Titolo: How to Blow Up a Pipeline
Genere: Drammatico, Thriller
Anno: 2022
Regia: Daniel Goldhaber
Paese: USA
Durata: 103 Min






Ariela Barer, Kristine Froseth, Lukas Gage, Forrest Goodluck, Sasha Lane, Jayme Lawson, Marcus Scribner, Olive Jane Lorraine...





Una squadra di attivisti ambientali mette in atto un audace piano per distruggere un oleodotto.






















[ Info sul file ]

Nome: How To Blow Up A Pipeline Come Far Saltare Un Oleodotto (2022) iTA-ENG.Bluray.1080p.x264-Dr4gon MIRCrew.mkv
Data: Wed, 15 Nov 2023 01:40:47 +0100
Dimensione: 5,039,896,140 bytes (4806.419506 MiB)

[ Magic ]

Tipo file: Matroska data
Tipo file: EBML file, creator matroska

[ Info generiche ]

Durata: 01:43:51 (6230.944 s)
Contenitore: matroska
Production date: Wed, 15 Nov 2023 01:40:37 +0100
Totale tracce: 7
Traccia n. 1: video (V_MPEG4/ISO/AVC) {und}
Traccia n. 2: audio (A_EAC3) [E-AC3  5.1] {ita}
Traccia n. 3: audio (A_AC3) [AC3 5.1] {ita}
Traccia n. 4: audio (A_DTS) [DTS 5.1] {eng}
Traccia n. 5: subtitle (S_TEXT/UTF8) [FORCED] {ita}
Traccia n. 6: subtitle (S_TEXT/UTF8) [REGULAR] {ita}
Traccia n. 7: subtitle (S_TEXT/UTF8) [REGULAR] {eng}
Muxing library: libebml v1.3.6 + libmatroska v1.4.9
Writing application: mkvmerge v25.0.0 ('Prog Noir') 64-bit

[ Dati rilevanti ]

Risoluzione: 1920 x 1080
Larghezza: multipla di 32
Altezza: multipla di 8
DRF medio: 23.92518
Deviazione standard: 3.390395
Media pesata dev. std.: 3.342381

[ Traccia video ]

Codec ID: V_MPEG4/ISO/AVC
Risoluzione: 1920 x 1080
Frame aspect ratio: 16:9 = 1.777778
Pixel aspect ratio: 1:1 = 1
Display aspect ratio: 16:9 = 1.777778
Framerate: 23.976024 fps
Dimensione stream: 2,866,491,593 bytes (2733.69941 MiB)
Durata: 01:43:46 (6226.178242 s)
Bitrate (bs): 3683.147487 kbps
Qf: 0.074083

[ Traccia audio nr. 1 ]

Codec ID: A_EAC3
Freq. campionamento: 48000 Hz
Canali: 6

[ Traccia audio nr. 2 ]

Codec ID: A_AC3
Freq. campionamento: 48000 Hz
Canali: 6
Dimensione stream: 498,475,520 bytes (475.383301 MiB)
Tipo di bitstream (bs): AC3
Frames (bs): 194,717
Durata: 01:43:51 (6230.944 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. 3 ]

Codec ID: A_DTS
Freq. campionamento: 48000 Hz
Canali: 6
Dimensione campioni: 24-bit
Dimensione stream: 1,174,042,308 bytes (1119.653996 MiB)
Tipo di bitstream (bs): DTS
Frames (bs): 583,520
Durata: 01:43:44 (6224.213333 s)
Chunk-aligned (bs): Sì
Bitrate (bs): 1536 kbps CBR
Freq. campionamento (bs): 48000 Hz
Modo (bs): C + L + R+ SL+SR
Final skip (bs): 68 bytes

[ Bitstream video ]

Tipo di bitstream: MPEG-4 Part 10
User data: x264 | core 142 r2479 dd79a61 | H.264/MPEG-4 AVC codec
User data: Copyleft 2003-2014 | cabac=1
User data: ref=4 | deblock=1:0:0 | analyse=0x1:0x131 | me=umh | subme=10
User data: psy=1 | psy_rd=1.00:0.00 | mixed_ref=1 | me_range=24 | chroma_me=1
User data: trellis=2 | 8x8dct=0 | cqm=0 | deadzone=21,11 | fast_pskip=1
User data: chroma_qp_offset=-2 | threads=36 | lookahead_threads=6
User data: sliced_threads=0 | nr=0 | decimate=1 | interlaced=0
User data: bluray_compat=0 | constrained_intra=0 | bframes=8 | b_pyramid=2
User data: b_adapt=2 | b_bias=0 | direct=3 | weightb=1 | open_gop=0 | weightp=2
User data: keyint=240 | keyint_min=24 | scenecut=40 | intra_refresh=0
User data: rc_lookahead=60 | rc=crf | mbtree=1 | crf=24.0 | qcomp=0.60
User data: qpmin=0 | qpmax=69 | qpstep=4 | vbv_maxrate=50000
User data: vbv_bufsize=62500 | crf_max=0.0 | nal_hrd=none | filler=0
User data: ip_ratio=1.40 | aq=1:1.00
SPS id: 0
 Profile: Main@L4.1
 Num ref frames: 4
 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: 149,279
Drop/delay frames: 0
Frames corrotti: 0

P-slices:  36787 ( 24.643 %) #####
B-slices: 111588 ( 74.751 %) ###############
I-slices:    904 (  0.606 %)
SP-slices:      0 (  0.000 %)
SI-slices:      0 (  0.000 %)

[ Analisi DRF ]

DRF medio: 23.92518
deviazione standard: 3.390395
max DRF: 35

DRF<5:     0 (  0.000 %)
DRF=5:     1 (  0.001 %)
DRF=6:     4 (  0.003 %)
DRF=7:    13 (  0.009 %)
DRF=8:    91 (  0.061 %)
DRF=9:    44 (  0.029 %)
DRF=10:   260 (  0.174 %)
DRF=11:   297 (  0.199 %)
DRF=12:   280 (  0.188 %)
DRF=13:   959 (  0.642 %)
DRF=14:  3214 (  2.153 %)
DRF=15:   483 (  0.324 %)
DRF=16:   714 (  0.478 %)
DRF=17:  1253 (  0.839 %)
DRF=18:  2073 (  1.389 %)
DRF=19:  3250 (  2.177 %)
DRF=20:  5308 (  3.556 %) #
DRF=21:  7637 (  5.116 %) #
DRF=22:  9297 (  6.228 %) #
DRF=23: 14274 (  9.562 %) ##
DRF=24: 24589 ( 16.472 %) ###
DRF=25: 35156 ( 23.551 %) #####
DRF=26: 17761 ( 11.898 %) ##
DRF=27:  8032 (  5.381 %) #
DRF=28:  5648 (  3.784 %) #
DRF=29:  3520 (  2.358 %)
DRF=30:  2753 (  1.844 %)
DRF=31:  1427 (  0.956 %)
DRF=32:   684 (  0.458 %)
DRF=33:   190 (  0.127 %)
DRF=34:    54 (  0.036 %)
DRF=35:    13 (  0.009 %)
DRF>35:     0 (  0.000 %)

P-slices DRF medio: 23.162612
P-slices deviazione std.: 3.626354
P-slices max DRF: 35

B-slices DRF medio: 24.207961
B-slices deviazione std.: 3.243914
B-slices max DRF: 35

I-slices DRF medio: 20.050885
I-slices deviazione std.: 3.941168
I-slices max DRF: 30

Rapporto creato da AVInaptic (01-11-2020) in data 15-11-2023 02:55:21