[ Info sul file ]
Nome: Lo sguardo di Satana – Carrie [Extended] (2013) [BluRay Rip 1080p - ITA-ENG DTS-AC3-SUBS] [M@HD].mkv
Data: 3/02/2014 20:51:23
Dimensione: 9,570,087,335 bytes (9126.746 MB)
[ Info generiche ]
Durata: 01:40:56 (6056.379 s)
Tipo di contenitore: matroska
Data creazione: 3/02/2014 19:50:39 UTC
Streams totali: 7
Tipo stream n. 1: video (V_MPEG4/ISO/AVC) {M@HD}
Tipo stream n. 2: audio (A_AC3) {Italiano AC3}
Tipo stream n. 3: audio (A_DTS) {Italiano DTS}
Tipo stream n. 4: audio (A_DTS) {Inglese DTS}
Tipo stream n. 5: subtitle (S_TEXT/UTF8) {Italiano Forced}
Tipo stream n. 6: subtitle (S_TEXT/UTF8) {Italiano}
Tipo stream n. 7: subtitle (S_TEXT/UTF8) {Inglese}
Audio streams: 3
Muxing Application: libebml v0.8.0 + libmatroska v0.9.0
Writing Application: mkvmerge v3.4.0 (‘Rapunzel’) built on May 15 2010 09:38:20
[ Dati rilevanti ]
Risoluzione: 1920 x 816
Larghezza: multipla di 32
Altezza: multipla di 16
DRF medio: 18.374848
Deviazione standard: 2.885478
Media pesata dev. std.: 2.720801
[ Traccia video ]
Codec ID: V_MPEG4/ISO/AVC
Risoluzione: 1920 x 816
Frame aspect ratio: 40:17 = 2.352941 (~2.35:1)
Pixel aspect ratio: 1:1 = 1
Display aspect ratio: 40:17 = 2.352941 (~2.35:1)
Framerate: 23.976043 fps
Stream size: 7,359,661,130 bytes
Durata: 01:40:56 (6056.378681 s)
Bitrate: 9721.533632 kbps
Qf: 0.258800
[ Traccia audio n. 1 ]
Codec ID: A_AC3
Canali (contenitore): 6
Frequenza: 48000 Hz
Stream size: 484,508,160 bytes
Bitrate (contenitore): 639.997146 kbps
AC-3 frames: 189261
Durata: 01:40:56 (6056.352 s)
Bitrate (bitstream): 640 kbps CBR
Mode: 3 front, 2 rear, 1 LFE
[ Traccia audio n. 2 ]
Codec ID: A_DTS
Canali (contenitore): 6
Frequenza: 48000 Hz
Stream size: 580,664,364 bytes
Bitrate (contenitore): 767.011924 kbps
[ Traccia audio n. 3 ]
Codec ID: A_DTS
Canali (contenitore): 6
Frequenza: 48000 Hz
Stream size: 1,142,377,384 bytes
Bitrate (contenitore): 1508.990615 kbps
[ Info sulla codifica H.264 ]
User data: x264
User data: core 138 r2356 a1d3d17
User data: H.264/MPEG-4 AVC codec
User data: Copyleft 2003-2013
User data: http://www.videolan.org/x264.html
User data: cabac=1
User data: ref=5
User data: deblock=1:-3:-3
User data: analyse=0×3:0×113
User data: me=umh
User data: subme=10
User data: psy=1
User data: psy_rd=1.00:0.05
User data: mixed_ref=1
User data: me_range=32
User data: chroma_me=1
User data: trellis=2
User data: 8x8dct=1
User data: cqm=0
User data: deadzone=21,11
User data: fast_pskip=0
User data: chroma_qp_offset=-2
User data: threads=18
User data: lookahead_threads=1
User data: sliced_threads=0
User data: nr=0
User data: decimate=1
User data: interlaced=0
User data: bluray_compat=0
User data: constrained_intra=0
User data: bframes=5
User data: b_pyramid=2
User data: b_adapt=2
User data: b_bias=0
User data: direct=3
User data: weightb=1
User data: open_gop=0
User data: weightp=2
User data: keyint=250
User data: keyint_min=23
User data: scenecut=40
User data: intra_refresh=0
User data: rc=2pass
User data: mbtree=0
User data: bitrate=9728
User data: ratetol=1.0
User data: qcomp=0.70
User data: qpmin=0
User data: qpmax=69
User data: qpstep=4
User data: cplxblur=20.0
User data: qblur=0.5
User data: ip_ratio=1.40
User data: pb_ratio=1.30
User data: aq=2:0.90
SPS id: 0
Profile: High@L4.1
Num ref frames: 5
Chroma format idc: YUV 4:2:0
PPS id: 0 (SPS: 0)
Codifica entropica: CABAC
Weighted prediction: P slices – explicit weighted prediction
Weighted bipred idc: B slices – implicit weighted prediction
8x8dct: Sì
Frames totali: 145208
Drop/delay frames: 0
Frames corrotti: 0
P-slices: 35414 ( 24.388 %) ######
B-slices: 108146 ( 74.477 %) ###################
I-slices: 1648 ( 1.135 %)
SP-slices: 0 ( 0.000 %)
SI-slices: 0 ( 0.000 %)
[ Analisi DRF ]
DRF medio: 18.374848
Deviazione standard: 2.885478
DRF max: 32
DRF=1: 6 ( 0.004 %)
DRF=2: 5 ( 0.003 %)
DRF=3: 6 ( 0.004 %)
DRF=4: 7 ( 0.005 %)
DRF=5: 50 ( 0.034 %)
DRF=6: 60 ( 0.041 %)
DRF=7: 186 ( 0.128 %)
DRF=8: 176 ( 0.121 %)
DRF=9: 248 ( 0.171 %)
DRF=10: 489 ( 0.337 %)
DRF=11: 600 ( 0.413 %)
DRF=12: 1408 ( 0.970 %)
DRF=13: 2276 ( 1.567 %)
DRF=14: 4357 ( 3.001 %) #
DRF=15: 8104 ( 5.581 %) #
DRF=16: 13828 ( 9.523 %) ##
DRF=17: 20633 ( 14.209 %) ####
DRF=18: 24106 ( 16.601 %) ####
DRF=19: 23020 ( 15.853 %) ####
DRF=20: 17700 ( 12.189 %) ###
DRF=21: 10946 ( 7.538 %) ##
DRF=22: 6724 ( 4.631 %) #
DRF=23: 3869 ( 2.664 %) #
DRF=24: 2746 ( 1.891 %)
DRF=25: 1613 ( 1.111 %)
DRF=26: 1020 ( 0.702 %)
DRF=27: 594 ( 0.409 %)
DRF=28: 198 ( 0.136 %)
DRF=29: 84 ( 0.058 %)
DRF=30: 28 ( 0.019 %)
DRF=31: 8 ( 0.006 %)
DRF=32: 3 ( 0.002 %)
DRF>32: 0 ( 0.000 %)
P-slices DRF medio: 16.860733
P-slices deviazione std.: 2.774314
P-slices DRF max: 29
B-slices DRF medio: 18.923862
B-slices deviazione std.: 2.706391
B-slices DRF max: 32
I-slices DRF medio: 14.884101
I-slices deviazione std.: 2.516554
I-slices DRF max: 26
[ Profile compliancy ]
Profilo da testare: MTK PAL 6000
Risoluzione: Ok
Framerate: 23.976043 <> 25
Buffer underflow: 00:00:07 (frame 163)
Buffer underflow: 00:00:07 (frame 176)
Buffer underflow: 00:00:08 (frame 199)
Buffer underflow: 00:00:23 (frame 548)
Buffer underflow: 00:00:34 (frame 806)
Buffer underflow: 00:00:34 (frame 819)
Buffer underflow: 00:00:35 (frame 835)
Buffer underflow: 00:00:35 (frame 850)
Buffer underflow: 00:00:36 (frame 865)
Buffer underflow: 00:00:37 (frame 878)
Buffer underflow: 00:00:37 (frame 890)
Buffer underflow: 00:00:38 (frame 902)
Buffer underflow: 00:00:38 (frame 914)
Buffer underflow: 00:00:39 (frame 926)
Buffer underflow: 00:00:39 (frame 939)
Buffer underflow: 00:00:40 (frame 954)
Buffer underflow: 00:00:40 (frame 969)
Buffer underflow: 00:00:41 (frame 983)
Buffer underflow: 00:00:42 (frame 997)
Buffer underflow: 00:00:42 (frame 1011)
Errore: Troppe violazioni
[ Capitoli ]
00:00:00.000: 00:00:00,000 – 00:04:14,546
00:04:14.546: 00:04:14,546 – 00:06:37,856
00:06:37.856: 00:06:37,856 – 00:10:07,649
00:10:07.649: 00:10:07,649 – 00:12:03,681
00:12:03.681: 00:12:03,681 – 00:14:46,177
00:14:46.177: 00:14:46,177 – 00:18:50,463
00:18:50.463: 00:18:50,463 – 00:23:15,060
00:23:15.060: 00:23:15,060 – 00:26:51,401
00:26:51.401: 00:26:51,401 – 00:30:50,974
00:30:50.974: 00:30:50,974 – 00:32:27,863
00:32:27.863: 00:32:27,863 – 00:36:18,093
00:36:18.093: 00:36:18,093 – 00:38:20,340
00:38:20.340: 00:38:20,340 – 00:41:47,755
00:41:47.755: 00:41:47,755 – 00:46:22,196
00:46:22.196: 00:46:22,196 – 00:51:01,850
00:51:01.850: 00:51:01,850 – 00:53:09,853
00:53:09.853: 00:53:09,853 – 00:55:47,678
00:55:47.678: 00:55:47,678 – 01:00:52,065
01:00:52.065: 01:00:52,065 – 01:04:02,338
01:04:02.338: 01:04:02,338 – 01:07:03,311
01:07:03.311: 01:07:03,311 – 01:09:38,383
01:09:38.383: 01:09:38,383 – 01:13:05,381
01:13:05.381: 01:13:05,381 – 01:18:25,159
01:18:25.159: 01:18:25,159 – 01:22:46,712
01:22:46.712: 01:22:46,712 – 01:25:17,863
01:25:17.863: 01:25:17,863 – 01:29:25,360
01:29:25.360: 01:29:25,360 – 01:33:36,402
01:33:36.402: 01:33:36,402 – [non specificato]
Rapporto generato da AVInaptic (18-11-2007) in data 3 feb 2014, h 20:55:28
