hardware-acceleration

I compiled an older version of FFmpeg for Android (if I recall correctly it was 0.6.X). FFmpeg decodes a video frame, scales it, then I'm using OpenGL to draw it on the screen. As far as I can tell, the problem is the decoding and scaling---they're not hardware accelerated. My question is: Is the latest version of FFmpeg hardware accelerated for ARM (Android) processors? Am I going about this the wrong way? i.e., is there a better way of doing this? Where "this" is playing a h264 HD video as a video live wallpaper---the framerate needs to be high, so hardware acceleration is desirable whenever

I'm using Facebook's Rebound library to replicate the bouncy animations seen in their chat heads implementation. The problem is, most of the time the animation stutters. A few pictures will explain this better. Here's the buttery-smooth chat heads animation: And here's my attempt (notice how the animation for the white View skips nearly all frames): Once in a while it works smoothly: Below is the code I'm using currently (the entire project is up on Github if you want to set it up quickly). I'm guessing this has something to do with hardware acceleration not being enabled correctly on my View

There are tons of webpages these days recommending you add these rules to your content to make it hardware accelerated: transform: translate3d(0,0,0); -webkit-transform: translate3d(0,0,0); This always struck me as ridiculous. Why should the browser need my help to decide to hardware accelerate? It's going to be faster, right? So why not just do it? Why wait for me to "trick" the browser into it? Another way of asking this question might be, why doesn't every baseline/reset stylesheet include the lines * { transform: translate3d(0,0,0); -webkit-transform: translate3d(0,0,0); } It's not so much

I've been researching all day and not gotten very far. I'm on windows 7, using directx 11. (My final output is to be a frame of video onto a DX11 texture) I want to decode some very large H.264 video files, and the CPU (using libav) doesn't cut it. I've looked at the hwaccel capabilities of libav using DXVA2, but hit a road block when I need to create a IDirectXVideoDecoder, which can only be created with a D3D9 interface. (which I don't have using DX11) Whenever I've looked up DXVA documentation, it doesn't reference DX11, was this removed in DX10 or 11? (Can't find any confirmation of this,

How can I tell (for testing purposes) if Hardware Acceleration has been enabled for a CSS animation? I have the following code which essentially enlarges an element and makes it fullscreen (without using the HTML5 fullscreen API). It runs like a stuttering asthmatic tortoise on most mobiles when using a jQuery animation so I have used CSS3 instead. Here is the jsFiddle example: $("#makeFullscreen").on("click", function() { var map = $("#map"), mapTop = map.offset().top, mapLeft = map.offset().left; $("#map").css({ "position": "fixed", "top": mapTop, "left": mapLeft, "width": map.outerWidth

I need to have ffmpeg decode my video(e.g. h264) using hardware acceleration. I'm using the usual way of decoding frames: read packet -> decode frame. And I'd like to have ffmpeg speed up decoding. So I've built it with --enable-vaapi and --enable-hwaccel=h264 . But I don't really know what should I do next. I've tried to use avcodec_find_decoder_by_name("h264_vaapi") but it returns nullptr. Anyway, I might want to use others API and not just VA API. How one is supposed to speed up ffmpeg decoding? P.S. I didn't find any examples on Internet which uses ffmpeg with hwaccel. ixSci After some

I'm trying to write a screensaver for a Windows platform using C++ and Win APIs. To render graphics I'm using GDI+, but the issue is rendering png's with some small amount of animation (fade-in and -out) becomes very "CPU heavy." So I was wondering if there's a way to enable GPU acceleration for GDI+ APIs? And if it's not possible, is there something that I can use from a non-managed code that supports GPU acceleration (apart from OpenGL or DirectX)? Nope. GDI is mostly about manipulation of in memory bitmaps when it comes down to it. If you want more advanced features, use Direct3D/2D. 来源：