r_light.h File Reference

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Data Structures
struct	light_t
	a light source More...
struct	sustain_t
	sustains are light flashes which slowly decay More...

Macros
#define	MAX_STATIC_LIGHTS   1024

Functions
void	R_AddLight (const vec3_t origin, float radius, const vec3_t color)
	Create light to be rendered in the current frame (will be removed before the next).
void	R_AddSustainedLight (const vec3_t org, float radius, const vec3_t color, float sustain)
void	R_UpdateSustainedLights (void)
	Updates state of sustained lights; should be called once per frame right before world rendering.
void	R_EnableWorldLights (void)
	Set up lighting data for the GLSL world shader.
void	R_EnableModelLights (const light_t **lights, int numLights, bool inShadow, bool enable)
	Enable or disable realtime dynamic lighting for models.
void	R_DisableLights (void)
void	R_AddStaticLight (const vec3_t origin, float radius, const vec3_t color)
	Add static light for model lighting (world already got them baked into lightmap).
void	R_ClearStaticLights (void)
	Remove all static light data.
void	R_UpdateLightList (struct entity_s *ent)

Macro Definition Documentation

MAX_STATIC_LIGHTS

#define MAX_STATIC_LIGHTS   1024

Definition at line 47 of file r_light.h.

Referenced by R_AddStaticLight().

Function Documentation

R_AddLight()

void R_AddLight	(	const vec3_t	origin,
		float	radius,
		const vec3_t	color )

Create light to be rendered in the current frame (will be removed before the next).

Todo

• integrate the particle-based lights into the new dynamic light system

Note

Call before actual 3D rendering begins to avoid missing or partially rendered lights

Definition at line 36 of file r_light.cpp.

References Com_DPrintf(), DEBUG_RENDERER, i, MAX_GL_LIGHTS, refdef, and VectorCopy.

Referenced by CL_ParticleRun2(), and R_UpdateSustainedLights().

R_AddStaticLight()

void R_AddStaticLight	(	const vec3_t	origin,
		float	radius,
		const vec3_t	color )

Add static light for model lighting (world already got them baked into lightmap).

Note

To be called from map loader only

See also

SP_light

Definition at line 261 of file r_light.cpp.

References light_t::color, Com_DPrintf(), Com_Printf(), DEBUG_RENDERER, MAX_STATIC_LIGHTS, light_t::origin, light_t::radius, refdef, and VectorCopy.

Referenced by SP_light().

R_AddSustainedLight()

void R_AddSustainedLight	(	const vec3_t	org,
		float	radius,
		const vec3_t	color,
		float	sustain )

See also

R_AddSustainedLights

Definition at line 58 of file r_light.cpp.

References light_t::color, i, sustain_t::light, MAX_GL_LIGHTS, light_t::origin, r_sustainArray, light_t::radius, refdef, sustain_t::sustain, sustain_t::time, and VectorCopy.

Referenced by CL_ParticleRun2().

R_ClearStaticLights()

void R_ClearStaticLights

(

void

)

Remove all static light data.

Note

To be called before loading a new map

Definition at line 300 of file r_light.cpp.

References refdef.

Referenced by R_ModBeginLoading(), and R_SetDefaultState().

R_DisableLights()

void R_DisableLights

(

void

)

Definition at line 282 of file r_light.cpp.

References i, MAX_GL_LIGHTS, and MIN_GL_CONSTANT_ATTENUATION.

R_EnableModelLights()

void R_EnableModelLights	(	const light_t **	lights,
		int	numLights,
		bool	inShadow,
		bool	enable )

Enable or disable realtime dynamic lighting for models.

Parameters

lights	The lights to enable
numLights	The amount of lights in the given lights list
inShadow	Whether model is shadowed from the sun
enable	Whether to turn realtime lighting on or off

Todo

is it a good idea?

Todo

assert?

Definition at line 149 of file r_light.cpp.

References light_t::color, defaultMaterial, GLPositionTransform(), i, lights, MAX_GL_LIGHTS, light_t::origin, R_DisableAttribute(), r_dynamic_lights, R_EnableAttribute(), r_locals, R_ProgramParameter3fv(), R_ProgramParameter3fvs(), R_ProgramParameter4fvs(), r_programs, r_state, R_UseMaterial(), light_t::radius, refdef, Vector4Set, and VectorCopy.

Referenced by R_DrawAliasModel(), and R_DrawMaterialSurfaces().

R_EnableWorldLights()

void R_EnableWorldLights

(

void

)

Set up lighting data for the GLSL world shader.

Definition at line 108 of file r_light.cpp.

References light_t::color, GLPositionTransform(), i, MAX_GL_LIGHTS, light_t::origin, r_dynamic_lights, R_EnableAttribute(), r_locals, R_ProgramParameter3fvs(), R_ProgramParameter4fvs(), r_programs, light_t::radius, refdef, Vector4Set, and VectorCopy.

Referenced by R_RenderAlphaTestBspRRefs(), and R_RenderOpaqueBspRRefs().

R_UpdateLightList()

void R_UpdateLightList

(

struct entity_s *

ent

)

R_UpdateSustainedLights()

void R_UpdateSustainedLights

(

void

)

Updates state of sustained lights; should be called once per frame right before world rendering.

See also

R_RenderFrame

R_AddSustainedLight

Definition at line 83 of file r_light.cpp.

References light_t::color, i, sustain_t::light, MAX_GL_LIGHTS, light_t::origin, R_AddLight(), r_sustainArray, light_t::radius, refdef, sustain_t::sustain, sustain_t::time, and VectorScale.

Referenced by R_RenderFrame().