08/r2_doxygen/R2LightAmbientWithOcclusion_8h_source.html

 #ifndef R2_LIGHT_AMBIENT_WITH_OCCLUSION_H
 #define R2_LIGHT_AMBIENT_WITH_OCCLUSION_H

 /// \file R2LightAmbientWithOcclusion.h
 /// \brief A trivial ambient light with mapped occlusion

 #include "R2LightShaderMain.h"
 #include "R2LightAmbient.h"

 uniform R2_light_ambient_t R2_light_ambient;

 R2_light_output_t
 R2_deferredLightMain(
   const R2_reconstructed_surface_t surface)
 {
   vec3 diffuse =
     R2_lightAmbientTerm (R2_light_ambient, surface.uv);
   vec3 specular =
     vec3 (0.0);

   return R2_light_output_t (diffuse, specular);
 }

 #endif // R2_LIGHT_AMBIENT_WITH_OCCLUSION_H
R2_reconstructed_surface_t::uv
vec2 uv
The UV coordinates of the current screen fragment.
Definition: R2ReconstructedSurface.h:32

R2LightAmbient.h
Functions and types related to ambient lighting.

R2_reconstructed_surface_t
Reconstructed surface data, taken from the G-Buffer.
Definition: R2ReconstructedSurface.h:16

R2LightShaderMain.h
The main function that all deferred light shaders must implement.

R2_light_ambient_t
A ambient light type.
Definition: R2LightAmbient.h:9

R2_light_output_t
The type of light values that all deferred light shaders calculate.
Definition: R2LightOutput.h:9

R2_lightAmbientTerm
vec3 R2_lightAmbientTerm(const R2_light_ambient_t light, const vec2 uv)
Definition: R2LightAmbient.h:29

R2_deferredLightMain
R2_light_output_t R2_deferredLightMain(const R2_reconstructed_surface_t surface)
Definition: R2LightAmbientWithOcclusion.h:13