ATTORI: Brie Larson, Naomi Watts, Woody Harrelson, Sarah Snook, Max Greenfield, Iain Armitage, Ella Anderson, Charlie Shotwell
Seconda di quattro fratelli, Jeannette (Brie Larson) cresce con una madre immatura e capricciosa (Naomi Watts), più attenta agli scorci da dipingere che alle necessità dei figli, e un padre affettuoso ma alcolizzato (Woody Harrelson). Quando non è ubriaco, Rex Walls si getta in progetti sconsiderati, elabora complesse strategie di guadagno e infarcisce la mente dei figli di aneddoti bizzarri e fantasiosi, che col tempo alle due sorelle maggiori non bastano più. L'immaginario castello di vetro, che lo sconclusionato genitore progetta un giorno di costruire per le bambine, diventa perciò simbolo dei fallimenti e delle promesse infrante. Ma anche dei guizzi della follia e dell'immaginazione.
[ Info sul file ]
Nome: Il Castello Di Vetro (2017) HD m720p iTA AC3 x264.mkv
dаta: Thu, 28 Mar 2019 09:43:52 +0100
Dimensione: 3,014,083,045 bytes (2874.453588 MiB)
[ Magic ]
Tipo file: data
[ Info generiche ]
Durata: 02:07:30 (7650.38 s)
Contenitore: matroska
Production date: Thu, 28 Mar 2019 09:43:46 +0100
Totale tracce: 3
Traccia n. 1: video (V_MPEG4/ISO/AVC) [mm] {ita}
Traccia n. 2: audio (A_AC3) [iTA AC3] {ita}
Traccia n. 3: subtitle (S_TEXT/ASS) {ita}
Muxing library: libebml v1.3.7 + libmatroska v1.5.0
Writing application: mkvmerge v32.0.0 ('Astral Progressions') 64-bit
[ Dati rilevanti ]
Risoluzione: 1280 x 536
Larghezza: multipla di 32
Altezza: multipla di 8
DRF medio: 16.166375
Deviazione standard: 4.390191
Media pesata dev. std.: 4.312927
[ Traccia video ]
Codec ID: V_MPEG4/ISO/AVC
Risoluzione: 1280 x 536
Display resolution: 320 x 133 (#undef#)
Frame aspect ratio: 160:67 = 2.38806
Pixel aspect ratio: 134:133 = 1.007519
Display aspect ratio: 320:133 = 2.406015
Framerate: 24 fps
Dimensione stream: 2,400,227,287 bytes (2289.035117 MiB)
Durata: 02:07:30 (7650.374878 s)
Bitrate (bs): 2509.918612 kbps
Qf: 0.152431
[ Traccia audio ]
Codec ID: A_AC3
Freq. campionamento: 48000 Hz
Canali: 6
Dimensione stream: 612,026,880 bytes (583.674316 MiB)
Tipo di bitstream (bs): AC3
Frames (bs): 239,073
Durata: 02:07:30 (7650.336 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 dаta: x264 | core 157 r2935 545de2f | H.264/MPEG-4 AVC codec
User dаta: Copyleft 2003-2018 | https://www.videolan.org/x264.html | cabac=1
User dаta: ref=2 | deblock=1:-1:-1 | analyse=0x1:0x111 | me=hex | subme=6
User dаta: psy=1 | psy_rd=1.00:0.15 | mixed_ref=1 | me_range=16 | chroma_me=1
User dаta: trellis=1 | 8x8dct=0 | cqm=0 | deadzone=21,11 | fast_pskip=1
User dаta: chroma_qp_offset=-3 | threads=17 | lookahead_threads=2
User dаta: sliced_threads=0 | nr=0 | decimate=1 | interlaced=0
User dаta: bluray_compat=0 | constrained_intra=0 | bframes=3 | b_pyramid=2
User dаta: b_adapt=1 | b_bias=0 | direct=1 | weightb=1 | open_gop=0 | weightp=1
User dаta: keyint=240 | keyint_min=24 | scenecut=40 | intra_refresh=0
User dаta: rc_lookahead=30 | rc=2pass | mbtree=1 | bitrate=2512 | ratetol=1.0
User dаta: qcomp=0.60 | qpmin=0 | qpmax=69 | qpstep=4 | cplxblur=20.0
User dаta: qblur=0.5 | vbv_maxrate=50000 | vbv_bufsize=62500 | nal_hrd=none
User dаta: filler=0 | ip_ratio=1.40 | aq=1:1.00
SPS id: 0
Profile:
[email protected] Num ref frames: 4
Aspect ratio: Custom pixel shape (134:133 = 1.007519)
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: B slices - implicit weighted prediction
8x8dct: No
Totale frames: 183,609
Drop/delay frames: 0
Frames corrotti: 0
P-slices: 51329 ( 27.956 %) ######
B-slices: 130378 ( 71.009 %) ##############
I-slices: 1902 ( 1.036 %)
SP-slices: 0 ( 0.000 %)
SI-slices: 0 ( 0.000 %)
[ Analisi DRF ]
DRF nedio: 16.166375
deviazione standard: 4.390191
max DRF: 29
DRF=1: 376 ( 0.205 %)
DRF=2: 776 ( 0.423 %)
DRF=3: 1226 ( 0.668 %)
DRF=4: 1404 ( 0.765 %)
DRF=5: 1394 ( 0.759 %)
DRF=6: 1179 ( 0.642 %)
DRF=7: 790 ( 0.430 %)
DRF=8: 611 ( 0.333 %)
DRF=9: 837 ( 0.456 %)
DRF=10: 1871 ( 1.019 %)
DRF=11: 4584 ( 2.497 %)
DRF=12: 8525 ( 4.643 %) #
DRF=13: 15732 ( 8.568 %) ##
DRF=14: 21803 ( 11.875 %) ##
DRF=15: 20609 ( 11.224 %) ##
DRF=16: 16904 ( 9.207 %) ##
DRF=17: 16180 ( 8.812 %) ##
DRF=18: 15070 ( 8.208 %) ##
DRF=19: 11447 ( 6.234 %) #
DRF=20: 10844 ( 5.906 %) #
DRF=21: 9789 ( 5.331 %) #
DRF=22: 9004 ( 4.904 %) #
DRF=23: 6223 ( 3.389 %) #
DRF=24: 3217 ( 1.752 %)
DRF=25: 1246 ( 0.679 %)
DRF=26: 485 ( 0.264 %)
DRF=27: 260 ( 0.142 %)
DRF=28: 28 ( 0.015 %)
DRF=29: 277 ( 0.151 %)
DRF>29: 0 ( 0.000 %)
P-slices DRF medio: 15.030509
P-slices deviazione std.: 4.10611
P-slices max DRF: 29
B-slices DRF medio: 16.66196
B-slices deviazione std.: 4.404854
B-slices max DRF: 29
I-slices DRF medio: 12.84858
I-slices deviazione std.: 3.592871
I-slices max DRF: 23
[ Conformità al profilo ]
Profilo selezionato: MTK PAL 6000
Risoluzione: 1280 x 536 > 720 x 576
Framerate: 24 25
Buffer underflow: 00:00:43 (frame 1043)
Buffer underflow: 00:16:08 (frame 23222)
Buffer underflow: 00:22:47 (frame 32813)
Buffer underflow: 00:22:48 (frame 32831)
Buffer underflow: 00:22:49 (frame 32848)
Buffer underflow: 00:22:49 (frame 32865)
Buffer underflow: 00:22:50 (frame 32882)
Buffer underflow: 00:22:51 (frame 32902)
Buffer underflow: 00:22:52 (frame 32930)
Buffer underflow: 00:22:54 (frame 32966)
Buffer underflow: 00:22:56 (frame 33017)
Buffer underflow: 00:23:00 (frame 33109)
Buffer underflow: 00:23:03 (frame 33181)
Buffer underflow: 00:35:27 (frame 51037)
Buffer underflow: 00:35:28 (frame 51075)
Buffer underflow: 00:39:09 (frame 56375)
Buffer underflow: 00:39:11 (frame 56435)
Buffer underflow: 00:40:02 (frame 57647)
Buffer underflow: 01:09:24 (frame 99947)
Buffer underflow: 01:09:25 (frame 99967)
Errore: Troppe violazioni
[ Edition entry ]
UID: 7971472991255553682
Nascosto: No
Selezionato di default: Sì
Playlist: No
Capitoli:
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00:48:55,083-00:54:36,125: 00:48:55.042 {und}
00:54:36,125-01:01:00,208: 00:54:36.083 {und}
01:01:00,208-01:06:41,250: 01:01:00.167 {und}
01:06:41,250-01:12:42,833: 01:06:41.250 {und}
01:12:42,833-01:18:57,917: 01:12:42.792 {und}
01:18:57,917-01:27:27,667: 01:18:57.917 {und}
01:27:27,667-01:30:44,792: 01:27:27.625 {und}
01:30:44,792-01:34:56,542: 01:30:44.750 {und}
01:34:56,542-01:41:37,833: 01:34:56.500 {und}
01:41:37,833-01:47:57,875: 01:41:37.792 {und}
01:47:57,875-01:56:17,042: 01:47:57.833 {und}
01:56:17,042-02:07:30,334: 01:56:17.000 {und}
Rapporto creato da AVInaptic (18-12-2011) in data 28-03-2019 09:48:08