Ruth & Alex – L’amore cerca casa (2015)

[ Info sul file ]
Nome: Ruth.E.Alex.2015.iTA.ENG.480p.mkv
data: Mon, 12 Oct 2015 19:56:11 +0200
Dimensione: 2,163,918,549 bytes (2063.673543 MiB)
[ Magic ]
Tipo file: data
[ Info generiche ]
Durata: 01:32:28 (5547.552 s)
Contenitore: matroska
Production date: Mon, 12 Oct 2015 19:55:08 +0200
Totale tracce: 4
Traccia n. 1: video (V_MPEG4/ISO/AVC) {eng}
Traccia n. 2: audio (A_AC3) {ita}
Traccia n. 3: audio (A_AC3) {eng}
Traccia n. 4: subtitle (S_TEXT/UTF8) {ita}
Muxing library: libebml v1.3.0 + libmatroska v1.4.1
Writing application: mkvmerge v7.4.0 (‘Circles’) 64bit built on Dec 12 2014 12:19:56
[ Dati rilevanti ]
Risoluzione: 848 x 356
Larghezza: multipla di 16
Altezza: multipla di 4
DRF medio: 15.727949
Deviazione standard: 3.282563
Media pesata dev. std.: 3.27332
[ Traccia video ]
Codec ID: V_MPEG4/ISO/AVC
Risoluzione: 848 x 356
Frame aspect ratio: 212:89 = 2.382022
Pixel aspect ratio: 1:1 = 1
Display aspect ratio: 212:89 = 2.382022
Framerate: 23.976024 fps
Dimensione stream: 1,275,681,812 bytes (1216.58498 MiB)
Durata: 01:32:28 (5547.541956 s)
Bitrate (bs): 1839.635388 kbps
Qf: 0.254161
[ Traccia audio nr. 1 ]
Codec ID: A_AC3
Freq. campionamento: 48000 Hz
Canali: 6
Dimensione stream: 443,804,160 bytes (423.244629 MiB)
Tipo di bitstream (bs): AC3
Frames (bs): 173,361
Durata: 01:32:28 (5547.552 s)
Chunk-aligned (bs): Sì
Bitrate (bs): 640 kbps CBR
Freq. campionamento (bs): 48000 Hz
Modo (bs): 3 front, 2 rear, 1 LFE
[ Traccia audio nr. 2 ]
Codec ID: A_AC3
Freq. campionamento: 48000 Hz
Canali: 6
Dimensione stream: 442,926,080 bytes (422.407227 MiB)
Tipo di bitstream (bs): AC3
Frames (bs): 173,018
Durata: 01:32:17 (5536.576 s)
Chunk-aligned (bs): Sì
Bitrate (bs): 640 kbps CBR
Freq. campionamento (bs): 48000 Hz
Modo (bs): 3 front, 2 rear, 1 LFE
[ Bitstream video ]
Tipo di bitstream: MPEG-4 Part 10
User data: x264 | core 129 | H.264/MPEG-4 AVC codec | Copyleft 2003-2012
User data: http://www.videolan.org/x264.html | cabac=1 | ref=1 | deblock=1:0:0
User data: analyse=0x1:0x131 | me=dia | subme=2 | psy=1 | psy_rd=1.00:0.00
User data: mixed_ref=0 | me_range=16 | chroma_me=1 | trellis=0 | 8x8dct=0
User data: cqm=0 | deadzone=21,11 | fast_pskip=1 | chroma_qp_offset=0
User data: threads=8 | lookahead_threads=1 | sliced_threads=0 | nr=0
User data: decimate=1 | interlaced=0 | bluray_compat=0 | constrained_intra=0
User data: bframes=0 | weightp=2 | keyint=250 | keyint_min=25 | scenecut=40
User data: intra_refresh=0 | rc_lookahead=40 | rc=abr | mbtree=1 | bitrate=1838
User data: ratetol=1.0 | qcomp=0.60 | qpmin=10 | qpmax=51 | qpstep=4
User data: ip_ratio=1.41 | aq=1:1.00
SPS id: 0
Profile: Main@L3
Num ref frames: 1
Aspect ratio: Square pixels
Chroma format: YUV 4:2:0
PPS id: 0 (SPS: 0)
Tipo di codifica entropica: CABAC
Weighted prediction: P slices – explicit weighted prediction
Weighted bipred idc: No
8x8dct: No
Totale frames: 133,008
Drop/delay frames: 0
Frames corrotti: 0
P-slices: 131986 ( 99.232 %) ####################
B-slices: 0 ( 0.000 %)
I-slices: 1022 ( 0.768 %)
SP-slices: 0 ( 0.000 %)
SI-slices: 0 ( 0.000 %)
[ Analisi DRF ]
DRF nedio: 15.727949
deviazione standard: 3.282563
max DRF: 28
DRF<10: 0 ( 0.000 %)
DRF=10: 8741 ( 6.572 %) #
DRF=11: 3881 ( 2.918 %) #
DRF=12: 8087 ( 6.080 %) #
DRF=13: 14022 ( 10.542 %) ##
DRF=14: 15507 ( 11.659 %) ##
DRF=15: 15823 ( 11.896 %) ##
DRF=16: 15989 ( 12.021 %) ##
DRF=17: 13891 ( 10.444 %) ##
DRF=18: 11827 ( 8.892 %) ##
DRF=19: 8075 ( 6.071 %) #
DRF=20: 5630 ( 4.233 %) #
DRF=21: 3788 ( 2.848 %) #
DRF=22: 3182 ( 2.392 %)
DRF=23: 2507 ( 1.885 %)
DRF=24: 1576 ( 1.185 %)
DRF=25: 399 ( 0.300 %)
DRF=26: 68 ( 0.051 %)
DRF=27: 13 ( 0.010 %)
DRF=28: 2 ( 0.002 %)
DRF>28: 0 ( 0.000 %)
P-slices DRF medio: 15.749307
P-slices deviazione std.: 3.276937
P-slices max DRF: 28
I-slices DRF medio: 12.969667
I-slices deviazione std.: 2.80621
I-slices max DRF: 25
[ Conformità al profilo ]
Profilo selezionato: MTK PAL 6000
Risoluzione: 848 x 356 > 720 x 576
Framerate: 23.976024 <> 25
Min riempimento buffer: 8%
Rapporto creato da AVInaptic (18-12-2011) in data 12-10-2015 19:57:00