glsl::ParticleSurface_render_geo Class Reference

Shader program. More...

Public Member Functions
float3	boostSaturation (float3 color, float boost)
Radiance3	computeLight (Point3 wsPosition, Vector3 normal, float normalConfidence, Vector3 wsLookVector, bool receivesShadows)
void	emit (float x, float y, Vector3 normal, float normalConfidence, Vector3 wsLook, bool receivesShadows, Vector2 csRight, Vector2 csUp, Vector3 wsRight, Vector3 wsUp)
	Produce a vertex. More...
	layout (points) in
	layout (triangle_strip, max_vertices=8) out
	layout (location=0) in Point3 wsCenterVertexOutput[]
	layout (location=1) in float3 shapeVertexOutput[]
	layout (location=2) in int4 materialPropertiesVertexOutput[]
	layout (location=3) in float angleVertexOutput[]
	layout (location=4) in Vector3 normalVertexOutput[]
	layout (location=5) in float normalWeightVertexOutput[]
void	main ()
Point3	project (Vector4 v)

Public Attributes
float	alpha = 0.0
const float	bias = 0.5
const float	ENVIRONMENT_SCALE = max(0.0, 1.0 - WRAP_SHADING_AMOUNT / 20.0)
out RenderGeometryOutputs	geoOutputs
uniform UniversalMaterial2DArray	material
uniform float	nearPlaneZ
const int	RECEIVES_SHADOWS_MASK = 2
uniform float2	textureGridInvSize
uniform float2	textureGridSize
const float	WRAP_SHADING_AMOUNT = 8.0

Detailed Description

Shader program.

Member Function Documentation

boostSaturation()

float3 glsl::ParticleSurface_render_geo::boostSaturation ( float3  color, float  boost  )

inline

computeLight()

Radiance3 glsl::ParticleSurface_render_geo::computeLight ( Point3  wsPosition, Vector3  normal, float  normalConfidence, Vector3  wsLookVector, bool  receivesShadows  )

inline

emit()

void glsl::ParticleSurface_render_geo::emit ( float  x, float  y, Vector3  normal, float  normalConfidence, Vector3  wsLook, bool  receivesShadows, Vector2  csRight, Vector2  csUp, Vector3  wsRight, Vector3  wsUp  )

inline

Produce a vertex.

Note that x and y are compile-time constants, so most of this arithmetic compiles out.

layout() [1/8]

glsl::ParticleSurface_render_geo::layout

(

points

)

layout() [2/8]

glsl::ParticleSurface_render_geo::layout	(	triangle_strip	,
		max_vertices	= 8
	)

layout() [3/8]

glsl::ParticleSurface_render_geo::layout

(

location

= 0

)

layout() [4/8]

glsl::ParticleSurface_render_geo::layout

(

location

= 1

)

layout() [5/8]

glsl::ParticleSurface_render_geo::layout

(

location

= 2

)

layout() [6/8]

glsl::ParticleSurface_render_geo::layout

(

location

= 3

)

layout() [7/8]

glsl::ParticleSurface_render_geo::layout

(

location

= 4

)

layout() [8/8]

glsl::ParticleSurface_render_geo::layout

(

location

= 5

)

main()

void glsl::ParticleSurface_render_geo::main ( void  )

inline

project()

Point3 glsl::ParticleSurface_render_geo::project ( Vector4  v )

inline

Member Data Documentation

alpha

float glsl::ParticleSurface_render_geo::alpha = 0.0

bias

const float glsl::ParticleSurface_render_geo::bias = 0.5

ENVIRONMENT_SCALE

const float glsl::ParticleSurface_render_geo::ENVIRONMENT_SCALE = max(0.0, 1.0 - WRAP_SHADING_AMOUNT / 20.0)

geoOutputs

out RenderGeometryOutputs glsl::ParticleSurface_render_geo::geoOutputs

material

uniform UniversalMaterial2DArray glsl::ParticleSurface_render_geo::material

nearPlaneZ

uniform float glsl::ParticleSurface_render_geo::nearPlaneZ

RECEIVES_SHADOWS_MASK

const int glsl::ParticleSurface_render_geo::RECEIVES_SHADOWS_MASK = 2

textureGridInvSize

uniform float2 glsl::ParticleSurface_render_geo::textureGridInvSize

textureGridSize

uniform float2 glsl::ParticleSurface_render_geo::textureGridSize

WRAP_SHADING_AMOUNT

const float glsl::ParticleSurface_render_geo::WRAP_SHADING_AMOUNT = 8.0