Depth peeling is a method of order-independent transparency. Depth peeling has the advantage of being able to generate correct results even for complex images containing intersecting transparent objects.
"its quality and performance determined by the number of rendering passes.."
Depth peeling works by rendering the image multiple times. The twist is that depth peeling uses two Z buffers, one that works conventionally, and one that is not modified, and sets the minimum distance at which a fragment can be drawn without being discarded. For each pass, the previous pass' conventional Z-buffer is used as the minimal Z-buffer, so each pass draws what was "behind" the previous pass. The resulting images can be combined to form a single image.
|This computer graphics–related article is a stub. You can help Wikipedia by expanding it.|