Référence de l'espace de nommage castor3d::shader

Espaces de nommage
	legacy
	pbr

Classes
struct	BaseMaterial
struct	DirectionalLight
class	Fog
struct	FragmentInput
struct	LegacyMaterial
class	LegacyMaterials
struct	Light
class	LightingModel
class	Materials
class	MetallicBrdfLightingModel
struct	MetallicRoughnessMaterial
struct	OutputComponents
class	PbrMRMaterials
class	PbrSGMaterials
class	PhongLightingModel
class	PhongReflectionModel
struct	PointLight
class	Shadow
class	SpecularBrdfLightingModel
struct	SpecularGlossinessMaterial
struct	SpotLight
class	SssTransmittance

Définitions de type
using	ParallaxFunction = glsl::Function< glsl::Vec2, glsl::InParam< glsl::Vec2 >, glsl::InParam< glsl::Vec3 > >
using	ParallaxShadowFunction = glsl::Function< glsl::Float, glsl::InParam< glsl::Vec3 >, glsl::InParam< glsl::Vec2 >, glsl::InParam< glsl::Float > >

Énumérations
enum	TypeName {   TypeName::eLight = int( glsl::TypeName::eCount ), TypeName::eDirectionalLight, TypeName::ePointLight, TypeName::eSpotLight,   TypeName::eMaterial, TypeName::eLegacyMaterial, TypeName::eMetallicRoughnessMaterial, TypeName::eSpecularGlossinessMaterial }

Fonctions
C3D_API std::unique_ptr< Materials >	createMaterials (glsl::GlslWriter &writer, PassFlags const &passFlags)
	Crée le tampon de matériaux GLSL approprié. Plus de détails...
C3D_API void	applyAlphaFunc (glsl::GlslWriter &writer, ComparisonFunc alphaFunc, glsl::Float const &alpha, glsl::Float const &alphaRef)
	Ecrit la fonction d'opacité en GLSL. Plus de détails...
C3D_API ParallaxFunction	declareParallaxMappingFunc (glsl::GlslWriter &writer, TextureChannels const &textureFlags, ProgramFlags const &programFlags)
C3D_API ParallaxShadowFunction	declareParallaxShadowFunc (glsl::GlslWriter &writer, TextureChannels const &textureFlags, ProgramFlags const &programFlags)
	DECLARE_GLSL_PARAMETER (Light)
C3D_API castor::String	paramToString (castor::String &sep, FragmentInput const &value)
C3D_API castor::String	paramToString (castor::String &sep, OutputComponents const &value)
C3D_API castor::String	toString (FragmentInput const &value)
C3D_API castor::String	toString (OutputComponents const &value)
	DECLARE_SMART_PTR (BaseMaterial)

Variables
static constexpr uint32_t	SpotShadowMapCount = 10u
static constexpr uint32_t	PointShadowMapCount = 6u
static constexpr int	BaseLightComponentsCount = 2
static constexpr int	MaxLightComponentsCount = 14
static constexpr float	LightComponentsOffset = MaxLightComponentsCount * 0.001f
static uint32_t constexpr	MaxMaterialsCount = 2000u
static int constexpr	MaxMaterialComponentsCount = 6
castor::String const	PassBufferName = cuT( "Materials" )

Documentation des définitions de type

ParallaxFunction

using castor3d::shader::ParallaxFunction = typedef glsl::Function< glsl::Vec2, glsl::InParam< glsl::Vec2 >, glsl::InParam< glsl::Vec3 > >

ParallaxShadowFunction

using castor3d::shader::ParallaxShadowFunction = typedef glsl::Function< glsl::Float, glsl::InParam< glsl::Vec3 >, glsl::InParam< glsl::Vec2 >, glsl::InParam< glsl::Float > >

Documentation du type de l'énumération

TypeName

enum castor3d::shader::TypeName

strong

Valeurs énumérées
eLight
eDirectionalLight
ePointLight
eSpotLight
eMaterial
eLegacyMaterial
eMetallicRoughnessMaterial
eSpecularGlossinessMaterial

Documentation des fonctions

applyAlphaFunc()

C3D_API void castor3d::shader::applyAlphaFunc	(	glsl::GlslWriter &	writer,
		ComparisonFunc	alphaFunc,
		glsl::Float const &	alpha,
		glsl::Float const &	alphaRef
	)

Ecrit la fonction d'opacité en GLSL.

Paramètres

[in]	writer	Le writer GLSL.
	alphaFunc	La fonction d'opacité.
[in]	alpha	La valeur d'opacité.
[in]	alphaRef	La valeur de référence pour la comparaison alpha.

createMaterials()

C3D_API std::unique_ptr< Materials > castor3d::shader::createMaterials	(	glsl::GlslWriter &	writer,
		PassFlags const &	passFlags
	)

Crée le tampon de matériaux GLSL approprié.

Paramètres

[in]	writer	Le writer GLSL.
	passFlags	Les indicateurs de passe.

DECLARE_GLSL_PARAMETER()

castor3d::shader::DECLARE_GLSL_PARAMETER

(

Light

)

DECLARE_SMART_PTR()

castor3d::shader::DECLARE_SMART_PTR

(

BaseMaterial

)

declareParallaxMappingFunc()

C3D_API ParallaxFunction castor3d::shader::declareParallaxMappingFunc	(	glsl::GlslWriter &	writer,
		TextureChannels const &	textureFlags,
		ProgramFlags const &	programFlags
	)

declareParallaxShadowFunc()

C3D_API ParallaxShadowFunction castor3d::shader::declareParallaxShadowFunc	(	glsl::GlslWriter &	writer,
		TextureChannels const &	textureFlags,
		ProgramFlags const &	programFlags
	)

paramToString() [1/2]

C3D_API castor::String castor3d::shader::paramToString	(	castor::String &	sep,
		FragmentInput const &	value
	)

paramToString() [2/2]

C3D_API castor::String castor3d::shader::paramToString	(	castor::String &	sep,
		OutputComponents const &	value
	)

toString() [1/2]

C3D_API castor::String castor3d::shader::toString

(

FragmentInput const &

value

)

toString() [2/2]

C3D_API castor::String castor3d::shader::toString

(

OutputComponents const &

value

)

Documentation des variables

BaseLightComponentsCount

constexpr int castor3d::shader::BaseLightComponentsCount = 2

static

LightComponentsOffset

constexpr float castor3d::shader::LightComponentsOffset = MaxLightComponentsCount * 0.001f

static

MaxLightComponentsCount

constexpr int castor3d::shader::MaxLightComponentsCount = 14

static

MaxMaterialComponentsCount

int constexpr castor3d::shader::MaxMaterialComponentsCount = 6

static

MaxMaterialsCount

uint32_t constexpr castor3d::shader::MaxMaterialsCount = 2000u

static

PassBufferName

castor::String const castor3d::shader::PassBufferName = cuT( "Materials" )

PointShadowMapCount

constexpr uint32_t castor3d::shader::PointShadowMapCount = 6u

static

SpotShadowMapCount

constexpr uint32_t castor3d::shader::SpotShadowMapCount = 10u

static