Alice In Wonderland 2010 H264[quark]

Alice in Wonderland (2010)
Rating: 6.9/10 from 42,204 users
Directed by Tim Burton.
With Mia Wasikowska, Johnny Depp, Helena Bonham Carter.
Genre : Adventure | Family | Fantasy
iMDb rating : 6.9/10 42,204 votes

http://www.imdb.com/title/tt1014759

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DO NOT download if you watch on high resolution TV or monitors.
NOT for handhelds or phones, just computers.
Playable in VLC, WMP and MPC with CoreCodec and DivX 7 AAC DShow filter,
mplayer, KMplayer and of course, in QuckTime Player.
However, picture is better than 90% of CAMs and definitely watchable. Goal was "preview" quality, not the ultimate one - what is self-evident from redicolously small file-size. Trade-offs must be included.
And please, do not watch it with a nose in the screen, take proper distance to the monitor or TV (as advised in TV manuals).
For example; when I finish encoding, I always check out the file, do short preview, rewinding back and forth. It usualy looks ugly - but - then I move back and sit on the sofa, 6 feet away - and everything looks as it should. Nice and watchable, like on older, analog TV set.

WARNING:
a) If you are from developed countries, have download
speed above 15 KB/s, think twice what are you doing.
b) If you download [quark] to test your "equipment"
forget about it, on first sign of "malfunctioning"
or "misdoings" of any kind I will block you. (if you
change IP number, I will block your ISP, your region,
your country and even whole continent.
So, think thrice what are you doing.
Internet IS Big place and you can go anywhere else, true?
No one force you to download my torrents, right?
c) If you have FAST connection, HELP the people by downloading
- however NOT as you've done elsewhere, but by KEEPING your
UPLOAD SPEED at MAX. Any other behavior will be treated
appropriately.
d) When you finished downloading [quark] STAY TO SEED.
Anyone who can download - CAN UPLOAD too.
Ones who cannot - only because they are poor - are excluded.
Ones who are not poor, I beg you to show two things:
solidarity and perpetual goodness.


PLEASE, think about the ones who have Internet but cannot afford download of big files.
Every day I have 10% of my peers on dial-up and ancient hardware who need whole day to download a "normal" sized 350MB.
Please, I beg you for understanding of my work, let them through and if you can - help them by downloading and seeding afterward as long as you can. These people have slow download and it helps them a lot (please, be generous - on such file having ratio 9:1 is like 1:1 on normal-sized XviD)..
Example for the ones looking more on ratio numbers, than real and "generated" traffic (ones who need to save - skip this, its just an example):
>>XviD's downloading 350MB: giving back 350MB equals 700MB (1:1 ratio)
>>[quark]'s is ~70MB + 9 times 70 = 630 MB (well... 70 MB "less")
So, people who can give more, should not be focused on plain ratio-number too much - in "world" of [quarks] many things are different.

Thank you.


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[ About file ]

Name: Alice.In.Wonderland.2010.H264[quark].mp4
Date: 13/05/2010 17:51:34
Size: 165,841,721 bytes (158.159 MB)

[ Generic infos ]

Play duration: 01:42:39 (6159.463333 s)
Container type: MP4/MOV
Major brand: Apple AAC audio w/ iTunes info version 0
Compatible brands: ISO Base Media, JVT AVC
Creation time: 12/05/2010 15:51:20 UTC
Modification time: 12/05/2010 15:51:20 UTC
Number of streams: 2
Type of stream nr. 1: audio (AAC Low complexity) {GPAC ISO Audio Handler}
Type of stream nr. 2: video (avc1) {GPAC ISO Video Handler}
Audio streams: 1

[ Relevant data ]

Resolution: 352 x 192
Width: multiple of 32
Height: multiple of 32
Average DRF: 22.136218
Standard deviation: 0.912856
Std. dev. weighted mean: 0.876498

[ Video track ]

Codec: avc1
Resolution: 352 x 192
Frame aspect ratio: 11:6 = 1.833333 (~1.85:1)
Pixel aspect ratio: 1:1 = 1
Display aspect ratio: 11:6 = 1.833333 (~1.85:1)
Framerate: 23.976023 fps
Number of frames: 147674
Bitrate: 185.603077 kbps

[ Audio track ]

Codec: AAC Low complexity
Bitrate: 28.196300 kbps
Channels: 1
Sample rate: 22050 Hz

[ About H.264 encoding ]

User data: x264
User data: core 59
User data: H.264/MPEG-4 AVC codec
User data: Copyleft 2003-2008
User data: http://www.videolan.org/x264.html
User data: cabac=1
User data: ref=3
User data: deblock=1:0:0
User data: analyse=0x1:0x131
User data: me=dia
User data: subme=6
User data: brdo=1
User data: mixed_ref=1
User data: me_range=16
User data: chroma_me=1
User data: trellis=1
User data: 8x8dct=0
User data: cqm=0
User data: deadzone=21,11
User data: chroma_qp_offset=0
User data: threads=3
User data: nr=0
User data: decimate=1
User data: mbaff=0
User data: bframes=0
User data: keyint=250
User data: keyint_min=25
User data: scenecut=40(pre)
User data: rc=2pass
User data: bitrate=186
User data: ratetol=1.0
User data: rceq='blurCplx^(1-qComp)'
User data: qcomp=1.00
User data: qpmin=10
User data: qpmax=51
User data: qpstep=4
User data: cplxblur=20.0
User data: qblur=0.5
User data: ip_ratio=1.40
User data: aq=2:1.00
User data: zones=1,2752,q=18
SPS id: 0
Profile: Main@L3
Num ref frames: 3
Aspect ratio: Square pixels
Chroma format idc: YUV 4:2:0
PPS id: 0 (SPS: 0)
Entropy coding type: CABAC
Weighted prediction: No
Weighted bipred idc: No
8x8dct: No
Number of frames: 147674
Drop/delay frames: 0
Corrupted frames: 0

P-slices: 146033 ( 98.889 %) #########################
B-slices: 0 ( 0.000 %)
I-slices: 1641 ( 1.111 %)
SP-slices: 0 ( 0.000 %)
SI-slices: 0 ( 0.000 %)

[ DRF analysis ]

Average DRF: 22.136218
Standard deviation: 0.912856
Max DRF: 25

DRF<16: 0 ( 0.000 %)
DRF=16: 13 ( 0.009 %)
DRF=17: 239 ( 0.162 %)
DRF=18: 1263 ( 0.855 %)
DRF=19: 1097 ( 0.743 %)
DRF=20: 3101 ( 2.100 %) #
DRF=21: 16368 ( 11.084 %) ###
DRF=22: 77343 ( 52.374 %) #############
DRF=23: 44246 ( 29.962 %) #######
DRF=24: 3956 ( 2.679 %) #
DRF=25: 48 ( 0.033 %)
DRF>25: 0 ( 0.000 %)

P-slices average DRF: 22.163237
P-slices std. deviation: 0.877540
P-slices max DRF: 25

I-slices average DRF: 19.731870
I-slices std. deviation: 0.783756
I-slices max DRF: 24

[ Profile compliancy ]

Profile to check: MTK PAL 6000
Resolution: Ok
Framerate: 23.976023
Min buffer fill: 81%