H.265/HEVC（High Efficiency Video Coding）のリファレンスソフトウェア（HM）のソースコードを読みながら、HEVCの内部処理について学んでいきます。
解析するHMのバージョンは「HM-18.0」、実行環境はLinuxを想定しています。
目次
HMの準備
リポジトリ（https://vcgit.hhi.fraunhofer.de/jvet/HM）からHMをダウンロードしビルドします。
$ git clone https://vcgit.hhi.fraunhofer.de/jvet/HM.git
$ cd HM
$ mkdir build
$ cd build
$ cmake .. -DCMAKE_BUILD_TYPE=Release
$ make -jbinディレクトリ以下にバイナリが生成されます。TAppEncoderStaticがエンコーダ、TAppDecorderStaticがデコーダです。
$ ls bin
MCTSExtractorStatic SEIFilmGrainAppStatic SEIRemovalAppStatic TAppDecoderAnalyserStatic TAppDecoderStatic TAppEncoderStatic parcatStatic umake適当な画像をダウンロードします。今回はエンコード時間を短縮するため、以下のURLから解像度の小さなQCIFフォーマット（176×144）の映像をダウンロードします。
https://media.xiph.org/video/derf/
$ wget https://media.xiph.org/video/derf/y4m/coastguard_qcif.y4m映像の解像度、フレームレートやフレーム数を確認します。
$ ffmpeg -i coastguard_qcif.y4m
...
Input #0, yuv4mpegpipe, from 'coastguard_qcif.y4m':
Duration: 00:00:10.01, start: 0.000000, bitrate: 9116 kb/s
Stream #0:0: Video: rawvideo (I420 / 0x30323449), yuv420p(progressive), 176x144, SAR 128:117 DAR 1408:1053, 29.97 fps, 29.97 tbr, 29.97 tbn, 29.97 tbc
At least one output file must be specified
$ ffmpeg -i coastguard_qcif.y4m -map 0:v:0 -c copy -f null - |& grep frame=
frame= 300 fps=0.0 q=-1.0 Lsize=N/A time=00:00:10.01 bitrate=N/A speed=5.2e+03xHMが読み込めるようにY4MからYUVフォーマットに変換します。
$ ffmpeg -i coastguard_qcif.y4m coastguard_qcif.yuv映像が正しくYUVフォーマットに変換できたか確認します。
$ ffplay -f rawvideo -pixel_format yuv420p -video_size 176x144 -i coastguard_qcif.yuvHMの実行
HMによるエンコードを実行します。実行時にはconfigファイルを指定する必要がありますが、今回はcfg/misc以下に入っているencoder_randomaccess_main_GOP8.cfgをそのまま利用します。
$ TAppEncoderStatic -c cfg/misc/encoder_randomaccess_main_GOP8.cfg -i ./coastguard_qcif.yuv -wdt 176 -hgt 144 -f 300 --InputBitDepth=8 --OutputBitDepth=8 -fr 30 -b out.bin -o rec.yuv
******************************************************************
** WARNING: --SEIDecodedPictureHash is now disabled by default. **
** Automatic verification of decoded pictures by a **
** decoder requires this option to be enabled. **
******************************************************************
***************************************************************************
** WARNING: For conforming bitstreams a valid Level value must be set! **
***************************************************************************
HM software: Encoder Version [18.0] (including RExt)[Linux][GCC 11.3.0][64 bit]
Input File : ./coastguard_qcif.yuv
Bitstream File : out.bin
Reconstruction File : rec.yuv
Real Format : 176x144 30Hz
Internal Format : 176x144 30Hz
Sequence PSNR output : Linear average only
Sequence MSE output : Disabled
Frame MSE output : Disabled
MS-SSIM output : Disabled
xPSNR calculation : Disabled
Cabac-zero-word-padding : Enabled
Frame/Field : Frame based coding
Frame index : 0 - 299 (300 frames)
Profile : main
CU size / depth / total-depth : 64 / 4 / 4
RQT trans. size (min / max) : 4 / 32
Max RQT depth inter : 3
Max RQT depth intra : 3
Min PCM size : 8
Motion search range : 64
Intra period : 32
Decoding refresh type : 1
QP : 32
Max dQP signaling depth : 0
Cb QP Offset : 0
Cr QP Offset : 0
QP adaptation : 0 (range=0)
GOP size : 8
Input bit depth : (Y:8, C:8)
MSB-extended bit depth : (Y:8, C:8)
Internal bit depth : (Y:8, C:8)
PCM sample bit depth : (Y:8, C:8)
Intra reference smoothing : Enabled
diff_cu_chroma_qp_offset_depth : -1
extended_precision_processing_flag : Disabled
implicit_rdpcm_enabled_flag : Disabled
explicit_rdpcm_enabled_flag : Disabled
transform_skip_rotation_enabled_flag : Disabled
transform_skip_context_enabled_flag : Disabled
cross_component_prediction_enabled_flag: Disabled
high_precision_offsets_enabled_flag : Disabled
persistent_rice_adaptation_enabled_flag: Disabled
cabac_bypass_alignment_enabled_flag : Disabled
log2_sao_offset_scale_luma : 0
log2_sao_offset_scale_chroma : 0
Cost function: : Lossy coding (default)
RateControl : 0
WPMethod : 0
Max Num Merge Candidates : 5
TOOL CFG: IBD:0 HAD:1 RDQ:1 RDQTS:1 RDpenalty:0 LQP:0 SQP:0 ASR:0 MinSearchWindow:8 RestrictMESampling:0 FEN:1 ECU:0 FDM:1 CFM:0 ESD:0 RQT:1 TransformSkip:1 TransformSkipFast:1 TransformSkipLog2MaxSize:2 Slice: M=0 SliceSegment: M=0 CIP:0 SAO:1 PCM:0 TransQuantBypassEnabled:0 WPP:0 WPB:0 PME:2 WaveFrontSynchro:0 WaveFrontSubstreams:1 ScalingList:0 TMVPMode:1 AQpS:0 SignBitHidingFlag:1 RecalQP:0
Non-environment-variable-controlled macros set as follows:
RExt__DECODER_DEBUG_BIT_STATISTICS = 0
RExt__HIGH_BIT_DEPTH_SUPPORT = 0
RExt__HIGH_PRECISION_FORWARD_TRANSFORM = 0
O0043_BEST_EFFORT_DECODING = 0
ME_ENABLE_ROUNDING_OF_MVS = 1
Input ChromaFormatIDC = 4:2:0
Output (internal) ChromaFormatIDC = 4:2:0
POC 0 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 16120 bits [Y 33.6346 dB U 43.5083 dB V 45.1927 dB] [ET 0 ] [L0 ] [L1 ]
POC 8 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7280 bits [Y 32.9132 dB U 43.2335 dB V 44.7615 dB] [ET 0 ] [L0 0 ] [L1 0 ]
POC 4 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 600 bits [Y 31.3589 dB U 43.5811 dB V 45.2049 dB] [ET 0 ] [L0 0 8 ] [L1 8 0 ]
POC 2 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 352 bits [Y 31.9928 dB U 43.5064 dB V 45.2573 dB] [ET 0 ] [L0 0 4 ] [L1 4 8 ]
POC 1 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 128 bits [Y 32.7993 dB U 43.5628 dB V 45.1133 dB] [ET 0 ] [L0 0 2 ] [L1 2 4 ]
POC 3 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 128 bits [Y 31.3409 dB U 43.5416 dB V 45.2008 dB] [ET 0 ] [L0 2 0 ] [L1 4 8 ]
POC 6 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 280 bits [Y 31.7541 dB U 43.5294 dB V 44.9330 dB] [ET 0 ] [L0 4 0 ] [L1 8 4 ]
POC 5 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 144 bits [Y 31.3543 dB U 43.5404 dB V 45.0072 dB] [ET 0 ] [L0 4 0 ] [L1 6 8 ]
POC 7 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 32.3054 dB U 43.3173 dB V 44.8656 dB] [ET 0 ] [L0 6 4 ] [L1 8 6 ]
POC 16 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7744 bits [Y 32.8911 dB U 42.8817 dB V 44.4652 dB] [ET 0 ] [L0 8 0 ] [L1 8 0 ]
POC 12 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 704 bits [Y 31.2701 dB U 43.0107 dB V 44.5650 dB] [ET 0 ] [L0 8 4 ] [L1 16 8 ]
POC 10 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 336 bits [Y 31.6208 dB U 43.0967 dB V 44.7048 dB] [ET 0 ] [L0 8 4 ] [L1 12 16 ]
POC 9 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 32.3273 dB U 43.1746 dB V 44.6871 dB] [ET 0 ] [L0 8 10 ] [L1 10 12 ]
POC 11 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.3496 dB U 43.0866 dB V 44.6784 dB] [ET 0 ] [L0 10 8 ] [L1 12 16 ]
POC 14 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 304 bits [Y 31.7149 dB U 43.0225 dB V 44.4932 dB] [ET 0 ] [L0 12 8 ] [L1 16 12 ]
POC 13 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 31.3099 dB U 42.9905 dB V 44.5001 dB] [ET 0 ] [L0 12 8 ] [L1 14 16 ]
POC 15 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 32.3029 dB U 42.8991 dB V 44.4927 dB] [ET 0 ] [L0 14 12 ] [L1 16 14 ]
POC 24 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 8144 bits [Y 32.7105 dB U 42.7904 dB V 44.2921 dB] [ET 0 ] [L0 16 8 ] [L1 16 8 ]
POC 20 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 880 bits [Y 31.0887 dB U 42.8052 dB V 44.3339 dB] [ET 0 ] [L0 16 12 ] [L1 24 16 ]
POC 18 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 400 bits [Y 31.5736 dB U 42.8891 dB V 44.3114 dB] [ET 0 ] [L0 16 12 ] [L1 20 24 ]
POC 17 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 32.2347 dB U 42.8205 dB V 44.3494 dB] [ET 0 ] [L0 16 18 ] [L1 18 20 ]
POC 19 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 31.0966 dB U 42.8560 dB V 44.3612 dB] [ET 0 ] [L0 18 16 ] [L1 20 24 ]
POC 22 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 424 bits [Y 31.4581 dB U 42.8359 dB V 44.3483 dB] [ET 0 ] [L0 20 16 ] [L1 24 20 ]
POC 21 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.0035 dB U 42.8123 dB V 44.3696 dB] [ET 0 ] [L0 20 16 ] [L1 22 24 ]
POC 23 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.0760 dB U 42.7906 dB V 44.3043 dB] [ET 0 ] [L0 22 20 ] [L1 24 22 ]
POC 32 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 19280 bits [Y 33.4193 dB U 43.1343 dB V 43.0143 dB] [ET 0 ] [L0 ] [L1 ]
POC 28 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 888 bits [Y 31.1576 dB U 43.6926 dB V 44.2386 dB] [ET 0 ] [L0 24 20 ] [L1 32 24 ]
POC 26 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 352 bits [Y 31.5320 dB U 43.6426 dB V 44.2859 dB] [ET 0 ] [L0 24 20 ] [L1 28 32 ]
POC 25 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 32.0953 dB U 43.3475 dB V 44.2659 dB] [ET 0 ] [L0 24 26 ] [L1 26 28 ]
POC 27 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 31.1391 dB U 43.7402 dB V 44.2541 dB] [ET 0 ] [L0 26 24 ] [L1 28 32 ]
POC 30 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 424 bits [Y 31.7121 dB U 43.7422 dB V 43.6394 dB] [ET 0 ] [L0 28 24 ] [L1 32 28 ]
POC 29 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 216 bits [Y 31.3030 dB U 43.8086 dB V 43.9161 dB] [ET 0 ] [L0 28 24 ] [L1 30 32 ]
POC 31 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 32.4158 dB U 43.4389 dB V 43.4062 dB] [ET 0 ] [L0 30 28 ] [L1 32 30 ]
POC 40 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 9472 bits [Y 32.6323 dB U 42.9817 dB V 43.1513 dB] [ET 0 ] [L0 32 ] [L1 32 ]
POC 36 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1272 bits [Y 30.7683 dB U 43.1207 dB V 43.2537 dB] [ET 0 ] [L0 32 40 ] [L1 40 32 ]
POC 34 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 472 bits [Y 31.4808 dB U 43.0539 dB V 43.1456 dB] [ET 0 ] [L0 32 36 ] [L1 36 40 ]
POC 33 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 32.3298 dB U 43.0997 dB V 43.1369 dB] [ET 0 ] [L0 32 34 ] [L1 34 36 ]
POC 35 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 30.9054 dB U 43.1428 dB V 43.2284 dB] [ET 0 ] [L0 34 32 ] [L1 36 40 ]
POC 38 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 504 bits [Y 31.1871 dB U 42.9855 dB V 43.2319 dB] [ET 0 ] [L0 36 32 ] [L1 40 36 ]
POC 37 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 30.7752 dB U 43.0194 dB V 43.2638 dB] [ET 0 ] [L0 36 32 ] [L1 38 40 ]
POC 39 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 31.8678 dB U 43.0291 dB V 43.2430 dB] [ET 0 ] [L0 38 36 ] [L1 40 38 ]
POC 48 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 9504 bits [Y 32.6912 dB U 42.9361 dB V 43.2564 dB] [ET 0 ] [L0 40 32 ] [L1 40 32 ]
POC 44 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1256 bits [Y 30.8040 dB U 43.0407 dB V 43.3603 dB] [ET 0 ] [L0 40 36 ] [L1 48 40 ]
POC 42 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 400 bits [Y 31.3494 dB U 42.9733 dB V 43.3234 dB] [ET 0 ] [L0 40 36 ] [L1 44 48 ]
POC 41 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 31.8870 dB U 42.9775 dB V 43.3223 dB] [ET 0 ] [L0 40 42 ] [L1 42 44 ]
POC 43 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 30.8427 dB U 43.0318 dB V 43.3765 dB] [ET 0 ] [L0 42 40 ] [L1 44 48 ]
POC 46 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 512 bits [Y 31.1374 dB U 42.9750 dB V 43.3566 dB] [ET 0 ] [L0 44 40 ] [L1 48 44 ]
POC 45 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 30.7024 dB U 42.9972 dB V 43.3993 dB] [ET 0 ] [L0 44 40 ] [L1 46 48 ]
POC 47 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 31.5441 dB U 42.9162 dB V 43.3573 dB] [ET 0 ] [L0 46 44 ] [L1 48 46 ]
POC 56 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 9824 bits [Y 32.5901 dB U 43.1611 dB V 43.4011 dB] [ET 1 ] [L0 48 40 ] [L1 48 40 ]
POC 52 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1536 bits [Y 30.7614 dB U 43.1298 dB V 43.4508 dB] [ET 0 ] [L0 48 44 ] [L1 56 48 ]
POC 50 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 536 bits [Y 31.2356 dB U 43.1008 dB V 43.3388 dB] [ET 0 ] [L0 48 44 ] [L1 52 56 ]
POC 49 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.8138 dB U 43.0187 dB V 43.4129 dB] [ET 0 ] [L0 48 50 ] [L1 50 52 ]
POC 51 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 30.7031 dB U 43.1495 dB V 43.2837 dB] [ET 0 ] [L0 50 48 ] [L1 52 56 ]
POC 54 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 552 bits [Y 31.1293 dB U 43.1084 dB V 43.4076 dB] [ET 0 ] [L0 52 48 ] [L1 56 52 ]
POC 53 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 224 bits [Y 30.6108 dB U 43.0761 dB V 43.5090 dB] [ET 0 ] [L0 52 48 ] [L1 54 56 ]
POC 55 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 232 bits [Y 31.6966 dB U 43.0892 dB V 43.4180 dB] [ET 0 ] [L0 54 52 ] [L1 56 54 ]
POC 64 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 19760 bits [Y 33.2684 dB U 43.2386 dB V 43.5003 dB] [ET 0 ] [L0 ] [L1 ]
POC 60 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1736 bits [Y 30.7233 dB U 43.9385 dB V 43.8603 dB] [ET 0 ] [L0 56 52 ] [L1 64 56 ]
POC 58 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 560 bits [Y 30.9088 dB U 43.8964 dB V 43.7770 dB] [ET 0 ] [L0 56 52 ] [L1 60 64 ]
POC 57 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 224 bits [Y 31.5900 dB U 43.5057 dB V 43.5176 dB] [ET 0 ] [L0 56 58 ] [L1 58 60 ]
POC 59 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 216 bits [Y 30.4646 dB U 43.9114 dB V 43.8241 dB] [ET 0 ] [L0 58 56 ] [L1 60 64 ]
POC 62 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 568 bits [Y 30.8345 dB U 43.7225 dB V 43.8519 dB] [ET 0 ] [L0 60 56 ] [L1 64 60 ]
POC 61 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 224 bits [Y 30.5874 dB U 43.7778 dB V 43.8727 dB] [ET 0 ] [L0 60 56 ] [L1 62 64 ]
POC 63 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 232 bits [Y 31.4428 dB U 43.5313 dB V 43.7422 dB] [ET 0 ] [L0 62 60 ] [L1 64 62 ]
POC 72 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 9824 bits [Y 33.6236 dB U 41.3331 dB V 43.2997 dB] [ET 0 ] [L0 64 ] [L1 64 ]
POC 68 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1504 bits [Y 31.3169 dB U 42.7658 dB V 43.7525 dB] [ET 0 ] [L0 64 72 ] [L1 72 64 ]
POC 66 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 592 bits [Y 30.9561 dB U 43.0185 dB V 43.5164 dB] [ET 0 ] [L0 64 68 ] [L1 68 72 ]
POC 65 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 31.2559 dB U 43.2295 dB V 43.5787 dB] [ET 0 ] [L0 64 66 ] [L1 66 68 ]
POC 67 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 312 bits [Y 30.4213 dB U 43.0270 dB V 43.7042 dB] [ET 0 ] [L0 66 64 ] [L1 68 72 ]
POC 70 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 720 bits [Y 32.6034 dB U 42.2430 dB V 43.4520 dB] [ET 0 ] [L0 68 64 ] [L1 72 68 ]
POC 69 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 344 bits [Y 31.8987 dB U 42.5292 dB V 43.5385 dB] [ET 0 ] [L0 68 64 ] [L1 70 72 ]
POC 71 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 248 bits [Y 32.5202 dB U 41.8148 dB V 43.5183 dB] [ET 0 ] [L0 70 68 ] [L1 72 70 ]
POC 80 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 11904 bits [Y 32.2945 dB U 40.9523 dB V 43.0061 dB] [ET 1 ] [L0 72 64 ] [L1 72 64 ]
POC 76 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 2048 bits [Y 30.1299 dB U 40.9136 dB V 42.9183 dB] [ET 0 ] [L0 72 68 ] [L1 80 72 ]
POC 74 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 856 bits [Y 30.0348 dB U 40.9209 dB V 42.9635 dB] [ET 0 ] [L0 72 68 ] [L1 76 80 ]
POC 73 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 336 bits [Y 30.6963 dB U 41.1598 dB V 43.0348 dB] [ET 0 ] [L0 72 74 ] [L1 74 76 ]
POC 75 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 312 bits [Y 30.0911 dB U 40.9589 dB V 42.9224 dB] [ET 0 ] [L0 74 72 ] [L1 76 80 ]
POC 78 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 520 bits [Y 30.6727 dB U 41.0960 dB V 43.0982 dB] [ET 0 ] [L0 76 72 ] [L1 80 76 ]
POC 77 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 264 bits [Y 30.0561 dB U 41.1138 dB V 42.9326 dB] [ET 0 ] [L0 76 72 ] [L1 78 80 ]
POC 79 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 31.4126 dB U 40.9956 dB V 43.0957 dB] [ET 0 ] [L0 78 76 ] [L1 80 78 ]
POC 88 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 9176 bits [Y 32.3047 dB U 41.1396 dB V 43.0618 dB] [ET 0 ] [L0 80 72 ] [L1 80 72 ]
POC 84 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1464 bits [Y 30.7338 dB U 41.1601 dB V 43.0734 dB] [ET 0 ] [L0 80 76 ] [L1 88 80 ]
POC 82 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 608 bits [Y 30.9075 dB U 41.0862 dB V 43.0834 dB] [ET 0 ] [L0 80 76 ] [L1 84 88 ]
POC 81 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 240 bits [Y 31.2188 dB U 41.0486 dB V 43.0661 dB] [ET 0 ] [L0 80 82 ] [L1 82 84 ]
POC 83 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 256 bits [Y 30.6578 dB U 41.1877 dB V 43.0471 dB] [ET 0 ] [L0 82 80 ] [L1 84 88 ]
POC 86 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 632 bits [Y 31.2669 dB U 41.2056 dB V 43.1112 dB] [ET 0 ] [L0 84 80 ] [L1 88 84 ]
POC 85 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 256 bits [Y 30.5818 dB U 41.2596 dB V 43.1196 dB] [ET 0 ] [L0 84 80 ] [L1 86 88 ]
POC 87 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 256 bits [Y 31.3749 dB U 41.1170 dB V 43.1038 dB] [ET 0 ] [L0 86 84 ] [L1 88 86 ]
POC 96 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 22912 bits [Y 33.2540 dB U 41.0638 dB V 43.2337 dB] [ET 0 ] [L0 ] [L1 ]
POC 92 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1288 bits [Y 31.1189 dB U 41.7264 dB V 43.5770 dB] [ET 0 ] [L0 88 84 ] [L1 96 88 ]
POC 90 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 584 bits [Y 31.2485 dB U 41.6349 dB V 43.3327 dB] [ET 0 ] [L0 88 84 ] [L1 92 96 ]
POC 89 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 240 bits [Y 31.5020 dB U 41.6834 dB V 43.3352 dB] [ET 0 ] [L0 88 90 ] [L1 90 92 ]
POC 91 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 30.7758 dB U 41.7059 dB V 43.4298 dB] [ET 0 ] [L0 90 88 ] [L1 92 96 ]
POC 94 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 552 bits [Y 31.2896 dB U 41.5981 dB V 43.5428 dB] [ET 0 ] [L0 92 88 ] [L1 96 92 ]
POC 93 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 216 bits [Y 30.9294 dB U 41.7473 dB V 43.5069 dB] [ET 0 ] [L0 92 88 ] [L1 94 96 ]
POC 95 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 32.1113 dB U 41.5063 dB V 43.5069 dB] [ET 0 ] [L0 94 92 ] [L1 96 94 ]
POC 104 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 8312 bits [Y 32.8735 dB U 40.9758 dB V 43.2271 dB] [ET 0 ] [L0 96 ] [L1 96 ]
POC 100 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1520 bits [Y 31.1699 dB U 41.0627 dB V 43.2945 dB] [ET 0 ] [L0 96 104 ] [L1 104 96 ]
POC 98 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 512 bits [Y 31.6106 dB U 41.0923 dB V 43.2768 dB] [ET 0 ] [L0 96 100 ] [L1 100 104 ]
POC 97 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 248 bits [Y 32.0411 dB U 41.0892 dB V 43.2611 dB] [ET 0 ] [L0 96 98 ] [L1 98 100 ]
POC 99 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 30.8859 dB U 41.0629 dB V 43.2342 dB] [ET 0 ] [L0 98 96 ] [L1 100 104 ]
POC 102 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 536 bits [Y 31.3166 dB U 41.0923 dB V 43.2961 dB] [ET 0 ] [L0 100 96 ] [L1 104 100 ]
POC 101 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 30.9912 dB U 41.0840 dB V 43.2707 dB] [ET 0 ] [L0 100 96 ] [L1 102 104 ]
POC 103 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 31.8942 dB U 41.0839 dB V 43.3241 dB] [ET 0 ] [L0 102 100 ] [L1 104 102 ]
POC 112 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7952 bits [Y 32.7935 dB U 41.2747 dB V 43.3922 dB] [ET 0 ] [L0 104 96 ] [L1 104 96 ]
POC 108 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1304 bits [Y 31.2043 dB U 41.2422 dB V 43.3788 dB] [ET 0 ] [L0 104 100 ] [L1 112 104 ]
POC 106 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 616 bits [Y 31.3619 dB U 41.1763 dB V 43.2943 dB] [ET 0 ] [L0 104 100 ] [L1 108 112 ]
POC 105 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 224 bits [Y 32.0159 dB U 41.0703 dB V 43.2319 dB] [ET 0 ] [L0 104 106 ] [L1 106 108 ]
POC 107 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 232 bits [Y 31.0356 dB U 41.1903 dB V 43.3423 dB] [ET 0 ] [L0 106 104 ] [L1 108 112 ]
POC 110 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 504 bits [Y 31.3340 dB U 41.3666 dB V 43.3250 dB] [ET 0 ] [L0 108 104 ] [L1 112 108 ]
POC 109 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 31.1115 dB U 41.2868 dB V 43.2471 dB] [ET 0 ] [L0 108 104 ] [L1 110 112 ]
POC 111 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 224 bits [Y 31.8808 dB U 41.3970 dB V 43.3286 dB] [ET 0 ] [L0 110 108 ] [L1 112 110 ]
POC 120 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7984 bits [Y 32.7439 dB U 41.2777 dB V 43.8984 dB] [ET 0 ] [L0 112 104 ] [L1 112 104 ]
POC 116 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1280 bits [Y 31.2455 dB U 41.2842 dB V 43.7367 dB] [ET 0 ] [L0 112 108 ] [L1 120 112 ]
POC 114 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 528 bits [Y 31.4356 dB U 41.3417 dB V 43.6587 dB] [ET 0 ] [L0 112 108 ] [L1 116 120 ]
POC 113 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 31.9330 dB U 41.3199 dB V 43.4690 dB] [ET 0 ] [L0 112 114 ] [L1 114 116 ]
POC 115 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 31.0290 dB U 41.3885 dB V 43.6501 dB] [ET 0 ] [L0 114 112 ] [L1 116 120 ]
POC 118 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 560 bits [Y 31.4044 dB U 41.3539 dB V 43.8524 dB] [ET 0 ] [L0 116 112 ] [L1 120 116 ]
POC 117 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 31.0101 dB U 41.3554 dB V 43.8215 dB] [ET 0 ] [L0 116 112 ] [L1 118 120 ]
POC 119 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 31.8445 dB U 41.3924 dB V 43.8997 dB] [ET 0 ] [L0 118 116 ] [L1 120 118 ]
POC 128 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 21096 bits [Y 33.4915 dB U 41.7232 dB V 43.5631 dB] [ET 0 ] [L0 ] [L1 ]
POC 124 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 912 bits [Y 31.6534 dB U 42.2630 dB V 44.3782 dB] [ET 0 ] [L0 120 116 ] [L1 128 120 ]
POC 122 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 448 bits [Y 31.6915 dB U 42.0002 dB V 44.4355 dB] [ET 0 ] [L0 120 116 ] [L1 124 128 ]
POC 121 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 32.0452 dB U 41.7347 dB V 44.2311 dB] [ET 0 ] [L0 120 122 ] [L1 122 124 ]
POC 123 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 31.4272 dB U 42.1344 dB V 44.3912 dB] [ET 0 ] [L0 122 120 ] [L1 124 128 ]
POC 126 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 456 bits [Y 32.2629 dB U 42.2854 dB V 44.0996 dB] [ET 0 ] [L0 124 120 ] [L1 128 124 ]
POC 125 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 31.8013 dB U 42.3259 dB V 44.2901 dB] [ET 0 ] [L0 124 120 ] [L1 126 128 ]
POC 127 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 33.0233 dB U 42.0447 dB V 44.0148 dB] [ET 0 ] [L0 126 124 ] [L1 128 126 ]
POC 136 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7432 bits [Y 32.8122 dB U 41.7640 dB V 43.5943 dB] [ET 0 ] [L0 128 ] [L1 128 ]
POC 132 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1032 bits [Y 31.4222 dB U 41.7044 dB V 43.6506 dB] [ET 0 ] [L0 128 136 ] [L1 136 128 ]
POC 130 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 408 bits [Y 31.8358 dB U 41.7270 dB V 43.6209 dB] [ET 0 ] [L0 128 132 ] [L1 132 136 ]
POC 129 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 32.6989 dB U 41.7055 dB V 43.5847 dB] [ET 0 ] [L0 128 130 ] [L1 130 132 ]
POC 131 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 31.5499 dB U 41.6999 dB V 43.7196 dB] [ET 0 ] [L0 130 128 ] [L1 132 136 ]
POC 134 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 472 bits [Y 31.4123 dB U 41.7931 dB V 43.6653 dB] [ET 0 ] [L0 132 128 ] [L1 136 132 ]
POC 133 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 136 bits [Y 31.2575 dB U 41.7665 dB V 43.7415 dB] [ET 0 ] [L0 132 128 ] [L1 134 136 ]
POC 135 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 31.9319 dB U 41.8835 dB V 43.6297 dB] [ET 0 ] [L0 134 132 ] [L1 136 134 ]
POC 144 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7640 bits [Y 32.8626 dB U 41.7290 dB V 43.7465 dB] [ET 0 ] [L0 136 128 ] [L1 136 128 ]
POC 140 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1040 bits [Y 31.5129 dB U 41.8835 dB V 43.7455 dB] [ET 0 ] [L0 136 132 ] [L1 144 136 ]
POC 138 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 488 bits [Y 31.5314 dB U 41.8468 dB V 43.7057 dB] [ET 0 ] [L0 136 132 ] [L1 140 144 ]
POC 137 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 31.8946 dB U 41.8116 dB V 43.7176 dB] [ET 0 ] [L0 136 138 ] [L1 138 140 ]
POC 139 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.3180 dB U 41.8279 dB V 43.6886 dB] [ET 0 ] [L0 138 136 ] [L1 140 144 ]
POC 142 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 480 bits [Y 31.7409 dB U 41.8015 dB V 43.7295 dB] [ET 0 ] [L0 140 136 ] [L1 144 140 ]
POC 141 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 31.4157 dB U 41.8873 dB V 43.8228 dB] [ET 0 ] [L0 140 136 ] [L1 142 144 ]
POC 143 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 32.1956 dB U 41.6726 dB V 43.7527 dB] [ET 0 ] [L0 142 140 ] [L1 144 142 ]
POC 152 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7744 bits [Y 32.7189 dB U 41.4674 dB V 43.5356 dB] [ET 0 ] [L0 144 136 ] [L1 144 136 ]
POC 148 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 896 bits [Y 31.6185 dB U 41.5112 dB V 43.6433 dB] [ET 0 ] [L0 144 140 ] [L1 152 144 ]
POC 146 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 528 bits [Y 31.7412 dB U 41.7253 dB V 43.7243 dB] [ET 0 ] [L0 144 140 ] [L1 148 152 ]
POC 145 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 32.0183 dB U 41.7451 dB V 43.7715 dB] [ET 0 ] [L0 144 146 ] [L1 146 148 ]
POC 147 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 31.5096 dB U 41.6242 dB V 43.7283 dB] [ET 0 ] [L0 146 144 ] [L1 148 152 ]
POC 150 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 520 bits [Y 31.8538 dB U 41.5027 dB V 43.6209 dB] [ET 0 ] [L0 148 144 ] [L1 152 148 ]
POC 149 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.5684 dB U 41.4393 dB V 43.6428 dB] [ET 0 ] [L0 148 144 ] [L1 150 152 ]
POC 151 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.2144 dB U 41.4145 dB V 43.5105 dB] [ET 0 ] [L0 150 148 ] [L1 152 150 ]
POC 160 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 20816 bits [Y 33.6720 dB U 41.4711 dB V 43.4737 dB] [ET 0 ] [L0 ] [L1 ]
POC 156 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1128 bits [Y 32.0627 dB U 42.3282 dB V 43.9576 dB] [ET 0 ] [L0 152 148 ] [L1 160 152 ]
POC 154 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 416 bits [Y 32.0940 dB U 42.0594 dB V 43.7909 dB] [ET 0 ] [L0 152 148 ] [L1 156 160 ]
POC 153 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 32.4810 dB U 42.1078 dB V 43.8248 dB] [ET 0 ] [L0 152 154 ] [L1 154 156 ]
POC 155 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.8658 dB U 42.1614 dB V 43.9351 dB] [ET 0 ] [L0 154 152 ] [L1 156 160 ]
POC 158 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 448 bits [Y 32.4319 dB U 42.2134 dB V 43.8974 dB] [ET 0 ] [L0 156 152 ] [L1 160 156 ]
POC 157 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.0020 dB U 42.1910 dB V 43.9626 dB] [ET 0 ] [L0 156 152 ] [L1 158 160 ]
POC 159 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 216 bits [Y 32.7659 dB U 42.0899 dB V 43.7947 dB] [ET 0 ] [L0 158 156 ] [L1 160 158 ]
POC 168 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7800 bits [Y 32.8463 dB U 41.3725 dB V 43.3379 dB] [ET 0 ] [L0 160 ] [L1 160 ]
POC 164 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 992 bits [Y 31.5297 dB U 41.4451 dB V 43.4559 dB] [ET 0 ] [L0 160 168 ] [L1 168 160 ]
POC 162 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 528 bits [Y 32.0845 dB U 41.5445 dB V 43.5914 dB] [ET 0 ] [L0 160 164 ] [L1 164 168 ]
POC 161 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 32.6890 dB U 41.4596 dB V 43.5221 dB] [ET 0 ] [L0 160 162 ] [L1 162 164 ]
POC 163 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.6544 dB U 41.4362 dB V 43.5290 dB] [ET 0 ] [L0 162 160 ] [L1 164 168 ]
POC 166 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 488 bits [Y 31.6622 dB U 41.4229 dB V 43.4963 dB] [ET 0 ] [L0 164 160 ] [L1 168 164 ]
POC 165 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 31.4185 dB U 41.3901 dB V 43.5271 dB] [ET 0 ] [L0 164 160 ] [L1 166 168 ]
POC 167 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 32.1902 dB U 41.3825 dB V 43.3457 dB] [ET 0 ] [L0 166 164 ] [L1 168 166 ]
POC 176 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7496 bits [Y 32.8291 dB U 41.5695 dB V 43.3963 dB] [ET 0 ] [L0 168 160 ] [L1 168 160 ]
POC 172 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1064 bits [Y 31.2529 dB U 41.4944 dB V 43.3015 dB] [ET 0 ] [L0 168 164 ] [L1 176 168 ]
POC 170 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 568 bits [Y 31.5761 dB U 41.4927 dB V 43.3825 dB] [ET 0 ] [L0 168 164 ] [L1 172 176 ]
POC 169 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 32.1290 dB U 41.4501 dB V 43.3092 dB] [ET 0 ] [L0 168 170 ] [L1 170 172 ]
POC 171 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.1324 dB U 41.4128 dB V 43.2833 dB] [ET 0 ] [L0 170 168 ] [L1 172 176 ]
POC 174 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 456 bits [Y 31.5403 dB U 41.5773 dB V 43.3388 dB] [ET 0 ] [L0 172 168 ] [L1 176 172 ]
POC 173 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 31.1052 dB U 41.4926 dB V 43.3623 dB] [ET 0 ] [L0 172 168 ] [L1 174 176 ]
POC 175 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 32.1242 dB U 41.5800 dB V 43.3630 dB] [ET 0 ] [L0 174 172 ] [L1 176 174 ]
POC 184 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7808 bits [Y 32.7885 dB U 41.3454 dB V 43.4085 dB] [ET 0 ] [L0 176 168 ] [L1 176 168 ]
POC 180 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1000 bits [Y 31.6615 dB U 41.5030 dB V 43.4363 dB] [ET 0 ] [L0 176 172 ] [L1 184 176 ]
POC 178 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 504 bits [Y 31.7218 dB U 41.4245 dB V 43.5297 dB] [ET 0 ] [L0 176 172 ] [L1 180 184 ]
POC 177 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.1605 dB U 41.4633 dB V 43.5095 dB] [ET 0 ] [L0 176 178 ] [L1 178 180 ]
POC 179 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.5392 dB U 41.4569 dB V 43.4965 dB] [ET 0 ] [L0 178 176 ] [L1 180 184 ]
POC 182 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 608 bits [Y 31.7238 dB U 41.3696 dB V 43.4373 dB] [ET 0 ] [L0 180 176 ] [L1 184 180 ]
POC 181 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 31.4296 dB U 41.3870 dB V 43.4611 dB] [ET 0 ] [L0 180 176 ] [L1 182 184 ]
POC 183 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.9412 dB U 41.3344 dB V 43.3975 dB] [ET 0 ] [L0 182 180 ] [L1 184 182 ]
POC 192 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 20592 bits [Y 33.6496 dB U 41.5865 dB V 43.5392 dB] [ET 0 ] [L0 ] [L1 ]
POC 188 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1248 bits [Y 32.0023 dB U 42.0106 dB V 44.0367 dB] [ET 0 ] [L0 184 180 ] [L1 192 184 ]
POC 186 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 416 bits [Y 32.1005 dB U 41.8613 dB V 43.8925 dB] [ET 0 ] [L0 184 180 ] [L1 188 192 ]
POC 185 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.3798 dB U 41.6545 dB V 43.7680 dB] [ET 0 ] [L0 184 186 ] [L1 186 188 ]
POC 187 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.8062 dB U 41.8605 dB V 44.0482 dB] [ET 0 ] [L0 186 184 ] [L1 188 192 ]
POC 190 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 480 bits [Y 32.0965 dB U 41.9385 dB V 43.9463 dB] [ET 0 ] [L0 188 184 ] [L1 192 188 ]
POC 189 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 31.6853 dB U 41.8490 dB V 44.0218 dB] [ET 0 ] [L0 188 184 ] [L1 190 192 ]
POC 191 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 216 bits [Y 32.7039 dB U 41.8747 dB V 43.7748 dB] [ET 0 ] [L0 190 188 ] [L1 192 190 ]
POC 200 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7512 bits [Y 32.8303 dB U 41.4403 dB V 43.7196 dB] [ET 0 ] [L0 192 ] [L1 192 ]
POC 196 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1056 bits [Y 31.6431 dB U 41.5612 dB V 43.6990 dB] [ET 0 ] [L0 192 200 ] [L1 200 192 ]
POC 194 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 400 bits [Y 31.9868 dB U 41.6675 dB V 43.6741 dB] [ET 0 ] [L0 192 196 ] [L1 196 200 ]
POC 193 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 32.6068 dB U 41.6414 dB V 43.6370 dB] [ET 0 ] [L0 192 194 ] [L1 194 196 ]
POC 195 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 31.5101 dB U 41.5662 dB V 43.6570 dB] [ET 0 ] [L0 194 192 ] [L1 196 200 ]
POC 198 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 456 bits [Y 31.7765 dB U 41.5531 dB V 43.7166 dB] [ET 0 ] [L0 196 192 ] [L1 200 196 ]
POC 197 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.4345 dB U 41.4923 dB V 43.7303 dB] [ET 0 ] [L0 196 192 ] [L1 198 200 ]
POC 199 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 144 bits [Y 32.2353 dB U 41.4612 dB V 43.7290 dB] [ET 0 ] [L0 198 196 ] [L1 200 198 ]
POC 208 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7672 bits [Y 32.8737 dB U 41.3251 dB V 43.7500 dB] [ET 0 ] [L0 200 192 ] [L1 200 192 ]
POC 204 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1048 bits [Y 31.5339 dB U 41.3882 dB V 43.8058 dB] [ET 0 ] [L0 200 196 ] [L1 208 200 ]
POC 202 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 632 bits [Y 31.7428 dB U 41.3605 dB V 43.7397 dB] [ET 0 ] [L0 200 196 ] [L1 204 208 ]
POC 201 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.1500 dB U 41.4005 dB V 43.7490 dB] [ET 0 ] [L0 200 202 ] [L1 202 204 ]
POC 203 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 31.4487 dB U 41.3456 dB V 43.7816 dB] [ET 0 ] [L0 202 200 ] [L1 204 208 ]
POC 206 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 576 bits [Y 31.6173 dB U 41.3459 dB V 43.6513 dB] [ET 0 ] [L0 204 200 ] [L1 208 204 ]
POC 205 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.3985 dB U 41.3486 dB V 43.6877 dB] [ET 0 ] [L0 204 200 ] [L1 206 208 ]
POC 207 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 32.0525 dB U 41.3441 dB V 43.6958 dB] [ET 0 ] [L0 206 204 ] [L1 208 206 ]
POC 216 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7944 bits [Y 32.7390 dB U 41.2501 dB V 43.7263 dB] [ET 0 ] [L0 208 200 ] [L1 208 200 ]
POC 212 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1208 bits [Y 31.4907 dB U 41.2668 dB V 43.7151 dB] [ET 0 ] [L0 208 204 ] [L1 216 208 ]
POC 210 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 576 bits [Y 31.8248 dB U 41.2766 dB V 43.7092 dB] [ET 0 ] [L0 208 204 ] [L1 212 216 ]
POC 209 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.2541 dB U 41.2763 dB V 43.6763 dB] [ET 0 ] [L0 208 210 ] [L1 210 212 ]
POC 211 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 31.4379 dB U 41.2787 dB V 43.7161 dB] [ET 0 ] [L0 210 208 ] [L1 212 216 ]
POC 214 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 520 bits [Y 31.5533 dB U 41.2383 dB V 43.6830 dB] [ET 0 ] [L0 212 208 ] [L1 216 212 ]
POC 213 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 31.4035 dB U 41.2246 dB V 43.7258 dB] [ET 0 ] [L0 212 208 ] [L1 214 216 ]
POC 215 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.9151 dB U 41.1754 dB V 43.6477 dB] [ET 0 ] [L0 214 212 ] [L1 216 214 ]
POC 224 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 20608 bits [Y 33.7493 dB U 41.2159 dB V 43.9607 dB] [ET 0 ] [L0 ] [L1 ]
POC 220 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1288 bits [Y 32.2094 dB U 41.8101 dB V 43.9976 dB] [ET 0 ] [L0 216 212 ] [L1 224 216 ]
POC 218 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 680 bits [Y 31.9281 dB U 41.6095 dB V 43.9781 dB] [ET 0 ] [L0 216 212 ] [L1 220 224 ]
POC 217 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 32.1623 dB U 41.4504 dB V 43.8404 dB] [ET 0 ] [L0 216 218 ] [L1 218 220 ]
POC 219 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 31.7964 dB U 41.5944 dB V 43.9057 dB] [ET 0 ] [L0 218 216 ] [L1 220 224 ]
POC 222 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 592 bits [Y 32.4980 dB U 41.8477 dB V 44.0284 dB] [ET 0 ] [L0 220 216 ] [L1 224 220 ]
POC 221 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 32.0944 dB U 41.7449 dB V 44.1010 dB] [ET 0 ] [L0 220 216 ] [L1 222 224 ]
POC 223 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.9925 dB U 41.6737 dB V 43.9244 dB] [ET 0 ] [L0 222 220 ] [L1 224 222 ]
POC 232 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7136 bits [Y 33.0420 dB U 41.2851 dB V 43.7977 dB] [ET 0 ] [L0 224 ] [L1 224 ]
POC 228 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1232 bits [Y 31.9605 dB U 41.1884 dB V 43.7738 dB] [ET 0 ] [L0 224 232 ] [L1 232 224 ]
POC 226 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 440 bits [Y 32.1219 dB U 41.2109 dB V 43.8447 dB] [ET 0 ] [L0 224 228 ] [L1 228 232 ]
POC 225 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 32.7372 dB U 41.2027 dB V 43.8455 dB] [ET 0 ] [L0 224 226 ] [L1 226 228 ]
POC 227 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 31.9443 dB U 41.1806 dB V 43.8724 dB] [ET 0 ] [L0 226 224 ] [L1 228 232 ]
POC 230 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 424 bits [Y 31.7848 dB U 41.2582 dB V 43.6793 dB] [ET 0 ] [L0 228 224 ] [L1 232 228 ]
POC 229 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.4006 dB U 41.1839 dB V 43.7362 dB] [ET 0 ] [L0 228 224 ] [L1 230 232 ]
POC 231 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.1867 dB U 41.3109 dB V 43.7748 dB] [ET 0 ] [L0 230 228 ] [L1 232 230 ]
POC 240 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7208 bits [Y 33.0061 dB U 41.2155 dB V 43.5746 dB] [ET 0 ] [L0 232 224 ] [L1 232 224 ]
POC 236 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1200 bits [Y 31.7414 dB U 41.3331 dB V 43.5626 dB] [ET 0 ] [L0 232 228 ] [L1 240 232 ]
POC 234 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 688 bits [Y 31.7645 dB U 41.3653 dB V 43.7595 dB] [ET 0 ] [L0 232 228 ] [L1 236 240 ]
POC 233 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 200 bits [Y 32.2980 dB U 41.3332 dB V 43.7315 dB] [ET 0 ] [L0 232 234 ] [L1 234 236 ]
POC 235 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.5164 dB U 41.3052 dB V 43.6355 dB] [ET 0 ] [L0 234 232 ] [L1 236 240 ]
POC 238 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 688 bits [Y 31.6906 dB U 41.3238 dB V 43.4949 dB] [ET 0 ] [L0 236 232 ] [L1 240 236 ]
POC 237 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 31.5219 dB U 41.3021 dB V 43.5604 dB] [ET 0 ] [L0 236 232 ] [L1 238 240 ]
POC 239 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 32.0733 dB U 41.2623 dB V 43.5806 dB] [ET 0 ] [L0 238 236 ] [L1 240 238 ]
POC 248 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7128 bits [Y 32.9988 dB U 41.1938 dB V 43.6506 dB] [ET 0 ] [L0 240 232 ] [L1 240 232 ]
POC 244 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1448 bits [Y 31.7625 dB U 41.2466 dB V 43.5297 dB] [ET 0 ] [L0 240 236 ] [L1 248 240 ]
POC 242 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 472 bits [Y 31.6864 dB U 41.2038 dB V 43.6487 dB] [ET 0 ] [L0 240 236 ] [L1 244 248 ]
POC 241 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 32.2759 dB U 41.1762 dB V 43.6379 dB] [ET 0 ] [L0 240 242 ] [L1 242 244 ]
POC 243 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.4794 dB U 41.2466 dB V 43.6052 dB] [ET 0 ] [L0 242 240 ] [L1 244 248 ]
POC 246 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 592 bits [Y 31.8518 dB U 41.2184 dB V 43.6093 dB] [ET 0 ] [L0 244 240 ] [L1 248 244 ]
POC 245 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 31.6007 dB U 41.2251 dB V 43.5540 dB] [ET 0 ] [L0 244 240 ] [L1 246 248 ]
POC 247 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 32.2926 dB U 41.1899 dB V 43.6700 dB] [ET 0 ] [L0 246 244 ] [L1 248 246 ]
POC 256 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 19552 bits [Y 33.7656 dB U 41.4747 dB V 43.5475 dB] [ET 0 ] [L0 ] [L1 ]
POC 252 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1376 bits [Y 32.2399 dB U 41.8864 dB V 44.1067 dB] [ET 0 ] [L0 248 244 ] [L1 256 248 ]
POC 250 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 560 bits [Y 32.0954 dB U 41.7009 dB V 43.9712 dB] [ET 0 ] [L0 248 244 ] [L1 252 256 ]
POC 249 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 152 bits [Y 32.3969 dB U 41.4907 dB V 43.8261 dB] [ET 0 ] [L0 248 250 ] [L1 250 252 ]
POC 251 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 32.0013 dB U 41.7921 dB V 43.8755 dB] [ET 0 ] [L0 250 248 ] [L1 252 256 ]
POC 254 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 616 bits [Y 32.3953 dB U 41.8996 dB V 43.8493 dB] [ET 0 ] [L0 252 248 ] [L1 256 252 ]
POC 253 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 144 bits [Y 32.0018 dB U 41.8851 dB V 43.8678 dB] [ET 0 ] [L0 252 248 ] [L1 254 256 ]
POC 255 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 33.0119 dB U 41.6987 dB V 43.5609 dB] [ET 0 ] [L0 254 252 ] [L1 256 254 ]
POC 264 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7360 bits [Y 33.1641 dB U 41.5670 dB V 43.6719 dB] [ET 0 ] [L0 256 ] [L1 256 ]
POC 260 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1408 bits [Y 31.8591 dB U 41.4925 dB V 43.6175 dB] [ET 0 ] [L0 256 264 ] [L1 264 256 ]
POC 258 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 608 bits [Y 32.0374 dB U 41.4531 dB V 43.5337 dB] [ET 0 ] [L0 256 260 ] [L1 260 264 ]
POC 257 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 160 bits [Y 32.7696 dB U 41.5218 dB V 43.5119 dB] [ET 0 ] [L0 256 258 ] [L1 258 260 ]
POC 259 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 31.7193 dB U 41.4474 dB V 43.5616 dB] [ET 0 ] [L0 258 256 ] [L1 260 264 ]
POC 262 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 536 bits [Y 31.7419 dB U 41.5502 dB V 43.6136 dB] [ET 0 ] [L0 260 256 ] [L1 264 260 ]
POC 261 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 136 bits [Y 31.5120 dB U 41.4936 dB V 43.6494 dB] [ET 0 ] [L0 260 256 ] [L1 262 264 ]
POC 263 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 136 bits [Y 32.2693 dB U 41.5326 dB V 43.5693 dB] [ET 0 ] [L0 262 260 ] [L1 264 262 ]
POC 272 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7136 bits [Y 33.1741 dB U 41.5547 dB V 43.7196 dB] [ET 0 ] [L0 264 256 ] [L1 264 256 ]
POC 268 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1416 bits [Y 31.7656 dB U 41.5762 dB V 43.5948 dB] [ET 0 ] [L0 264 260 ] [L1 272 264 ]
POC 266 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 496 bits [Y 31.5965 dB U 41.5135 dB V 43.6083 dB] [ET 0 ] [L0 264 260 ] [L1 268 272 ]
POC 265 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 136 bits [Y 32.1135 dB U 41.5310 dB V 43.6428 dB] [ET 0 ] [L0 264 266 ] [L1 266 268 ]
POC 267 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 128 bits [Y 31.5511 dB U 41.4859 dB V 43.5628 dB] [ET 0 ] [L0 266 264 ] [L1 268 272 ]
POC 270 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 504 bits [Y 31.7303 dB U 41.4810 dB V 43.5989 dB] [ET 0 ] [L0 268 264 ] [L1 272 268 ]
POC 269 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 144 bits [Y 31.5904 dB U 41.5446 dB V 43.5652 dB] [ET 0 ] [L0 268 264 ] [L1 270 272 ]
POC 271 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 144 bits [Y 32.3588 dB U 41.5215 dB V 43.6428 dB] [ET 0 ] [L0 270 268 ] [L1 272 270 ]
POC 280 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 7096 bits [Y 33.2386 dB U 41.5182 dB V 43.8340 dB] [ET 0 ] [L0 272 264 ] [L1 272 264 ]
POC 276 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1256 bits [Y 31.9474 dB U 41.4927 dB V 43.8106 dB] [ET 0 ] [L0 272 268 ] [L1 280 272 ]
POC 274 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 520 bits [Y 31.8759 dB U 41.4582 dB V 43.7230 dB] [ET 0 ] [L0 272 268 ] [L1 276 280 ]
POC 273 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 144 bits [Y 32.3998 dB U 41.4300 dB V 43.7467 dB] [ET 0 ] [L0 272 274 ] [L1 274 276 ]
POC 275 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 31.7265 dB U 41.4368 dB V 43.7111 dB] [ET 0 ] [L0 274 272 ] [L1 276 280 ]
POC 278 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 456 bits [Y 31.9400 dB U 41.5473 dB V 43.8259 dB] [ET 0 ] [L0 276 272 ] [L1 280 276 ]
POC 277 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 224 bits [Y 31.7185 dB U 41.3909 dB V 43.7500 dB] [ET 0 ] [L0 276 272 ] [L1 278 280 ]
POC 279 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 32.3460 dB U 41.4935 dB V 43.7841 dB] [ET 0 ] [L0 278 276 ] [L1 280 278 ]
POC 288 TId: 0 ( I-SLICE, nQP 32 QP 32 ) 18968 bits [Y 33.9666 dB U 41.7468 dB V 43.5057 dB] [ET 0 ] [L0 ] [L1 ]
POC 284 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1464 bits [Y 32.4614 dB U 42.3189 dB V 44.1908 dB] [ET 0 ] [L0 280 276 ] [L1 288 280 ]
POC 282 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 576 bits [Y 32.2553 dB U 42.2162 dB V 44.1767 dB] [ET 0 ] [L0 280 276 ] [L1 284 288 ]
POC 281 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 176 bits [Y 32.6087 dB U 41.8954 dB V 43.9712 dB] [ET 0 ] [L0 280 282 ] [L1 282 284 ]
POC 283 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 32.0659 dB U 42.2468 dB V 44.1140 dB] [ET 0 ] [L0 282 280 ] [L1 284 288 ]
POC 286 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 488 bits [Y 32.5521 dB U 42.2520 dB V 44.3103 dB] [ET 0 ] [L0 284 280 ] [L1 288 284 ]
POC 285 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 184 bits [Y 32.2473 dB U 42.1663 dB V 44.1941 dB] [ET 0 ] [L0 284 280 ] [L1 286 288 ]
POC 287 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 33.2100 dB U 42.1654 dB V 44.0934 dB] [ET 0 ] [L0 286 284 ] [L1 288 286 ]
POC 296 TId: 0 ( B-SLICE, nQP 33 QP 33 ) 6880 bits [Y 33.3174 dB U 41.6665 dB V 43.5880 dB] [ET 0 ] [L0 288 ] [L1 288 ]
POC 292 TId: 1 ( B-SLICE, nQP 34 QP 34 ) 1480 bits [Y 32.1777 dB U 41.7515 dB V 43.5206 dB] [ET 0 ] [L0 288 296 ] [L1 296 288 ]
POC 290 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 608 bits [Y 32.2741 dB U 41.7830 dB V 43.4956 dB] [ET 0 ] [L0 288 292 ] [L1 292 296 ]
POC 289 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 208 bits [Y 32.9238 dB U 41.8140 dB V 43.5595 dB] [ET 0 ] [L0 288 290 ] [L1 290 292 ]
POC 291 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 31.8562 dB U 41.8469 dB V 43.5306 dB] [ET 0 ] [L0 290 288 ] [L1 292 296 ]
POC 294 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 600 bits [Y 31.9235 dB U 41.6605 dB V 43.6139 dB] [ET 0 ] [L0 292 288 ] [L1 296 292 ]
POC 293 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 192 bits [Y 31.7328 dB U 41.7605 dB V 43.5076 dB] [ET 0 ] [L0 292 288 ] [L1 294 296 ]
POC 295 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 168 bits [Y 32.3375 dB U 41.6391 dB V 43.6299 dB] [ET 0 ] [L0 294 292 ] [L1 296 294 ]
POC 298 TId: 2 ( B-SLICE, nQP 35 QP 35 ) 1000 bits [Y 31.6556 dB U 41.3924 dB V 43.6411 dB] [ET 0 ] [L0 296 292 ] [L1 296 292 ]
POC 297 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 256 bits [Y 32.5985 dB U 41.5845 dB V 43.6465 dB] [ET 0 ] [L0 296 298 ] [L1 298 296 ]
POC 299 TId: 3 ( B-SLICE, nQP 36 QP 36 ) 312 bits [Y 30.6648 dB U 41.3111 dB V 43.6042 dB] [ET 0 ] [L0 298 296 ] [L1 298 296 ]
SUMMARY --------------------------------------------------------
Total Frames | Bitrate Y-PSNR U-PSNR V-PSNR YUV-PSNR
300 a 53.9088 31.8601 41.9107 43.6979 33.3880
I Slices--------------------------------------------------------
Total Frames | Bitrate Y-PSNR U-PSNR V-PSNR YUV-PSNR
10 i 599.1120 33.5871 42.0163 43.6531 35.0842
P Slices--------------------------------------------------------
Total Frames | Bitrate Y-PSNR U-PSNR V-PSNR YUV-PSNR
0 p -nan -nan -nan -nan -nan
B Slices--------------------------------------------------------
Total Frames | Bitrate Y-PSNR U-PSNR V-PSNR YUV-PSNR
290 b 35.1087 31.8005 41.9070 43.6995 33.3398
RVM: 0.000
Bytes written to file: 67386 (53.909 kbps)
Total Time: 53.055 sec.エンコードしたビットストリームをデコードしてみます。
$ TAppDecoderStatic -b out.bin -o dec.yuv正しく映像がデコードできたか確認します。
$ ffplay -f rawvideo -pixel_format yuv420p -video_size 176x144 -i dec.yuv圧縮により画質がどの程度劣化したかPSNRを測定します。
ffmpeg -f rawvideo -pixel_format yuv420p -video_size 176x144 -i coastguard_qcif.yuv -f rawvideo -pixel_format yuv420p -video_size 176x144 -i dec.yuv -filter_complex psnr -an -f null - |& grep Parsed_psnr
[Parsed_psnr_0 @ 0x56106cbde600] PSNR y:31.801437 u:41.845389 v:43.678888 average:33.387952 min:31.654189 max:35.435825
