Renderers

General 3D renderers.

Renderers are used to display geometry on screen or an off-screen texture. Some renderers can display debug visualization while others can be used to process different types of objects, or to generate information for shadows rendering.

Classes
class	Culler
	Select and sort objects based on visibility and distance criteria. More...
class	DebugLightRenderer
	Visualize lights as colored wireframe objects. More...
class	DebugViewer
	Provide helper GUI to display the content of textures and mesh infos. This can be useful to validate the content rendered to a specific texture when debugging. More...
class	LightRenderer
	Base structure of a per-light specialized renderer. More...
class	Probe
	A probe can be used to capture the appareance of a scene at a given location as a 360° cubemap. More...
class	Renderer
	Base structure of a renderer. More...
class	BasicShadowMap2DArray
	A 2D shadow map array, can be used for directional and spot lights. The shadow map will register itself with the associated lights. More...
class	BasicShadowMapCubeArray
	A cube shadow map array, can be used for point lights. Each face of the map is updated sequentially. The shadow map will register itself with the associated lights. More...
class	EmptyShadowMap2DArray
	A dummy shadow map array, can be used for directional and spot lights. The shadow map will register itself with the associated lights. More...
class	EmptyShadowMapCubeArray
	A dummy cube shadow map array, can be used for point lights. The shadow map will register itself with the associated lights. More...
class	ShadowMap
	Store shadowing information as a map generated from the light viewpoint. More...
class	VarianceShadowMap2DArray
	A 2D variance shadow map array, can be used for directional and spot lights. The shadow map will register itself with the associated lights. Implement variance shadow mapping to filter the shadows and get correct smoother edges. More...
class	VarianceShadowMapCubeArray
	A cube variance shadow map array, can be used for point lights. Each face of the map is updated sequentially. The shadow map will register itself with the associated lights. Implement variance shadow mapping to filter the shadows and get correct smoother edges. More...

Enumerations
enum class	ShadowMode : int { ShadowMode::NONE = 0 , ShadowMode::BASIC = 1 , ShadowMode::PCF = 2 , ShadowMode::VARIANCE = 3 }
	Available shadow mapping techniques. More...

Enumeration Type Documentation

ShadowMode

enum class ShadowMode : int

strong

Available shadow mapping techniques.

Enumerator
NONE	No shadows.
BASIC	Basic depth test mode.
PCF	Basic depth test mode.
VARIANCE	Variance shadow map.