Tessellation is a computer graphics technique used to manage vertex sets and divide them into structures suitable for rendering, enabling graphical primitives to be generated on the GPU. Today we’re going to show you how tessellation, high dynamic range (HDR) rendering and depth of field (DOF) affect both image quality and performance. In our previous articles on graphics options, we discussed and compared different anti-aliasing methods, anisotropic filtering, screen space ambient occlusion (SSAO) and hair simulation effects. Now it’s up to the gamer to decide whether to enable one for the visual difference it affords, even if it does drive down overall performance.

On the other hand, there is a range of other options that can notably alter in-game graphics. Some of them, like anti-aliasing and anisotropic filtering, are essential to achieve high quality image and should be disabled only as a last resort. To achieve a perfect balance between the two, it is usually necessary to adjust certain graphics options. Tweet Ever since the PC gaming era began, games have always aimed for the highest possible image quality and the fluid gameplay ensured by high framerate.

Stalker call of pripyat the hit