Morio Asaka (ep. 1), CLAMP (ep. 2)
CLAMP in Wonderland e CLAMP in Wonderland 2 sono due videoclip animati umoristici creati dalle CLAMP in cui compaiono diversi personaggi delle loro opere (e non solo). Il primo cortometraggio include i protagonisti delle loro opere a partire dal 1989 fino al 1994, mentre il secondo a partire dal 1995 fino al 2006.
About file
Name CLAMP In Wonderland [DVDRip AC3 JAP Sub ITA MKV-FBT].mkv
Date Sat, 08 Oct 2016 20:09:19 +0200
Size 93,615,290 bytes (89.278498 MiB)
Magic
File type data
Generic infos
Duration 00:06:58 (417.52 s)
Container matroska
Production date Sat, 08 Oct 2016 20:09:15 +0200
Total tracks 3
Track nr. 1 video (V_MPEG4/ISO/AVC) [By FaTTi BeNe TeAM] {jpn}
Track nr. 2 audio (A_AC3) [Giapponese] {jpn}
Track nr. 3 subtitle (S_VOBSUB) [Italiano] {ita}
Muxing library libebml v1.3.1 + libmatroska v1.4.2
Writing application mkvmerge v8.3.0 ('Over the Horizon') 64bit
Relevant data
Resolution 640 x 480
Width multiple of 32
Height multiple of 32
Average DRF 22.07693
Standard deviation 1.376841
Std. dev. weighted mean 1.318175
Video track
Codec ID V_MPEG4/ISO/AVC
Resolution 640 x 480
Frame aspect ratio 4:3 = 1.333333
Pixel aspect ratio 1:1 = 1
Display aspect ratio 4:3 = 1.333333
Framerate 25 fps
Stream size 83,414,000 bytes (79.549789 MiB)
Duration (bs) 00:06:58 (417.52 s)
Bitrate (bs) 1598.275532 kbps
Qf 0.208109
Audio track
Codec ID A_AC3
Sampling frequency 48000 Hz
Channels 2
Stream size 10,020,096 bytes (9.555908 MiB)
Bitstream type (bs) AC3
Frames (bs) 13,047
Duration (bs) 00:06:58 (417.504 s)
Chunk-aligned (bs) Yes
Bitrate (bs) 192 kbps CBR
Sampling frequency (bs) 48000 Hz
Mode (bs) stereo
Video bitstream
Bitstream type MPEG-4 Part 10
User data x264 | core 142 r2479 dd79a61 | H.264/MPEG-4 AVC codec
User data Copyleft 2003-2014 | >>>>> *FaTTi* *BeNe* *TeAM* <<<<< | cabac=1
User data ref=4 | deblock=1:-1:-1 | analyse=0x3:0x113 | me=hex | subme=4
User data psy=1 | psy_rd=0.40:0.00 | mixed_ref=0 | me_range=16 | chroma_me=1
User data trellis=1 | 8x8dct=1 | cqm=0 | deadzone=21,11 | fast_pskip=1
User data chroma_qp_offset=0 | threads=3 | lookahead_threads=1
User data sliced_threads=0 | nr=0 | decimate=1 | interlaced=0
User data bluray_compat=0 | constrained_intra=0 | bframes=5 | b_pyramid=2
User data b_adapt=1 | b_bias=0 | direct=1 | weightb=1 | open_gop=0 | weightp=1
User data keyint=250 | keyint_min=25 | scenecut=40 | intra_refresh=0
User data rc_lookahead=20 | rc=2pass | mbtree=1 | bitrate=1600 | ratetol=1.0
User data qcomp=0.60 | qpmin=0 | qpmax=69 | qpstep=4 | cplxblur=20.0
User data qblur=0.5 | vbv_maxrate=62500 | vbv_bufsize=78125 | nal_hrd=none
User data filler=0 | ip_ratio=1.40 | aq=1:0.60
SPS id 0
Profile
[email protected]
Num ref frames 4
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 10,438
Drop/delay frames 0
Corrupt frames 0
P-slices 6986 ( 66.929 %) #############
B-slices 3195 ( 30.609 %) ######
I-slices 257 ( 2.462 %)
SP-slices 0 ( 0.000 %)
SI-slices 0 ( 0.000 %)
DRF analysis
average DRF 22.07693
standard deviation 1.376841
max DRF 29
DRF<13 0 ( 0.000 %)
DRF=13 1 ( 0.010 %)
DRF=14 0 ( 0.000 %)
DRF=15 1 ( 0.010 %)
DRF=16 6 ( 0.057 %)
DRF=17 7 ( 0.067 %)
DRF=18 36 ( 0.345 %)
DRF=19 200 ( 1.916 %)
DRF=20 605 ( 5.796 %) #
DRF=21 2489 ( 23.846 %) #####
DRF=22 3815 ( 36.549 %) #######
DRF=23 2005 ( 19.209 %) ####
DRF=24 833 ( 7.980 %) ##
DRF=25 236 ( 2.261 %)
DRF=26 102 ( 0.977 %)
DRF=27 68 ( 0.651 %)
DRF=28 32 ( 0.307 %)
DRF=29 2 ( 0.019 %)
DRF>29 0 ( 0.000 %)
P-slices average DRF 21.958918
P-slices std. deviation 1.317547
P-slices max DRF 29
B-slices average DRF 22.490767
B-slices std. deviation 1.288261
B-slices max DRF 28
I-slices average DRF 20.140078
I-slices std. deviation 1.707112
I-slices max DRF 26
Profile compliancy
Selected profile MTK PAL 6000
Resolution Ok
Framerate Ok
Min buffer fill 77%
Edition entry
UID 14719441070485296830
Hidden No
Selected by default Yes
Playlist No
Chapters
00:00:00,000-00:03:49,440 Chapter 1 {und}
00:03:49,520-00:06:57,520 Chapter 2 {und}
This report was created by AVInaptic (18-12-2011) on 9-10-2016 06:46:34
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