Recherche avancée

Médias (29)

Mot : - Tags -/Musique

Autres articles (25)

  • Encoding and processing into web-friendly formats

    13 avril 2011, par

    MediaSPIP automatically converts uploaded files to internet-compatible formats.
    Video files are encoded in MP4, Ogv and WebM (supported by HTML5) and MP4 (supported by Flash).
    Audio files are encoded in MP3 and Ogg (supported by HTML5) and MP3 (supported by Flash).
    Where possible, text is analyzed in order to retrieve the data needed for search engine detection, and then exported as a series of image files.
    All uploaded files are stored online in their original format, so you can (...)

  • Support de tous types de médias

    10 avril 2011

    Contrairement à beaucoup de logiciels et autres plate-formes modernes de partage de documents, MediaSPIP a l’ambition de gérer un maximum de formats de documents différents qu’ils soient de type : images (png, gif, jpg, bmp et autres...) ; audio (MP3, Ogg, Wav et autres...) ; vidéo (Avi, MP4, Ogv, mpg, mov, wmv et autres...) ; contenu textuel, code ou autres (open office, microsoft office (tableur, présentation), web (html, css), LaTeX, Google Earth) (...)

  • List of compatible distributions

    26 avril 2011, par

    The table below is the list of Linux distributions compatible with the automated installation script of MediaSPIP. Distribution nameVersion nameVersion number Debian Squeeze 6.x.x Debian Weezy 7.x.x Debian Jessie 8.x.x Ubuntu The Precise Pangolin 12.04 LTS Ubuntu The Trusty Tahr 14.04
    If you want to help us improve this list, you can provide us access to a machine whose distribution is not mentioned above or send the necessary fixes to add (...)

Sur d’autres sites (7165)

  • swscale/x86/output : add AVX2 version of yuv2nv12cX

    26 avril 2020, par Nelson Gomez
    swscale/x86/output : add AVX2 version of yuv2nv12cX

    256 bits is just wide enough to fit all the operands needed to vectorize
    
the software implementation, but AVX2 is needed to for a couple of
    
instructions like cross-lane permutation.
    

    Output is bit-for-bit identical to C.
    

    Signed-off-by : Nelson Gomez <nelson.gomez@microsoft.com>
    • [DH] libswscale/x86/output.asm
    • [DH] libswscale/x86/swscale.c

  • Are there people interested in converting ffmpeg source to Go ?

    30 septembre 2018, par No One

    After seeing that Go compiler have been converted from C to Go I thought same for ffmpeg ? Don’t want to go deep into reasons as I think they are obvious. It was very hard to be so close to the have rich library as ffmpeg in other language. It was even hard to make bindings for that scale of library. I’m not enough advanced to start something like this myself, so is there anybody else interested in this ? If yes then where this question worth to be addressed, so people interested in this may have discussion ?

    (Seems not enough obvious so adding some details.)

    For applications which use large amount of commands with different complexity it is hard to read the code as it’s not actually a code. Instead, it’s commands which you will need to understand by reading docs from ffmpeg’s docs page. I had used ffmpeg before in Nodejs and there was lots of logic of manipulating command string. Also sometimes in windows it was ending with cmd limitations error. When you are working with some language it is nice to see whole logic in that language. So you know go ? than you know everything that is happening with this code without even going off from code and reading docs of another application.

    There may be some benefits from executing stuff in goroutines so you can handle concurrency in the way you want not in the way it is implemented in ffmpeg.

    Build faster with Go.

    Less code.

    Possibility to split code into smaller packages.

    Also if you are familiar why community converted compiler from C to Go than I think some reasons will fit too.

  • Revision 29926 : On branche spip_piwik

    17 juillet 2009, par kent1@… — Log

    On branche spip_piwik

Navigation