S.M.I.L.E

Ini adalah prequel baru da ri Fate, dan lanjutan dari Fate Stay Night. Ayo langsung download aja ok!


Tutorial H10P (English) :

How to play back Hi10P content:

There are a number of different methods available to achieve (smooth) Hi10P playback:

Download the SMplayer  standalone, or just use mplayer2  from the CLI
Grab the latest CCCP  and use the player that comes with it (CCCP will dither  everything down to 8 bit before rendering. You might also run into performance issues on slower hardware
Use MPC-HC together with madVR and LAV (jump to guide) (maximum quality but needs a bit of configuration + tweaking)
Download the latest unstable build of VLC Media Player  (you really shouldn’t be using VLC) and install it
If you’re having trouble playing Hi10P due to performance reasons, CoreAVC 3  is now out, but it still has  some issues . Oh, and apparently worse performance  than ffdshow . Never mind this, don’t install CoreAVC except for 8-bit software decoding (oh, LAV Video has faster CUDA decoding as well for 8-bit)
Pick one!

Mplayer2 (and SMplayer by extension) will be fine for most users, especially those who want something that just works out of the box. For the maximum playback quality however, you’ll need to use MPC-HC + madVR as shown below.

If you use some other operating system like GNU/Hurd /Linux /Haiku /BSD /VMX /OS/2 /MS-DOS /Menuet /BareMetalOS /whatever , it’s the same deal — just get mplayer2 or VLC.

On Mac OS X, get MplayerX .

How NOT to play back Hi10P content:

CoreAVC in CUDA mode, DXVA, LAV CUVID as well as the stable versions of VLC and ffdshow do not support Hi10P at the time of writing, because no graphics cards support 10-bit decoding
The SVN build  of ffdshow-tryouts now supports Hi10P
Note: Using VSFilter (aka DirectVobSub) with Hi10P requires dithering material down to 8-bit first, which can introduce some quantization inaccuracies later on and also uses incorrect levels due to a bug in swscale (when using CCCP/ffdshow or LAV to dither)
Pros of Hi10P:

Significantly higher compression  ratios resulting in vastly decreased file sizes. The first rounds of testing show a 20-40% improvement on file sizes
Far more information is preserved from the original, removing such issues as banding and poor detail in dark scenes
The encoder will have less things to worry about
Cons:

Slower decoding and encoding
No support for DXVA  or CUDA  as of writing
Slight compatibility issues when using obscure, obsolete devices like the PS3  to play back movies — but who does that, really?
Motivation behind switching:

All technology is designed to move into the future. It was the same way with DVDs , the same way with Blu-ray discs , the same way with DivX  and it’s the same with Hi10P. Newer decoders are much faster even with Hi10P content than decoders were in 8-bit mode a year ago, so that alone gives us the power needed to back it.

How to encode in Hi10P:

Assuming you already know how to encode, grab the relevant “10bit depth” build of x264 . On Linux, just run “./configure –bit-depth=10” before compiling.

Special notice: The official x264 builds are still bugged and convert the levels incorrectly. If you want an unofficial build of x264 with the the fixes, use JEEB’s builds  or patch it yourself .

If you use CRF , increase it slightly. If you use a bit rate , you can lower it a bit. Groups are still working hard to find the best settings, so only time will tell how much to raise/lower CRF by.

Make sure you tag your releases with “Hi10P”. Feel free to link back to this guide in the description section/files, to help people set up a working media player before they go whine in your comments section.


Link Download : Fileserve | FileSonic