Namespaces
	anonymous_namespace{display_configurator.cpp}

	anonymous_namespace{shader_factory_deferred.cpp}

	anonymous_namespace{shader_factory_forward.cpp}

	anonymous_namespace{sprite_batch.cpp}

	anonymous_namespace{sprite_font.cpp}

	anonymous_namespace{texture_factory.cpp}

	anonymous_namespace{vertex.cpp}

	loader

Classes
class	AAPass

class	AmbientLight

class	BackBufferPass

class	BlobCompiledShader

class	BoundingVolumePass

class	BufferCompiledShader

class	BufferLock

class	Camera

struct	CameraBuffer

class	CameraLens

class	CameraSettings

class	ColorString

class	CompiledShader

class	ConstantBuffer

class	DeferredPass

class	DepthPass

class	DirectionalLight

struct	DirectionalLightBuffer

class	DisplayConfiguration

class	DisplayConfigurator

class	Fog

class	ForwardPass

struct	Glyph

struct	is_shader

struct	is_shader< ComputeShader >

struct	is_shader< DomainShader >

struct	is_shader< GeometryShader >

struct	is_shader< HullShader >

struct	is_shader< PixelShader >

struct	is_shader< VertexShader >

class	LBufferPass

struct	LightBuffer

class	Manager

class	Material

class	Mesh

class	MeshDescriptor

class	Model

struct	ModelBuffer

class	ModelDescriptor

struct	ModelOutput

struct	ModelPart

class	OmniLight

struct	OmniLightBuffer

class	OrthographicCamera

class	OutputManager

class	PerspectiveCamera

struct	Pipeline

struct	PointLightBuffer

class	PostProcessPass

class	PrimitiveBatchMesh

class	Renderer

class	ResourceManager

struct	SecondaryCameraBuffer

class	Shader

class	ShadowCubeMapBuffer

class	ShadowMapBuffer

struct	ShadowMappedOmniLightBuffer

struct	ShadowMappedSpotLightBuffer

class	Sky

class	SkyPass

class	SpotLight

struct	SpotLightBuffer

class	SpriteBatch

class	SpriteBatchMesh

class	SpriteFont

class	SpriteFontDescriptor

struct	SpriteFontOutput

class	SpriteImage

class	SpritePass

class	SpriteText

class	StateManager

class	StaticMesh

class	StructuredBuffer

class	SwapChain

class	Texture

struct	VertexPosition

struct	VertexPositionColor

struct	VertexPositionColorTexture

struct	VertexPositionNormal

struct	VertexPositionNormalColor

struct	VertexPositionNormalColorTexture

struct	VertexPositionNormalTexture

struct	VertexPositionTexture

class	VertexShader

class	Viewport

class	VoxelGrid

class	VoxelGridPass

class	VoxelizationPass

class	VoxelizationSettings

class	World

struct	WorldBuffer

Typedefs
using	DXGIAdapter = IDXGIAdapter

using	DXGIOutput = IDXGIOutput

using	DXGISwapChain = IDXGISwapChain

using	D3D11Device = ID3D11Device

using	D3D11DeviceContext = ID3D11DeviceContext

using	SpriteFontPtr = SharedPtr< const SpriteFont >

using	ModelDescriptorPtr = SharedPtr< const ModelDescriptor >

using	HullShader = Shader< ID3D11HullShader, Pipeline::HS >

using	DomainShader = Shader< ID3D11DomainShader, Pipeline::DS >

using	GeometryShader = Shader< ID3D11GeometryShader, Pipeline::GS >

using	PixelShader = Shader< ID3D11PixelShader, Pipeline::PS >

using	ComputeShader = Shader< ID3D11ComputeShader, Pipeline::CS >

using	VertexShaderPtr = SharedPtr< const VertexShader >

using	HullShaderPtr = SharedPtr< const HullShader >

using	DomainShaderPtr = SharedPtr< const DomainShader >

using	GeometryShaderPtr = SharedPtr< const GeometryShader >

using	PixelShaderPtr = SharedPtr< const PixelShader >

using	ComputeShaderPtr = SharedPtr< const ComputeShader >

using	TexturePtr = SharedPtr< const Texture >

Enumerations
enum	DepthFormat : U8 { DepthFormat::D16, DepthFormat::D32 }

enum	AntiAliasing : U8 { AntiAliasing::None = 0, AntiAliasing::FXAA, AntiAliasing::MSAA_2x, AntiAliasing::MSAA_4x, AntiAliasing::MSAA_8x, AntiAliasing::SSAA_2x, AntiAliasing::SSAA_3x, AntiAliasing::SSAA_4x }

enum	RenderMode : U8 { RenderMode::None = 0, RenderMode::Forward, RenderMode::Deferred, RenderMode::Solid, RenderMode::VoxelGrid, RenderMode::FalseColor_BaseColor, RenderMode::FalseColor_BaseColorCoefficient, RenderMode::FalseColor_BaseColorTexture, RenderMode::FalseColor_Material, RenderMode::FalseColor_MaterialCoefficient, RenderMode::FalseColor_MaterialTexture, RenderMode::FalseColor_Roughness, RenderMode::FalseColor_RoughnessCoefficient, RenderMode::FalseColor_RoughnessTexture, RenderMode::FalseColor_Metalness, RenderMode::FalseColor_MetalnessCoefficient, RenderMode::FalseColor_MetalnessTexture, RenderMode::FalseColor_ShadingNormal, RenderMode::FalseColor_TSNMShadingNormal, RenderMode::FalseColor_Depth, RenderMode::FalseColor_Distance, RenderMode::FalseColor_UV }

enum	RenderLayer : U32 { RenderLayer::None = 0, RenderLayer::Wireframe = 1, RenderLayer::AABB = 2 }

enum	BRDF : U8 { BRDF::Lambertian = 0, BRDF::BlinnPhong, BRDF::CookTorrance, BRDF::Frostbite }

enum	FalseColor : U8 { FalseColor::ConstantColor = 0, FalseColor::ConstantColorTexture, FalseColor::BaseColor, FalseColor::BaseColorCoefficient, FalseColor::BaseColorTexture, FalseColor::Material, FalseColor::MaterialCoefficient, FalseColor::MaterialTexture, FalseColor::Roughness, FalseColor::RoughnessCoefficient, FalseColor::RoughnessTexture, FalseColor::Metalness, FalseColor::MetalnessCoefficient, FalseColor::MetalnessTexture, FalseColor::ShadingNormal, FalseColor::TSNMShadingNormal, FalseColor::Depth, FalseColor::Distance, FalseColor::UV }

enum	ToneMapping : U8 { ToneMapping::None = 0, ToneMapping::ACESFilmic, ToneMapping::Max3, ToneMapping::Reinhard, ToneMapping::Uncharted }

enum	SpriteEffect : U8 { SpriteEffect::None = 0, SpriteEffect::MirrorX = 1, SpriteEffect::MirrorY = 2, SpriteEffect::MirrorXY = MirrorX \| MirrorY }

enum	SpriteSortMode : U8 { SpriteSortMode::Deferred, SpriteSortMode::Immediate, SpriteSortMode::Texture, SpriteSortMode::BackToFront, SpriteSortMode::FrontToBack }

enum	BlendStateID : U8 { BlendStateID::Opaque = 0, BlendStateID::Alpha, BlendStateID::Additive, BlendStateID::Multiplicative, BlendStateID::BiMultiplicative, BlendStateID::Transparency, BlendStateID::AlphaToCoverage, BlendStateID::Count }

enum	DepthStencilStateID : U8 { DepthStencilStateID::DepthNone = 0, DepthStencilStateID::GreaterEqualDepthReadWrite, DepthStencilStateID::GreaterEqualDepthRead, DepthStencilStateID::GreaterDepthReadWrite, DepthStencilStateID::GreaterDepthRead, DepthStencilStateID::LessEqualDepthReadWrite, DepthStencilStateID::LessEqualDepthRead, DepthStencilStateID::LessDepthReadWrite, DepthStencilStateID::LessDepthRead, DepthStencilStateID::Count }

enum	RasterizerStateID : U8 { RasterizerStateID::NoCulling = 0, RasterizerStateID::ClockwiseCulling, RasterizerStateID::CounterClockwiseCulling, RasterizerStateID::Wireframe, RasterizerStateID::Count }

enum	SamplerStateID : U8 { SamplerStateID::PointWrap, SamplerStateID::PointClamp, SamplerStateID::PointMirror, SamplerStateID::LinearWrap, SamplerStateID::LinearClamp, SamplerStateID::LinearMirror, SamplerStateID::AnisotropicWrap, SamplerStateID::AnisotropicClamp, SamplerStateID::AnisotropicMirror, SamplerStateID::PCF, SamplerStateID::Count }

Functions
constexpr AntiAliasing	RetrieveAntiAliasing (std::size_t desc) noexcept

constexpr U32	GetSampleMultiplier (AntiAliasing desc) noexcept

constexpr U32	GetResolutionMultiplier (AntiAliasing desc) noexcept

HRESULT	CreateOpaqueBlendState (ID3D11Device &device, NotNull< ID3D11BlendState ** > state) noexcept

HRESULT	CreateAlphaBlendState (ID3D11Device &device, NotNull< ID3D11BlendState ** > state) noexcept

HRESULT	CreateAdditiveBlendState (ID3D11Device &device, NotNull< ID3D11BlendState ** > state) noexcept

HRESULT	CreateMultiplicativeBlendState (ID3D11Device &device, NotNull< ID3D11BlendState ** > state) noexcept

HRESULT	CreateBiMultiplicativeBlendState (ID3D11Device &device, NotNull< ID3D11BlendState ** > state) noexcept

HRESULT	CreateTransparencyBlendState (ID3D11Device &device, NotNull< ID3D11BlendState ** > state) noexcept

HRESULT	CreateAlphaToCoverageBlendState (ID3D11Device &device, NotNull< ID3D11BlendState ** > state) noexcept

HRESULT	CreateDepthNoneDepthStencilState (ID3D11Device &device, NotNull< ID3D11DepthStencilState ** > state) noexcept

HRESULT	CreateDepthReadWriteDepthStencilState (ID3D11Device &device, NotNull< ID3D11DepthStencilState ** > state, D3D11_COMPARISON_FUNC func) noexcept

HRESULT	CreateDepthReadDepthStencilState (ID3D11Device &device, NotNull< ID3D11DepthStencilState ** > state, D3D11_COMPARISON_FUNC func) noexcept

HRESULT	CreateRasterizerState (ID3D11Device &device, NotNull< ID3D11RasterizerState ** > state, D3D11_CULL_MODE cull_mode, D3D11_FILL_MODE fill_mode, S32 depth_bias, F32 slope_scaled_depth_bias, F32 depth_bias_clamp) noexcept

HRESULT	CreateCullNoneRasterizerState (ID3D11Device &device, NotNull< ID3D11RasterizerState ** > state, S32 depth_bias, F32 slope_scaled_depth_bias, F32 depth_bias_clamp) noexcept

HRESULT	CreateCullClockwiseRasterizerState (ID3D11Device &device, NotNull< ID3D11RasterizerState ** > state, S32 depth_bias, F32 slope_scaled_depth_bias, F32 depth_bias_clamp) noexcept

HRESULT	CreateCullCounterClockwiseRasterizerState (ID3D11Device &device, NotNull< ID3D11RasterizerState ** > state, S32 depth_bias, F32 slope_scaled_depth_bias, F32 depth_bias_clamp) noexcept

HRESULT	CreateWireframeRasterizerState (ID3D11Device &device, NotNull< ID3D11RasterizerState ** > state, S32 depth_bias, F32 slope_scaled_depth_bias, F32 depth_bias_clamp) noexcept

HRESULT	CreateSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state, D3D11_FILTER filter, D3D11_TEXTURE_ADDRESS_MODE address_mode) noexcept

HRESULT	CreatePointWrapSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreatePointClampSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreatePointMirrorSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreateLinearWrapSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreateLinearClampSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreateLinearMirrorSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreateAnisotropicWrapSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreateAnisotropicClampSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreateAnisotropicMirrorSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

HRESULT	CreatePCFSamplerState (ID3D11Device &device, NotNull< ID3D11SamplerState ** > state) noexcept

template<typename VertexT >
HRESULT	CreateStaticVertexBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, gsl::span< const VertexT > vertices) noexcept

template<typename VertexT >
HRESULT	CreateDynamicVertexBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, gsl::span< const VertexT > vertices) noexcept

template<typename VertexT >
HRESULT	CreateDynamicVertexBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, std::size_t nb_vertices) noexcept

template<typename IndexT >
HRESULT	CreateStaticIndexBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, gsl::span< const IndexT > indices) noexcept

template<typename T >
HRESULT	CreateStaticConstantBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, gsl::span< const T > data) noexcept

template<typename T >
HRESULT	CreateDynamicConstantBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, gsl::span< const T > data) noexcept

template<typename T >
HRESULT	CreateDynamicConstantBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, std::size_t nb_data_elements=1u) noexcept

template<typename T >
HRESULT	CreateStaticStructuredBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, gsl::span< const T > data) noexcept

template<typename T >
HRESULT	CreateDynamicStructuredBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, gsl::span< const T > data) noexcept

template<typename T >
HRESULT	CreateDynamicStructuredBuffer (ID3D11Device &device, NotNull< ID3D11Buffer ** > buffer, std::size_t nb_data_elements) noexcept

U32	GetNumberOfGroups (F32 nb_threads, U32 nb_group_threads) noexcept

U32	GetNumberOfGroups (U32 nb_threads, U32 nb_group_threads) noexcept

SpriteFontPtr	CreateConsolasFont (ResourceManager &resource_manager)

template<typename IndexT >
constexpr DXGI_FORMAT	GetIndexFormat () noexcept

const Material	CreateDefaultMaterial (ResourceManager &resource_manager)

HRESULT	CompileShaderFromFile (std::wstring_view fname, std::string_view entry_point, std::string_view shader_target, NotNull< ID3DBlob ** > output_blob)

PixelShaderPtr	CreateBackBufferPS (ResourceManager &resource_manager)

PixelShaderPtr	CreateGBufferPS (ResourceManager &resource_manager, bool tsnm)

VertexShaderPtr	CreateSkyVS (ResourceManager &resource_manager)

PixelShaderPtr	CreateSkyPS (ResourceManager &resource_manager)

VertexShaderPtr	CreateSpriteVS (ResourceManager &resource_manager)

PixelShaderPtr	CreateSpritePS (ResourceManager &resource_manager)

VertexShaderPtr	CreateTransformVS (ResourceManager &resource_manager)

template<typename... ConstructorArgsT>
VertexShaderPtr	CreateVS (ResourceManager &resource_manager, ConstructorArgsT &&... args)

template<typename... ConstructorArgsT>
HullShaderPtr	CreateHS (ResourceManager &resource_manager, ConstructorArgsT &&... args)

template<typename... ConstructorArgsT>
DomainShaderPtr	CreateDS (ResourceManager &resource_manager, ConstructorArgsT &&... args)

template<typename... ConstructorArgsT>
GeometryShaderPtr	CreateGS (ResourceManager &resource_manager, ConstructorArgsT &&... args)

template<typename... ConstructorArgsT>
PixelShaderPtr	CreatePS (ResourceManager &resource_manager, ConstructorArgsT &&... args)

template<typename... ConstructorArgsT>
ComputeShaderPtr	CreateCS (ResourceManager &resource_manager, ConstructorArgsT &&... args)

ComputeShaderPtr	CreateAAPreprocessCS (ResourceManager &resource_manager)

ComputeShaderPtr	CreateFXAACS (ResourceManager &resource_manager)

ComputeShaderPtr	CreateMSAAResolveCS (ResourceManager &resource_manager)

ComputeShaderPtr	CreateSSAAResolveCS (ResourceManager &resource_manager)

ComputeShaderPtr	CreateDeferredEmissiveCS (ResourceManager &resource_manager)

ComputeShaderPtr	CreateDeferredCS (ResourceManager &resource_manager, BRDF brdf, bool vct)

PixelShaderPtr	CreateDeferredMSAAEmissivePS (ResourceManager &resource_manager)

PixelShaderPtr	CreateDeferredMSAAPS (ResourceManager &resource_manager, BRDF brdf, bool vct)

VertexShaderPtr	CreateDepthVS (ResourceManager &resource_manager)

VertexShaderPtr	CreateDepthTransparentVS (ResourceManager &resource_manager)

PixelShaderPtr	CreateDepthTransparentPS (ResourceManager &resource_manager)

PixelShaderPtr	CreateFalseColorPS (ResourceManager &resource_manager, FalseColor false_color)

PixelShaderPtr	CreateForwardEmissivePS (ResourceManager &resource_manager, bool transparency)

PixelShaderPtr	CreateForwardPS (ResourceManager &resource_manager, BRDF brdf, bool transparency, bool vct, bool tsnm)

PixelShaderPtr	CreateForwardSolidPS (ResourceManager &resource_manager)

ComputeShaderPtr	CreateDepthOfFieldCS (ResourceManager &resource_manager)

ComputeShaderPtr	CreateLowDynamicRangeCS (ResourceManager &resource_manager, ToneMapping tone_mapping)

VertexShaderPtr	CreateLineCubeVS (ResourceManager &resource_manager)

PixelShaderPtr	CreateLineCubePS (ResourceManager &resource_manager)

VertexShaderPtr	CreateFarFullscreenTriangleVS (ResourceManager &resource_manager)

VertexShaderPtr	CreateNearFullscreenTriangleVS (ResourceManager &resource_manager)

VertexShaderPtr	CreateVoxelizationVS (ResourceManager &resource_manager)

GeometryShaderPtr	CreateVoxelizationGS (ResourceManager &resource_manager)

PixelShaderPtr	CreateVoxelizationEmissivePS (ResourceManager &resource_manager)

PixelShaderPtr	CreateVoxelizationPS (ResourceManager &resource_manager, bool tsnm)

ComputeShaderPtr	CreateVoxelizationCS (ResourceManager &resource_manager)

VertexShaderPtr	CreateVoxelGridVS (ResourceManager &resource_manager)

GeometryShaderPtr	CreateVoxelGridGS (ResourceManager &resource_manager)

PixelShaderPtr	CreateVoxelGridPS (ResourceManager &resource_manager)

const U32x2	GetTexture2DSize (ID3D11ShaderResourceView &srv)

const U32x2	GetTexture2DSize (ID3D11Texture2D &texture) noexcept

TexturePtr	CreateBlackTexture (ResourceManager &resource_manager)

TexturePtr	CreateWhiteTexture (ResourceManager &resource_manager)

TexturePtr	CreateRedTexture (ResourceManager &resource_manager)

TexturePtr	CreateGreenTexture (ResourceManager &resource_manager)

TexturePtr	CreateBlueTexture (ResourceManager &resource_manager)

TexturePtr	CreateMAGETexture (ResourceManager &resource_manager)

TexturePtr	CreateReferenceTexture (ResourceManager &resource_manager)

F32	FOVXFromFOVY (F32 aspect_ratio, F32 fov_y) noexcept

F32	FOVYFromFOVX (F32 aspect_ratio, F32 fov_x) noexcept

constexpr F32	AspectRatioFromWidthAndHeight (F32 width, F32 height) noexcept

F32	AspectRatioFromFOVs (F32 fov_x, F32 fov_y) noexcept

const XMMATRIX XM_CALLCONV	GetViewportTransform (const U32x2 &resolution) noexcept

Variables
template<typename T >
constexpr bool	is_shader_v = is_shader< T >::value

Typedef Documentation

◆ ComputeShader

using mage::rendering::ComputeShader = typedef Shader< ID3D11ComputeShader, Pipeline::CS >

A class of compute shaders.

◆ ComputeShaderPtr

using mage::rendering::ComputeShaderPtr = typedef SharedPtr< const ComputeShader >

A pointer to a compute shader resource.

◆ D3D11Device

using mage::rendering::D3D11Device = typedef ID3D11Device

The type of D3D11 device.

◆ D3D11DeviceContext

using mage::rendering::D3D11DeviceContext = typedef ID3D11DeviceContext

The type of D3D11 device context.

◆ DomainShader

using mage::rendering::DomainShader = typedef Shader< ID3D11DomainShader, Pipeline::DS >

A class of domain shaders.

◆ DomainShaderPtr

using mage::rendering::DomainShaderPtr = typedef SharedPtr< const DomainShader >

A pointer to a domain shader resource.

◆ DXGIAdapter

using mage::rendering::DXGIAdapter = typedef IDXGIAdapter

The type of DXGI adapter.

◆ DXGIOutput

using mage::rendering::DXGIOutput = typedef IDXGIOutput

The type of DXGI output.

◆ DXGISwapChain

using mage::rendering::DXGISwapChain = typedef IDXGISwapChain

The type of DXGI swap chain.

◆ GeometryShader

using mage::rendering::GeometryShader = typedef Shader< ID3D11GeometryShader, Pipeline::GS >

A class of geometry shaders.

◆ GeometryShaderPtr

using mage::rendering::GeometryShaderPtr = typedef SharedPtr< const GeometryShader >

A pointer to a geometry shader resource.

◆ HullShader

using mage::rendering::HullShader = typedef Shader< ID3D11HullShader, Pipeline::HS >

A class of hull shaders.

◆ HullShaderPtr

using mage::rendering::HullShaderPtr = typedef SharedPtr< const HullShader >

A pointer to a hull shader resource.

◆ ModelDescriptorPtr

using mage::rendering::ModelDescriptorPtr = typedef SharedPtr< const ModelDescriptor >

A pointer to a model descriptor resource.

◆ PixelShader

using mage::rendering::PixelShader = typedef Shader< ID3D11PixelShader, Pipeline::PS >

A class of pixel shaders.

◆ PixelShaderPtr

using mage::rendering::PixelShaderPtr = typedef SharedPtr< const PixelShader >

A pointer to a pixel shader resource.

◆ SpriteFontPtr

using mage::rendering::SpriteFontPtr = typedef SharedPtr< const SpriteFont >

A pointer to a sprite font resource.

◆ TexturePtr

using mage::rendering::TexturePtr = typedef SharedPtr< const Texture >

A pointer to a texture resource.

◆ VertexShaderPtr

using mage::rendering::VertexShaderPtr = typedef SharedPtr< const VertexShader >

A pointer to a vertex shader resource.

Enumeration Type Documentation

◆ AntiAliasing

enum mage::rendering::AntiAliasing : U8

strong

Enumerator
None
FXAA
MSAA_2x
MSAA_4x
MSAA_8x
SSAA_2x
SSAA_3x
SSAA_4x

◆ BlendStateID

enum mage::rendering::BlendStateID : U8

strong

An enumeration of the different blend state identifiers.

This contains: Opaque, Alpha, Additive, Multiplicative, BiMultiplicative, Transparency and AlphaToCoverage.

Enumerator
Opaque
Alpha
Additive
Multiplicative
BiMultiplicative
Transparency
AlphaToCoverage
Count

◆ BRDF

enum mage::rendering::BRDF : U8

strong

An enumeration of the different Bidirectional Reflection Distribution Functions (BRDFs).

This contains: Lambertian, BlinnPhong, CookTorrance, and Frostbite.

Enumerator
Lambertian
BlinnPhong
CookTorrance
Frostbite

◆ DepthFormat

enum mage::rendering::DepthFormat : U8

strong

Enumerator
D16
D32

◆ DepthStencilStateID

enum mage::rendering::DepthStencilStateID : U8

strong

An enumeration of the different depth stencil state identifiers.

This contains: DepthNone, GreaterEqualDepthReadWrite, GreaterEqualDepthRead, GreaterDepthReadWrite, GreaterDepthRead, LessEqualDepthReadWrite, LessEqualDepthRead, LessDepthReadWrite and LessDepthRead.

Enumerator
DepthNone
GreaterEqualDepthReadWrite
GreaterEqualDepthRead
GreaterDepthReadWrite
GreaterDepthRead
LessEqualDepthReadWrite
LessEqualDepthRead
LessDepthReadWrite
LessDepthRead
Count

◆ FalseColor

enum mage::rendering::FalseColor : U8

strong

An enumeration of the different false colors.

This contains:

ConstantColor, ConstantColorTexture, BaseColor, BaseColorCoefficient, BaseColorTexture, Material, MaterialCoefficient, MaterialTexture, Roughness, RoughnessCoefficient, RoughnessTexture, Metalness, MetalnessCoefficient, MetalnessTexture, ShadingNormal, TSNMShadingNormal, Depth, Distance, and UV.

Enumerator
ConstantColor
ConstantColorTexture
BaseColor
BaseColorCoefficient
BaseColorTexture
Material
MaterialCoefficient
MaterialTexture
Roughness
RoughnessCoefficient
RoughnessTexture
Metalness
MetalnessCoefficient
MetalnessTexture
ShadingNormal
TSNMShadingNormal
Depth
Distance
UV

◆ RasterizerStateID

enum mage::rendering::RasterizerStateID : U8

strong

An enumeration of the different rasterizer state identifiers.

This contains: NoCulling, ClockwiseCulling, CounterClockwiseCulling and Wireframe.

Enumerator
NoCulling
ClockwiseCulling
CounterClockwiseCulling
Wireframe
Count

◆ RenderLayer

enum mage::rendering::RenderLayer : U32

strong

An enumeration of the different render layers.

This contains: None, Wireframe, and AABB.

Enumerator
None
Wireframe
AABB

◆ RenderMode

enum mage::rendering::RenderMode : U8

strong

An enumeration of the different render modes.

This contains: None, Forward, Deferred, Solid, VoxelGrid, FalseColor_BaseColor, FalseColor_BaseColorCoefficient, FalseColor_BaseColorTexture, FalseColor_Material, FalseColor_MaterialCoefficient, FalseColor_MaterialTexture, FalseColor_Roughness, FalseColor_RoughnessCoefficient, FalseColor_RoughnessTexture, FalseColor_Metalness, FalseColor_MetalnessCoefficient, FalseColor_MetalnessTexture, FalseColor_ShadingNormal, FalseColor_TSNMShadingNormal, FalseColor_Depth, FalseColor_Distance, and FalseColor_UV.

Enumerator
None
Forward
Deferred
Solid
VoxelGrid
FalseColor_BaseColor
FalseColor_BaseColorCoefficient
FalseColor_BaseColorTexture
FalseColor_Material
FalseColor_MaterialCoefficient
FalseColor_MaterialTexture
FalseColor_Roughness
FalseColor_RoughnessCoefficient
FalseColor_RoughnessTexture
FalseColor_Metalness
FalseColor_MetalnessCoefficient
FalseColor_MetalnessTexture
FalseColor_ShadingNormal
FalseColor_TSNMShadingNormal
FalseColor_Depth
FalseColor_Distance
FalseColor_UV

◆ SamplerStateID

enum mage::rendering::SamplerStateID : U8

strong

An enumeration of the different sampler state identifiers.

This contains: PointWrap, PointClamp, PointMirror, LinearWrap, LinearClamp, LinearMirror, AnisotropicWrap, AnisotropicClamp, AnisotropicMirror and. PCF.

Enumerator
PointWrap
PointClamp
PointMirror
LinearWrap
LinearClamp
LinearMirror
AnisotropicWrap
AnisotropicClamp
AnisotropicMirror
PCF
Count

◆ SpriteEffect

enum mage::rendering::SpriteEffect : U8

strong

An enumeration of the different sprite effects.

This contains: None, MirrorX, MirrorY and MirrorXY.

Enumerator
None
MirrorX
MirrorY
MirrorXY

◆ SpriteSortMode

enum mage::rendering::SpriteSortMode : U8

strong

An enumeration of the different sprite sorting modes.

This contains: Deferred, Immediate, Texture, BackToFront and FrontToBack.

Enumerator
Deferred
Immediate
Texture
BackToFront
FrontToBack

◆ ToneMapping

enum mage::rendering::ToneMapping : U8

strong

An enumeration of the different Tone Mapping functions.

This contains: None, ACESFilmic, Max3 Reinhard, and Uncharted.

Enumerator
None
ACESFilmic
Max3
Reinhard
Uncharted

Function Documentation

◆ AspectRatioFromFOVs()

F32 mage::rendering::AspectRatioFromFOVs	(	F32	fov_x,
		F32	fov_y
	)

noexcept

Returns the aspect ratio corresponding to the given horizontal and vertical field-of-views.

Parameters

[in]	fov_x	The horizontal field-of-view.
[in]	fov_y	The vertical field-of-view.

Returns: The aspect ratio corresponding to the given horizontal and vertical field-of-views.

◆ AspectRatioFromWidthAndHeight()

constexpr F32 mage::rendering::AspectRatioFromWidthAndHeight	(	F32	width,
		F32	height
	)

noexcept

Returns the aspect ratio corresponding to the given width and height.

Parameters

[in]	width	The width.
[in]	height	The height.

Returns: The aspect ratio corresponding to the given width and height.

◆ CompileShaderFromFile()

HRESULT mage::rendering::CompileShaderFromFile	(	std::wstring_view	fname,
		std::string_view	entry_point,
		std::string_view	shader_target,
		NotNull< ID3DBlob **>	output_blob
	)

Compiles Microsoft High Level Shader Language (HLSL) code into bytecode for a given shader target.

Parameters

[in]	fname	The name of the file that contains the shader code.
[in]	entry_point	The name of the shader entry point function where shader execution begins.
[in]	shader_target	The shader target or set of shader features to compile against.
[out]	output_blob	A pointer to a variable that receives a pointer to the `ID3DBlob` interface that you can use to access the compiled code.

◆ CreateAAPreprocessCS()

ComputeShaderPtr mage::rendering::CreateAAPreprocessCS ( ResourceManager & resource_manager )

Creates a AA preprocess compute shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the AA preprocess compute shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateAdditiveBlendState()

HRESULT mage::rendering::CreateAdditiveBlendState	(	ID3D11Device &	device,
		NotNull< ID3D11BlendState **>	state
	)

noexcept

Creates an additive blend state.

The blend formula is defined as: (source.rgba × 1) + (destination.rgba × 1).

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the blend state.

Returns: A success/error value.

◆ CreateAlphaBlendState()

HRESULT mage::rendering::CreateAlphaBlendState	(	ID3D11Device &	device,
		NotNull< ID3D11BlendState **>	state
	)

noexcept

Creates an alpha blend state.

The blend formula is defined as: (source.rgba × source.a) + (destination.rgba × (1-source.a)).

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the blend state.

Returns: A success/error value.

◆ CreateAlphaToCoverageBlendState()

HRESULT mage::rendering::CreateAlphaToCoverageBlendState	(	ID3D11Device &	device,
		NotNull< ID3D11BlendState **>	state
	)

noexcept

Creates a alpha-to-coverage blend state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the blend state.

Returns: A success/error value.

◆ CreateAnisotropicClampSamplerState()

HRESULT mage::rendering::CreateAnisotropicClampSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates an anisotropic sampling state with clamping.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreateAnisotropicMirrorSamplerState()

HRESULT mage::rendering::CreateAnisotropicMirrorSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates an anisotropic sampling state with mirroring.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreateAnisotropicWrapSamplerState()

HRESULT mage::rendering::CreateAnisotropicWrapSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates an anisotropic sampling state with wrapping.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreateBackBufferPS()

PixelShaderPtr mage::rendering::CreateBackBufferPS ( ResourceManager & resource_manager )

Creates a back buffer pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the back buffer pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateBiMultiplicativeBlendState()

HRESULT mage::rendering::CreateBiMultiplicativeBlendState	(	ID3D11Device &	device,
		NotNull< ID3D11BlendState **>	state
	)

noexcept

Creates a bi-multiplicative blend state.

The blend formula is defined as: (source.rgba × destination.rgba ) + (destination.rgba × source.rgba).

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the blend state.

Returns: A success/error value.

◆ CreateBlackTexture()

TexturePtr mage::rendering::CreateBlackTexture ( ResourceManager & resource_manager )

Creates a black texture.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the texture.

Exceptions

Exception Failed to create the texture.

◆ CreateBlueTexture()

TexturePtr mage::rendering::CreateBlueTexture ( ResourceManager & resource_manager )

Creates a blue texture.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the texture.

Exceptions

Exception Failed to create the texture.

◆ CreateConsolasFont()

SpriteFontPtr mage::rendering::CreateConsolasFont ( ResourceManager & resource_manager )

Creates a consolas sprite font.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the sprite font.

Exceptions

Exception Failed to create the sprite font.

◆ CreateCS()

template<typename... ConstructorArgsT>

ComputeShaderPtr mage::rendering::CreateCS	(	ResourceManager &	resource_manager,
		ConstructorArgsT &&...	args
	)

Creates a compute shader.

Template Parameters

ConstructorArgsT The constructor argument types of the compute shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	args	A reference to the constructor arguments for the compute shader.

Returns: A pointer to the compute shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateCullClockwiseRasterizerState()

HRESULT mage::rendering::CreateCullClockwiseRasterizerState	(	ID3D11Device &	device,
		NotNull< ID3D11RasterizerState **>	state,
		S32	depth_bias = `0`,
		F32	slope_scaled_depth_bias = `0.0f`,
		F32	depth_bias_clamp = `0.0f`
	)

noexcept

Creates a clockwise-culling (solid) rasterizer state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the rasterizer state.
[in]	depth_bias	The depth value added to a given pixel.
[in]	slope_scaled_depth_bias	The scalar on a given pixel's slope.
[in]	depth_bias_clamp	The maximum depth bias of a pixel.

Returns: A success/error value.

◆ CreateCullCounterClockwiseRasterizerState()

HRESULT mage::rendering::CreateCullCounterClockwiseRasterizerState	(	ID3D11Device &	device,
		NotNull< ID3D11RasterizerState **>	state,
		S32	depth_bias = `0`,
		F32	slope_scaled_depth_bias = `0.0f`,
		F32	depth_bias_clamp = `0.0f`
	)

noexcept

Creates a counter-clockwise-culling (solid) rasterizer state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the rasterizer state.
[in]	depth_bias	The depth value added to a given pixel.
[in]	slope_scaled_depth_bias	The scalar on a given pixel's slope.
[in]	depth_bias_clamp	The maximum depth bias of a pixel.

Returns: A success/error value.

◆ CreateCullNoneRasterizerState()

HRESULT mage::rendering::CreateCullNoneRasterizerState	(	ID3D11Device &	device,
		NotNull< ID3D11RasterizerState **>	state,
		S32	depth_bias = `0`,
		F32	slope_scaled_depth_bias = `0.0f`,
		F32	depth_bias_clamp = `0.0f`
	)

noexcept

Creates a no-culling (solid) rasterizer state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the rasterizer state.
[in]	depth_bias	The depth value added to a given pixel.
[in]	slope_scaled_depth_bias	The scalar on a given pixel's slope.
[in]	depth_bias_clamp	The maximum depth bias of a pixel.

Returns: A success/error value.

◆ CreateDefaultMaterial()

const Material mage::rendering::CreateDefaultMaterial ( ResourceManager & resource_manager )

Creates a default material.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: The material.

Exceptions

Exception Failed to create the material.

◆ CreateDeferredCS()

ComputeShaderPtr mage::rendering::CreateDeferredCS	(	ResourceManager &	resource_manager,
		BRDF	brdf,
		bool	vct
	)

Creates a deferred compute shader matching the given BRDF.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	brdf	The BRDF function.
[in]	vct	`true` if voxel cone tracing should be enabled. `false` otherwise.

Returns: A pointer to the deferred compute shader matching the given BRDF.

Exceptions

Exception Failed to create the compute shader.

◆ CreateDeferredEmissiveCS()

ComputeShaderPtr mage::rendering::CreateDeferredEmissiveCS ( ResourceManager & resource_manager )

Creates a deferred emissive compute shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the deferred emissive compute shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateDeferredMSAAEmissivePS()

PixelShaderPtr mage::rendering::CreateDeferredMSAAEmissivePS ( ResourceManager & resource_manager )

Creates a deferred MSAA emissive pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the deferred MSAA emissive pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateDeferredMSAAPS()

PixelShaderPtr mage::rendering::CreateDeferredMSAAPS	(	ResourceManager &	resource_manager,
		BRDF	brdf,
		bool	vct
	)

Creates a deferred MSAA pixel shader matching the given BRDF.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	brdf	The BRDF function.
[in]	vct	`true` if voxel cone tracing should be enabled. `false` otherwise.

Returns: A pointer to the deferred MSAA pixel shader matching the given BRDF.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateDepthNoneDepthStencilState()

HRESULT mage::rendering::CreateDepthNoneDepthStencilState	(	ID3D11Device &	device,
		NotNull< ID3D11DepthStencilState **>	state
	)

noexcept

Creates a no-read-no-write depth stencil state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the depth stencil state.

Returns: A success/error value.

◆ CreateDepthOfFieldCS()

ComputeShaderPtr mage::rendering::CreateDepthOfFieldCS ( ResourceManager & resource_manager )

Creates a depth-of-field compute shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the depth-of-field compute shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateDepthReadDepthStencilState()

HRESULT mage::rendering::CreateDepthReadDepthStencilState	(	ID3D11Device &	device,
		NotNull< ID3D11DepthStencilState **>	state,
		D3D11_COMPARISON_FUNC	func
	)

noexcept

Creates a read-only depth stencil state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the depth stencil state.
[in]	func	The depth comparison function.

Returns: A success/error value.

◆ CreateDepthReadWriteDepthStencilState()

HRESULT mage::rendering::CreateDepthReadWriteDepthStencilState	(	ID3D11Device &	device,
		NotNull< ID3D11DepthStencilState **>	state,
		D3D11_COMPARISON_FUNC	func
	)

noexcept

Creates a read-write depth stencil state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the depth stencil state.
[in]	func	The depth comparison function.

Returns: A success/error value.

◆ CreateDepthTransparentPS()

PixelShaderPtr mage::rendering::CreateDepthTransparentPS ( ResourceManager & resource_manager )

Creates a depth transparent pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the depth transparent pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateDepthTransparentVS()

VertexShaderPtr mage::rendering::CreateDepthTransparentVS ( ResourceManager & resource_manager )

Creates a depth transparent vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the depth transparent vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateDepthVS()

VertexShaderPtr mage::rendering::CreateDepthVS ( ResourceManager & resource_manager )

Creates a depth vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the depth vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateDS()

template<typename... ConstructorArgsT>

DomainShaderPtr mage::rendering::CreateDS	(	ResourceManager &	resource_manager,
		ConstructorArgsT &&...	args
	)

Creates a domain shader.

Template Parameters

ConstructorArgsT The constructor argument types of the domain shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	args	A reference to the constructor arguments for the domain shader.

Returns: A pointer to the domain shader.

Exceptions

Exception Failed to create the domain shader.

◆ CreateDynamicConstantBuffer() [1/2]

template<typename T >

HRESULT mage::rendering::CreateDynamicConstantBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		gsl::span< const T >	data
	)

noexcept

Creates a dynamic constant buffer.

Template Parameters

T	The data type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	data	The data.

Returns: A success/error value.

◆ CreateDynamicConstantBuffer() [2/2]

template<typename T >

HRESULT mage::rendering::CreateDynamicConstantBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		std::size_t	nb_data_elements = `1u`
	)

noexcept

Creates a dynamic constant buffer.

Template Parameters

T	The data type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	nb_data_elements	The number of data elements.

Returns: A success/error value.

◆ CreateDynamicStructuredBuffer() [1/2]

template<typename T >

HRESULT mage::rendering::CreateDynamicStructuredBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		gsl::span< const T >	data
	)

noexcept

Creates a dynamic structured buffer.

Template Parameters

T	The data type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	data	The data.

Returns: A success/error value.

◆ CreateDynamicStructuredBuffer() [2/2]

template<typename T >

HRESULT mage::rendering::CreateDynamicStructuredBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		std::size_t	nb_data_elements
	)

noexcept

Creates a dynamic structured buffer.

Template Parameters

T	The data type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	nb_data_elements	The number of data elements.

Returns: A success/error value.

◆ CreateDynamicVertexBuffer() [1/2]

template<typename VertexT >

HRESULT mage::rendering::CreateDynamicVertexBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		gsl::span< const VertexT >	vertices
	)

noexcept

Creates a dynamic vertex buffer.

Template Parameters

VertexT The vertex type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	vertices	The vertices.

Returns: A success/error value.

◆ CreateDynamicVertexBuffer() [2/2]

template<typename VertexT >

HRESULT mage::rendering::CreateDynamicVertexBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		std::size_t	nb_vertices
	)

noexcept

Creates a dynamic vertex buffer.

Template Parameters

VertexT The vertex type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	nb_vertices	The number of vertices.

Returns: A success/error value.

◆ CreateFalseColorPS()

PixelShaderPtr mage::rendering::CreateFalseColorPS	(	ResourceManager &	resource_manager,
		FalseColor	false_color
	)

Creates a false color pixel shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	false_color	The false color.

Returns: A pointer to the distance pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateFarFullscreenTriangleVS()

VertexShaderPtr mage::rendering::CreateFarFullscreenTriangleVS ( ResourceManager & resource_manager )

Creates a far fullscreen triangle vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the far fullscreen triangle vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateForwardEmissivePS()

PixelShaderPtr mage::rendering::CreateForwardEmissivePS	(	ResourceManager &	resource_manager,
		bool	transparency
	)

Creates an forward emissive pixel shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	transparency	`true` if transparency should be enabled. `false` otherwise.

Returns: A pointer to the forward emissive pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateForwardPS()

PixelShaderPtr mage::rendering::CreateForwardPS	(	ResourceManager &	resource_manager,
		BRDF	brdf,
		bool	transparency,
		bool	vct,
		bool	tsnm
	)

Creates a forward pixel shader matching the given BRDF.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	brdf	The BRDF function.
[in]	transparency	`true` if transparency should be enabled. `false` otherwise.
[in]	vct	`true` if voxel cone tracing should be enabled. `false` otherwise.
[in]	tsnm	`true` if tangent space normal mapping should be enabled. `false` otherwise.

Returns: A pointer to the forward pixel shader matching the given BRDF.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateForwardSolidPS()

PixelShaderPtr mage::rendering::CreateForwardSolidPS ( ResourceManager & resource_manager )

Creates a forward solid pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the forward Lambertian pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateFXAACS()

ComputeShaderPtr mage::rendering::CreateFXAACS ( ResourceManager & resource_manager )

Creates a FXAA compute shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the FXAA compute shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateGBufferPS()

PixelShaderPtr mage::rendering::CreateGBufferPS	(	ResourceManager &	resource_manager,
		bool	tsnm
	)

Creates a GBuffer pixel shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	tsnm	`true` if tangent space normal mapping should be enabled. `false` otherwise.

Returns: A pointer to the GBuffer pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateGreenTexture()

TexturePtr mage::rendering::CreateGreenTexture ( ResourceManager & resource_manager )

Creates a green texture.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the texture.

Exceptions

Exception Failed to create the texture.

◆ CreateGS()

template<typename... ConstructorArgsT>

GeometryShaderPtr mage::rendering::CreateGS	(	ResourceManager &	resource_manager,
		ConstructorArgsT &&...	args
	)

Creates a geometry shader.

Template Parameters

ConstructorArgsT The constructor argument types of the geometry shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	args	A reference to the constructor arguments for the geometry shader.

Returns: A pointer to the geometry shader.

Exceptions

Exception Failed to create the geometry shader.

◆ CreateHS()

template<typename... ConstructorArgsT>

HullShaderPtr mage::rendering::CreateHS	(	ResourceManager &	resource_manager,
		ConstructorArgsT &&...	args
	)

Creates a hull shader.

Template Parameters

ConstructorArgsT The constructor argument types of the hull shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	args	A reference to the constructor arguments for the hull shader.

Returns: A pointer to the hull shader.

Exceptions

Exception Failed to create the hull shader.

◆ CreateLinearClampSamplerState()

HRESULT mage::rendering::CreateLinearClampSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates a linear sampling state with clamping.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreateLinearMirrorSamplerState()

HRESULT mage::rendering::CreateLinearMirrorSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates a linear sampling state with mirroring.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreateLinearWrapSamplerState()

HRESULT mage::rendering::CreateLinearWrapSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates a linear sampling state with wrapping.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreateLineCubePS()

PixelShaderPtr mage::rendering::CreateLineCubePS ( ResourceManager & resource_manager )

Creates a line cube pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the line cube pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateLineCubeVS()

VertexShaderPtr mage::rendering::CreateLineCubeVS ( ResourceManager & resource_manager )

Creates a line cube vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the line cube vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateLowDynamicRangeCS()

ComputeShaderPtr mage::rendering::CreateLowDynamicRangeCS	(	ResourceManager &	resource_manager,
		ToneMapping	tone_mapping
	)

Creates a low-dynamic-range compute shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	tone_mapping	The tone mapping function.

Returns: A pointer to the low-dynamic-range compute shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateMAGETexture()

TexturePtr mage::rendering::CreateMAGETexture ( ResourceManager & resource_manager )

Creates a MAGE texture.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the texture.

Exceptions

Exception Failed to create the texture.

◆ CreateMSAAResolveCS()

ComputeShaderPtr mage::rendering::CreateMSAAResolveCS ( ResourceManager & resource_manager )

Creates a MSAA resolve compute shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the MSAA resolve compute shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateMultiplicativeBlendState()

HRESULT mage::rendering::CreateMultiplicativeBlendState	(	ID3D11Device &	device,
		NotNull< ID3D11BlendState **>	state
	)

noexcept

Creates a multiplicative blend state.

The blend formula is defined as: (source.rgba × 0) + (destination.rgba × source.rgba).

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the blend state.

Returns: A success/error value.

◆ CreateNearFullscreenTriangleVS()

VertexShaderPtr mage::rendering::CreateNearFullscreenTriangleVS ( ResourceManager & resource_manager )

Creates a near fullscreen triangle vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the near fullscreen triangle vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateOpaqueBlendState()

HRESULT mage::rendering::CreateOpaqueBlendState	(	ID3D11Device &	device,
		NotNull< ID3D11BlendState **>	state
	)

noexcept

Creates an opaque blend state (i.e. no blending).

The blend formula (i.e. no blending) is defined as: (source.rgba × 1) + (destination.rgba × 0) = source.rgba.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the blend state.

Returns: A success/error value.

◆ CreatePCFSamplerState()

HRESULT mage::rendering::CreatePCFSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates a PCF sampling state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreatePointClampSamplerState()

HRESULT mage::rendering::CreatePointClampSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates a point sampling state with clamping.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreatePointMirrorSamplerState()

HRESULT mage::rendering::CreatePointMirrorSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates a point sampling state with mirroring.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreatePointWrapSamplerState()

HRESULT mage::rendering::CreatePointWrapSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state
	)

noexcept

Creates a point sampling state with wrapping.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.

Returns: A success/error value.

◆ CreatePS()

template<typename... ConstructorArgsT>

PixelShaderPtr mage::rendering::CreatePS	(	ResourceManager &	resource_manager,
		ConstructorArgsT &&...	args
	)

Creates a pixel shader.

Template Parameters

ConstructorArgsT The constructor argument types of the pixel shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	args	A reference to the constructor arguments for the pixel shader.

Returns: A pointer to the pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateRasterizerState()

HRESULT mage::rendering::CreateRasterizerState	(	ID3D11Device &	device,
		NotNull< ID3D11RasterizerState **>	state,
		D3D11_CULL_MODE	cull_mode,
		D3D11_FILL_MODE	fill_mode,
		S32	depth_bias = `0`,
		F32	slope_scaled_depth_bias = `0.0f`,
		F32	depth_bias_clamp = `0.0f`
	)

noexcept

Creates a rasterizer state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the rasterizer state.
[in]	cull_mode	The cull mode of the rasterization.
[in]	fill_mode	The fill mode of the rasterization.
[in]	depth_bias	The depth value added to a given pixel.
[in]	slope_scaled_depth_bias	The scalar on a given pixel's slope.
[in]	depth_bias_clamp	The maximum depth bias of a pixel.

Returns: A success/error value.

◆ CreateRedTexture()

TexturePtr mage::rendering::CreateRedTexture ( ResourceManager & resource_manager )

Creates a red texture.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the texture.

Exceptions

Exception Failed to create the texture.

◆ CreateReferenceTexture()

TexturePtr mage::rendering::CreateReferenceTexture ( ResourceManager & resource_manager )

Creates a reference texture.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the texture.

Exceptions

Exception Failed to create the texture.

◆ CreateSamplerState()

HRESULT mage::rendering::CreateSamplerState	(	ID3D11Device &	device,
		NotNull< ID3D11SamplerState **>	state,
		D3D11_FILTER	filter,
		D3D11_TEXTURE_ADDRESS_MODE	address_mode
	)

noexcept

Creates a sampling state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the sampler state.
[in]	filter	The filtering options during texture sampling.
[in]	address_mode	The resolving of texture coordinates that are outside of the boundaries of a texture.

Returns: A success/error value.

◆ CreateSkyPS()

PixelShaderPtr mage::rendering::CreateSkyPS ( ResourceManager & resource_manager )

Creates a sky pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the sky pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateSkyVS()

VertexShaderPtr mage::rendering::CreateSkyVS ( ResourceManager & resource_manager )

Creates a sky vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the sky vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateSpritePS()

PixelShaderPtr mage::rendering::CreateSpritePS ( ResourceManager & resource_manager )

Creates a sprite pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the sprite pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateSpriteVS()

VertexShaderPtr mage::rendering::CreateSpriteVS ( ResourceManager & resource_manager )

Creates a sprite vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the sprite vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateSSAAResolveCS()

ComputeShaderPtr mage::rendering::CreateSSAAResolveCS ( ResourceManager & resource_manager )

Creates a SSAA resolve compute shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the SSAA resolve compute shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateStaticConstantBuffer()

template<typename T >

HRESULT mage::rendering::CreateStaticConstantBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		gsl::span< const T >	data
	)

noexcept

Creates a static constant buffer.

Template Parameters

T	The data type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	data	The data.

Returns: A success/error value.

◆ CreateStaticIndexBuffer()

template<typename IndexT >

HRESULT mage::rendering::CreateStaticIndexBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		gsl::span< const IndexT >	indices
	)

noexcept

Creates a static index buffer.

Template Parameters

IndexT The index type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	indices	The indices.

Returns: A success/error value.

◆ CreateStaticStructuredBuffer()

template<typename T >

HRESULT mage::rendering::CreateStaticStructuredBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		gsl::span< const T >	data
	)

noexcept

Creates a static structured buffer.

Template Parameters

T	The data type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	data	The data.

Returns: A success/error value.

◆ CreateStaticVertexBuffer()

template<typename VertexT >

HRESULT mage::rendering::CreateStaticVertexBuffer	(	ID3D11Device &	device,
		NotNull< ID3D11Buffer ** >	buffer,
		gsl::span< const VertexT >	vertices
	)

noexcept

Creates a static vertex buffer.

Template Parameters

VertexT The vertex type.

Parameters

[in,out]	device	A reference to the device.
[out]	buffer	A pointer to a pointer to the buffer.
[in]	vertices	The vertices.

Returns: A success/error value.

◆ CreateTransformVS()

VertexShaderPtr mage::rendering::CreateTransformVS ( ResourceManager & resource_manager )

Creates a transform vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the transform vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateTransparencyBlendState()

HRESULT mage::rendering::CreateTransparencyBlendState	(	ID3D11Device &	device,
		NotNull< ID3D11BlendState **>	state
	)

noexcept

Creates an transparency blend state.

The blend formula for the first RTV is defined as: (source.rgba × source.a) + (destination.rgba × (1-source.a)). The blend formula (i.e. no blending) for the remaining RTVs is defined as: (source.rgba × 1 ) + (destination.rgba × 0 ) = source.rgba.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the blend state.

Returns: A success/error value.

◆ CreateVoxelGridGS()

GeometryShaderPtr mage::rendering::CreateVoxelGridGS ( ResourceManager & resource_manager )

Creates a voxel grid geometry shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the voxelization geometry shader.

Exceptions

Exception Failed to create the geometry shader.

◆ CreateVoxelGridPS()

PixelShaderPtr mage::rendering::CreateVoxelGridPS ( ResourceManager & resource_manager )

Creates a voxel grid pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the voxelization geometry shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateVoxelGridVS()

VertexShaderPtr mage::rendering::CreateVoxelGridVS ( ResourceManager & resource_manager )

Creates a voxel grid vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the voxelization geometry shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateVoxelizationCS()

ComputeShaderPtr mage::rendering::CreateVoxelizationCS ( ResourceManager & resource_manager )

Creates a voxelization compute shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the voxelization geometry shader.

Exceptions

Exception Failed to create the compute shader.

◆ CreateVoxelizationEmissivePS()

PixelShaderPtr mage::rendering::CreateVoxelizationEmissivePS ( ResourceManager & resource_manager )

Creates a voxelization emissive pixel shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the voxelization emissive pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateVoxelizationGS()

GeometryShaderPtr mage::rendering::CreateVoxelizationGS ( ResourceManager & resource_manager )

Creates a voxelization geometry shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the voxelization geometry shader.

Exceptions

Exception Failed to create the geometry shader.

◆ CreateVoxelizationPS()

PixelShaderPtr mage::rendering::CreateVoxelizationPS	(	ResourceManager &	resource_manager,
		bool	tsnm
	)

Creates a voxelization pixel shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	tsnm	`true` if tangent space normal mapping should be enabled. `false` otherwise.

Returns: A pointer to the voxelization pixel shader.

Exceptions

Exception Failed to create the pixel shader.

◆ CreateVoxelizationVS()

VertexShaderPtr mage::rendering::CreateVoxelizationVS ( ResourceManager & resource_manager )

Creates a voxelization vertex shader.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the voxelization geometry shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateVS()

template<typename... ConstructorArgsT>

VertexShaderPtr mage::rendering::CreateVS	(	ResourceManager &	resource_manager,
		ConstructorArgsT &&...	args
	)

Creates a vertex shader.

Template Parameters

ConstructorArgsT The constructor argument types of the vertex shader.

Parameters

[in,out]	resource_manager	A reference to the resource manager.
[in]	args	A reference to the constructor arguments for the vertex shader.

Returns: A pointer to the vertex shader.

Exceptions

Exception Failed to create the vertex shader.

◆ CreateWhiteTexture()

TexturePtr mage::rendering::CreateWhiteTexture ( ResourceManager & resource_manager )

Creates a white texture.

Parameters

[in,out] resource_manager A reference to the resource manager.

Returns: A pointer to the texture.

Exceptions

Exception Failed to create the texture.

◆ CreateWireframeRasterizerState()

HRESULT mage::rendering::CreateWireframeRasterizerState	(	ID3D11Device &	device,
		NotNull< ID3D11RasterizerState **>	state,
		S32	depth_bias = `0`,
		F32	slope_scaled_depth_bias = `0.0f`,
		F32	depth_bias_clamp = `0.0f`
	)

noexcept

Creates a wireframe rasterizer state.

Parameters

[in,out]	device	A reference to the device.
[out]	state	A pointer to a pointer to the rasterizer state.
[in]	depth_bias	The depth value added to a given pixel.
[in]	slope_scaled_depth_bias	The scalar on a given pixel's slope.
[in]	depth_bias_clamp	The maximum depth bias of a pixel.

Returns: A success/error value.

◆ FOVXFromFOVY()

F32 mage::rendering::FOVXFromFOVY	(	F32	aspect_ratio,
		F32	fov_y
	)

noexcept

Returns the horizontal field-of-view corresponding to the given aspect ratio and vertical field-of-view.

Parameters

[in]	aspect_ratio	The aspect ratio.
[in]	fov_y	The vertical field-of-view.

Returns: The horizontal field-of-view corresponding to the given aspect ratio and vertical field-of-view.

◆ FOVYFromFOVX()

F32 mage::rendering::FOVYFromFOVX	(	F32	aspect_ratio,
		F32	fov_x
	)

noexcept

Returns the vertical field-of-view corresponding to the given aspect ratio and horizontal field-of-view.

Parameters

[in]	aspect_ratio	The aspect ratio.
[in]	fov_x	The horizontal field-of-view.

Returns: The vertical field-of-view corresponding to the given aspect ratio and horizontal field-of-view.

◆ GetIndexFormat()

template<typename IndexT >

constexpr DXGI_FORMAT mage::rendering::GetIndexFormat ( )

noexcept

Returns the format of the given index type.

Template Parameters

IndexT The index type.

Returns: The format of the given index type.

◆ GetNumberOfGroups() [1/2]

U32 mage::rendering::GetNumberOfGroups	(	F32	nb_threads,
		U32	nb_group_threads
	)

noexcept

Returns the number of required groups given the number of threads and the number of threads per group.

Parameters

[in]	nb_threads	The total minimal number of threads.
[in]	nb_group_threads	The number of threads per group.

Returns: The number of required groups given the number of threads and the number of threads per group.

◆ GetNumberOfGroups() [2/2]

U32 mage::rendering::GetNumberOfGroups	(	U32	nb_threads,
		U32	nb_group_threads
	)

noexcept

Returns the number of required groups given the number of threads and the number of threads per group.

Parameters

[in]	nb_threads	The total minimal number of threads.
[in]	nb_group_threads	The number of threads per group.

Returns: The number of required groups given the number of threads and the number of threads per group.

◆ GetResolutionMultiplier()

constexpr U32 mage::rendering::GetResolutionMultiplier ( AntiAliasing desc )

noexcept

◆ GetSampleMultiplier()

constexpr U32 mage::rendering::GetSampleMultiplier ( AntiAliasing desc )

noexcept

◆ GetTexture2DSize() [1/2]

const U32x2 mage::rendering::GetTexture2DSize ( ID3D11ShaderResourceView & texture_srv )

Returns the size of the given 2D texture.

Parameters

[in] texture_srv A reference to the (texture) shader resource view.

Returns: The size [width, height] of the given 2D texture.

Exceptions

Exception The resource of the given shader resource view must be convertible to a ID3D11Texture2D.

◆ GetTexture2DSize() [2/2]

const U32x2 mage::rendering::GetTexture2DSize ( ID3D11Texture2D & texture )

noexcept

Returns the size of the given 2D texture.

Parameters

[in] texture A reference to the 2D texture.

Returns: The size [width, height] of the given 2D texture.

◆ GetViewportTransform()

const XMMATRIX XM_CALLCONV mage::rendering::GetViewportTransform ( const U32x2 & resolution )

noexcept

Returns the viewport transform for the given viewport.

Parameters

[in] resolution The resolution of the viewport.

Returns: The viewport transform for the given viewport.

◆ RetrieveAntiAliasing()

constexpr AntiAliasing mage::rendering::RetrieveAntiAliasing ( std::size_t desc )

noexcept

Variable Documentation

◆ is_shader_v

template<typename T >

constexpr bool mage::rendering::is_shader_v = is_shader< T >::value

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ ComputeShader

◆ ComputeShaderPtr

◆ D3D11Device

◆ D3D11DeviceContext

◆ DomainShader

◆ DomainShaderPtr

◆ DXGIAdapter

◆ DXGIOutput

◆ DXGISwapChain

◆ GeometryShader

◆ GeometryShaderPtr

◆ HullShader

◆ HullShaderPtr

◆ ModelDescriptorPtr

◆ PixelShader

◆ PixelShaderPtr

◆ SpriteFontPtr

◆ TexturePtr

◆ VertexShaderPtr

Enumeration Type Documentation

◆ AntiAliasing

◆ BlendStateID

◆ BRDF

◆ DepthFormat

◆ DepthStencilStateID

◆ FalseColor

◆ RasterizerStateID

◆ RenderLayer

◆ RenderMode

◆ SamplerStateID

◆ SpriteEffect

◆ SpriteSortMode

◆ ToneMapping

Function Documentation

◆ AspectRatioFromFOVs()

◆ AspectRatioFromWidthAndHeight()

◆ CompileShaderFromFile()

◆ CreateAAPreprocessCS()

◆ CreateAdditiveBlendState()

◆ CreateAlphaBlendState()

◆ CreateAlphaToCoverageBlendState()

◆ CreateAnisotropicClampSamplerState()

◆ CreateAnisotropicMirrorSamplerState()

◆ CreateAnisotropicWrapSamplerState()

◆ CreateBackBufferPS()

◆ CreateBiMultiplicativeBlendState()

◆ CreateBlackTexture()

◆ CreateBlueTexture()

◆ CreateConsolasFont()

◆ CreateCS()

◆ CreateCullClockwiseRasterizerState()

◆ CreateCullCounterClockwiseRasterizerState()

◆ CreateCullNoneRasterizerState()

◆ CreateDefaultMaterial()

◆ CreateDeferredCS()

◆ CreateDeferredEmissiveCS()

◆ CreateDeferredMSAAEmissivePS()

◆ CreateDeferredMSAAPS()

◆ CreateDepthNoneDepthStencilState()

◆ CreateDepthOfFieldCS()

◆ CreateDepthReadDepthStencilState()

◆ CreateDepthReadWriteDepthStencilState()

◆ CreateDepthTransparentPS()

◆ CreateDepthTransparentVS()

◆ CreateDepthVS()

◆ CreateDS()

◆ CreateDynamicConstantBuffer() [1/2]

◆ CreateDynamicConstantBuffer() [2/2]

◆ CreateDynamicStructuredBuffer() [1/2]

◆ CreateDynamicStructuredBuffer() [2/2]

◆ CreateDynamicVertexBuffer() [1/2]

◆ CreateDynamicVertexBuffer() [2/2]

◆ CreateFalseColorPS()