C# Class Nez.DeferredLighting.DeferredLightEffect

Inheritance: Microsoft.Xna.Framework.Graphics.Effect

Afficher le fichier Open project: prime31/Nez Class Usage Examples

Méthodes publiques

Méthode	Description
DeferredLightEffect ( ) : System
prepareClearGBuffer ( ) : void
prepareForFinalCombine ( Microsoft.Xna.Framework.Graphics.Texture2D diffuse, Microsoft.Xna.Framework.Graphics.Texture2D lightMap, Microsoft.Xna.Framework.Graphics.Texture2D normalMap ) : void	sets the two textures required for the final combine and applies the pass
setAmbientColor ( Color color ) : void
setAreaDirectionalLightDirection ( Vector3 lightDir ) : void
setClearColor ( Color color ) : void
setColor ( Color color ) : void
setLightIntensity ( float intensity ) : void
setLightPosition ( Vector3 lightPosition ) : void
setLightRadius ( float radius ) : void
setNormalMap ( Microsoft.Xna.Framework.Graphics.Texture2D normalMap ) : void
setObjectToWorldMatrix ( Matrix objToWorld ) : void
setProjectionMatrix ( Matrix projection ) : void
setScreenToWorld ( Matrix screenToWorld ) : void	inverse of Camera.getViewProjectionMatrix
setSpecularIntensity ( float specIntensity ) : void
setSpecularPower ( float specPower ) : void
setSpotConeAngle ( float coneAngle ) : void
setSpotLightDirection ( Vector2 lightDirection ) : void	directly sets the light direction
setSpotLightDirection ( float degrees ) : void	sets the light direction using just an angle in degrees. 0 degrees points to theright, 90 degrees would be straight down, etc
setWorldToViewMatrix ( Matrix worldToView ) : void
updateForCamera ( Camera camera ) : void	updates the camera matrixes in the Effect
updateForLight ( AreaLight light ) : void	updates the shader values for the light and sets the appropriate CurrentTechnique
updateForLight ( DeferredLight light ) : void	updates the shader values for the light and sets the appropriate CurrentTechnique
updateForLight ( DirLight light ) : void	updates the shader values for the light and sets the appropriate CurrentTechnique
updateForLight ( PointLight light ) : void	updates the shader values for the light and sets the appropriate CurrentTechnique
updateForLight ( SpotLight light ) : void	updates the shader values for the light and sets the appropriate CurrentTechnique

Private Methods

Méthode	Description
cacheEffectParameters ( ) : void

Method Details

DeferredLightEffect() public méthode

public DeferredLightEffect ( ) : System
Résultat	System

prepareClearGBuffer() public méthode

public prepareClearGBuffer ( ) : void
Résultat	void

prepareForFinalCombine() public méthode

sets the two textures required for the final combine and applies the pass

public prepareForFinalCombine ( Microsoft.Xna.Framework.Graphics.Texture2D diffuse, Microsoft.Xna.Framework.Graphics.Texture2D lightMap, Microsoft.Xna.Framework.Graphics.Texture2D normalMap ) : void
diffuse	Microsoft.Xna.Framework.Graphics.Texture2D	Diffuse.
lightMap	Microsoft.Xna.Framework.Graphics.Texture2D	Light map.
normalMap	Microsoft.Xna.Framework.Graphics.Texture2D
Résultat	void

setAmbientColor() public méthode

public setAmbientColor ( Color color ) : void
color	Color
Résultat	void

setAreaDirectionalLightDirection() public méthode

public setAreaDirectionalLightDirection ( Vector3 lightDir ) : void
lightDir	Vector3
Résultat	void

setClearColor() public méthode

public setClearColor ( Color color ) : void
color	Color
Résultat	void

setColor() public méthode

public setColor ( Color color ) : void
color	Color
Résultat	void

setLightIntensity() public méthode

public setLightIntensity ( float intensity ) : void
intensity	float
Résultat	void

setLightPosition() public méthode

public setLightPosition ( Vector3 lightPosition ) : void
lightPosition	Vector3
Résultat	void

setLightRadius() public méthode

public setLightRadius ( float radius ) : void
radius	float
Résultat	void

setNormalMap() public méthode

public setNormalMap ( Microsoft.Xna.Framework.Graphics.Texture2D normalMap ) : void
normalMap	Microsoft.Xna.Framework.Graphics.Texture2D
Résultat	void

setObjectToWorldMatrix() public méthode

public setObjectToWorldMatrix ( Matrix objToWorld ) : void
objToWorld	Matrix
Résultat	void

setProjectionMatrix() public méthode

public setProjectionMatrix ( Matrix projection ) : void
projection	Matrix
Résultat	void

setScreenToWorld() public méthode

inverse of Camera.getViewProjectionMatrix

public setScreenToWorld ( Matrix screenToWorld ) : void
screenToWorld	Matrix	screenToWorld.
Résultat	void

setSpecularIntensity() public méthode

public setSpecularIntensity ( float specIntensity ) : void
specIntensity	float
Résultat	void

setSpecularPower() public méthode

public setSpecularPower ( float specPower ) : void
specPower	float
Résultat	void

setSpotConeAngle() public méthode

public setSpotConeAngle ( float coneAngle ) : void
coneAngle	float
Résultat	void

setSpotLightDirection() public méthode

directly sets the light direction

public setSpotLightDirection ( Vector2 lightDirection ) : void
lightDirection	Vector2	Light direction.
Résultat	void

setSpotLightDirection() public méthode

sets the light direction using just an angle in degrees. 0 degrees points to theright, 90 degrees would be straight down, etc

public setSpotLightDirection ( float degrees ) : void
degrees	float	Degrees.
Résultat	void

setWorldToViewMatrix() public méthode

public setWorldToViewMatrix ( Matrix worldToView ) : void
worldToView	Matrix
Résultat	void