Discovery Science - Come funziona l'universo - Stagione 9 (2021) [Completa] DLMux 1080p E-AC3+AC3 ITA

Name: Come funziona l'universo S09E01 Scontro tra galassie.mkv

Date: Sun, 28 Jan 2024 16:58:10 +0100

Size: 2,932,199,420 bytes (2796.363277 MiB)

[ Magic ]

File type: Matroska data

File type: EBML file, creator matroska

[ Generic infos ]

Duration: 00:44:04 (2644 s)

Container: matroska

Production date: Sun, 28 Jan 2024 16:58:05 +0100

Total tracks: 3

Track nr. 1: video (V_MPEG4/ISO/AVC) {und}

Track nr. 2: audio (A_AC3) [AC3 2.0 @ DOLBY] {ita}

Track nr. 3: audio (A_EAC3) [E-AC3 2.0 @ DOLBY] {ita}

Muxing library: libebml v1.4.1 + libmatroska v1.6.2

Writing application: mkvmerge v52.0.0 ('Secret For The Mad') 64-bit

[ Relevant data ]

Resolution: 1920 x 1080

Width: multiple of 32

Height: multiple of 8

Average DRF: 17.124644

Standard deviation: 2.776337

Std. dev. weighted mean: 2.754218

[ Video track ]

Codec ID: V_MPEG4/ISO/AVC

Resolution: 1920 x 1080

Frame aspect ratio: 16:9 = 1.777778

Pixel aspect ratio: 1:1 = 1

Display aspect ratio: 16:9 = 1.777778

Framerate: 25 fps

Stream size: 2,846,824,578 bytes (2714.943483 MiB)

Duration (bs): 00:44:04 (2644 s)

Bitrate (bs): 8613.6901 kbps

Qf: 0.166159

[ Audio track nr. 1 ]

Codec ID: A_AC3

Sampling frequency: 48000 Hz

Channels: 2

Stream size: 42,304,000 bytes (40.344238 MiB)

Bitstream type (bs): AC3

Frames (bs): 82,625

Duration (bs): 00:44:04 (2644 s)

Chunk-aligned (bs): Yes

Bitrate (bs): 128 kbps CBR

Sampling frequency (bs): 48000 Hz

Mode (bs): stereo

[ Audio track nr. 2 ]

Codec ID: A_EAC3

Sampling frequency: 48000 Hz

Channels: 2

[ Video bitstream ]

Bitstream type: MPEG-4 Part 10

SPS id: 0

  Profile: High@L4

  Num ref frames: 4

  Aspect ratio: Square pixels

  Chroma format: YUV 4:2:0

PPS id: 0 (SPS: 0)

  Entropy coding type: CABAC

  Weighted prediction: P slices - explicit weighted prediction

  Weighted bipred idc: B slices - implicit weighted prediction

  8x8dct: Yes

Total frames: 66,100

Drop/delay frames: 0

Corrupt frames: 0

P-slices: 20023 ( 30.292 %) ######

B-slices: 44755 ( 67.708 %) ##############

I-slices:  1322 (  2.000 %)

SP-slices:     0 (  0.000 %)

SI-slices:     0 (  0.000 %)

[ DRF analysis ]

average DRF: 17.124644

standard deviation: 2.776337

max DRF: 38

DRF<16:     0 (  0.000 %)

DRF=16: 51764 ( 78.312 %) ################

DRF=17:  2241 (  3.390 %) #

DRF=18:  2114 (  3.198 %) #

DRF=19:  1792 (  2.711 %) #

DRF=20:  1586 (  2.399 %)

DRF=21:  1253 (  1.896 %)

DRF=22:   964 (  1.458 %)

DRF=23:   826 (  1.250 %)

DRF=24:   714 (  1.080 %)

DRF=25:   667 (  1.009 %)

DRF=26:   590 (  0.893 %)

DRF=27:   397 (  0.601 %)

DRF=28:   389 (  0.589 %)

DRF=29:   267 (  0.404 %)

DRF=30:   211 (  0.319 %)

DRF=31:   129 (  0.195 %)

DRF=32:    96 (  0.145 %)

DRF=33:    56 (  0.085 %)

DRF=34:    28 (  0.042 %)

DRF=35:     6 (  0.009 %)

DRF=36:     8 (  0.012 %)

DRF=37:     1 (  0.002 %)

DRF=38:     1 (  0.002 %)

DRF>38:     0 (  0.000 %)

P-slices average DRF: 16.870349

P-slices std. deviation: 2.396303

P-slices max DRF: 37

B-slices average DRF: 17.257066

B-slices std. deviation: 2.943718

B-slices max DRF: 38

I-slices average DRF: 16.493192

I-slices std. deviation: 1.759874

I-slices max DRF: 32