Il professor Layton riceve da Janice, una sua ex studentessa divenuta nel frattempo un’affermata cantante lirica, l’invito per una prima teatrale in cui sarà diretta da un celebre compositore e che metterà in scena L’eterna Diva, opera legata a un’antica leggenda. Layton e il suo fedele assistente, inoltre, raccolgono anche una misteriosa confidenza di Janice: sembra che un’amica defunta della ragazza si sia reincarnata in una bambina di 7 anni. Negli stessi giorni la città di Londra è caratterizzata da una serie di delitti a prima vista inspiegabili. Il professor sospetta che possano esserci dei legami tra gli avvenimenti e comincia ad indagare.
[ Info sul file ]
Nome: Il professor Layton e l'eterna Diva.2009.1080p.BluRay.x264.by £ƐgƐnd63.mkv
dаta: Mon, 17 Aug 2026 17:27:24 -0700
Dimensione: 8,399,390,298 bytes (8010.282801 MiB)
[ Magic ]
Tipo file: Matroska data
Tipo file: EBML file, creator matroska
[ Info generiche ]
Durata: 01:38:56 (5935.972 s)
Contenitore: matroska
Production date: Mon, 17 Aug 2026 17:25:37 -0700
Totale tracce: 8
Traccia n. 1: video (V_MPEG4/ISO/AVC) [by £ƐgƐnd63] {und}
Traccia n. 2: audio (A_AC3) {ita}
Traccia n. 3: audio (A_DTS) [dts] {ita}
Traccia n. 4: audio (A_AC3) {eng}
Traccia n. 5: audio (A_DTS) [dts] {eng}
Traccia n. 6: subtitle (S_TEXT/UTF8) [forced] {ita}
Traccia n. 7: subtitle (S_TEXT/UTF8) {eng}
Traccia n. 8: subtitle (S_TEXT/UTF8) {ita}
Muxing library: libebml v1.3.4 + libmatroska v1.4.5
Writing application: mkvmerge v10.0.0 ('To Drown In You') 64bit
[ Dati rilevanti ]
Risoluzione: MOLTO ALTA (1920 x 1080)
Larghezza: multipla di 32 (BENE)
Altezza: multipla di 8 (sarebbe stato meglio 16)
Qualità DRF medio: ALTA (19.646257)
Qualità deviazione standard: MEDIA (4.66807)
Media pesata dev. std.: MEDIA (4.061802)
[ Traccia video ]
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[ Traccia audio nr. 1 ]
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[ Traccia audio nr. 4 ]
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[ Bitstream video ]
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User dаta: Copyleft 2003-2020
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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: Sì
Totale frames: 142,321
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Frames corrotti: 0
P-slices: 38028 ( 26.720 %) #####
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SP-slices: 0 ( 0.000 %)
SI-slices: 0 ( 0.000 %)
[ Analisi DRF ]
DRF medio: 19.646257
deviazione standard: 4.66807
max DRF: 27
DRF=1: 202 ( 0.142 %)
DRF=2: 727 ( 0.511 %)
DRF=3: 214 ( 0.150 %)
DRF=4: 575 ( 0.404 %)
DRF=5: 734 ( 0.516 %)
DRF=6: 376 ( 0.264 %)
DRF=7: 3077 ( 2.162 %)
DRF=8: 290 ( 0.204 %)
DRF=9: 261 ( 0.183 %)
DRF=10: 465 ( 0.327 %)
DRF=11: 967 ( 0.679 %)
DRF=12: 2279 ( 1.601 %)
DRF=13: 4025 ( 2.828 %) #
DRF=14: 5100 ( 3.583 %) #
DRF=15: 5688 ( 3.997 %) #
DRF=16: 4554 ( 3.200 %) #
DRF=17: 4636 ( 3.257 %) #
DRF=18: 7083 ( 4.977 %) #
DRF=19: 11062 ( 7.773 %) ##
DRF=20: 13940 ( 9.795 %) ##
DRF=21: 16476 ( 11.577 %) ##
DRF=22: 18113 ( 12.727 %) ###
DRF=23: 15324 ( 10.767 %) ##
DRF=24: 12502 ( 8.784 %) ##
DRF=25: 10839 ( 7.616 %) ##
DRF=26: 2719 ( 1.910 %)
DRF=27: 32 ( 0.022 %)
DRF>27: 0 ( 0.000 %)
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B-slices max DRF: 27
I-slices DRF medio: 12.358114
I-slices deviazione std.: 3.306555
I-slices max DRF: 23
[ Conformità al profilo ]
Profilo selezionato: MTK PAL 6000
Risoluzione: 1920 x 1080 > 720 x 576
Framerate: 23.976024 <> 25
Buffer underflow: 00:00:02 (frame 38)
Buffer underflow: 00:00:03 (frame 65)
Buffer underflow: 00:00:04 (frame 91)
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Buffer underflow: 00:00:06 (frame 147)
Buffer underflow: 00:00:07 (frame 179)
Buffer underflow: 00:00:15 (frame 361)
Buffer underflow: 00:00:15 (frame 364)
Buffer underflow: 00:00:15 (frame 368)
Buffer underflow: 00:00:16 (frame 372)
Buffer underflow: 00:00:16 (frame 375)
Buffer underflow: 00:00:16 (frame 379)
Buffer underflow: 00:00:16 (frame 383)
Buffer underflow: 00:00:16 (frame 386)
Buffer underflow: 00:00:16 (frame 390)
Buffer underflow: 00:00:16 (frame 394)
Buffer underflow: 00:00:17 (frame 397)
Buffer underflow: 00:00:17 (frame 400)
Buffer underflow: 00:00:17 (frame 404)
Buffer underflow: 00:00:17 (frame 410)
Errore: Troppe violazioni
[ Edition entry ]
UID: 7252813968643048871
Nascosto: No
Selezionato di default: No
Playlist: No
Capitoli:
00:00:00,000-00:00:53,428: (01)00:00:00:000 {eng}
00:00:53,428-00:08:00,938: (02)00:00:53:428 {eng}
00:08:00,938-00:18:28,565: (03)00:08:00:938 {eng}
00:18:28,565-00:25:25,982: (04)00:18:28:565 {eng}
00:25:25,982-00:34:19,974: (05)00:25:25:982 {eng}
00:34:19,974-00:41:26,609: (06)00:34:19:974 {eng}
00:41:26,609-00:50:12,968: (07)00:41:26:609 {eng}
00:50:12,968-01:00:48,019: (08)00:50:12:968 {eng}
01:00:48,019-01:11:49,596: (09)01:00:48:019 {eng}
01:11:49,596-01:19:43,904: (10)01:11:49:596 {eng}
01:19:43,904-01:33:34,942: (11)01:19:43:904 {eng}
01:33:34,942-01:38:54,929: (12)01:33:34:942 {eng}
01:38:54,929-01:38:55,972: (13)01:38:54:929 {eng}
Rapporto creato da AVInaptic (01-11-2020) in data 17-08-2026 18:21:42
