Linked from

The 15 pages that link to Rasterization, each with the reason it gives.

• TypographyRelated: Digital type must be rasterized to appear on pixel-based screens and printers.

• Raster graphicsRelated: It is the conversion step that produces raster output from vector-defined scenes.

• Vector graphicsRelated: Displays usually rasterize vector artwork at the size and resolution being shown.

• Texture mappingRelated: Texture coordinates are interpolated across rasterized primitives before image sampling.

• ShaderRelated: It bridges vertex processing and fragment shading by turning projected geometry into fragments.

• 3D computer graphicsRelated: It is the standard real-time route from projected triangles to image samples.

• Real-time renderingRelated: It is the main pipeline that turns scene geometry into screen coverage.

• Video game graphicsRelated: Most real-time games use rasterization to draw scene geometry quickly.

• Graphics cardRelated: It is a core stage in converting a 3D scene into a 2D image.

• OpenGLRelated: Rasterization turns OpenGL's assembled primitives into candidate pixel outputs.

• Direct3DRelated: Direct3D’s graphics pipeline rasterizes assembled primitives before pixel shading.

• 2D computer graphicsRelated: It turns vector-like drawing instructions into pixels for display or storage.