Fragment processing is a term in computer graphics referring to a collection of operations applied to fragments generated by the rasterization operation in the rendering pipeline.
During the rendering of computer graphics, the rasterization step takes a primitive, described by its vertex coordinates with associated color and texture information, and converts it into a set of fragments. These fragments then undergo a series of processing steps, e.g. scissor test, alpha test, depth test, stencil test, blending, texture mapping and so on. These steps are collectively referred to as fragment processing. [1] [2] [3]
See also
- Computer representation of surfaces
- Glossary of computer graphics
- Graphical perception
- Spatial visualization ability
- Visualization (graphics)
References
- ^ Rost, Randi J. (2006). OpenGL Shading Language. Addison-Wesley. ISBN 0-321-33489-2.
- ^ McReynolds, Tom; Blythe, David (2005). Advanced Graphics Programming Using OpenGL. Elsevier. ISBN 1-55860-659-9.
- ^ Astle, Dave; Durnil, Dave (2004). OpenGL ES Game Development. Thomson Course Technology. ISBN 1-59200-370-2.
 | This computer graphics–related article is a stub. You can help Wikipedia by expanding it. |
Fragment processing is a term in computer graphics referring to a collection of operations applied to fragments generated by the rasterization operation in the rendering pipeline.
During the rendering of computer graphics, the rasterization step takes a primitive, described by its vertex coordinates with associated color and texture information, and converts it into a set of fragments. These fragments then undergo a series of processing steps, e.g. scissor test, alpha test, depth test, stencil test, blending, texture mapping and so on. These steps are collectively referred to as fragment processing. [1] [2] [3]
See also
- Computer representation of surfaces
- Glossary of computer graphics
- Graphical perception
- Spatial visualization ability
- Visualization (graphics)
References
- ^ Rost, Randi J. (2006). OpenGL Shading Language. Addison-Wesley. ISBN 0-321-33489-2.
- ^ McReynolds, Tom; Blythe, David (2005). Advanced Graphics Programming Using OpenGL. Elsevier. ISBN 1-55860-659-9.
- ^ Astle, Dave; Durnil, Dave (2004). OpenGL ES Game Development. Thomson Course Technology. ISBN 1-59200-370-2.
|
| This computer graphics–related article is a stub. You can help Wikipedia by expanding it. |