/// <summary>
/// updates the shader values for the light and sets the appropriate CurrentTechnique
/// </summary>
/// <param name="light">Light.</param>
public void UpdateForLight(DirLight light)
{
SetColor(light.Color);
SetAreaDirectionalLightDirection(light.Direction);
SetSpecularPower(light.SpecularPower);
SetSpecularIntensity(light.SpecularIntensity);
directionalLightPass.Apply();
}
/// <summary>
/// updates the shader values for the light and sets the appropriate CurrentTechnique
/// </summary>
/// <param name="light">Light.</param>
public void updateForLight(DirLight light)
{
setColor(light.color);
setAreaDirectionalLightDirection(light.direction);
setSpecularPower(light.specularPower);
setSpecularIntensity(light.specularIntensity);
directionalLightPass.Apply();
}
/// <summary>
/// updates the shader values for the light and sets the appropriate CurrentTechnique
/// </summary>
/// <param name="light">Light.</param>
public void UpdateForLight(DirLight light)
{
SetColor(light.Color);
SetAreaDirectionalLightDirection(light.Direction);
SetSpecularPower(light.SpecularPower);
SetSpecularIntensity(light.SpecularIntensity);
CurrentTechnique = Techniques["DeferredDirectionalLight"];
directionalLightPass.Apply();
}
void renderLight(DirLight light)
{
_lightEffect.updateForLight(light);
_quadMesh.render();
}
void renderLight( DirLight light )
{
_lightEffect.updateForLight( light );
_quadMesh.render();
}
/// <summary>
/// updates the shader values for the light and sets the appropriate CurrentTechnique
/// </summary>
/// <param name="light">Light.</param>
public void updateForLight( DirLight light )
{
setColor( light.color );
setAreaDirectionalLightDirection( light.direction );
setSpecularPower( light.specularPower );
setSpecularIntensity( light.specularIntensity );
directionalLightPass.Apply();
}
