#include <ShaderParameterMacros.h>

Public Types
using	TAlignedType = TypeParameter

using	TInstancedType = TypeParameter

Static Public Member Functions
static const FShaderParametersMetadata *	GetStructMetadata ()

Static Public Attributes
static constexpr EUniformBufferBaseType	BaseType = UBMT_INVALID

static constexpr int32	NumRows = 1

static constexpr int32	NumColumns = 1

static constexpr int32	NumElements = 0

static constexpr int32	Alignment = alignof(TypeParameter)

static constexpr bool	bIsStoredInConstantBuffer = true

Detailed Description

template<typename TypeParameter>
struct TShaderParameterTypeInfo< TypeParameter >

Template to transcode some meta data information for a type <TypeParameter> not specific to shader parameters API.

Member Typedef Documentation

◆ TAlignedType

template<typename TypeParameter >

using TShaderParameterTypeInfo< TypeParameter >::TAlignedType = TypeParameter

Type that is actually alligned.

◆ TInstancedType

template<typename TypeParameter >

using TShaderParameterTypeInfo< TypeParameter >::TInstancedType = TypeParameter

Type that has a multiple of 4 components.

Member Function Documentation

◆ GetStructMetadata()

template<typename TypeParameter >

static const FShaderParametersMetadata * TShaderParameterTypeInfo< TypeParameter >::GetStructMetadata ( )

inlinestatic

Member Data Documentation

◆ Alignment

template<typename TypeParameter >

constexpr int32 TShaderParameterTypeInfo< TypeParameter >::Alignment = alignof(TypeParameter)

staticconstexpr

Defines the alignment of the elements in bytes.

◆ BaseType

template<typename TypeParameter >

constexpr EUniformBufferBaseType TShaderParameterTypeInfo< TypeParameter >::BaseType = UBMT_INVALID

staticconstexpr

Defines what the type actually is.

◆ bIsStoredInConstantBuffer

template<typename TypeParameter >

constexpr bool TShaderParameterTypeInfo< TypeParameter >::bIsStoredInConstantBuffer = true

staticconstexpr

Defines whether this element is stored in constant buffer or not. This informations is usefull to ensure at compile time everything in the structure get defined at the end of the structure, to reduce as much as possible the size of the constant buffer.