Vertical retraces occur at the.

Double buffered vsync. This results in stuttering and a very lackluster experience overall. (a) given enough gpu power, double buffered is. Most monitors have a frequency of 60hz, that's 60.

Sets 1, 2 and 3 represent the operation of single, double and triple buffering, respectively, with vertical synchronization (vsync) enabled. The behavior you describe is not possible. I am a beginner to silverlight, i tried to make a little ticker animation which translate textblock from left to right with silverlight.

And 0 won't wait at all. Modified 9 years, 4 months ago. In each graph, time flows from left to right.

You could probably describe them as full (1) and half (2) vertical sync, as that's what i believe have been used in the past in other games and is probably the easiest way of. Basically, without anything changing i'm now stuck with double buffer vsync in every game. For those who don't know double buffered vsync will either play at 60fps or 30fps as soon as you get below 60.

Double & tripple buffer vsync? Vsync of 1 will wait for every vblank to start rendering the next frame. Assuming you can hit your target framerate at all times, double buffered vsync provides less input lag than triple buffered vsync (though of course triple buffered vsync has.

I personally recommend that you leave vsync off because i feel like it creates input lag and if you don't want your pc to run to run at full usage. Even the games that have a native triple buffer implementation that were working. Double & tripple buffer vsync?