TId: 0 ( TRAIL, B-SLICE, QP 19, TF 2) 185512 bits [Y 41.7721 dB U 44.7182 dB V 46.4825 dB] [ET 2 ] [L0 96 80 ] [L1 96 80 ]
POC 104 TId: 1 ( TRAIL, B-SLICE, QP 22, TF 1) 108464 bits [Y 40.4115 dB U 44.4271 dB V 46.5810 dB] [ET 2 ] [L0 96 88 ] [L1 112 96 ]
POC 100 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 57120 bits [Y 40.4734 dB U 43.9406 dB V 46.2800 dB] [ET 1 ] [L0 96 88 ] [L1 104 112 ]
POC 98 TId: 3 ( STSA, B-SLICE, QP 27) 30000 bits [Y 40.0129 dB U 44.2454 dB V 46.6112 dB] [ET 1 ] [L0 96 88 ] [L1 100 104 ]
POC 97 TId: 4 ( STSA, B-SLICE, QP 30) 9480 bits [Y 38.2416 dB U 43.9150 dB V 46.4897 dB] [ET 0 ] [L0 96 98 ] [L1 98 100 ]
POC 99 TId: 4 ( STSA, B-SLICE, QP 30) 9872 bits [Y 38.0502 dB U 43.6595 dB V 46.2869 dB] [ET 0 ] [L0 98 96 ] [L1 100 104 ]
POC 102 TId: 3 ( STSA, B-SLICE, QP 27) 33832 bits [Y 39.0859 dB U 44.0543 dB V 46.4204 dB] [ET 1 ] [L0 100 96 ] [L1 104 112 ]
POC 101 TId: 4 ( STSA, B-SLICE, QP 30) 12432 bits [Y 38.8787 dB U 43.7174 dB V 46.1629 dB] [ET 0 ] [L0 100 96 ] [L1 102 104 ]
POC 103 TId: 4 ( STSA, B-SLICE, QP 30) 10720 bits [Y 39.6339 dB U 44.0247 dB V 46.4880 dB] [ET 0 ] [L0 102 100 ] [L1 104 112 ]
POC 108 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 66072 bits [Y 38.5359 dB U 43.3275 dB V 45.5709 dB] [ET 1 ] [L0 104 96 ] [L1 112 104 ]
POC 106 TId: 3 ( STSA, B-SLICE, QP 28) 37224 bits [Y 39.4979 dB U 44.2747 dB V 46.5957 dB] [ET 1 ] [L0 104 96 ] [L1 108 112 ]
POC 105 TId: 4 ( STSA, B-SLICE, QP 30) 8080 bits [Y 39.1144 dB U 43.8437 dB V 46.1466 dB] [ET 0 ] [L0 104 96 ] [L1 106 108 ]
POC 107 TId: 4 ( STSA, B-SLICE, QP 29) 12048 bits [Y 39.2054 dB U 43.5291 dB V 46.1296 dB] [ET 0 ] [L0 106 104 ] [L1 108 112 ]
POC 110 TId: 3 ( STSA, B-SLICE, QP 28) 28152 bits [Y 38.5541 dB U 43.7036 dB V 46.0506 dB] [ET 1 ] [L0 108 104 ] [L1 112 108 ]
POC 109 TId: 4 ( STSA, B-SLICE, QP 30) 7160 bits [Y 39.8777 dB U 43.7530 dB V 46.0432 dB] [ET 0 ] [L0 108 104 ] [L1 110 112 ]
POC 111 TId: 4 ( STSA, B-SLICE, QP 30) 5072 bits [Y 39.6682 dB U 43.9937 dB V 46.1007 dB] [ET 0 ] [L0 110 108 ] [L1 112 110 ]
POC 128 TId: 0 ( TRAIL, B-SLICE, QP 19, TF 2) 189232 bits [Y 42.6276 dB U 45.1458 dB V 46.9751 dB] [ET 3 ] [L0 112 96 ] [L1 112 96 ]
POC 120 TId: 1 ( TRAIL, B-SLICE, QP 21, TF 1) 136736 bits [Y 40.9406 dB U 43.8540 dB V 46.0635 dB] [ET 2 ] [L0 112 104 ] [L1 128 112 ]
POC 116 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 71816 bits [Y 40.8878 dB U 44.6401 dB V 46.8575 dB] [ET 1 ] [L0 112 104 ] [L1 120 128 ]
POC 114 TId: 3 ( STSA, B-SLICE, QP 28) 28408 bits [Y 38.9658 dB U 44.1702 dB V 46.5793 dB] [ET 0 ] [L0 112 104 ] [L1 116 120 ]
POC 113 TId: 4 ( STSA, B-SLICE, QP 29) 11592 bits [Y 39.9012 dB U 44.4958 dB V 46.8012 dB] [ET 0 ] [L0 112 114 ] [L1 114 116 ]
POC 115 TId: 4 ( STSA, B-SLICE, QP 29) 12160 bits [Y 39.4121 dB U 44.3969 dB V 46.8165 dB] [ET 0 ] [L0 114 112 ] [L1 116 120 ]
POC 118 TId: 3 ( STSA, B-SLICE, QP 27) 28048 bits [Y 40.3606 dB U 44.3416 dB V 46.5969 dB] [ET 1 ] [L0 116 112 ] [L1 120 128 ]
POC 117 TId: 4 ( STSA, B-SLICE, QP 30) 11968 bits [Y 38.5583 dB U 43.9765 dB V 46.4762 dB] [ET 0 ] [L0 116 112 ] [L1 118 120 ]
POC 119 TId: 4 ( STSA, B-SLICE, QP 30) 15864 bits [Y 38.1902 dB U 43.3711 dB V 45.7614 dB] [ET 0 ] [L0 118 116 ] [L1 120 128 ]
POC 124 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 64736 bits [Y 41.1474 dB U 44.4522 dB V 46.7595 dB] [ET 1 ] [L0 120 112 ] [L1 128 120 ]
POC 122 TId: 3 ( STSA, B-SLICE, QP 27) 23944 bits [Y 40.4206 dB U 44.0342 dB V 46.5333 dB] [ET 0 ] [L0 120 112 ] [L1 124 128 ]
POC 121 TId: 4 ( STSA, B-SLICE, QP 30) 15064 bits [Y 38.0983 dB U 43.4384 dB V 46.0952 dB] [ET 0 ] [L0 120 112 ] [L1 122 124 ]
POC 123 TId: 4 ( STSA, B-SLICE, QP 30) 15600 bits [Y 37.3480 dB U 43.7664 dB V 46.3349 dB] [ET 0 ] [L0 122 120 ] [L1 124 128 ]
POC 126 TId: 3 ( STSA, B-SLICE, QP 28) 27768 bits [Y 39.3261 dB U 43.9216 dB V 46.2678 dB] [ET 1 ] [L0 124 120 ] [L1 128 124 ]
POC 125 TId: 4 ( STSA, B-SLICE, QP 29) 16872 bits [Y 39.0577 dB U 44.4299 dB V 46.8425 dB] [ET 0 ] [L0 124 120 ] [L1 126 128 ]
POC 127 TId: 4 ( STSA, B-SLICE, QP 30) 9872 bits [Y 39.4186 dB U 44.3435 dB V 46.5013 dB] [ET 0 ] [L0 126 124 ] [L1 128 126 ]
POC 144 TId: 0 ( TRAIL, B-SLICE, QP 17, TF 2) 166072 bits [Y 46.3883 dB U 49.8498 dB V 51.3034 dB] [ET 4 ] [L0 128 112 ] [L1 128 112 ]
POC 136 TId: 1 ( TRAIL, B-SLICE, QP 22, TF 1) 142064 bits [Y 42.4342 dB U 45.8852 dB V 47.6522 dB] [ET 2 ] [L0 128 120 ] [L1 144 128 ]
POC 132 TId: 2 ( STSA, B-SLICE, QP 25, TF 0) 67016 bits [Y 39.7759 dB U 44.0923 dB V 46.4641 dB] [ET 2 ] [L0 128 120 ] [L1 136 144 ]
POC 130 TId: 3 ( STSA, B-SLICE, QP 29) 19880 bits [Y 39.1234 dB U 44.2052 dB V 46.5158 dB] [ET 1 ] [L0 128 120 ] [L1 132 136 ]
POC 129 TId: 4 ( STSA, B-SLICE, QP 30) 7152 bits [Y 39.1229 dB U 44.1697 dB V 46.4256 dB] [ET 0 ] [L0 128 130 ] [L1 130 132 ]
POC 131 TId: 4 ( STSA, B-SLICE, QP 31) 6336 bits [Y 39.3589 dB U 43.1537 dB V 45.5773 dB] [ET 0 ] [L0 130 128 ] [L1 132 136 ]
POC 134 TId: 3 ( STSA, B-SLICE, QP 29) 22936 bits [Y 39.1530 dB U 44.4719 dB V 46.9649 dB] [ET 1 ] [L0 132 128 ] [L1 136 144 ]
POC 133 TId: 4 ( STSA, B-SLICE, QP 30) 7624 bits [Y 39.4806 dB U 44.1217 dB V 46.6929 dB] [ET 0 ] [L0 132 128 ] [L1 134 136 ]
POC 135 TId: 4 ( STSA, B-SLICE, QP 30) 5544 bits [Y 40.2293 dB U 44.8603 dB V 47.2451 dB] [ET 0 ] [L0 134 132 ] [L1 136 144 ]
POC 140 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 48896 bits [Y 42.3135 dB U 46.7100 dB V 48.4757 dB] [ET 2 ] [L0 136 128 ] [L1 144 136 ]
POC 138 TId: 3 ( STSA, B-SLICE, QP 29) 13336 bits [Y 39.9193 dB U 45.7057 dB V 48.0655 dB] [ET 1 ] [L0 136 128 ] [L1 140 144 ]
POC 137 TId: 4 ( STSA, B-SLICE, QP 29) 6304 bits [Y 41.1769 dB U 45.9656 dB V 48.2099 dB] [ET 0 ] [L0 136 128 ] [L1 138 140 ]
POC 139 TId: 4 ( STSA, B-SLICE, QP 29) 5888 bits [Y 42.1095 dB U 46.5074 dB V 48.5921 dB] [ET 0 ] [L0 138 136 ] [L1 140 144 ]
POC 142 TId: 3 ( STSA, B-SLICE, QP 28) 6408 bits [Y 43.0842 dB U 47.4002 dB V 49.3838 dB] [ET 0 ] [L0 140 136 ] [L1 144 140 ]
POC 141 TId: 4 ( STSA, B-SLICE, QP 29) 3496 bits [Y 42.5071 dB U 47.3899 dB V 49.3681 dB] [ET 0 ] [L0 140 136 ] [L1 142 144 ]
POC 143 TId: 4 ( STSA, B-SLICE, QP 29) 2232 bits [Y 43.8670 dB U 49.3946 dB V 50.7803 dB] [ET 0 ] [L0 142 140 ] [L1 144 142 ]
POC 148 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 9024 bits [Y 52.5606 dB U 56.3420 dB V 56.9333 dB] [ET 0 ] [L0 144 136 ] [L1 144 136 ]
POC 146 TId: 3 ( STSA, B-SLICE, QP 24) 9616 bits [Y 47.8410 dB U 52.4769 dB V 53.7379 dB] [ET 0 ] [L0 144 136 ] [L1 148 144 ]
POC 145 TId: 4 ( STSA, B-SLICE, QP 25) 4184 bits [Y 46.1295 dB U 50.8710 dB V 52.5332 dB] [ET 0 ] [L0 144 146 ] [L1 146 148 ]
POC 147 TId: 4 ( STSA, B-SLICE, QP 25) 1776 bits [Y 49.3833 dB U 53.7415 dB V 53.8547 dB] [ET 0 ] [L0 146 144 ] [L1 148 146 ]
POC 149 TId: 4 ( STSA, B-SLICE, QP 25) 792 bits [Y 69.4225 dB U 65.9477 dB V 68.5803 dB] [ET 0 ] [L0 148 144 ] [L1 148 144 ]
Total Frames | Bitrate Y-PSNR U-PSNR V-PSNR YUV-PSNR
150 a 962.1853 46.9057 51.4218 53.7011 41.0005
finished @ Wed Jul 13 09:40:04 2022
Total Time: 84.636 sec. Fps(avg): 1.772 encoded Frames 150
- Martin Eesmaa
@hallapur, This is my second try of report log:
Verbose log of debug before start:
Input File : VTS_01_1.yuv
Bitstream File : trybestway1.266
Reconstruction File :
RC Statistics File :
Real Format : 718x404 25Hz SDR
Internal Format : 720x408 25Hz SDR
Sequence PSNR output : Linear average only
Hexadecimal PSNR output : Disabled
Sequence MSE output : Disabled
Frame MSE output : Disabled
Cabac-zero-word-padding : Enabled
Frame index : 200 frames
Profile : main_10
Level : 2.1
CU size / total-depth : 128 / 5
Max TB size : 64
Min CB size : 4
Motion search range : 384
Intra period : 256
Decoding refresh type : 1
QP : 32
Percept QPA : 1
Max dQP signaling subdiv : 2
Cb QP Offset (dual tree) : 0 (0)
Cr QP Offset (dual tree) : 0 (0)
GOP size : 16
PicReordering : 1
Input bit depth : (Y:8, C:8)
MSB-extended bit depth : (Y:8, C:8)
Internal bit depth : (Y:10, C:10)
cu_chroma_qp_offset_subdiv : -1
log2_sao_offset_scale_luma : 0
log2_sao_offset_scale_chroma : 0
Cost function: : Lossy coding
GDR options of vvencapp:
#======== GDR options ================
--GdrPocStart [-1] GDR poc start
--GdrPeriod [-1] Number of frames between GDR picture to the next GDR picture
--GdrInterval [-1] Number of frames from GDR picture to the recovery point picture
Encode of cc5e888 commit:
vvencapp -i "VTS_01_1.yuv" -o "trybestway1.266" -v 5 -t 8 -s 718x404 -r 25 -c yuv420 -g 16 -ip 256 --internal-bitdepth 10 --bitrate 1000k -f 200 --passes 1 --preset medium --level auto --tier main --gdrpocstart 30 --gdrperiod 60 --gdrinterval 15
vvencapp: Fraunhofer VVC Encoder ver. 1.5.0-rc1 [Windows][VS 1932][64 bit][SIMD=AVX2]
CODING TOOL CFG: CTU128 QT44BTT21 IBD:1 SAO:1 ALF:1 (NonLinLuma:0 NonLinChr:0) CCALF:1 Tiles:1x1 Slices: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
ENC. ALG. CFG: QPA:1 HAD:1 RDQ:1 RDQTS:1 ASR:1 MinSearchWindow:96 RestrictMESampling:0 EDO:2 MCTF:2
PRE-ANALYSIS CFG: STA:1 LeadFrames:0 TrailFrames:0
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:3 FastIntraTools:0 IntraEstDecBit:2 FastLocalDualTree:1 IntegerET:0 FastSubPel:1 QtbttExtraFast:3 FastTTSplit:0 IBCFastMethod:3 FIM:0 ALFSpeed:0 QuantThr: 4
RATE CONTROL CFG: RateControl:1 Passes:1 Pass:-1 TargetBitrate:1000000 RCInitialQP:0 RCForceIntraQP:0 LookAhead:1
PARALLEL PROCESSING CFG: NumThreads:8 MaxParallelFrames:4 WppBitEqual:1 WF:0
GDR CFG: GdrEnabled:0
started @ Wed Jul 13 13:44:26 2022
POC 0 TId: 0 ( IDR_N_LP, I-SLICE, QP 18, TF 2) 2224 bits [Y 999.9900 dB U 999.9900 dB V 999.9900 dB] [ET 0 ] [L0 ] [L1 ]
POC 16 TId: 0 ( TRAIL, B-SLICE, QP 21, TF 2) 254032 bits [Y 43.0183 dB U 45.1953 dB V 47.0164 dB] [ET 2 ] [L0 0 ] [L1 0 ]
POC 8 TId: 1 ( STSA, B-SLICE, QP 22, TF 1) 55240 bits [Y 43.8128 dB U 47.0683 dB V 49.2364 dB] [ET 1 ] [L0 0 16 ] [L1 16 0 ]
POC 4 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 22448 bits [Y 46.2676 dB U 51.2047 dB V 53.2772 dB] [ET 1 ] [L0 0 8 ] [L1 8 16 ]
POC 2 TId: 3 ( STSA, B-SLICE, QP 25) 3184 bits [Y 50.2389 dB U 54.4408 dB V 55.2273 dB] [ET 0 ] [L0 0 4 ] [L1 4 8 ]
POC 1 TId: 4 ( STSA, B-SLICE, QP 27) 1064 bits [Y 53.8685 dB U 57.2247 dB V 55.2988 dB] [ET 0 ] [L0 0 2 ] [L1 2 4 ]
POC 3 TId: 4 ( STSA, B-SLICE, QP 27) 1128 bits [Y 47.7560 dB U 52.2562 dB V 54.0908 dB] [ET 0 ] [L0 2 0 ] [L1 4 8 ]
POC 6 TId: 3 ( STSA, B-SLICE, QP 25) 10080 bits [Y 44.2517 dB U 49.5356 dB V 51.7024 dB] [ET 0 ] [L0 4 0 ] [L1 8 16 ]
POC 5 TId: 4 ( STSA, B-SLICE, QP 27) 2216 bits [Y 44.9396 dB U 49.5428 dB V 51.7092 dB] [ET 0 ] [L0 4 0 ] [L1 6 8 ]
POC 7 TId: 4 ( STSA, B-SLICE, QP 27) 4472 bits [Y 43.2406 dB U 48.6177 dB V 50.9441 dB] [ET 0 ] [L0 6 4 ] [L1 8 16 ]
POC 12 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 57584 bits [Y 41.5197 dB U 45.3688 dB V 47.7455 dB] [ET 1 ] [L0 8 0 ] [L1 16 8 ]
POC 10 TId: 3 ( STSA, B-SLICE, QP 25) 16496 bits [Y 42.5756 dB U 46.5570 dB V 48.7228 dB] [ET 1 ] [L0 8 0 ] [L1 12 16 ]
POC 9 TId: 4 ( STSA, B-SLICE, QP 30) 3120 bits [Y 41.7072 dB U 46.8232 dB V 49.0918 dB] [ET 0 ] [L0 8 0 ] [L1 10 12 ]
POC 11 TId: 4 ( STSA, B-SLICE, QP 30) 3976 bits [Y 39.9797 dB U 45.6885 dB V 48.0414 dB] [ET 0 ] [L0 10 8 ] [L1 12 16 ]
POC 14 TId: 3 ( STSA, B-SLICE, QP 26) 28560 bits [Y 41.3442 dB U 45.0127 dB V 47.1658 dB] [ET 1 ] [L0 12 8 ] [L1 16 12 ]
POC 13 TId: 4 ( STSA, B-SLICE, QP 30) 5648 bits [Y 39.5850 dB U 45.1969 dB V 47.7119 dB] [ET 0 ] [L0 12 8 ] [L1 14 16 ]
POC 15 TId: 4 ( STSA, B-SLICE, QP 30) 11176 bits [Y 38.4813 dB U 44.4427 dB V 46.8197 dB] [ET 0 ] [L0 14 12 ] [L1 16 14 ]
POC 32 TId: 0 ( TRAIL, I-SLICE, QP 19, TF 2) 363224 bits [Y 42.5895 dB U 45.4865 dB V 47.4611 dB] [ET 5 ] [L0 ] [L1 ]
POC 24 TId: 1 ( TRAIL, B-SLICE, QP 24, TF 1) 93344 bits [Y 38.1596 dB U 42.4914 dB V 44.9077 dB] [ET 1 ] [L0 16 8 ] [L1 32 16 ]
POC 20 TId: 2 ( STSA, B-SLICE, QP 29, TF 0) 25936 bits [Y 38.1741 dB U 42.9682 dB V 45.7633 dB] [ET 1 ] [L0 16 8 ] [L1 24 32 ]
POC 18 TId: 3 ( STSA, B-SLICE, QP 30) 10088 bits [Y 38.7605 dB U 43.7948 dB V 46.4037 dB] [ET 0 ] [L0 16 8 ] [L1 20 24 ]
POC 17 TId: 4 ( STSA, B-SLICE, QP 34) 2968 bits [Y 37.7473 dB U 43.6887 dB V 46.3344 dB] [ET 0 ] [L0 16 18 ] [L1 18 20 ]
POC 19 TId: 4 ( STSA, B-SLICE, QP 34) 2640 bits [Y 37.6576 dB U 43.5654 dB V 46.4126 dB] [ET 0 ] [L0 18 16 ] [L1 20 24 ]
POC 22 TId: 3 ( STSA, B-SLICE, QP 30) 15296 bits [Y 37.5694 dB U 42.8385 dB V 45.6601 dB] [ET 0 ] [L0 20 16 ] [L1 24 32 ]
POC 21 TId: 4 ( STSA, B-SLICE, QP 34) 2792 bits [Y 37.2016 dB U 42.5212 dB V 45.5264 dB] [ET 0 ] [L0 20 16 ] [L1 22 24 ]
POC 23 TId: 4 ( STSA, B-SLICE, QP 34) 2136 bits [Y 37.6392 dB U 42.2009 dB V 45.0118 dB] [ET 0 ] [L0 22 20 ] [L1 24 32 ]
POC 28 TId: 2 ( STSA, B-SLICE, QP 29, TF 0) 24256 bits [Y 36.4019 dB U 42.8547 dB V 45.6003 dB] [ET 0 ] [L0 24 16 ] [L1 32 24 ]
POC 26 TId: 3 ( STSA, B-SLICE, QP 30) 17424 bits [Y 37.3311 dB U 42.9508 dB V 45.7106 dB] [ET 0 ] [L0 24 16 ] [L1 28 32 ]
POC 25 TId: 4 ( STSA, B-SLICE, QP 31) 5624 bits [Y 38.7242 dB U 42.8856 dB V 45.5758 dB] [ET 0 ] [L0 24 16 ] [L1 26 28 ]
POC 27 TId: 4 ( STSA, B-SLICE, QP 31) 5400 bits [Y 38.1037 dB U 42.8716 dB V 45.6543 dB] [ET 0 ] [L0 26 24 ] [L1 28 32 ]
POC 30 TId: 3 ( STSA, B-SLICE, QP 30) 16288 bits [Y 38.1164 dB U 44.0033 dB V 46.5474 dB] [ET 0 ] [L0 28 24 ] [L1 32 28 ]
POC 29 TId: 4 ( STSA, B-SLICE, QP 31) 5744 bits [Y 38.8165 dB U 43.7020 dB V 46.5110 dB] [ET 0 ] [L0 28 24 ] [L1 30 32 ]
POC 31 TId: 4 ( STSA, B-SLICE, QP 31) 5640 bits [Y 39.3638 dB U 44.7909 dB V 47.1092 dB] [ET 0 ] [L0 30 28 ] [L1 32 30 ]
POC 48 TId: 0 ( TRAIL, I-SLICE, QP 18, TF 2) 385568 bits [Y 42.0084 dB U 44.6538 dB V 46.4789 dB] [ET 5 ] [L0 ] [L1 ]
POC 40 TId: 1 ( TRAIL, B-SLICE, QP 22, TF 1) 90544 bits [Y 40.7243 dB U 44.3806 dB V 46.8006 dB] [ET 1 ] [L0 32 24 ] [L1 48 32 ]
POC 36 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 56056 bits [Y 39.7172 dB U 43.5101 dB V 45.8423 dB] [ET 1 ] [L0 32 24 ] [L1 40 48 ]
POC 34 TId: 3 ( STSA, B-SLICE, QP 26) 34088 bits [Y 40.5311 dB U 44.8874 dB V 47.1976 dB] [ET 0 ] [L0 32 24 ] [L1 36 40 ]
POC 33 TId: 4 ( STSA, B-SLICE, QP 29) 13312 bits [Y 39.6086 dB U 44.7348 dB V 47.0944 dB] [ET 0 ] [L0 32 34 ] [L1 34 36 ]
POC 35 TId: 4 ( STSA, B-SLICE, QP 28) 13904 bits [Y 38.9532 dB U 43.8146 dB V 46.4421 dB] [ET 0 ] [L0 34 32 ] [L1 36 40 ]
POC 38 TId: 3 ( STSA, B-SLICE, QP 27) 30896 bits [Y 39.8731 dB U 43.4991 dB V 46.0496 dB] [ET 0 ] [L0 36 32 ] [L1 40 48 ]
POC 37 TId: 4 ( STSA, B-SLICE, QP 29) 11048 bits [Y 38.4322 dB U 43.4696 dB V 46.0457 dB] [ET 0 ] [L0 36 32 ] [L1 38 40 ]
POC 39 TId: 4 ( STSA, B-SLICE, QP 29) 20088 bits [Y 37.7508 dB U 43.0580 dB V 45.8402 dB] [ET 0 ] [L0 38 36 ] [L1 40 48 ]
POC 44 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 54328 bits [Y 40.4347 dB U 44.3619 dB V 46.6641 dB] [ET 1 ] [L0 40 32 ] [L1 48 40 ]
POC 42 TId: 3 ( STSA, B-SLICE, QP 26) 32256 bits [Y 39.4929 dB U 43.6759 dB V 46.4224 dB] [ET 0 ] [L0 40 32 ] [L1 44 48 ]
POC 41 TId: 4 ( STSA, B-SLICE, QP 31) 15952 bits [Y 36.5581 dB U 43.2563 dB V 46.1365 dB] [ET 0 ] [L0 40 32 ] [L1 42 44 ]
POC 43 TId: 4 ( STSA, B-SLICE, QP 31) 9160 bits [Y 37.9085 dB U 43.8154 dB V 46.5840 dB] [ET 0 ] [L0 42 40 ] [L1 44 48 ]
POC 46 TId: 3 ( STSA, B-SLICE, QP 26) 38856 bits [Y 40.6887 dB U 44.5813 dB V 46.6869 dB] [ET 0 ] [L0 44 40 ] [L1 48 44 ]
POC 45 TId: 4 ( STSA, B-SLICE, QP 31) 9160 bits [Y 37.7914 dB U 43.8115 dB V 46.2987 dB] [ET 0 ] [L0 44 40 ] [L1 46 48 ]
POC 47 TId: 4 ( STSA, B-SLICE, QP 30) 8488 bits [Y 38.9658 dB U 43.8736 dB V 46.2601 dB] [ET 0 ] [L0 46 44 ] [L1 48 46 ]
POC 64 TId: 0 ( TRAIL, B-SLICE, QP 18, TF 2) 181008 bits [Y 42.5285 dB U 45.2246 dB V 47.1024 dB] [ET 2 ] [L0 48 32 ] [L1 48 32 ]
POC 56 TId: 1 ( TRAIL, B-SLICE, QP 19, TF 1) 165144 bits [Y 41.5135 dB U 45.0827 dB V 47.1604 dB] [ET 1 ] [L0 48 40 ] [L1 64 48 ]
POC 52 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 79384 bits [Y 39.8255 dB U 44.2543 dB V 46.6658 dB] [ET 1 ] [L0 48 40 ] [L1 56 64 ]
POC 50 TId: 3 ( STSA, B-SLICE, QP 28) 29472 bits [Y 39.0323 dB U 44.1180 dB V 46.5006 dB] [ET 0 ] [L0 48 40 ] [L1 52 56 ]
POC 49 TId: 4 ( STSA, B-SLICE, QP 30) 7400 bits [Y 39.7118 dB U 44.1102 dB V 46.5552 dB] [ET 0 ] [L0 48 50 ] [L1 50 52 ]
POC 51 TId: 4 ( STSA, B-SLICE, QP 29) 12688 bits [Y 39.1343 dB U 44.1899 dB V 46.7434 dB] [ET 0 ] [L0 50 48 ] [L1 52 56 ]
POC 54 TId: 3 ( STSA, B-SLICE, QP 28) 33488 bits [Y 38.3887 dB U 43.8529 dB V 46.6184 dB] [ET 0 ] [L0 52 48 ] [L1 56 64 ]
POC 53 TId: 4 ( STSA, B-SLICE, QP 29) 11648 bits [Y 39.5694 dB U 44.3535 dB V 47.0787 dB] [ET 0 ] [L0 52 48 ] [L1 54 56 ]
POC 55 TId: 4 ( STSA, B-SLICE, QP 29) 10192 bits [Y 39.8723 dB U 44.5237 dB V 47.1128 dB] [ET 0 ] [L0 54 52 ] [L1 56 64 ]
POC 60 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 72664 bits [Y 39.6438 dB U 43.4849 dB V 45.6217 dB] [ET 1 ] [L0 56 48 ] [L1 64 56 ]
POC 58 TId: 3 ( STSA, B-SLICE, QP 27) 29136 bits [Y 39.5827 dB U 44.3123 dB V 46.7826 dB] [ET 0 ] [L0 56 48 ] [L1 60 64 ]
POC 57 TId: 4 ( STSA, B-SLICE, QP 29) 8888 bits [Y 39.4502 dB U 44.2298 dB V 46.8015 dB] [ET 0 ] [L0 56 48 ] [L1 58 60 ]
POC 59 TId: 4 ( STSA, B-SLICE, QP 29) 8792 bits [Y 39.3717 dB U 43.4171 dB V 46.0607 dB] [ET 0 ] [L0 58 56 ] [L1 60 64 ]
POC 62 TId: 3 ( STSA, B-SLICE, QP 27) 26112 bits [Y 40.0317 dB U 44.3051 dB V 46.5032 dB] [ET 0 ] [L0 60 56 ] [L1 64 60 ]
POC 61 TId: 4 ( STSA, B-SLICE, QP 29) 11072 bits [Y 39.5446 dB U 43.9546 dB V 46.3387 dB] [ET 0 ] [L0 60 56 ] [L1 62 64 ]
POC 63 TId: 4 ( STSA, B-SLICE, QP 29) 12072 bits [Y 39.0285 dB U 44.0663 dB V 46.5200 dB] [ET 0 ] [L0 62 60 ] [L1 64 62 ]
POC 80 TId: 0 ( TRAIL, B-SLICE, QP 16, TF 2) 256288 bits [Y 42.1757 dB U 46.0764 dB V 47.7149 dB] [ET 2 ] [L0 64 48 ] [L1 64 48 ]
POC 72 TId: 1 ( TRAIL, B-SLICE, QP 22, TF 1) 109320 bits [Y 40.3442 dB U 43.8847 dB V 45.9747 dB] [ET 1 ] [L0 64 56 ] [L1 80 64 ]
POC 68 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 45632 bits [Y 40.9335 dB U 44.6246 dB V 46.9910 dB] [ET 0 ] [L0 64 56 ] [L1 72 80 ]
POC 66 TId: 3 ( STSA, B-SLICE, QP 27) 26624 bits [Y 39.8180 dB U 44.3817 dB V 46.7977 dB] [ET 0 ] [L0 64 56 ] [L1 68 72 ]
POC 65 TId: 4 ( STSA, B-SLICE, QP 30) 18712 bits [Y 37.6441 dB U 43.9121 dB V 46.3388 dB] [ET 0 ] [L0 64 66 ] [L1 66 68 ]
POC 67 TId: 4 ( STSA, B-SLICE, QP 30) 17104 bits [Y 38.2363 dB U 44.2447 dB V 46.8573 dB] [ET 0 ] [L0 66 64 ] [L1 68 72 ]
POC 70 TId: 3 ( STSA, B-SLICE, QP 27) 23960 bits [Y 40.6297 dB U 44.1262 dB V 46.5640 dB] [ET 0 ] [L0 68 64 ] [L1 72 80 ]
POC 69 TId: 4 ( STSA, B-SLICE, QP 30) 15768 bits [Y 37.8928 dB U 43.6259 dB V 46.2594 dB] [ET 0 ] [L0 68 64 ] [L1 70 72 ]
POC 71 TId: 4 ( STSA, B-SLICE, QP 30) 12488 bits [Y 38.5174 dB U 43.3202 dB V 45.9279 dB] [ET 0 ] [L0 70 68 ] [L1 72 80 ]
POC 76 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 47656 bits [Y 40.3845 dB U 44.5081 dB V 47.0600 dB] [ET 0 ] [L0 72 64 ] [L1 80 72 ]
POC 74 TId: 3 ( STSA, B-SLICE, QP 28) 25408 bits [Y 39.3153 dB U 43.5788 dB V 46.1598 dB] [ET 0 ] [L0 72 64 ] [L1 76 80 ]
POC 73 TId: 4 ( STSA, B-SLICE, QP 30) 6080 bits [Y 38.5336 dB U 43.4944 dB V 46.0599 dB] [ET 0 ] [L0 72 64 ] [L1 74 76 ]
POC 75 TId: 4 ( STSA, B-SLICE, QP 30) 9520 bits [Y 39.1341 dB U 43.8024 dB V 46.4867 dB] [ET 0 ] [L0 74 72 ] [L1 76 80 ]
POC 78 TId: 3 ( STSA, B-SLICE, QP 28) 29176 bits [Y 39.1417 dB U 44.4410 dB V 46.9744 dB] [ET 0 ] [L0 76 72 ] [L1 80 76 ]
POC 77 TId: 4 ( STSA, B-SLICE, QP 30) 12432 bits [Y 38.9552 dB U 44.0295 dB V 46.5935 dB] [ET 0 ] [L0 76 72 ] [L1 78 80 ]
POC 79 TId: 4 ( STSA, B-SLICE, QP 29) 10032 bits [Y 40.2286 dB U 45.1791 dB V 47.4213 dB] [ET 0 ] [L0 78 76 ] [L1 80 78 ]
POC 96 TId: 0 ( TRAIL, B-SLICE, QP 17, TF 2) 187800 bits [Y 41.5611 dB U 44.3996 dB V 46.1496 dB] [ET 1 ] [L0 80 64 ] [L1 80 64 ]
POC 88 TId: 1 ( TRAIL, B-SLICE, QP 21, TF 1) 130456 bits [Y 41.1348 dB U 44.2136 dB V 46.2968 dB] [ET 1 ] [L0 80 72 ] [L1 96 80 ]
POC 84 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 57472 bits [Y 38.8799 dB U 43.2600 dB V 45.4903 dB] [ET 0 ] [L0 80 72 ] [L1 88 96 ]
POC 82 TId: 3 ( STSA, B-SLICE, QP 27) 36696 bits [Y 39.2702 dB U 44.8550 dB V 47.1221 dB] [ET 0 ] [L0 80 72 ] [L1 84 88 ]
POC 81 TId: 4 ( STSA, B-SLICE, QP 29) 8512 bits [Y 39.8869 dB U 45.0385 dB V 47.3024 dB] [ET 0 ] [L0 80 82 ] [L1 82 84 ]
POC 83 TId: 4 ( STSA, B-SLICE, QP 29) 11496 bits [Y 39.5775 dB U 43.8544 dB V 46.4356 dB] [ET 0 ] [L0 82 80 ] [L1 84 88 ]
POC 86 TId: 3 ( STSA, B-SLICE, QP 28) 26752 bits [Y 39.0376 dB U 43.7438 dB V 46.0822 dB] [ET 0 ] [L0 84 80 ] [L1 88 96 ]
POC 85 TId: 4 ( STSA, B-SLICE, QP 30) 8408 bits [Y 39.3365 dB U 43.4621 dB V 45.8611 dB] [ET 0 ] [L0 84 80 ] [L1 86 88 ]
POC 87 TId: 4 ( STSA, B-SLICE, QP 29) 13920 bits [Y 38.6515 dB U 43.7004 dB V 46.2014 dB] [ET 0 ] [L0 86 84 ] [L1 88 96 ]
POC 92 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 65128 bits [Y 41.0150 dB U 44.6323 dB V 46.8938 dB] [ET 1 ] [L0 88 80 ] [L1 96 88 ]
POC 90 TId: 3 ( STSA, B-SLICE, QP 28) 24576 bits [Y 39.5237 dB U 43.8990 dB V 46.4552 dB] [ET 0 ] [L0 88 80 ] [L1 92 96 ]
POC 89 TId: 4 ( STSA, B-SLICE, QP 30) 8688 bits [Y 39.0101 dB U 43.5758 dB V 46.0370 dB] [ET 0 ] [L0 88 80 ] [L1 90 92 ]
POC 91 TId: 4 ( STSA, B-SLICE, QP 29) 12088 bits [Y 39.1084 dB U 44.1609 dB V 46.7861 dB] [ET 0 ] [L0 90 88 ] [L1 92 96 ]
POC 94 TId: 3 ( STSA, B-SLICE, QP 27) 21848 bits [Y 40.4565 dB U 44.3272 dB V 46.6249 dB] [ET 0 ] [L0 92 88 ] [L1 96 92 ]
POC 93 TId: 4 ( STSA, B-SLICE, QP 30) 15384 bits [Y 37.8747 dB U 43.7164 dB V 46.2396 dB] [ET 0 ] [L0 92 88 ] [L1 94 96 ]
POC 95 TId: 4 ( STSA, B-SLICE, QP 30) 15880 bits [Y 37.9850 dB U 43.3842 dB V 45.9589 dB] [ET 0 ] [L0 94 92 ] [L1 96 94 ]
POC 112 TId: 0 ( TRAIL, B-SLICE, QP 19, TF 2) 185512 bits [Y 41.7721 dB U 44.7182 dB V 46.4825 dB] [ET 1 ] [L0 96 80 ] [L1 96 80 ]
POC 104 TId: 1 ( TRAIL, B-SLICE, QP 22, TF 1) 108464 bits [Y 40.4115 dB U 44.4271 dB V 46.5810 dB] [ET 1 ] [L0 96 88 ] [L1 112 96 ]
POC 100 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 57120 bits [Y 40.4734 dB U 43.9406 dB V 46.2800 dB] [ET 1 ] [L0 96 88 ] [L1 104 112 ]
POC 98 TId: 3 ( STSA, B-SLICE, QP 27) 30000 bits [Y 40.0129 dB U 44.2454 dB V 46.6112 dB] [ET 0 ] [L0 96 88 ] [L1 100 104 ]
POC 97 TId: 4 ( STSA, B-SLICE, QP 30) 9480 bits [Y 38.2416 dB U 43.9150 dB V 46.4897 dB] [ET 0 ] [L0 96 98 ] [L1 98 100 ]
POC 99 TId: 4 ( STSA, B-SLICE, QP 30) 9872 bits [Y 38.0502 dB U 43.6595 dB V 46.2869 dB] [ET 0 ] [L0 98 96 ] [L1 100 104 ]
POC 102 TId: 3 ( STSA, B-SLICE, QP 27) 33832 bits [Y 39.0859 dB U 44.0543 dB V 46.4204 dB] [ET 0 ] [L0 100 96 ] [L1 104 112 ]
POC 101 TId: 4 ( STSA, B-SLICE, QP 30) 12432 bits [Y 38.8787 dB U 43.7174 dB V 46.1629 dB] [ET 0 ] [L0 100 96 ] [L1 102 104 ]
POC 103 TId: 4 ( STSA, B-SLICE, QP 30) 10720 bits [Y 39.6339 dB U 44.0247 dB V 46.4880 dB] [ET 0 ] [L0 102 100 ] [L1 104 112 ]
POC 108 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 66072 bits [Y 38.5359 dB U 43.3275 dB V 45.5709 dB] [ET 1 ] [L0 104 96 ] [L1 112 104 ]
POC 106 TId: 3 ( STSA, B-SLICE, QP 28) 37224 bits [Y 39.4979 dB U 44.2747 dB V 46.5957 dB] [ET 0 ] [L0 104 96 ] [L1 108 112 ]
POC 105 TId: 4 ( STSA, B-SLICE, QP 30) 8080 bits [Y 39.1144 dB U 43.8437 dB V 46.1466 dB] [ET 0 ] [L0 104 96 ] [L1 106 108 ]
POC 107 TId: 4 ( STSA, B-SLICE, QP 29) 12048 bits [Y 39.2054 dB U 43.5291 dB V 46.1296 dB] [ET 0 ] [L0 106 104 ] [L1 108 112 ]
POC 110 TId: 3 ( STSA, B-SLICE, QP 28) 28152 bits [Y 38.5541 dB U 43.7036 dB V 46.0506 dB] [ET 0 ] [L0 108 104 ] [L1 112 108 ]
POC 109 TId: 4 ( STSA, B-SLICE, QP 30) 7160 bits [Y 39.8777 dB U 43.7530 dB V 46.0432 dB] [ET 0 ] [L0 108 104 ] [L1 110 112 ]
POC 111 TId: 4 ( STSA, B-SLICE, QP 30) 5072 bits [Y 39.6682 dB U 43.9937 dB V 46.1007 dB] [ET 0 ] [L0 110 108 ] [L1 112 110 ]
POC 128 TId: 0 ( TRAIL, B-SLICE, QP 19, TF 2) 189232 bits [Y 42.6276 dB U 45.1458 dB V 46.9751 dB] [ET 2 ] [L0 112 96 ] [L1 112 96 ]
POC 120 TId: 1 ( TRAIL, B-SLICE, QP 21, TF 1) 136736 bits [Y 40.9406 dB U 43.8540 dB V 46.0635 dB] [ET 1 ] [L0 112 104 ] [L1 128 112 ]
POC 116 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 71816 bits [Y 40.8878 dB U 44.6401 dB V 46.8575 dB] [ET 1 ] [L0 112 104 ] [L1 120 128 ]
POC 114 TId: 3 ( STSA, B-SLICE, QP 28) 28408 bits [Y 38.9658 dB U 44.1702 dB V 46.5793 dB] [ET 0 ] [L0 112 104 ] [L1 116 120 ]
POC 113 TId: 4 ( STSA, B-SLICE, QP 29) 11592 bits [Y 39.9012 dB U 44.4958 dB V 46.8012 dB] [ET 0 ] [L0 112 114 ] [L1 114 116 ]
POC 115 TId: 4 ( STSA, B-SLICE, QP 29) 12160 bits [Y 39.4121 dB U 44.3969 dB V 46.8165 dB] [ET 0 ] [L0 114 112 ] [L1 116 120 ]
POC 118 TId: 3 ( STSA, B-SLICE, QP 27) 28048 bits [Y 40.3606 dB U 44.3416 dB V 46.5969 dB] [ET 1 ] [L0 116 112 ] [L1 120 128 ]
POC 117 TId: 4 ( STSA, B-SLICE, QP 30) 11968 bits [Y 38.5583 dB U 43.9765 dB V 46.4762 dB] [ET 0 ] [L0 116 112 ] [L1 118 120 ]
POC 119 TId: 4 ( STSA, B-SLICE, QP 30) 15864 bits [Y 38.1902 dB U 43.3711 dB V 45.7614 dB] [ET 0 ] [L0 118 116 ] [L1 120 128 ]
POC 124 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 64736 bits [Y 41.1474 dB U 44.4522 dB V 46.7595 dB] [ET 1 ] [L0 120 112 ] [L1 128 120 ]
POC 122 TId: 3 ( STSA, B-SLICE, QP 27) 23944 bits [Y 40.4206 dB U 44.0342 dB V 46.5333 dB] [ET 0 ] [L0 120 112 ] [L1 124 128 ]
POC 121 TId: 4 ( STSA, B-SLICE, QP 30) 15064 bits [Y 38.0983 dB U 43.4384 dB V 46.0952 dB] [ET 0 ] [L0 120 112 ] [L1 122 124 ]
POC 123 TId: 4 ( STSA, B-SLICE, QP 30) 15600 bits [Y 37.3480 dB U 43.7664 dB V 46.3349 dB] [ET 0 ] [L0 122 120 ] [L1 124 128 ]
POC 126 TId: 3 ( STSA, B-SLICE, QP 28) 27768 bits [Y 39.3261 dB U 43.9216 dB V 46.2678 dB] [ET 1 ] [L0 124 120 ] [L1 128 124 ]
POC 125 TId: 4 ( STSA, B-SLICE, QP 29) 16872 bits [Y 39.0577 dB U 44.4299 dB V 46.8425 dB] [ET 0 ] [L0 124 120 ] [L1 126 128 ]
POC 127 TId: 4 ( STSA, B-SLICE, QP 30) 9872 bits [Y 39.4186 dB U 44.3435 dB V 46.5013 dB] [ET 0 ] [L0 126 124 ] [L1 128 126 ]
POC 144 TId: 0 ( TRAIL, B-SLICE, QP 17, TF 2) 166072 bits [Y 46.3883 dB U 49.8498 dB V 51.3034 dB] [ET 4 ] [L0 128 112 ] [L1 128 112 ]
POC 136 TId: 1 ( TRAIL, B-SLICE, QP 22, TF 1) 142064 bits [Y 42.4342 dB U 45.8852 dB V 47.6522 dB] [ET 3 ] [L0 128 120 ] [L1 144 128 ]
POC 132 TId: 2 ( STSA, B-SLICE, QP 25, TF 0) 67016 bits [Y 39.7759 dB U 44.0923 dB V 46.4641 dB] [ET 2 ] [L0 128 120 ] [L1 136 144 ]
POC 130 TId: 3 ( STSA, B-SLICE, QP 29) 19880 bits [Y 39.1234 dB U 44.2052 dB V 46.5158 dB] [ET 1 ] [L0 128 120 ] [L1 132 136 ]
POC 129 TId: 4 ( STSA, B-SLICE, QP 30) 7152 bits [Y 39.1229 dB U 44.1697 dB V 46.4256 dB] [ET 0 ] [L0 128 130 ] [L1 130 132 ]
POC 131 TId: 4 ( STSA, B-SLICE, QP 31) 6336 bits [Y 39.3589 dB U 43.1537 dB V 45.5773 dB] [ET 0 ] [L0 130 128 ] [L1 132 136 ]
POC 134 TId: 3 ( STSA, B-SLICE, QP 29) 22936 bits [Y 39.1530 dB U 44.4719 dB V 46.9649 dB] [ET 1 ] [L0 132 128 ] [L1 136 144 ]
POC 133 TId: 4 ( STSA, B-SLICE, QP 30) 7624 bits [Y 39.4806 dB U 44.1217 dB V 46.6929 dB] [ET 0 ] [L0 132 128 ] [L1 134 136 ]
POC 135 TId: 4 ( STSA, B-SLICE, QP 30) 5544 bits [Y 40.2293 dB U 44.8603 dB V 47.2451 dB] [ET 0 ] [L0 134 132 ] [L1 136 144 ]
POC 140 TId: 2 ( STSA, B-SLICE, QP 24, TF 0) 48896 bits [Y 42.3135 dB U 46.7100 dB V 48.4757 dB] [ET 2 ] [L0 136 128 ] [L1 144 136 ]
POC 138 TId: 3 ( STSA, B-SLICE, QP 29) 13336 bits [Y 39.9193 dB U 45.7057 dB V 48.0655 dB] [ET 1 ] [L0 136 128 ] [L1 140 144 ]
POC 137 TId: 4 ( STSA, B-SLICE, QP 29) 6304 bits [Y 41.1769 dB U 45.9656 dB V 48.2099 dB] [ET 0 ] [L0 136 128 ] [L1 138 140 ]
POC 139 TId: 4 ( STSA, B-SLICE, QP 29) 5888 bits [Y 42.1095 dB U 46.5074 dB V 48.5921 dB] [ET 0 ] [L0 138 136 ] [L1 140 144 ]
POC 142 TId: 3 ( STSA, B-SLICE, QP 28) 6408 bits [Y 43.0842 dB U 47.4002 dB V 49.3838 dB] [ET 0 ] [L0 140 136 ] [L1 144 140 ]
POC 141 TId: 4 ( STSA, B-SLICE, QP 29) 3496 bits [Y 42.5071 dB U 47.3899 dB V 49.3681 dB] [ET 0 ] [L0 140 136 ] [L1 142 144 ]
POC 143 TId: 4 ( STSA, B-SLICE, QP 29) 2232 bits [Y 43.8670 dB U 49.3946 dB V 50.7803 dB] [ET 0 ] [L0 142 140 ] [L1 144 142 ]
POC 148 TId: 2 ( STSA, B-SLICE, QP 23, TF 0) 9024 bits [Y 52.5606 dB U 56.3420 dB V 56.9333 dB] [ET 1 ] [L0 144 136 ] [L1 144 136 ]
POC 146 TId: 3 ( STSA, B-SLICE, QP 24) 9616 bits [Y 47.8410 dB U 52.4769 dB V 53.7379 dB] [ET 1 ] [L0 144 136 ] [L1 148 144 ]
POC 145 TId: 4 ( STSA, B-SLICE, QP 25) 4184 bits [Y 46.1295 dB U 50.8710 dB V 52.5332 dB] [ET 0 ] [L0 144 146 ] [L1 146 148 ]
POC 147 TId: 4 ( STSA, B-SLICE, QP 25) 1776 bits [Y 49.3833 dB U 53.7415 dB V 53.8547 dB] [ET 0 ] [L0 146 144 ] [L1 148 146 ]
POC 149 TId: 4 ( STSA, B-SLICE, QP 25) 792 bits [Y 69.4225 dB U 65.9477 dB V 68.5803 dB] [ET 0 ] [L0 148 144 ] [L1 148 144 ]
Total Frames | Bitrate Y-PSNR U-PSNR V-PSNR YUV-PSNR
150 a 962.1853 46.9057 51.4218 53.7011 41.0005
finished @ Wed Jul 13 13:45:46 2022
Total Time: 79.897 sec. Fps(avg): 1.877 encoded Frames 150
- Martin Eesmaa
@MartinEesmaa gdrenabled print out is removed in that commit and it does not appear in my encode output. It could be that the commits had not gone through github processing chain yet when you pulled?
Same, but different encode with my compiler:
C:\Users\marti\Downloads\nokia\vvenc\bin\release-static>vvencapp -i "VTS_01_1.yuv" -o "trybestway1.vvc" -v 6 -t 8 -s 718x404 -r 25 -c yuv420 -g 16 -ip 256 --internal-bitdepth 10 --bitrate 1000k -f 200 --passes 1 --preset medium --level auto --tier main --gdrenabled 1 --gdrpocstart 30 --gdrperiod 60 --gdrinterval 15 vvencapp: Fraunhofer VVC Encoder ver. 1.4.0 [Windows][VS 1932][64 bit][SIMD=AVX2] no MCTF frames selected, MCTF will be inactive! Warning: VVenC does not support SAO with GDR - SAO will be disabled! Warning: VVenC does not support ALF with GDR - ALF will be disabled! no MCTF frames selected, MCTF will be inactive! Input File : VTS_01_1.yuv Bitstream File : trybestway1.vvc Reconstruction File : RC Statistics File : Real Format : 718x404 25Hz SDR Internal Format : 720x408 25Hz SDR Sequence PSNR output : Linear average only Hexadecimal PSNR output : Disabled Sequence MSE output : Disabled Frame MSE output : Disabled Cabac-zero-word-padding : Enabled Frame/Field : Frame based coding Frame index : 200 frames Profile : main_10 Level : 2.1 CU size / total-depth : 128 / 5 Max TB size : 64 Min CB size : 4 Motion search range : 384 Intra period : 256 Decoding refresh type : 3 QP : 32 Percept QPA : 1 Max dQP signaling subdiv : 2 Cb QP Offset (dual tree) : 0 (0) Cr QP Offset (dual tree) : 0 (0) GOP size : 1 Input bit depth : (Y:8, C:8) MSB-extended bit depth : (Y:8, C:8) Internal bit depth : (Y:10, C:10) cu_chroma_qp_offset_subdiv : -1 Cost function: : Lossy coding CODING TOOL CFG: CTU128 QT44BTT21 IBD:1 CIP:0 SAO:0 ALF:0 CCALF:0 Tiles:1x1 Slices:1 WPP:0 WPP-Substreams:1 TMVP:1 DQ:1 SDH:0 CST:1 BDOF:0 DMVR:0 MTSImplicit:1 SBT:0 JCbCr:1 CabacInitPresent:0 AMVR:5 SMVD:0 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 ENC. ALG. CFG: QPA:1 HAD:1 RDQ:1 RDQTS:1 ASR:1 MinSearchWindow:96 RestrictMESampling:0 EDO:2 MCTF:2 PRE-ANALYSIS CFG: STA:1 LeadFrames:0 TrailFrames:0 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 FastTTSplit:0 IBCFastMethod:3 FIM:0 QuantThr: 4 RATE CONTROL CFG: RateControl:1 Passes:1 Pass:-1 TargetBitrate:1000000 RCInitialQP:0 RCForceIntraQP:0 LookAhead:1 GDR CFG: GdrEnabled:1 GdrPocStart:30 GdrInterval:15 GdrPeriod:60 PARALLEL PROCESSING CFG: NumThreads:8 MaxParallelFrames:4 WppBitEqual:1 WF:0 started @ Fri Jun 10 21:44:00 2022 RC analyze poc 0 RC analyze poc 1 RC analyze poc 2 POC 0 TId: 0 ( IDR_N_LP, I-SLICE, QP 21 ) 1336 bits [Y 999.9900 dB U 999.9900 dB V 999.9900 dB] [ET 0 ] [L0 ] [L1 ] RC analyze poc 3 RC analyze poc 4 RC analyze poc 5 RC analyze poc 6 RC analyze poc 7 RC analyze poc 8 POC 1 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 8800 bits [Y 53.4491 dB U 58.2401 dB V 57.6032 dB] [ET 0 ] [L0 0 ] [L1 ] POC 2 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 23072 bits [Y 49.8633 dB U 54.3000 dB V 55.1821 dB] [ET 1 ] [L0 1 0 ] [L1 ] POC 3 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 38624 bits [Y 47.5164 dB U 52.2193 dB V 54.1099 dB] [ET 1 ] [L0 2 1 0 ] [L1 ] POC 4 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 57176 bits [Y 47.0938 dB U 51.6197 dB V 53.3441 dB] [ET 1 ] [L0 3 2 1 0 ] [L1 ] POC 5 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 64624 bits [Y 45.8488 dB U 49.4965 dB V 51.8642 dB] [ET 2 ] [L0 4 3 2 1 ] [L1 ] POC 6 TId: 0 ( TRAIL, P-SLICE, QP 22 ) 74680 bits [Y 45.3923 dB U 49.2708 dB V 51.4219 dB] [ET 2 ] [L0 5 4 3 2 ] [L1 ] RC analyze poc 9 POC 7 TId: 0 ( TRAIL, P-SLICE, QP 24 ) 32056 bits [Y 43.5482 dB U 48.0041 dB V 50.4900 dB] [ET 1 ] [L0 6 5 4 3 ] [L1 ] RC analyze poc 10 POC 8 TId: 0 ( TRAIL, P-SLICE, QP 23 ) 82584 bits [Y 43.7528 dB U 46.7822 dB V 48.9796 dB] [ET 2 ] [L0 7 6 5 4 ] [L1 ] RC analyze poc 11 POC 9 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 11040 bits [Y 40.2163 dB U 45.2986 dB V 48.0223 dB] [ET 0 ] [L0 8 7 6 5 ] [L1 ] RC analyze poc 12 POC 10 TId: 0 ( TRAIL, P-SLICE, QP 25 ) 45736 bits [Y 41.2622 dB U 45.1302 dB V 47.5790 dB] [ET 1 ] [L0 9 8 7 6 ] [L1 ] RC analyze poc 13 POC 11 TId: 0 ( TRAIL, P-SLICE, QP 27 ) 41336 bits [Y 39.0776 dB U 43.9570 dB V 46.5099 dB] [ET 1 ] [L0 10 9 8 7 ] [L1 ] RC analyze poc 14 POC 12 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 20904 bits [Y 38.5394 dB U 42.9152 dB V 45.7277 dB] [ET 1 ] [L0 11 10 9 8 ] [L1 ] RC analyze poc 15 POC 13 TId: 0 ( TRAIL, P-SLICE, QP 27 ) 58784 bits [Y 39.1030 dB U 43.0979 dB V 45.7317 dB] [ET 1 ] [L0 12 11 10 9 ] [L1 ] RC analyze poc 16 POC 14 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 37360 bits [Y 38.7862 dB U 42.5213 dB V 45.0918 dB] [ET 1 ] [L0 13 12 11 10 ] [L1 ] RC analyze poc 17 POC 15 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 42976 bits [Y 36.8844 dB U 41.6641 dB V 44.5499 dB] [ET 1 ] [L0 14 13 12 11 ] [L1 ] RC analyze poc 18 POC 16 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 23320 bits [Y 37.5751 dB U 41.6520 dB V 44.3668 dB] [ET 1 ] [L0 15 14 13 12 ] [L1 ] RC analyze poc 19 POC 17 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 56408 bits [Y 37.2332 dB U 41.0102 dB V 43.7389 dB] [ET 1 ] [L0 16 15 14 13 ] [L1 ] RC analyze poc 20 POC 18 TId: 0 ( TRAIL, P-SLICE, QP 30 ) 14008 bits [Y 36.2000 dB U 40.6167 dB V 43.4599 dB] [ET 1 ] [L0 17 16 15 14 ] [L1 ] RC analyze poc 21 POC 19 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 46536 bits [Y 36.8888 dB U 40.8634 dB V 43.4395 dB] [ET 1 ] [L0 18 17 16 15 ] [L1 ] RC analyze poc 22 POC 20 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 24504 bits [Y 35.9964 dB U 40.1610 dB V 42.9549 dB] [ET 1 ] [L0 19 18 17 16 ] [L1 ] RC analyze poc 23 POC 21 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 51624 bits [Y 36.2832 dB U 39.9055 dB V 42.7209 dB] [ET 1 ] [L0 20 19 18 17 ] [L1 ] RC analyze poc 24 POC 22 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 20848 bits [Y 35.8583 dB U 39.8262 dB V 42.5436 dB] [ET 1 ] [L0 21 20 19 18 ] [L1 ] RC analyze poc 25 POC 23 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 43128 bits [Y 36.2323 dB U 39.6553 dB V 42.3048 dB] [ET 1 ] [L0 22 21 20 19 ] [L1 ] RC analyze poc 26 POC 24 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 25480 bits [Y 34.8275 dB U 39.0152 dB V 41.5591 dB] [ET 1 ] [L0 23 22 21 20 ] [L1 ] RC analyze poc 27 POC 25 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 51304 bits [Y 36.7734 dB U 39.8112 dB V 42.1468 dB] [ET 1 ] [L0 24 23 22 21 ] [L1 ] RC analyze poc 28 POC 26 TId: 0 ( TRAIL, P-SLICE, QP 29 ) 30992 bits [Y 35.4416 dB U 39.6895 dB V 42.1658 dB] [ET 0 ] [L0 25 24 23 22 ] [L1 ] RC analyze poc 29 POC 27 TId: 0 ( TRAIL, P-SLICE, QP 28 ) 25584 bits [Y 35.8265 dB U 39.6321 dB V 42.1288 dB] [ET 0 ] [L0 26 25 24 23 ] [L1 ]
- Martin Eesmaa
sir, could you please guide me on how to encode VVC ...sir how can I contact you please send your mail id..my mail ids are: [email protected], [email protected]. I have already seen your youtube video ..when I encode the video access denied error is occurred..please respond sir thanks in advance
