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imgIContainer
nt32 ay, in print32 awidth, in print32 aheight, in gfximageformat aformat, in pruint8 apalettedepth, [array, size_is(imagelength)] out pruint8 imagedata, out unsigned long imagelength, [array, size_is(palettelength)] out pruint32 palettedata, out unsigned long palettelength); native code only!
... void endframedecode(in unsigned long framenumber); obsolete since gecko 2.0 void ensurecleanframe(in unsigned long aframenum, in print32 ax, in print32 ay, in print32 awidth, in print32 aheight, in gfximageformat aformat, [array, size_is(imagelength)] out pruint8 imagedata, out unsigned long imagelength); native code only!
...since gecko 2.0 imgicontainer extract
currentframe([const] in nsintrect arect); native code only!
...And 9 more matches
imgIDecoderObserver
pending on the situation.
...opdecode(in imgirequest arequest, in nsresult status, in wstring statusarg); void onstopframe(in imgirequest arequest, in unsigned long aframe); void onstoprequest(in imgirequest arequest, in boolean aislastpart); methods native code only!ondataavailable decode notification.
...oprequest(in imgirequest arequest, in boolean aislastpart); methods native code only!ondataavailable decode notification.
Rendering and the WebXR frame animation callback - Web APIs
back-to-back, once for each eye, before moving on to the next object that makes up the scene for that frame; that is, rendering in object-first order.
...ebuffer(gl.framebuffer, gllayer.framebuffer); // start by erasing the color and depth framebuffers.
...bxr uses a single framebuffer for every view, with viewports upon the view being used to separate each eye's viewpoint within the framebuffer, we only need to clear a single framebuffer rather than cleaning it for each eye (or other viewpoints, if any) individually.