FSkeletalMeshRenderData Class Reference

#include <SkeletalMeshRenderData.h>

Public Member Functions
ENGINE_API	FSkeletalMeshRenderData ()
ENGINE_API	~FSkeletalMeshRenderData ()
ENGINE_API void	Serialize (FArchive &Ar, USkinnedAsset *Owner)
ENGINE_API void	InitResources (bool bNeedsVertexColors, USkinnedAsset *Owner)
ENGINE_API void	ReleaseResources ()
ENGINE_API void	GetResourceSizeEx (FResourceSizeEx &CumulativeResourceSize)
ENGINE_API void	InitStaticRayTracingGeometry (int32 LODIndex)
ENGINE_API void	ReleaseStaticRayTracingGeometry (int32 LODIndex)
ENGINE_API SIZE_T	GetCPUAccessMemoryOverhead () const
ENGINE_API bool	RequiresCPUSkinning (ERHIFeatureLevel::Type FeatureLevel) const
ENGINE_API bool	RequiresCPUSkinning (ERHIFeatureLevel::Type FeatureLevel, int32 MinLODIdx) const
ENGINE_API uint32	GetNumBoneInfluences () const
ENGINE_API uint32	GetNumBoneInfluences (int32 MinLODIdx) const
ENGINE_API int32	GetMaxBonesPerSection () const
ENGINE_API int32	GetMaxBonesPerSection (int32 MinLODIdx) const
ENGINE_API int32	GetFirstValidLODIdx (int32 MinLODIdx) const
int32	GetPendingFirstLODIdx (int32 MinLODIdx) const
ENGINE_API bool	AnyRenderSectionCastsShadows (int32 MinLODIdx) const
const FSkeletalMeshLODRenderData *	GetPendingFirstLOD (int32 MinLODIdx) const
bool	IsInitialized () const
ENGINE_API bool	HasValidNaniteData () const

Public Attributes
TIndirectArray< FSkeletalMeshLODRenderData >	LODRenderData
TPimplPtr< Nanite::FResources >	NaniteResourcesPtr
bool	bReadyForStreaming
uint8	NumInlinedLODs
uint8	NumNonOptionalLODs
uint8	CurrentFirstLODIdx
uint8	PendingFirstLODIdx
uint8	LODBiasModifier
bool	bSupportRayTracing
FName	OwnerName = NAME_None

Constructor & Destructor Documentation

FSkeletalMeshRenderData()

FSkeletalMeshRenderData::FSkeletalMeshRenderData

(

)

~FSkeletalMeshRenderData()

FSkeletalMeshRenderData::~FSkeletalMeshRenderData

(

)

Member Function Documentation

AnyRenderSectionCastsShadows()

bool FSkeletalMeshRenderData::AnyRenderSectionCastsShadows

(

int32

MinLODIdx

)

const

Check if any render section casts shadows

GetCPUAccessMemoryOverhead()

SIZE_T FSkeletalMeshRenderData::GetCPUAccessMemoryOverhead

(

)

const

Get the estimated memory overhead of buffers marked as NeedsCPUAccess.

GetFirstValidLODIdx()

int32 FSkeletalMeshRenderData::GetFirstValidLODIdx

(

int32

MinLODIdx

)

const

Return first valid LOD index starting at MinLODIdx.

GetMaxBonesPerSection() [1/2]

int32 FSkeletalMeshRenderData::GetMaxBonesPerSection

(

)

const

Computes the maximum number of bones per section used to render this mesh.

GetMaxBonesPerSection() [2/2]

int32 FSkeletalMeshRenderData::GetMaxBonesPerSection

(

int32

MinLODIdx

)

const

Computes the maximum number of bones per section used to render this mesh starting at MinLODIdx.

GetNumBoneInfluences() [1/2]

uint32 FSkeletalMeshRenderData::GetNumBoneInfluences

(

)

const

Returns the number of bone influences per vertex.

GetNumBoneInfluences() [2/2]

uint32 FSkeletalMeshRenderData::GetNumBoneInfluences

(

int32

MinLODIdx

)

const

Returns the number of bone influences per vertex starting at MinLODIdx.

GetPendingFirstLOD()

const FSkeletalMeshLODRenderData * FSkeletalMeshRenderData::GetPendingFirstLOD ( int32  MinLODIdx ) const

inline

Return the pending first LOD that can be used for rendering starting at MinLODIdx. This takes into account the streaming status from PendingFirstLODIdx, and MinLODIdx is expected to be USkeletalMesh::MinLOD, which is platform specific.

GetPendingFirstLODIdx()

int32 FSkeletalMeshRenderData::GetPendingFirstLODIdx ( int32  MinLODIdx ) const

inline

Return the pending first LODIdx that can be used.

GetResourceSizeEx()

void FSkeletalMeshRenderData::GetResourceSizeEx

(

FResourceSizeEx &

CumulativeResourceSize

)

Return the resource size

HasValidNaniteData()

bool FSkeletalMeshRenderData::HasValidNaniteData

(

)

const

InitResources()

void FSkeletalMeshRenderData::InitResources	(	bool	bNeedsVertexColors,
		USkinnedAsset *	Owner
	)

Initializes rendering resources.

InitStaticRayTracingGeometry()

void FSkeletalMeshRenderData::InitStaticRayTracingGeometry

(

int32

LODIndex

)

Initializes the static ray tracing geometry for the specified LOD (if necessary).

IsInitialized()

bool FSkeletalMeshRenderData::IsInitialized ( ) const

inline

ReleaseResources()

void FSkeletalMeshRenderData::ReleaseResources

(

)

Releases rendering resources.

ReleaseStaticRayTracingGeometry()

void FSkeletalMeshRenderData::ReleaseStaticRayTracingGeometry

(

int32

LODIndex

)

Releases the static ray tracing geometry for the specified LOD (if it's the last reference).

RequiresCPUSkinning() [1/2]

bool FSkeletalMeshRenderData::RequiresCPUSkinning

(

ERHIFeatureLevel::Type

FeatureLevel

)

const

Returns true if this resource must be skinned on the CPU for the given feature level.

RequiresCPUSkinning() [2/2]

bool FSkeletalMeshRenderData::RequiresCPUSkinning	(	ERHIFeatureLevel::Type	FeatureLevel,
		int32	MinLODIdx
	)		const

Returns true if this resource must be skinned on the CPU for the given feature level starting at MinLODIdx

Serialize()

void FSkeletalMeshRenderData::Serialize	(	FArchive &	Ar,
		USkinnedAsset *	Owner
	)

Serialize to/from the specified archive..

Member Data Documentation

bReadyForStreaming

bool FSkeletalMeshRenderData::bReadyForStreaming

True if rhi resources are initialized

bSupportRayTracing

bool FSkeletalMeshRenderData::bSupportRayTracing

Whether ray tracing acceleration structures should be created for this mesh. Derived from owner USkinnedAsset.

CurrentFirstLODIdx

uint8 FSkeletalMeshRenderData::CurrentFirstLODIdx

[RenderThread] Index of the most detailed valid LOD.

LODBiasModifier

uint8 FSkeletalMeshRenderData::LODBiasModifier

Runtime LOD bias modifier for this skeletal mesh

LODRenderData

TIndirectArray<FSkeletalMeshLODRenderData> FSkeletalMeshRenderData::LODRenderData

Per-LOD render data.

NaniteResourcesPtr

TPimplPtr<Nanite::FResources> FSkeletalMeshRenderData::NaniteResourcesPtr

Nanite resource data.

NumInlinedLODs

uint8 FSkeletalMeshRenderData::NumInlinedLODs

Const after serialization.

NumNonOptionalLODs

uint8 FSkeletalMeshRenderData::NumNonOptionalLODs

Const after serialization.

OwnerName

FName FSkeletalMeshRenderData::OwnerName = NAME_None

Optional, name of the owning skeletal mesh

PendingFirstLODIdx

uint8 FSkeletalMeshRenderData::PendingFirstLODIdx

[GameThread/RenderThread] Future value of CurrentFirstLODIdx.

---

The documentation for this class was generated from the following files:

• Engine/Source/Runtime/Engine/Public/Rendering/SkeletalMeshRenderData.h
• Engine/Source/Runtime/Engine/Private/SkeletalMeshRenderData.cpp