#include <StaticMesh.h>

Inheritance diagram for UStaticMesh:

Classes
struct	FBuildMeshDescriptionsLODParams

struct	FBuildMeshDescriptionsParams

struct	FBuildParameters

Public Member Functions
ENGINE_API	~UStaticMesh ()

bool	IsCompiling () const

bool	HasAnyDependenciesCompiling () const

ENGINE_API FStaticMeshRenderData *	GetRenderData ()

ENGINE_API const FStaticMeshRenderData *	GetRenderData () const

ENGINE_API void	SetRenderData (TUniquePtr< class FStaticMeshRenderData > &&InRenderData)

void	RequestUpdateCachedRenderState () const

bool	IsMinLodQualityLevelEnable () const

const FPerQualityLevelInt &	GetQualityLevelMinLOD () const

void	SetQualityLevelMinLOD (FPerQualityLevelInt InMinLOD)

void	GetMinimumLODForQualityLevels (TMap< FName, int32 > &QualityLevelMinimumLODs) const

int32	GetMinimumLODForQualityLevel (const FName &QualityLevel) const

	UFUNCTION (BlueprintCallable, Category=StaticMesh, Meta=(ToolTip="Allow to override min lod quality levels on a staticMesh and it Default value (-1 value for Default dont override its value).")) void SetMinLODForQualityLevels(const TMap< EPerQualityLevels

ENGINE_API int32	GetDefaultMinLOD () const

ENGINE_API void	SetMinLODIdx (int32 InMinLOD)

	UE_DEPRECATED (4.27, "Please do not access this member directly; use UStaticMesh::GetMinLOD() or UStaticMesh::SetMinLOD().") FPerPlatformInt MinLOD

const FPerPlatformInt &	GetMinLOD () const

void	SetMinLOD (FPerPlatformInt InMinLOD)

void	GetMinimumLODForPlatforms (TMap< FName, int32 > &PlatformMinimumLODs) const

int32	GetMinimumLODForPlatform (const FName &PlatformName) const

void	SetMinimumLODForPlatforms (const TMap< FName, int32 > &PlatformMinimumLODs)

void	SetMinimumLODForPlatform (const FName &PlatformName, int32 InMinLOD)

bool	IsNaniteLandscape () const

const TArray< FStaticMaterialMinimalInfo >	GetCopyOfStaticMaterialsInfo () const

TArray< FStaticMaterial > &	GetStaticMaterials ()

const TArray< FStaticMaterial > &	GetStaticMaterials () const

void	SetStaticMaterials (const TArray< FStaticMaterial > &InStaticMaterials)

void	SetLightmapUVDensity (float InLightmapUVDensity)

float	GetLightmapUVDensity () const

	UE_DEPRECATED (4.27, "Please do not access this member directly; use UStaticMesh::GetLightMapResolution() or UStaticMesh::SetLightMapResolution().") int32 LightMapResolution

int32	GetLightMapResolution () const

void	SetLightMapResolution (int32 InLightMapResolution)

	UE_DEPRECATED (4.27, "Please do not access this member directly; use UStaticMesh::GetLightMapCoordinateIndex() or UStaticMesh::SetLightMapCoordinateIndex().") int32 LightMapCoordinateIndex

int32	GetLightMapCoordinateIndex () const

void	SetLightMapCoordinateIndex (int32 InLightMapCoordinateIndex)

ENGINE_API bool	CanMeshPaintTextureColors () const

UBodySetup *	GetBodySetup () const

void	SetBodySetup (UBodySetup *InBodySetup)

bool	IsBuiltAtRuntime () const

void	SetIsBuiltAtRuntime (bool InIsBuiltAtRuntime)

const FGuid &	GetLightingGuid () const

void	SetLightingGuid (const FGuid &InLightingGuid=FGuid::NewGuid())

const FVector &	GetPositiveBoundsExtension () const

void	SetPositiveBoundsExtension (FVector InPositiveBoundsExtension)

const FVector &	GetNegativeBoundsExtension () const

void	SetNegativeBoundsExtension (FVector InNegativeBoundsExtension)

const FBoxSphereBounds &	GetExtendedBounds () const

void	SetExtendedBounds (const FBoxSphereBounds &InExtendedBounds)

ENGINE_API void	BuildFromStaticMeshDescriptions (const TArray< UStaticMeshDescription * > &StaticMeshDescriptions, bool bBuildSimpleCollision=false, bool bFastBuild=true)

ENGINE_API UStaticMeshDescription *	GetStaticMeshDescription (int32 LODIndex)

ENGINE_API bool	BuildFromMeshDescriptions (const TArray< const FMeshDescription * > &MeshDescriptions, const FBuildMeshDescriptionsParams &Params=FBuildMeshDescriptionsParams())

ENGINE_API void	BuildFromMeshDescription (const FMeshDescription &MeshDescription, FStaticMeshLODResources &LODResources)

ENGINE_API void	ExportStaticMeshLOD (const FStaticMeshLODResources &InLODResources, FMeshDescription &OutMeshDescription) const

ENGINE_API int32	GetNumUVChannels (int32 LODIndex) const

ENGINE_API void	SetNavCollision (UNavCollisionBase *)

ENGINE_API UNavCollisionBase *	GetNavCollision () const

ENGINE_API FBox	GetNavigationBounds (const FTransform &LocalToWorld) const

ENGINE_API bool	IsNavigationRelevant () const

ENGINE_API	UStaticMesh (const FObjectInitializer &ObjectInitializer=FObjectInitializer::Get())

virtual ENGINE_API void	Serialize (FArchive &Ar) override

virtual ENGINE_API void	PostInitProperties () override

virtual ENGINE_API void	PostLoad () override

virtual ENGINE_API bool	IsPostLoadThreadSafe () const override

virtual ENGINE_API void	BeginDestroy () override

virtual ENGINE_API bool	IsReadyForFinishDestroy () override

virtual ENGINE_API void	GetAssetRegistryTags (FAssetRegistryTagsContext Context) const override

virtual ENGINE_API void	GetAssetRegistryTags (TArray< FAssetRegistryTag > &OutTags) const override

virtual ENGINE_API FString	GetDesc () override

virtual ENGINE_API void	GetResourceSizeEx (FResourceSizeEx &CumulativeResourceSize) override

virtual ENGINE_API bool	CanBeClusterRoot () const override

virtual ENGINE_API int32	CalcCumulativeLODSize (int32 NumLODs) const final override

virtual ENGINE_API FIoFilenameHash	GetMipIoFilenameHash (const int32 MipIndex) const final override

virtual ENGINE_API bool	DoesMipDataExist (const int32 MipIndex) const final override

virtual ENGINE_API bool	HasPendingRenderResourceInitialization () const final override

virtual ENGINE_API bool	StreamOut (int32 NewMipCount) final override

virtual ENGINE_API bool	StreamIn (int32 NewMipCount, bool bHighPrio) final override

virtual ENGINE_API EStreamableRenderAssetType	GetRenderAssetType () const final override

ENGINE_API void	Build (bool bInSilent, TArray< FText > *OutErrors=nullptr)

ENGINE_API void	Build (const FBuildParameters &BuildParameters=FBuildParameters())

virtual ENGINE_API void	InitResources ()

virtual ENGINE_API void	ReleaseResources ()

ENGINE_API void	UpdateUVChannelData (bool bRebuildAll)

ENGINE_API FBox	GetMaterialBox (int32 MaterialIndex, const FTransform &Transform) const

ENGINE_API const FMeshUVChannelInfo *	GetUVChannelData (int32 MaterialIndex) const

ENGINE_API int32	GetNumVertices (int32 LODIndex) const

ENGINE_API int32	GetNumTriangles (int32 LODIndex) const

ENGINE_API int32	GetNumTexCoords (int32 LODIndex) const

ENGINE_API int32	GetNumNaniteVertices () const

ENGINE_API int32	GetNumNaniteTriangles () const

ENGINE_API int32	GetNumLODs () const

ENGINE_API bool	HasValidRenderData (bool bCheckLODForVerts=true, int32 LODIndex=INDEX_NONE) const

ENGINE_API bool	HasValidNaniteData () const

ENGINE_API bool	HasNaniteFallbackMesh (EShaderPlatform ShaderPlatform) const

ENGINE_API FBoxSphereBounds	GetBounds () const

ENGINE_API FBox	GetBoundingBox () const

ENGINE_API int32	GetNumSections (int32 InLOD) const

ENGINE_API UMaterialInterface *	GetMaterial (int32 MaterialIndex) const

ENGINE_API FName	AddMaterial (UMaterialInterface *Material)

ENGINE_API int32	GetMaterialIndex (FName MaterialSlotName) const

ENGINE_API int32	GetMaterialIndexFromImportedMaterialSlotName (FName ImportedMaterialSlotName) const

ENGINE_API void	GetUsedMaterials (TArray< UMaterialInterface * > &OutMaterials, TFunctionRef< UMaterialInterface *(int32)> OverrideMaterial) const

ENGINE_API const FStaticMeshLODResources &	GetLODForExport (int32 LODIndex) const

virtual ENGINE_API bool	GetPhysicsTriMeshData (struct FTriMeshCollisionData *CollisionData, bool InUseAllTriData) override

virtual ENGINE_API bool	ContainsPhysicsTriMeshData (bool InUseAllTriData) const override

virtual ENGINE_API bool	PollAsyncPhysicsTriMeshData (bool InUseAllTriData) const override

virtual ENGINE_API bool	GetTriMeshSizeEstimates (struct FTriMeshCollisionDataEstimates &OutTriMeshEstimates, bool bInUseAllTriData) const override

virtual bool	WantsNegXTriMesh () override

virtual ENGINE_API void	GetMeshId (FString &OutMeshId) override

int32	GetNumSectionsWithCollision () const

virtual ENGINE_API void	AddAssetUserData (UAssetUserData *InUserData) override

virtual ENGINE_API void	RemoveUserDataOfClass (TSubclassOf< UAssetUserData > InUserDataClass) override

virtual ENGINE_API UAssetUserData *	GetAssetUserDataOfClass (TSubclassOf< UAssetUserData > InUserDataClass) override

virtual ENGINE_API const TArray< UAssetUserData * > *	GetAssetUserDataArray () const override

ENGINE_API void	CreateBodySetup ()

ENGINE_API void	CreateNavCollision (const bool bIsUpdate=false)

ENGINE_API void	RecreateNavCollision ()

ENGINE_API void	MarkAsNotHavingNavigationData ()

ENGINE_API void	AddSocket (UStaticMeshSocket *Socket)

ENGINE_API class UStaticMeshSocket *	FindSocket (FName InSocketName) const

ENGINE_API void	RemoveSocket (UStaticMeshSocket *Socket)

ENGINE_API TArray< UStaticMeshSocket * >	GetSocketsByTag (const FString &InSocketTag) const

ENGINE_API void	GetVertexColorData (TMap< FVector3f, FColor > &VertexColorData)

ENGINE_API void	SetVertexColorData (const TMap< FVector3f, FColor > &VertexColorData)

ENGINE_API void	RemoveVertexColors ()

ENGINE_API void	EnforceLightmapRestrictions (bool bUseRenderData=true)

ENGINE_API void	CalculateExtendedBounds ()

bool	AreRenderingResourcesInitialized () const

void	BeginPostLoadInternal (FStaticMeshPostLoadContext &Context)

void	ExecutePostLoadInternal (FStaticMeshPostLoadContext &Context)

void	FinishPostLoadInternal (FStaticMeshPostLoadContext &Context)

Public Member Functions inherited from UStreamableRenderAsset
virtual ENGINE_API	~UStreamableRenderAsset ()

virtual int32	GetLODGroupForStreaming () const

ENGINE_API void	CancelPendingStreamingRequest ()

ENGINE_API bool	HasPendingInitOrStreaming (bool bWaitForLODTransition=false) const

bool	IsPendingStreamingRequestLocked () const

virtual void	InvalidateLastRenderTimeForStreaming ()

virtual float	GetLastRenderTimeForStreaming () const

virtual bool	ShouldMipLevelsBeForcedResident () const

ENGINE_API void	RegisterMipLevelChangeCallback (UPrimitiveComponent *Component, int32 LODIdx, float TimeoutSecs, bool bOnStreamIn, FLODStreamingCallback &&Callback)

ENGINE_API void	RegisterMipLevelChangeCallback (UPrimitiveComponent *Component, float TimeoutStartSecs, FLODStreamingCallback &&CallbackStreamingStart, float TimeoutDoneSecs, FLODStreamingCallback &&CallbackStreamingDone)

ENGINE_API void	RemoveMipLevelChangeCallback (UPrimitiveComponent *Component)

ENGINE_API void	RemoveAllMipLevelChangeCallbacks ()

ENGINE_API void	TickMipLevelChangeCallbacks (TArray< UStreamableRenderAsset * > *DeferredTickCBAssets)

ENGINE_API void	SetForceMipLevelsToBeResident (float Seconds, int32 CinematicLODGroupMask=0)

virtual int32	GetCachedLODBias () const

const FStreamableRenderResourceState &	GetStreamableResourceState () const

bool	RenderResourceSupportsStreaming () const

bool	IsStreamable () const

ENGINE_API void	LinkStreaming ()

ENGINE_API void	UnlinkStreaming ()

ENGINE_API bool	IsFullyStreamedIn ()

int32	GetStreamingIndex () const

ENGINE_API void	WaitForPendingInitOrStreaming (bool bWaitForLODTransition=false, bool bSendCompletionEvents=false)

ENGINE_API void	WaitForStreaming (bool bWaitForLODTransition=false, bool bSendCompletionEvents=false)

void	TickStreaming (bool bSendCompletionEvents=false, TArray< UStreamableRenderAsset * > *DeferredTickCBAssets=nullptr)

const FPerQualityLevelInt &	GetNoRefStreamingLODBias () const

void	SetNoRefStreamingLODBias (FPerQualityLevelInt NewValue)

ENGINE_API int32	GetCurrentNoRefStreamingLODBias () const

Public Member Functions inherited from UObject
COREUOBJECT_API	UObject ()

COREUOBJECT_API	UObject (const FObjectInitializer &ObjectInitializer)

COREUOBJECT_API	UObject (EStaticConstructor, EObjectFlags InFlags)

COREUOBJECT_API	UObject (FVTableHelper &Helper)

COREUOBJECT_API UObject *	CreateDefaultSubobject (FName SubobjectFName, UClass ReturnType, UClass ClassToCreateByDefault, bool bIsRequired, bool bIsTransient)

template<class TReturnType >
TReturnType *	CreateEditorOnlyDefaultSubobject (FName SubobjectName, bool bTransient=false)

template<class TReturnType >
TReturnType *	CreateDefaultSubobject (FName SubobjectName, bool bTransient=false)

template<class TReturnType , class TClassToConstructByDefault >
TReturnType *	CreateDefaultSubobject (FName SubobjectName, bool bTransient=false)

template<class TReturnType >
TReturnType *	CreateOptionalDefaultSubobject (FName SubobjectName, bool bTransient=false)

template<class TReturnType , class TClassToConstructByDefault >
TReturnType *	CreateOptionalDefaultSubobject (FName SubobjectName, bool bTransient=false)

COREUOBJECT_API void	GetDefaultSubobjects (TArray< UObject * > &OutDefaultSubobjects)

COREUOBJECT_API UObject *	GetDefaultSubobjectByName (FName ToFind)

virtual COREUOBJECT_API void	PostReinitProperties ()

virtual void	PostCDOContruct ()

virtual COREUOBJECT_API void	PreSaveRoot (FObjectPreSaveRootContext ObjectSaveContext)

virtual COREUOBJECT_API void	PostSaveRoot (FObjectPostSaveRootContext ObjectSaveContext)

virtual COREUOBJECT_API void	PreSave (FObjectPreSaveContext SaveContext)

virtual COREUOBJECT_API void	CollectSaveOverrides (FObjectCollectSaveOverridesContext SaveContext)

UE_FORCEINLINE_HINT bool	Modify (bool bAlwaysMarkDirty=true)

UE_FORCEINLINE_HINT bool	IsCapturingAsRootObjectForTransaction () const

virtual bool	ResolveSubobject (const TCHAR SubObjectPath, UObject &OutObject, bool bLoadIfExists)

virtual bool	IsReadyForAsyncPostLoad () const

virtual COREUOBJECT_API void	PostLoadSubobjects (FObjectInstancingGraph *OuterInstanceGraph)

virtual COREUOBJECT_API void	FinishDestroy ()

virtual COREUOBJECT_API void	Serialize (FStructuredArchive::FRecord Record)

virtual void	ShutdownAfterError ()

virtual void	PostInterpChange (FProperty *PropertyThatChanged)

virtual COREUOBJECT_API void	PostRename (UObject *OldOuter, const FName OldName)

virtual void	PreDuplicate (FObjectDuplicationParameters &DupParams)

virtual void	PostDuplicate (bool bDuplicateForPIE)

virtual void	PostDuplicate (EDuplicateMode::Type DuplicateMode)

virtual COREUOBJECT_API bool	NeedsLoadForClient () const

virtual COREUOBJECT_API bool	NeedsLoadForServer () const

virtual COREUOBJECT_API bool	NeedsLoadForTargetPlatform (const class ITargetPlatform *TargetPlatform) const

virtual bool	NeedsLoadForEditorGame () const

virtual bool	IsEditorOnly () const

virtual bool	HasNonEditorOnlyReferences () const

virtual COREUOBJECT_API bool	IsDestructionThreadSafe () const

virtual COREUOBJECT_API void	GetPreloadDependencies (TArray< UObject * > &OutDeps)

virtual void	GetPrestreamPackages (TArray< UObject * > &OutPrestream)

virtual void	ExportCustomProperties (FOutputDevice &Out, uint32 Indent)

virtual void	ImportCustomProperties (const TCHAR SourceText, FFeedbackContext Warn)

virtual void	PostEditImport ()

virtual void	PostReloadConfig (class FProperty *PropertyThatWasLoaded)

virtual COREUOBJECT_API bool	Rename (const TCHAR NewName=nullptr, UObject NewOuter=nullptr, ERenameFlags Flags=REN_None)

COREUOBJECT_API UScriptStruct *	GetSparseClassDataStruct () const

virtual bool	GetNativePropertyValues (TMap< FString, FString > &out_PropertyValues, uint32 ExportFlags=0) const

SIZE_T	GetResourceSizeBytes (EResourceSizeMode::Type Mode)

virtual FName	GetExporterName (void)

COREUOBJECT_API void	CallAddReferencedObjects (FReferenceCollector &Collector)

virtual FRestoreForUObjectOverwrite *	GetRestoreForUObjectOverwrite ()

virtual bool	AreNativePropertiesIdenticalTo (UObject *Other) const

COREUOBJECT_API void	GetAssetRegistryTags (FAssetData &Out) const

COREUOBJECT_API void	GetAssetRegistryTags (FAssetRegistryTagsContext Context, FAssetData &Out) const

virtual COREUOBJECT_API bool	IsAsset () const

virtual COREUOBJECT_API FPrimaryAssetId	GetPrimaryAssetId () const

virtual COREUOBJECT_API bool	IsLocalizedResource () const

virtual COREUOBJECT_API bool	IsSafeForRootSet () const

virtual COREUOBJECT_API void	TagSubobjects (EObjectFlags NewFlags)

virtual COREUOBJECT_API void	GetLifetimeReplicatedProps (TArray< class FLifetimeProperty > &OutLifetimeProps) const

virtual COREUOBJECT_API void	GetReplicatedCustomConditionState (FCustomPropertyConditionState &OutActiveState) const

virtual COREUOBJECT_API void	RegisterReplicationFragments (UE::Net::FFragmentRegistrationContext &Context, UE::Net::EFragmentRegistrationFlags RegistrationFlags)

virtual COREUOBJECT_API bool	IsNameStableForNetworking () const

virtual COREUOBJECT_API bool	IsFullNameStableForNetworking () const

virtual COREUOBJECT_API bool	IsSupportedForNetworking () const

virtual void	GetSubobjectsWithStableNamesForNetworking (TArray< UObject * > &ObjList)

virtual COREUOBJECT_API void	PreNetReceive ()

virtual COREUOBJECT_API void	PostNetReceive ()

virtual void	PostRepNotifies ()

virtual COREUOBJECT_API void	PreDestroyFromReplication ()

COREUOBJECT_API bool	IsSelected () const

COREUOBJECT_API void	SerializeScriptProperties (FArchive &Ar) const

COREUOBJECT_API void	SerializeScriptProperties (FStructuredArchive::FSlot Slot) const

COREUOBJECT_API void	ReinitializeProperties (UObject SourceObject=NULL, struct FObjectInstancingGraph InstanceGraph=NULL)

COREUOBJECT_API FString	GetDetailedInfo () const

COREUOBJECT_API bool	ConditionalBeginDestroy ()

COREUOBJECT_API bool	ConditionalFinishDestroy ()

COREUOBJECT_API void	ConditionalPostLoad ()

COREUOBJECT_API void	ConditionalPreload ()

COREUOBJECT_API void	ConditionalPostLoadSubobjects (struct FObjectInstancingGraph *OuterInstanceGraph=NULL)

bool	IsBasedOnArchetype (const UObject *const SomeObject) const

COREUOBJECT_API UFunction *	FindFunction (FName InName) const

COREUOBJECT_API UFunction *	FindFunctionChecked (FName InName) const

virtual COREUOBJECT_API void	BuildSubobjectMapping (UObject OtherObject, TMap< UObject , UObject * > &ObjectMapping) const

COREUOBJECT_API void	CollectDefaultSubobjects (TArray< UObject * > &OutDefaultSubobjects, bool bIncludeNestedSubobjects=false) const

COREUOBJECT_API bool	CheckDefaultSubobjects (bool bForceCheck=false) const

COREUOBJECT_API void	SaveConfig (uint64 RequiredPropertyFlags=CPF_Config, const TCHAR Filename=nullptr, FConfigCacheIni Config=GConfig, bool bAllowCopyToDefaultObject=true)

COREUOBJECT_API void	SaveConfig (const FSaveConfigContext &Context)

COREUOBJECT_API void	UpdateDefaultConfigFile (const FString &SpecificFileLocation="")

COREUOBJECT_API bool	TryUpdateDefaultConfigFile (const FString &SpecificFileLocation="", bool bWarnIfFail=true)

COREUOBJECT_API void	UpdateGlobalUserConfigFile ()

COREUOBJECT_API void	UpdateProjectUserConfigFile ()

COREUOBJECT_API void	UpdateSinglePropertyInConfigFile (const FProperty *InProperty, const FString &InConfigIniName)

COREUOBJECT_API FString	GetDefaultConfigFilename () const

COREUOBJECT_API FString	GetGlobalUserConfigFilename () const

COREUOBJECT_API FString	GetProjectUserConfigFilename () const

virtual const TCHAR *	GetConfigOverridePlatform () const

virtual void	OverrideConfigSection (FString &SectionName)

virtual void	OverridePerObjectConfigSection (FString &SectionName)

COREUOBJECT_API void	LoadConfig (UClass ConfigClass=nullptr, const TCHAR Filename=nullptr, uint32 PropagationFlags=UE::LCPF_None, class FProperty PropertyToLoad=nullptr, TArray< UE::ConfigAccessTracking::FConfigAccessData > OutAccessedKeys=nullptr)

COREUOBJECT_API void	ReloadConfig (UClass ConfigClass=NULL, const TCHAR Filename=NULL, uint32 PropagationFlags=UE::LCPF_None, class FProperty *PropertyToLoad=NULL)

COREUOBJECT_API void	ParseParms (const TCHAR *Parms)

COREUOBJECT_API void	OutputReferencers (FOutputDevice &Ar, FReferencerInformationList *Referencers=NULL)

COREUOBJECT_API void	RetrieveReferencers (TArray< FReferencerInformation > OutInternalReferencers, TArray< FReferencerInformation > OutExternalReferencers)

COREUOBJECT_API void	SetLinker (FLinkerLoad *LinkerLoad, int32 LinkerIndex, bool bShouldDetachExisting=true, bool bSilenceLogs=false)

COREUOBJECT_API UObject *	GetArchetype () const

COREUOBJECT_API void	GetArchetypeInstances (TArray< UObject * > &Instances)

COREUOBJECT_API void	InstanceSubobjectTemplates (struct FObjectInstancingGraph *InstanceGraph=NULL)

template<class T >
bool	Implements () const

virtual COREUOBJECT_API void	ProcessEvent (UFunction Function, void Parms)

virtual int32	GetFunctionCallspace (UFunction Function, FFrame Stack)

virtual bool	CallRemoteFunction (UFunction Function, void Parms, struct FOutParmRec OutParms, FFrame Stack)

COREUOBJECT_API bool	CallFunctionByNameWithArguments (const TCHAR Cmd, FOutputDevice &Ar, UObject Executor, bool bForceCallWithNonExec=false)

COREUOBJECT_API void	CallFunction (FFrame &Stack, RESULT_DECL, UFunction *Function)

	DECLARE_FUNCTION (ProcessInternal)

virtual bool	ProcessConsoleExec (const TCHAR Cmd, FOutputDevice &Ar, UObject Executor)

COREUOBJECT_API void	SkipFunction (FFrame &Stack, RESULT_DECL, UFunction *Function)

virtual UClass *	RegenerateClass (UClass ClassToRegenerate, UObject PreviousCDO)

COREUOBJECT_API bool	IsInBlueprint () const

COREUOBJECT_API void	DestroyNonNativeProperties ()

virtual void	MarkAsEditorOnlySubobject ()

COREUOBJECT_API void	AbortInsideMemberFunction () const

	DECLARE_FUNCTION (execUndefined)

	DECLARE_FUNCTION (execLocalVariable)

	DECLARE_FUNCTION (execInstanceVariable)

	DECLARE_FUNCTION (execDefaultVariable)

	DECLARE_FUNCTION (execLocalOutVariable)

	DECLARE_FUNCTION (execInterfaceVariable)

	DECLARE_FUNCTION (execClassSparseDataVariable)

	DECLARE_FUNCTION (execInterfaceContext)

	DECLARE_FUNCTION (execArrayElement)

	DECLARE_FUNCTION (execBoolVariable)

	DECLARE_FUNCTION (execClassDefaultVariable)

	DECLARE_FUNCTION (execEndFunctionParms)

	DECLARE_FUNCTION (execNothing)

	DECLARE_FUNCTION (execNothingInt32)

	DECLARE_FUNCTION (execNothingOp4a)

	DECLARE_FUNCTION (execBreakpoint)

	DECLARE_FUNCTION (execTracepoint)

	DECLARE_FUNCTION (execWireTracepoint)

	DECLARE_FUNCTION (execInstrumentation)

	DECLARE_FUNCTION (execEndOfScript)

	DECLARE_FUNCTION (execReturnNothing)

	DECLARE_FUNCTION (execEmptyParmValue)

	DECLARE_FUNCTION (execJump)

	DECLARE_FUNCTION (execJumpIfNot)

	DECLARE_FUNCTION (execAssert)

	DECLARE_FUNCTION (execPushExecutionFlow)

	DECLARE_FUNCTION (execPopExecutionFlow)

	DECLARE_FUNCTION (execComputedJump)

	DECLARE_FUNCTION (execPopExecutionFlowIfNot)

	DECLARE_FUNCTION (execLet)

	DECLARE_FUNCTION (execLetObj)

	DECLARE_FUNCTION (execLetWeakObjPtr)

	DECLARE_FUNCTION (execLetBool)

	DECLARE_FUNCTION (execLetDelegate)

	DECLARE_FUNCTION (execLetMulticastDelegate)

	DECLARE_FUNCTION (execAddMulticastDelegate)

	DECLARE_FUNCTION (execClearMulticastDelegate)

	DECLARE_FUNCTION (execEatReturnValue)

	DECLARE_FUNCTION (execRemoveMulticastDelegate)

	DECLARE_FUNCTION (execSelf)

	DECLARE_FUNCTION (execContext)

	DECLARE_FUNCTION (execContext_FailSilent)

	DECLARE_FUNCTION (execStructMemberContext)

	DECLARE_FUNCTION (execVirtualFunction)

	DECLARE_FUNCTION (execFinalFunction)

	DECLARE_FUNCTION (execLocalVirtualFunction)

	DECLARE_FUNCTION (execLocalFinalFunction)

	DECLARE_FUNCTION (execStructCmpEq)

	DECLARE_FUNCTION (execStructCmpNe)

	DECLARE_FUNCTION (execStructMember)

	DECLARE_FUNCTION (execEqualEqual_DelegateDelegate)

	DECLARE_FUNCTION (execNotEqual_DelegateDelegate)

	DECLARE_FUNCTION (execEqualEqual_DelegateFunction)

	DECLARE_FUNCTION (execNotEqual_DelegateFunction)

	DECLARE_FUNCTION (execIntConst)

	DECLARE_FUNCTION (execInt64Const)

	DECLARE_FUNCTION (execUInt64Const)

	DECLARE_FUNCTION (execSkipOffsetConst)

	DECLARE_FUNCTION (execFloatConst)

	DECLARE_FUNCTION (execDoubleConst)

	DECLARE_FUNCTION (execStringConst)

	DECLARE_FUNCTION (execUnicodeStringConst)

	DECLARE_FUNCTION (execTextConst)

	DECLARE_FUNCTION (execPropertyConst)

	DECLARE_FUNCTION (execObjectConst)

	DECLARE_FUNCTION (execSoftObjectConst)

	DECLARE_FUNCTION (execFieldPathConst)

	DECLARE_FUNCTION (execInstanceDelegate)

	DECLARE_FUNCTION (execNameConst)

	DECLARE_FUNCTION (execByteConst)

	DECLARE_FUNCTION (execIntZero)

	DECLARE_FUNCTION (execIntOne)

	DECLARE_FUNCTION (execTrue)

	DECLARE_FUNCTION (execFalse)

	DECLARE_FUNCTION (execNoObject)

	DECLARE_FUNCTION (execNullInterface)

	DECLARE_FUNCTION (execIntConstByte)

	DECLARE_FUNCTION (execRotationConst)

	DECLARE_FUNCTION (execVectorConst)

	DECLARE_FUNCTION (execVector3fConst)

	DECLARE_FUNCTION (execTransformConst)

	DECLARE_FUNCTION (execStructConst)

	DECLARE_FUNCTION (execSetArray)

	DECLARE_FUNCTION (execSetSet)

	DECLARE_FUNCTION (execSetMap)

	DECLARE_FUNCTION (execArrayConst)

	DECLARE_FUNCTION (execSetConst)

	DECLARE_FUNCTION (execMapConst)

	DECLARE_FUNCTION (execBitFieldConst)

	DECLARE_FUNCTION (execNew)

	DECLARE_FUNCTION (execClassContext)

	DECLARE_FUNCTION (execNativeParm)

	DECLARE_FUNCTION (execCast)

	DECLARE_FUNCTION (execDynamicCast)

	DECLARE_FUNCTION (execMetaCast)

	DECLARE_FUNCTION (execInterfaceCast)

	DECLARE_FUNCTION (execDoubleToFloatCast)

	DECLARE_FUNCTION (execFloatToDoubleCast)

	DECLARE_FUNCTION (execObjectToBool)

	DECLARE_FUNCTION (execInterfaceToBool)

	DECLARE_FUNCTION (execObjectToInterface)

	DECLARE_FUNCTION (execInterfaceToInterface)

	DECLARE_FUNCTION (execInterfaceToObject)

	DECLARE_FUNCTION (execGetDynArrayElement)

	DECLARE_FUNCTION (execSetDynArrayElement)

	DECLARE_FUNCTION (execGetDynArrayLength)

	DECLARE_FUNCTION (execSetDynArrayLength)

	DECLARE_FUNCTION (execDynArrayInsert)

	DECLARE_FUNCTION (execDynArrayRemove)

	DECLARE_FUNCTION (execDynArrayFind)

	DECLARE_FUNCTION (execDynArrayFindStruct)

	DECLARE_FUNCTION (execDynArrayAdd)

	DECLARE_FUNCTION (execDynArrayAddItem)

	DECLARE_FUNCTION (execDynArrayInsertItem)

	DECLARE_FUNCTION (execDynArrayRemoveItem)

	DECLARE_FUNCTION (execDynArraySort)

	DECLARE_FUNCTION (execBindDelegate)

	DECLARE_FUNCTION (execCallMulticastDelegate)

	DECLARE_FUNCTION (execLetValueOnPersistentFrame)

	DECLARE_FUNCTION (execCallMathFunction)

	DECLARE_FUNCTION (execSwitchValue)

	DECLARE_FUNCTION (execArrayGetByRef)

	DECLARE_FUNCTION (execAutoRtfmTransact)

	DECLARE_FUNCTION (execAutoRtfmStopTransact)

	DECLARE_FUNCTION (execAutoRtfmAbortIfNot)

void	ExecuteUbergraph (int32 EntryPoint)

virtual void	ValidateGeneratedRepEnums (const TArray< struct FRepRecord > &ClassReps) const

virtual uint64	GetNetPushIdDynamic () const

Public Member Functions inherited from UObjectBaseUtility
	UObjectBaseUtility ()

	UObjectBaseUtility (EObjectFlags InFlags)

void	SetFlags (EObjectFlags NewFlags)

void	ClearFlags (EObjectFlags FlagsToClear)

bool	HasAnyFlags (EObjectFlags FlagsToCheck) const

bool	HasAllFlags (EObjectFlags FlagsToCheck) const

UE_FORCEINLINE_HINT EObjectFlags	GetMaskedFlags (EObjectFlags Mask=RF_AllFlags) const

UE_FORCEINLINE_HINT void	Mark (EObjectMark Marks) const

UE_FORCEINLINE_HINT void	UnMark (EObjectMark Marks) const

UE_FORCEINLINE_HINT bool	HasAnyMarks (EObjectMark Marks) const

UE_FORCEINLINE_HINT bool	HasAllMarks (EObjectMark Marks) const

UE_FORCEINLINE_HINT EObjectMark	GetAllMarks () const

void	MarkAsGarbage ()

void	ClearGarbage ()

UE_FORCEINLINE_HINT void	AddToRoot ()

UE_FORCEINLINE_HINT void	RemoveFromRoot ()

UE_FORCEINLINE_HINT bool	IsRooted () const

UE_FORCEINLINE_HINT int32	GetRefCount () const

bool	ThisThreadAtomicallyClearedRFUnreachable ()

UE_FORCEINLINE_HINT bool	IsUnreachable () const

UE_FORCEINLINE_HINT bool	IsNative () const

void	SetInternalFlags (EInternalObjectFlags FlagsToSet) const

UE_FORCEINLINE_HINT EInternalObjectFlags	GetInternalFlags () const

UE_FORCEINLINE_HINT bool	HasAnyInternalFlags (EInternalObjectFlags FlagsToCheck) const

void	ClearInternalFlags (EInternalObjectFlags FlagsToClear) const

bool	AtomicallyClearInternalFlags (EInternalObjectFlags FlagsToClear) const

COREUOBJECT_API FString	GetFullName (const UObject *StopOuter=NULL, EObjectFullNameFlags Flags=EObjectFullNameFlags::None) const

COREUOBJECT_API void	GetFullName (const UObject *StopOuter, FString &ResultString, EObjectFullNameFlags Flags=EObjectFullNameFlags::None) const

COREUOBJECT_API void	GetFullName (FStringBuilderBase &ResultString, const UObject *StopOuter=NULL, EObjectFullNameFlags Flags=EObjectFullNameFlags::None) const

COREUOBJECT_API FString	GetPathName (const UObject *StopOuter=NULL) const

COREUOBJECT_API void	GetPathName (const UObject *StopOuter, FString &ResultString) const

COREUOBJECT_API void	GetPathName (const UObject *StopOuter, FStringBuilderBase &ResultString) const

virtual COREUOBJECT_API bool	CanBeInCluster () const

virtual COREUOBJECT_API void	CreateCluster ()

virtual void	OnClusterMarkedAsPendingKill ()

COREUOBJECT_API void	AddToCluster (UObjectBaseUtility *ClusterRootOrObjectFromCluster, bool bAddAsMutableObject=false)

COREUOBJECT_API FString	GetFullGroupName (bool bStartWithOuter) const

UE_FORCEINLINE_HINT FString	GetName () const

UE_FORCEINLINE_HINT void	GetName (FString &ResultString) const

UE_FORCEINLINE_HINT void	AppendName (FString &ResultString) const

COREUOBJECT_API bool	IsPackageExternal () const

COREUOBJECT_API void	DetachExternalPackage ()

COREUOBJECT_API void	ReattachExternalPackage ()

COREUOBJECT_API UObject *	GetOutermostObject () const

COREUOBJECT_API UPackage *	GetPackage () const

UE_INTERNAL virtual COREUOBJECT_API UE::Core::FVersePath	GetVersePath () const

COREUOBJECT_API UPackage *	GetOutermost () const

COREUOBJECT_API bool	MarkPackageDirty () const

COREUOBJECT_API bool	IsTemplate (EObjectFlags TemplateTypes=RF_ArchetypeObject\|RF_ClassDefaultObject) const

COREUOBJECT_API UObject *	GetTypedOuter (UClass *Target) const

template<typename T >
T *	GetTypedOuter () const

template<typename InterfaceClassType >
InterfaceClassType *	GetImplementingOuter () const

COREUOBJECT_API UObjectBaseUtility *	GetImplementingOuterObject (const UClass *InInterfaceClass) const

COREUOBJECT_API bool	IsIn (const UObject *SomeOuter) const

COREUOBJECT_API bool	IsIn (const UPackage *SomePackage) const

COREUOBJECT_API bool	IsInOuter (const UObject *SomeOuter) const

COREUOBJECT_API bool	IsInPackage (const UPackage *SomePackage) const

COREUOBJECT_API bool	IsInA (const UClass *SomeBaseClass) const

COREUOBJECT_API bool	RootPackageHasAnyFlags (uint32 CheckFlagMask) const

template<typename OtherClassType >
bool	IsA (OtherClassType SomeBase) const

template<class T >
bool	IsA () const

COREUOBJECT_API const UClass *	FindNearestCommonBaseClass (const UClass *TestClass) const

COREUOBJECT_API void *	GetInterfaceAddress (UClass *InterfaceClass)

COREUOBJECT_API void *	GetNativeInterfaceAddress (UClass *InterfaceClass)

const void *	GetNativeInterfaceAddress (UClass *InterfaceClass) const

COREUOBJECT_API bool	IsTemplateForSubobjects (EObjectFlags TemplateTypes=RF_ClassDefaultObject\|RF_DefaultSubObject\|RF_InheritableComponentTemplate) const

COREUOBJECT_API bool	IsDefaultSubobject () const

COREUOBJECT_API class FLinkerLoad *	GetLinker () const

COREUOBJECT_API int32	GetLinkerIndex () const

COREUOBJECT_API FPackageFileVersion	GetLinkerUEVersion () const

int32	GetLinkerUE4Version () const

COREUOBJECT_API int32	GetLinkerLicenseeUEVersion () const

int32	GetLinkerLicenseeUE4Version () const

COREUOBJECT_API int32	GetLinkerCustomVersion (FGuid CustomVersionKey) const

UE_FORCEINLINE_HINT bool	operator< (const UObjectBaseUtility &Other) const

TStatId	GetStatID (bool bForDeferredUse=false) const

Public Member Functions inherited from UObjectBase
COREUOBJECT_API	UObjectBase (UClass InClass, EObjectFlags InFlags, EInternalObjectFlags InInternalFlags, UObject InOuter, FName InName, int32 InInternalIndex=-1, int32 InSerialNumber=0, FRemoteObjectId InRemoteId=FRemoteObjectId())

virtual COREUOBJECT_API	~UObjectBase ()

COREUOBJECT_API bool	IsValidLowLevel () const

COREUOBJECT_API bool	IsValidLowLevelFast (bool bRecursive=true) const

FORCEINLINE uint32	GetUniqueID () const

FORCEINLINE UClass *	GetClass () const

FORCEINLINE UObject *	GetOuter () const

FORCEINLINE FName	GetFName () const

virtual COREUOBJECT_API FName	GetFNameForStatID () const

COREUOBJECT_API UPackage *	GetExternalPackage () const

COREUOBJECT_API void	SetExternalPackage (UPackage *InPackage)

COREUOBJECT_API UPackage *	GetExternalPackageInternal () const

COREUOBJECT_API void	MarkAsReachable () const

COREUOBJECT_API void	AddRef () const

COREUOBJECT_API void	ReleaseRef () const

FORCEINLINE EObjectFlags	GetFlags () const

FORCENOINLINE void	AtomicallySetFlags (EObjectFlags FlagsToAdd)

FORCENOINLINE void	AtomicallyClearFlags (EObjectFlags FlagsToClear)

Static Public Member Functions
static FName	GetQualityLevelMinLODMemberName ()

static ENGINE_API float	ComputeLODScreenSize (int32 LODIndex, float PreviousLODScreenSize=-1.0f)

static ENGINE_API void	OnLodStrippingQualityLevelChanged (IConsoleVariable *Variable)

static FName	GetStaticMaterialsName ()

static ENGINE_API const TArray< FStaticMaterialMinimalInfo >	ImportStaticMaterialsInfo (const FString &InData)

static FName	GetLightMapResolutionName ()

static FName	GetLightMapCoordinateIndexName ()

static FName	GetBodySetupName ()

static FName	GetSupportRayTracingMemberName ()

static FName	GetPositiveBoundsExtensionName ()

static FName	GetNegativeBoundsExtensionName ()

static ENGINE_API void	RegisterMeshAttributes (FMeshDescription &MeshDescription)

static ENGINE_API UStaticMeshDescription *	CreateStaticMeshDescription (UObject *Outer=nullptr)

static ENGINE_API void	CancelAllPendingStreamingActions ()

static ENGINE_API void	BatchBuild (const TArray< UStaticMesh * > &InStaticMeshes, bool bInSilent, TFunction< bool(UStaticMesh )> InProgressCallback=nullptr, TArray< FText > OutErrors=nullptr)

static ENGINE_API void	BatchBuild (const TArray< UStaticMesh * > &InStaticMeshes, const FBuildParameters &BuildParameters=FBuildParameters(), TFunction< bool(UStaticMesh *)> InProgressCallback=nullptr)

static ENGINE_API void	CheckLightMapUVs (UStaticMesh *InStaticMesh, TArray< FString > &InOutAssetsWithMissingUVSets, TArray< FString > &InOutAssetsWithBadUVSets, TArray< FString > &InOutAssetsWithValidUVSets, bool bInVerbose=true)

static FName	GetLODPathName (const UStaticMesh *Mesh, int32 LODIndex)

Static Public Member Functions inherited from UObject
static COREUOBJECT_API void	UpdateClassesExcludedFromDedicatedServer (const TArray< FString > &InClassNames, const TArray< FString > &InModulesNames)

static COREUOBJECT_API void	UpdateClassesExcludedFromDedicatedClient (const TArray< FString > &InClassNames, const TArray< FString > &InModulesNames)

static COREUOBJECT_API bool	CanCreateInCurrentContext (UObject *Template)

static COREUOBJECT_API void	AddReferencedObjects (UObject *InThis, FReferenceCollector &Collector)

static COREUOBJECT_API const FName &	SourceFileTagName ()

static COREUOBJECT_API UObject *	GetArchetypeFromRequiredInfo (const UClass Class, const UObject Outer, FName Name, EObjectFlags ObjectFlags)

Static Public Member Functions inherited from UObjectBaseUtility
static bool	IsGarbageEliminationEnabled ()

static bool	IsPendingKillEnabled ()

static void	SetGarbageEliminationEnabled (bool bEnabled)

static COREUOBJECT_API void	ReloadObjectsFromModifiedConfigSections (const class FConfigModificationTracker *ChangeTracker)

Static Public Member Functions inherited from UObjectBase
static COREUOBJECT_API FString	RemoveClassPrefix (const TCHAR *ClassName)

static void	PrefetchClass (UObject *Object)

static void	PrefetchOuter (UObject *Object)

Public Attributes
FPerQualityLevelInt	MinQualityLevelLOD

int32 &	QualityLevelMinimumLODs

int32 int32	Default

EStaticMeshPaintSupport	StaticMeshPaintSupport

int32	MeshPaintTextureCoordinateIndex

int32	MeshPaintTextureResolution

float	DistanceFieldSelfShadowBias

int32	LODForCollision

uint8	bGenerateMeshDistanceField: 1

uint8	bStripComplexCollisionForConsole_DEPRECATED:1

uint8	bHasNavigationData:1

uint8	bSupportUniformlyDistributedSampling: 1

uint8	bSupportPhysicalMaterialMasks: 1

uint8	bSupportRayTracing: 1

uint8	bDoFastBuild: 1

uint8	bAllowCPUAccess:1

uint8	bSupportGpuUniformlyDistributedSampling: 1

FRenderCommandFence	ReleaseResourcesFence

TArray< TObjectPtr< class UStaticMeshSocket > >	Sockets

TSharedPtr< class FSpeedTreeWind >	SpeedTreeWind

FVector	PositiveBoundsExtension

FVector	NegativeBoundsExtension

FBoxSphereBounds	ExtendedBounds

Public Attributes inherited from UStreamableRenderAsset
int32	NumCinematicMipLevels

uint8	NeverStream: 1

uint8	bGlobalForceMipLevelsToBeResident: 1

uint8	bHasStreamingUpdatePending: 1

uint8	bForceMiplevelsToBeResident: 1

uint8	bIgnoreStreamingMipBias: 1

uint8	bMarkAsEditorStreamingPool: 1

Protected Attributes
int32	ElementToIgnoreForTexFactor

uint8	bRenderingResourcesInitialized:1

TArray< TObjectPtr< UAssetUserData > >	AssetUserData

Protected Attributes inherited from UStreamableRenderAsset
TArray< FLODStreamingCallbackPayload >	MipChangeCallbacks

TRefCountPtr< class FRenderAssetUpdate >	PendingUpdate

double	ForceMipLevelsToBeResidentTimestamp

FPerQualityLevelInt	NoRefStreamingLODBias

int32	StreamingIndex = INDEX_NONE

TSharedPtr< int32, ESPMode::ThreadSafe >	SimpleStreamableAssetManagerIndex = MakeShared<int32, ESPMode::ThreadSafe>(INDEX_NONE)

uint8	bUseCinematicMipLevels: 1

FStreamableRenderResourceState	CachedSRRState

Friends
class	FStaticMeshCompilingManager

class	FStaticMeshAsyncBuildWorker

struct	FStaticMeshUpdateContext

class	FStaticMeshUpdate

Additional Inherited Members
Public Types inherited from UObject
enum class	ENetFields_Private { NETFIELD_REP_START = 0 , NETFIELD_REP_END = -1 }

typedef UObject	WithinClass

Protected Member Functions inherited from UStreamableRenderAsset
virtual bool	HasPendingLODTransition () const

Protected Member Functions inherited from UObject
virtual FString	GetDetailedInfoInternal () const

COREUOBJECT_API bool	CanCheckDefaultSubObjects (bool bForceCheck, bool &bResult) const

virtual COREUOBJECT_API bool	CheckDefaultSubobjectsInternal () const

Protected Member Functions inherited from UObjectBase
	UObjectBase ()

COREUOBJECT_API	UObjectBase (EObjectFlags InFlags)

COREUOBJECT_API void	LowLevelRename (FName NewName, UObject *NewOuter=NULL)

virtual void	RegisterDependencies ()

COREUOBJECT_API void	Register (class UClass (StaticClassFn)(), const TCHAR PackageName, const TCHAR Name)

COREUOBJECT_API void	Register (const TCHAR PackageName, const TCHAR Name)

virtual COREUOBJECT_API void	DeferredRegister (UClass UClassStaticClass, const TCHAR PackageName, const TCHAR *Name)

FORCEINLINE void	SetFlagsTo (EObjectFlags NewFlags)

Detailed Description

A StaticMesh is a piece of geometry that consists of a static set of polygons. Static Meshes can be translated, rotated, and scaled, but they cannot have their vertices animated in any way. As such, they are more efficient to render than other types of geometry such as USkeletalMesh, and they are often the basic building block of levels created in the engine.

See also: https://docs.unrealengine.com/latest/INT/Engine/Content/Types/StaticMeshes/; AStaticMeshActor, UStaticMeshComponent

Constructor & Destructor Documentation

◆ ~UStaticMesh()

PRAGMA_DISABLE_DEPRECATION_WARNINGS UStaticMesh::~UStaticMesh ( )

◆ UStaticMesh()

UStaticMesh::UStaticMesh ( const FObjectInitializer & ObjectInitializer = FObjectInitializer::Get() )

Default constructor

Member Function Documentation

◆ AddAssetUserData()

void UStaticMesh::AddAssetUserData ( UAssetUserData * InUserData )

overridevirtual

Reimplemented from IInterface_AssetUserData.

◆ AddMaterial()

FName UStaticMesh::AddMaterial ( UMaterialInterface * Material )

Adds a new material and return its slot name

◆ AddSocket()

void UStaticMesh::AddSocket ( UStaticMeshSocket * Socket )

Add a socket object in this StaticMesh.

◆ AreRenderingResourcesInitialized()

bool UStaticMesh::AreRenderingResourcesInitialized ( ) const

inline

◆ BatchBuild() [1/2]

void UStaticMesh::BatchBuild	(	const TArray< UStaticMesh * > &	InStaticMeshes,
		bool	bInSilent,
		TFunction< bool(UStaticMesh *)>	InProgressCallback = `nullptr`,
		TArray< FText > *	OutErrors = `nullptr`
	)

static

Rebuilds renderable data for a batch of static meshes.

Parameters

	InStaticMeshes	The list of all static meshes to build.
	bInSilent	If true will not popup a progress dialog.
	InProgressCallback	If provided, will be used to abort task and report progress to higher level functions (should return true to continue, false to abort).
[out]	OutErrors	If provided, will contain the errors that occurred during this process. This will prevent async static mesh compilation because OutErrors could get out of scope.

◆ BatchBuild() [2/2]

void UStaticMesh::BatchBuild	(	const TArray< UStaticMesh * > &	InStaticMeshes,
		const FBuildParameters &	BuildParameters = `FBuildParameters()`,
		TFunction< bool(UStaticMesh *)>	InProgressCallback = `nullptr`
	)

static

Rebuilds renderable data for a batch of static meshes.

Parameters

InStaticMeshes	The list of all static meshes to build.
BuildParameters	Contains all the parameters required to build the mesh.
InProgressCallback	If provided, will be used to abort task and report progress to higher level functions (should return true to continue, false to abort).

◆ BeginDestroy()

void UStaticMesh::BeginDestroy ( )

overridevirtual

Called before destroying the object. This is called immediately upon deciding to destroy the object, to allow the object to begin an asynchronous cleanup process.

Reimplemented from UStreamableRenderAsset.

◆ BeginPostLoadInternal()

void UStaticMesh::BeginPostLoadInternal ( FStaticMeshPostLoadContext & Context )

Initial step for the Post Load process - Can't be done in parallel.

◆ Build() [1/2]

void UStaticMesh::Build	(	bool	bInSilent,
		TArray< FText > *	OutErrors = `nullptr`
	)

Rebuilds renderable data for this static mesh, automatically made async if enabled.

Parameters

	bInSilent	If true will not popup a progress dialog.
[out]	OutErrors	If provided, will contain the errors that occurred during this process. This will prevent async static mesh compilation because OutErrors could get out of scope.

◆ Build() [2/2]

void UStaticMesh::Build ( const FBuildParameters & BuildParameters = FBuildParameters() )

Rebuilds renderable data for this static mesh, automatically made async if enabled.

Parameters

BuildParameters Contains all the information required to build the mesh.

◆ BuildFromMeshDescription()

void UStaticMesh::BuildFromMeshDescription	(	const FMeshDescription &	MeshDescription,
		FStaticMeshLODResources &	LODResources
	)

Builds a LOD resource from a MeshDescription

◆ BuildFromMeshDescriptions()

bool UStaticMesh::BuildFromMeshDescriptions	(	const TArray< const FMeshDescription * > &	MeshDescriptions,
		const FBuildMeshDescriptionsParams &	Params = `FBuildMeshDescriptionsParams()`
	)

Builds static mesh render buffers from a list of MeshDescriptions, one per LOD.

◆ BuildFromStaticMeshDescriptions()

void UStaticMesh::BuildFromStaticMeshDescriptions	(	const TArray< UStaticMeshDescription * > &	StaticMeshDescriptions,
		bool	bBuildSimpleCollision = `false`,
		bool	bFastBuild = `true`
	)

Builds static mesh LODs from the array of StaticMeshDescriptions passed in

◆ CalcCumulativeLODSize()

int32 UStaticMesh::CalcCumulativeLODSize ( int32 NumLODs ) const

finaloverridevirtual

Reimplemented from UStreamableRenderAsset.

◆ CalculateExtendedBounds()

void UStaticMesh::CalculateExtendedBounds ( )

Calculates the extended bounds

◆ CanBeClusterRoot()

bool UStaticMesh::CanBeClusterRoot ( ) const

overridevirtual

Called after load to determine if the object can be a cluster root

Returns: true if this object can be a cluster root

Reimplemented from UObjectBaseUtility.

◆ CancelAllPendingStreamingActions()

void UStaticMesh::CancelAllPendingStreamingActions ( )

static

Cancels any pending static mesh streaming actions if possible. Returns when no more async loading requests are in flight.

◆ CanMeshPaintTextureColors()

bool UStaticMesh::CanMeshPaintTextureColors ( ) const

Whether to support per instance texture color mesh painting on components using this mesh.

◆ CheckLightMapUVs()

void UStaticMesh::CheckLightMapUVs	(	UStaticMesh *	InStaticMesh,
		TArray< FString > &	InOutAssetsWithMissingUVSets,
		TArray< FString > &	InOutAssetsWithBadUVSets,
		TArray< FString > &	InOutAssetsWithValidUVSets,
		bool	bInVerbose = `true`
	)

static

Static: Processes the specified static mesh for light map UV problems

Parameters

InStaticMesh	Static mesh to process
InOutAssetsWithMissingUVSets	Array of assets that we found with missing UV sets
InOutAssetsWithBadUVSets	Array of assets that we found with bad UV sets
InOutAssetsWithValidUVSets	Array of assets that we found with valid UV sets
bInVerbose	If true, log the items as they are found

Checks to see if a point overlaps a triangle

Parameters

P	Point
A	First triangle vertex
B	Second triangle vertex
C	Third triangle vertex

Returns: true if the point overlaps the triangle

Checks to see if a point overlaps a triangle

Parameters

P	Point
Triangle	triangle vertices

Returns: true if the point overlaps the triangle

Checks for UVs outside of a 0.0 to 1.0 range.

Parameters

TriangleUVs a referenced array of 3 UV coordinates.

Returns: true if UVs are <0.0 or >1.0

Fills an array with 3 UV coordinates for a specified triangle from a FStaticMeshLODResources object.

Parameters

MeshLOD	Source mesh.
TriangleIndex	triangle to get UV data from
UVChannel	UV channel to extract
TriangleUVsOUT	an array which is filled with the UV data

Performs a UV check on a specific LOD from a UStaticMesh.

Parameters

MeshLOD	a referenced array of 3 UV coordinates.
LightMapCoordinateIndex	The UV channel containing the light map UVs.
OverlappingLightMapUVTriangleCountOUT	Filled with the number of triangles that overlap one another.
OutOfBoundsTriangleCountOUT	Filled with the number of triangles whose UVs are out of 0..1 range.

Returns: UVCheckResult UVCheck_Missing: light map UV channel does not exist in the data. UVCheck_Bad: one or more triangles break UV mapping rules. UVCheck_NoTriangle: The specified mesh has no triangles. UVCheck_OK: no problems were found.

◆ ComputeLODScreenSize()

static ENGINE_API float UStaticMesh::ComputeLODScreenSize	(	int32	LODIndex,
		float	PreviousLODScreenSize = `-1.0f`
	)

static

Computes the LOD Screen Size based on the LODIndex while keeping it within tolerance from the previous LODScreenSize

◆ ContainsPhysicsTriMeshData()

bool UStaticMesh::ContainsPhysicsTriMeshData ( bool InUseAllTriData ) const

overridevirtual

Interface for checking if the implementing objects contains triangle mesh collision data

Returns: true if the implementing object contains triangle mesh data, false otherwise

Reimplemented from IInterface_CollisionDataProvider.

◆ CreateBodySetup()

void UStaticMesh::CreateBodySetup ( )

Create BodySetup for this staticmesh if it doesn't have one

Create BodySetup for this staticmesh

◆ CreateNavCollision()

void UStaticMesh::CreateNavCollision ( const bool bIsUpdate = false )

Calculates navigation collision for caching

◆ CreateStaticMeshDescription()

UStaticMeshDescription * UStaticMesh::CreateStaticMeshDescription ( UObject * Outer = nullptr )

static

Create an empty StaticMeshDescription object, to describe a static mesh at runtime

◆ DoesMipDataExist()

bool UStaticMesh::DoesMipDataExist ( const int32 MipIndex ) const

finaloverridevirtual

Reimplemented from UStreamableRenderAsset.

◆ EnforceLightmapRestrictions()

void UStaticMesh::EnforceLightmapRestrictions ( bool bUseRenderData = true )

Make sure the Lightmap UV point on a valid UVChannel

◆ ExecutePostLoadInternal()

void UStaticMesh::ExecutePostLoadInternal ( FStaticMeshPostLoadContext & Context )

Thread-safe part of the Post Load

◆ ExportStaticMeshLOD()

void UStaticMesh::ExportStaticMeshLOD	(	const FStaticMeshLODResources &	InLODResources,
		FMeshDescription &	OutMeshDescription
	)		const

Exports static mesh LOD render data to a MeshDescription

◆ FindSocket()

UStaticMeshSocket * UStaticMesh::FindSocket ( FName InSocketName ) const

Find a socket object in this StaticMesh by name. Entering NAME_None will return NULL. If there are multiple sockets with the same name, will return the first one.

◆ FinishPostLoadInternal()

void UStaticMesh::FinishPostLoadInternal ( FStaticMeshPostLoadContext & Context )

Complete the static mesh postload process - Can't be done in parallel.

◆ GetAssetRegistryTags() [1/2]

void UStaticMesh::GetAssetRegistryTags ( FAssetRegistryTagsContext Context ) const

overridevirtual

Gathers a list of asset registry searchable tags which are name/value pairs with some type information This only needs to be implemented for asset objects

Parameters

OutTags A list of key-value pairs associated with this object and their types

Reimplemented from UObject.

◆ GetAssetRegistryTags() [2/2]

void UStaticMesh::GetAssetRegistryTags ( TArray< FAssetRegistryTag > & OutTags ) const

overridevirtual

Reimplemented from UObject.

◆ GetAssetUserDataArray()

const TArray< UAssetUserData * > * UStaticMesh::GetAssetUserDataArray ( ) const

overridevirtual

Reimplemented from IInterface_AssetUserData.

◆ GetAssetUserDataOfClass()

UAssetUserData * UStaticMesh::GetAssetUserDataOfClass ( TSubclassOf< UAssetUserData > InUserDataClass )

overridevirtual

Returns an instance of the provided AssetUserData class if it's contained in the target asset.

Parameters

InUserDataClass UAssetUserData sub class to get

Returns: The instance of the UAssetUserData class contained, or null if it doesn't exist

Reimplemented from IInterface_AssetUserData.

◆ GetBodySetup()

UBodySetup * UStaticMesh::GetBodySetup ( ) const

inline

◆ GetBodySetupName()

static FName UStaticMesh::GetBodySetupName ( )

inlinestatic

◆ GetBoundingBox()

FBox UStaticMesh::GetBoundingBox ( ) const

Returns the bounding box, in local space including bounds extension(s), of the StaticMesh asset

◆ GetBounds()

FBoxSphereBounds UStaticMesh::GetBounds ( ) const

Returns the number of bounds of the mesh.

Returns: The bounding box represented as box origin with extents and also a sphere that encapsulates that box

◆ GetCopyOfStaticMaterialsInfo()

const TArray< FStaticMaterialMinimalInfo > UStaticMesh::GetCopyOfStaticMaterialsInfo ( ) const

inline

◆ GetDefaultMinLOD()

ENGINE_API int32 UStaticMesh::GetDefaultMinLOD ( ) const

◆ GetDesc()

FString UStaticMesh::GetDesc ( void )

overridevirtual

Returns a one line description of an object for viewing in the thumbnail view of the generic browser

Reimplemented from UObject.

◆ GetExtendedBounds()

const FBoxSphereBounds & UStaticMesh::GetExtendedBounds ( ) const

inline

◆ GetLightingGuid()

const FGuid & UStaticMesh::GetLightingGuid ( ) const

inline

◆ GetLightMapCoordinateIndex()

int32 UStaticMesh::GetLightMapCoordinateIndex ( ) const

inline

◆ GetLightMapCoordinateIndexName()

static FName UStaticMesh::GetLightMapCoordinateIndexName ( )

inlinestatic

◆ GetLightMapResolution()

int32 UStaticMesh::GetLightMapResolution ( ) const

inline

◆ GetLightMapResolutionName()

static FName UStaticMesh::GetLightMapResolutionName ( )

inlinestatic

◆ GetLightmapUVDensity()

float UStaticMesh::GetLightmapUVDensity ( ) const

inline

◆ GetLODForExport()

const FStaticMeshLODResources & UStaticMesh::GetLODForExport ( int32 LODIndex ) const

Returns the render data to use for exporting the specified LOD. This method should always be called when exporting a static mesh.

◆ GetLODPathName()

FName UStaticMesh::GetLODPathName	(	const UStaticMesh *	Mesh,
		int32	LODIndex
	)

static

Helper function for resource tracking, construct a name using the mesh's path name and LOD index .

◆ GetMaterial()

UMaterialInterface * UStaticMesh::GetMaterial ( int32 MaterialIndex ) const

Gets a Material given a Material Index and an LOD number

Returns: Requested material

◆ GetMaterialBox()

FBox UStaticMesh::GetMaterialBox	(	int32	MaterialIndex,
		const FTransform &	Transform
	)		const

Returns the material bounding box. Computed from all lod-section using the material index.

Parameters

MaterialIndex	Material Index to look at
TransformMatrix	Matrix to be applied to the position before computing the bounds

Returns: false if some parameters are invalid

◆ GetMaterialIndex()

int32 UStaticMesh::GetMaterialIndex ( FName MaterialSlotName ) const

Gets a Material index given a slot name

Returns: Requested material

◆ GetMaterialIndexFromImportedMaterialSlotName()

int32 UStaticMesh::GetMaterialIndexFromImportedMaterialSlotName ( FName ImportedMaterialSlotName ) const

◆ GetMeshId()

void UStaticMesh::GetMeshId ( FString & OutMeshId )

overridevirtual

An optional string identifying the mesh data.

Reimplemented from IInterface_CollisionDataProvider.

◆ GetMinimumLODForPlatform()

int32 UStaticMesh::GetMinimumLODForPlatform ( const FName & PlatformName ) const

inline

◆ GetMinimumLODForPlatforms()

void UStaticMesh::GetMinimumLODForPlatforms ( TMap< FName, int32 > & PlatformMinimumLODs ) const

inline

◆ GetMinimumLODForQualityLevel()

int32 UStaticMesh::GetMinimumLODForQualityLevel ( const FName & QualityLevel ) const

inline

◆ GetMinimumLODForQualityLevels()

void UStaticMesh::GetMinimumLODForQualityLevels ( TMap< FName, int32 > & QualityLevelMinimumLODs ) const

inline

◆ GetMinLOD()

const FPerPlatformInt & UStaticMesh::GetMinLOD ( ) const

inline

◆ GetMipIoFilenameHash()

FIoFilenameHash UStaticMesh::GetMipIoFilenameHash ( const int32 MipIndex ) const

finaloverridevirtual

Reimplemented from UStreamableRenderAsset.

◆ GetNavCollision()

UNavCollisionBase * UStaticMesh::GetNavCollision ( ) const

◆ GetNavigationBounds()

FBox UStaticMesh::GetNavigationBounds ( const FTransform & LocalToWorld ) const

◆ GetNegativeBoundsExtension()

const FVector & UStaticMesh::GetNegativeBoundsExtension ( ) const

inline

◆ GetNegativeBoundsExtensionName()

static FName UStaticMesh::GetNegativeBoundsExtensionName ( )

inlinestatic

◆ GetNumLODs()

int32 UStaticMesh::GetNumLODs ( ) const

Returns the number of LODs used by the mesh.

◆ GetNumNaniteTriangles()

int32 UStaticMesh::GetNumNaniteTriangles ( ) const

Returns the number of triangles of the Nanite representation of this mesh.

◆ GetNumNaniteVertices()

int32 UStaticMesh::GetNumNaniteVertices ( ) const

Returns the number of vertices of the Nanite representation of this mesh.

◆ GetNumSections()

int32 UStaticMesh::GetNumSections ( int32 InLOD ) const

Returns number of Sections that this StaticMesh has, in the supplied LOD (LOD 0 is the highest)

◆ GetNumSectionsWithCollision()

int32 UStaticMesh::GetNumSectionsWithCollision ( ) const

Return the number of sections of the StaticMesh with collision enabled

◆ GetNumTexCoords()

int32 UStaticMesh::GetNumTexCoords ( int32 LODIndex ) const

Returns the number of tex coords for the specified LOD.

◆ GetNumTriangles()

int32 UStaticMesh::GetNumTriangles ( int32 LODIndex ) const

Returns the number of triangles in the render data for the specified LOD.

◆ GetNumUVChannels()

ENGINE_API int32 UStaticMesh::GetNumUVChannels ( int32 LODIndex ) const

Returns the number of UV channels for the given LOD of a StaticMesh.

Parameters

LODIndex Index of the StaticMesh LOD.

Returns: the number of UV channels.

◆ GetNumVertices()

int32 UStaticMesh::GetNumVertices ( int32 LODIndex ) const

Returns the number of vertices for the specified LOD.

◆ GetPhysicsTriMeshData()

bool UStaticMesh::GetPhysicsTriMeshData	(	struct FTriMeshCollisionData *	CollisionData,
		bool	InUseAllTriData
	)

overridevirtual

Interface for retrieving triangle mesh collision data from the implementing object

Parameters

CollisionData - structure given by the caller to be filled with tri mesh collision data

Returns: true if successful, false if unable to successfully fill in data structure

Reimplemented from IInterface_CollisionDataProvider.

◆ GetPositiveBoundsExtension()

const FVector & UStaticMesh::GetPositiveBoundsExtension ( ) const

inline

◆ GetPositiveBoundsExtensionName()

static FName UStaticMesh::GetPositiveBoundsExtensionName ( )

inlinestatic

◆ GetQualityLevelMinLOD()

const FPerQualityLevelInt & UStaticMesh::GetQualityLevelMinLOD ( ) const

inline

◆ GetQualityLevelMinLODMemberName()

static FName UStaticMesh::GetQualityLevelMinLODMemberName ( )

inlinestatic

◆ GetRenderAssetType()

EStreamableRenderAssetType UStaticMesh::GetRenderAssetType ( ) const

finaloverridevirtual

Reimplemented from UStreamableRenderAsset.

◆ GetRenderData() [1/2]

FStaticMeshRenderData * UStaticMesh::GetRenderData ( )

◆ GetRenderData() [2/2]

const FStaticMeshRenderData * UStaticMesh::GetRenderData ( ) const

◆ GetResourceSizeEx()

void UStaticMesh::GetResourceSizeEx ( FResourceSizeEx & CumulativeResourceSize )

overridevirtual

Get the size of the object/resource for use in memory tools or to display to artists/LDs in the Editor This is the extended version which separates up the used memory into different memory regions (the actual definition of which may be platform specific).

Parameters

CumulativeResourceSize Struct used to count up the cumulative size of the resource as to be displayed to artists/LDs in the Editor.

Reimplemented from UObject.

◆ GetSocketsByTag()

TArray< UStaticMeshSocket * > UStaticMesh::GetSocketsByTag ( const FString & InSocketTag ) const

Returns a list of sockets with the provided tag.

◆ GetStaticMaterials() [1/2]

TArray< FStaticMaterial > & UStaticMesh::GetStaticMaterials ( )

inline

◆ GetStaticMaterials() [2/2]

const TArray< FStaticMaterial > & UStaticMesh::GetStaticMaterials ( ) const

inline

◆ GetStaticMaterialsName()

static FName UStaticMesh::GetStaticMaterialsName ( )

inlinestatic

◆ GetStaticMeshDescription()

UStaticMeshDescription * UStaticMesh::GetStaticMeshDescription ( int32 LODIndex )

Return a new StaticMeshDescription referencing the MeshDescription of the given LOD

◆ GetSupportRayTracingMemberName()

static FName UStaticMesh::GetSupportRayTracingMemberName ( )

inlinestatic

◆ GetTriMeshSizeEstimates()

bool UStaticMesh::GetTriMeshSizeEstimates	(	struct FTriMeshCollisionDataEstimates &	OutTriMeshEstimates,
		bool	bInUseAllTriData
	)		const

overridevirtual

Returns an estimate of how much data would be retrieved by GetPhysicsTriMeshData.

Parameters

OutTriMeshEstimates - structure given by the caller to be filled with tri mesh estimate data

Returns: true if successful, false if unable to successfully fill in data structure

Reimplemented from IInterface_CollisionDataProvider.

◆ GetUsedMaterials()

void UStaticMesh::GetUsedMaterials	(	TArray< UMaterialInterface * > &	OutMaterials,
		TFunctionRef< UMaterialInterface *(int32)>	OverrideMaterial
	)		const

◆ GetUVChannelData()

const FMeshUVChannelInfo * UStaticMesh::GetUVChannelData ( int32 MaterialIndex ) const

Returns the UV channel data for a given material index. Used by the texture streamer. This data applies to all lod-section using the same material.

Parameters

MaterialIndex the material index for which to get the data for.

Returns: the data, or null if none exists.

◆ GetVertexColorData()

void UStaticMesh::GetVertexColorData ( TMap< FVector3f, FColor > & VertexColorData )

Returns vertex color data by position. For matching to reimported meshes that may have changed or copying vertex paint data from mesh to mesh.

Parameters

VertexColorData (out)A map of vertex position data and its color. The method fills this map.

◆ HasAnyDependenciesCompiling()

bool UStaticMesh::HasAnyDependenciesCompiling ( ) const

inline

◆ HasNaniteFallbackMesh()

bool UStaticMesh::HasNaniteFallbackMesh ( EShaderPlatform ShaderPlatform ) const

Returns true if the mesh has Nanite fallback on a specific shader platform.

◆ HasPendingRenderResourceInitialization()

bool UStaticMesh::HasPendingRenderResourceInitialization ( ) const

finaloverridevirtual

Reimplemented from UStreamableRenderAsset.

◆ HasValidNaniteData()

bool UStaticMesh::HasValidNaniteData ( ) const

Returns true if the mesh has valid Nanite render data.

◆ HasValidRenderData()

bool UStaticMesh::HasValidRenderData	(	bool	bCheckLODForVerts = `true`,
		int32	LODIndex = `INDEX_NONE`
	)		const

Returns true if the mesh has data that can be rendered.

◆ ImportStaticMaterialsInfo()

const TArray< FStaticMaterialMinimalInfo > UStaticMesh::ImportStaticMaterialsInfo ( const FString & InData )

static

◆ InitResources()

void UStaticMesh::InitResources ( )

virtual

Initialize the static mesh's render resources.

Initializes the static mesh's render resources.

◆ IsBuiltAtRuntime()

bool UStaticMesh::IsBuiltAtRuntime ( ) const

inline

◆ IsCompiling()

bool UStaticMesh::IsCompiling ( ) const

inlinevirtual

Returns whether or not the asset is currently being compiled

Reimplemented from IInterface_AsyncCompilation.

◆ IsMinLodQualityLevelEnable()

bool UStaticMesh::IsMinLodQualityLevelEnable ( ) const

Check the QualitLevel property is enabled for MinLod.

◆ IsNaniteLandscape()

bool UStaticMesh::IsNaniteLandscape ( ) const

inline

◆ IsNavigationRelevant()

PRAGMA_ENABLE_DEPRECATION_WARNINGS bool UStaticMesh::IsNavigationRelevant ( ) const

◆ IsPostLoadThreadSafe()

bool UStaticMesh::IsPostLoadThreadSafe ( ) const

overridevirtual

Called during async load to determine if PostLoad can be called on the loading thread.

Returns: true if this object's PostLoad is thread safe

Reimplemented from UObject.

◆ IsReadyForFinishDestroy()

bool UStaticMesh::IsReadyForFinishDestroy ( )

overridevirtual

Called to check if the object is ready for FinishDestroy. This is called after BeginDestroy to check the completion of the potentially asynchronous object cleanup.

Returns: True if the object's asynchronous cleanup has completed and it is ready for FinishDestroy to be called.

Reimplemented from UStreamableRenderAsset.

◆ MarkAsNotHavingNavigationData()

void UStaticMesh::MarkAsNotHavingNavigationData ( )

Configures this SM as bHasNavigationData = false and clears stored NavCollision

◆ OnLodStrippingQualityLevelChanged()

void UStaticMesh::OnLodStrippingQualityLevelChanged ( IConsoleVariable * Variable )

static

◆ PollAsyncPhysicsTriMeshData()

bool UStaticMesh::PollAsyncPhysicsTriMeshData ( bool InUseAllTriData ) const

overridevirtual

Poll for availability of asynchronously-populated triangle mesh collision data

Returns: true if the triangle mesh collision can be accessed without blocking, false otherwise

Reimplemented from IInterface_CollisionDataProvider.

◆ PostInitProperties()

void UStaticMesh::PostInitProperties ( )

overridevirtual

Called after the C++ constructor and after the properties have been initialized, including those loaded from config. This is called before any serialization or other setup has happened.

Reimplemented from UObject.

◆ PostLoad()

void UStaticMesh::PostLoad ( )

overridevirtual

Do any object-specific cleanup required immediately after loading an object. This is not called for newly-created objects, and by default will always execute on the game thread.

Reimplemented from UObject.

◆ RecreateNavCollision()

void UStaticMesh::RecreateNavCollision ( )

Delete current NavCollision and create a new one if needed

◆ RegisterMeshAttributes()

void UStaticMesh::RegisterMeshAttributes ( FMeshDescription & MeshDescription )

static

Registers the mesh attributes required by the mesh description for a static mesh.

◆ ReleaseResources()

void UStaticMesh::ReleaseResources ( )

virtual

Releases the static mesh's render resources.

◆ RemoveSocket()

void UStaticMesh::RemoveSocket ( UStaticMeshSocket * Socket )

Remove a socket object in this StaticMesh by providing it's pointer. Use FindSocket() if needed.

◆ RemoveUserDataOfClass()

void UStaticMesh::RemoveUserDataOfClass ( TSubclassOf< UAssetUserData > InUserDataClass )

overridevirtual

Reimplemented from IInterface_AssetUserData.

◆ RemoveVertexColors()

ENGINE_API void UStaticMesh::RemoveVertexColors ( )

Removes all vertex colors from this mesh and rebuilds it (Editor only

◆ RequestUpdateCachedRenderState()

void UStaticMesh::RequestUpdateCachedRenderState ( ) const

◆ Serialize()

void UStaticMesh::Serialize ( FArchive & Ar )

overridevirtual

UStaticMesh::Serialize

Reimplemented from UObject.

◆ SetBodySetup()

void UStaticMesh::SetBodySetup ( UBodySetup * InBodySetup )

inline

◆ SetExtendedBounds()

void UStaticMesh::SetExtendedBounds ( const FBoxSphereBounds & InExtendedBounds )

inline

◆ SetIsBuiltAtRuntime()

void UStaticMesh::SetIsBuiltAtRuntime ( bool InIsBuiltAtRuntime )

inline

◆ SetLightingGuid()

void UStaticMesh::SetLightingGuid ( const FGuid & InLightingGuid = FGuid::NewGuid() )

inline

◆ SetLightMapCoordinateIndex()

void UStaticMesh::SetLightMapCoordinateIndex ( int32 InLightMapCoordinateIndex )

inline

◆ SetLightMapResolution()

void UStaticMesh::SetLightMapResolution ( int32 InLightMapResolution )

inline

◆ SetLightmapUVDensity()

void UStaticMesh::SetLightmapUVDensity ( float InLightmapUVDensity )

inline

◆ SetMinimumLODForPlatform()

void UStaticMesh::SetMinimumLODForPlatform	(	const FName &	PlatformName,
		int32	InMinLOD
	)

inline

◆ SetMinimumLODForPlatforms()

void UStaticMesh::SetMinimumLODForPlatforms ( const TMap< FName, int32 > & PlatformMinimumLODs )

inline

◆ SetMinLOD()

void UStaticMesh::SetMinLOD ( FPerPlatformInt InMinLOD )

inline

◆ SetMinLODIdx()

ENGINE_API void UStaticMesh::SetMinLODIdx ( int32 InMinLOD )

◆ SetNavCollision()

void UStaticMesh::SetNavCollision ( UNavCollisionBase * InNavCollision )

◆ SetNegativeBoundsExtension()

void UStaticMesh::SetNegativeBoundsExtension ( FVector InNegativeBoundsExtension )

inline

◆ SetPositiveBoundsExtension()

void UStaticMesh::SetPositiveBoundsExtension ( FVector InPositiveBoundsExtension )

inline

◆ SetQualityLevelMinLOD()

void UStaticMesh::SetQualityLevelMinLOD ( FPerQualityLevelInt InMinLOD )

inline

◆ SetRenderData()

void UStaticMesh::SetRenderData ( TUniquePtr< class FStaticMeshRenderData > && InRenderData )

◆ SetStaticMaterials()

void UStaticMesh::SetStaticMaterials ( const TArray< FStaticMaterial > & InStaticMaterials )

inline

◆ SetVertexColorData()

void UStaticMesh::SetVertexColorData ( const TMap< FVector3f, FColor > & VertexColorData )

Sets vertex color data by position. Map of vertex color data by position is matched to the vertex position in the mesh and nearest matching vertex color is used.

Parameters

VertexColorData A map of vertex position data and color.

◆ StreamIn()

bool UStaticMesh::StreamIn	(	int32	NewMipCount,
		bool	bHighPrio
	)

finaloverridevirtual

Loads mips from disk to memory. Only usable if the asset is streamable.

Parameters

NewMipCount	- The desired mip count after the mips are loaded.
bHighPrio	- true if the load request is of high priority and must be issued before other asset requests.

Returns: Whether any mips were resquested to be loaded.

Reimplemented from UStreamableRenderAsset.

◆ StreamOut()

bool UStaticMesh::StreamOut ( int32 NewMipCount )

finaloverridevirtual

Unload some mips from memory. Only usable if the asset is streamable.

Parameters

NewMipCount - The desired mip count after the mips are unloaded.

Returns: Whether any mips were requested to be unloaded.

Reimplemented from UStreamableRenderAsset.

◆ UE_DEPRECATED() [1/3]

UStaticMesh::UE_DEPRECATED	(	4.	27,
		"Please do not access this member directly; use UStaticMesh::GetLightMapCoordinateIndex() or UStaticMesh::SetLightMapCoordinateIndex()."
	)

The light map coordinate index

◆ UE_DEPRECATED() [2/3]

UStaticMesh::UE_DEPRECATED	(	4.	27,
		"Please do not access this member directly; use UStaticMesh::GetLightMapResolution() or UStaticMesh::SetLightMapResolution()."
	)

◆ UE_DEPRECATED() [3/3]

UStaticMesh::UE_DEPRECATED	(	4.	27,
		"Please do not access this member directly; use UStaticMesh::GetMinLOD() or UStaticMesh::SetMinLOD()."
	)

Minimum LOD to use for rendering. This is the default setting for the mesh and can be overridden by component settings.

◆ UFUNCTION()

UStaticMesh::UFUNCTION	(	BlueprintCallable	,
		Category	= `StaticMesh`,
		Meta	= `(ToolTip = "Allow to override min lod quality levels on a staticMesh and it Default value (-1 value for Default dont override its value).")`
	)		const

◆ UpdateUVChannelData()

void UStaticMesh::UpdateUVChannelData ( bool bRebuildAll )

Update missing material UV channel data used for texture streaming.

Parameters

bRebuildAll If true, rebuild everything and not only missing data.

◆ WantsNegXTriMesh()

virtual bool UStaticMesh::WantsNegXTriMesh ( )

inlineoverridevirtual

Do we want to create a negative version of this mesh

Reimplemented from IInterface_CollisionDataProvider.

Friends And Related Symbol Documentation

◆ FStaticMeshAsyncBuildWorker

friend class FStaticMeshAsyncBuildWorker

friend

◆ FStaticMeshCompilingManager

friend class FStaticMeshCompilingManager

friend

◆ FStaticMeshUpdate

friend class FStaticMeshUpdate

friend

◆ FStaticMeshUpdateContext

friend struct FStaticMeshUpdateContext

friend

Member Data Documentation

◆ AssetUserData

TArray<TObjectPtr<UAssetUserData> > UStaticMesh::AssetUserData

protected

Array of user data stored with the asset

◆ bAllowCPUAccess

uint8 UStaticMesh::bAllowCPUAccess

If true, will keep geometry data CPU-accessible in cooked builds, rather than uploading to GPU memory and releasing it from CPU memory. This is required if you wish to access StaticMesh geometry data on the CPU at runtime in cooked builds (e.g. to convert StaticMesh to ProceduralMeshComponent)

◆ bDoFastBuild

uint8 UStaticMesh::bDoFastBuild

◆ bGenerateMeshDistanceField

uint8 UStaticMesh::bGenerateMeshDistanceField

Whether to generate a distance field for this mesh, which can be used by DistanceField Indirect Shadows. This is ignored if the project's 'Generate Mesh Distance Fields' setting is enabled.

◆ bHasNavigationData

uint8 UStaticMesh::bHasNavigationData

If true, mesh will have NavCollision property with additional data for navmesh generation and usage. Set to false for distant meshes (always outside navigation bounds) to save memory on collision data.

◆ bRenderingResourcesInitialized

uint8 UStaticMesh::bRenderingResourcesInitialized

protected

Tracks whether InitResources has been called, and rendering resources are initialized.

◆ bStripComplexCollisionForConsole_DEPRECATED

uint8 UStaticMesh::bStripComplexCollisionForConsole_DEPRECATED

If true, strips unwanted complex collision data aka kDOP tree when cooking for consoles. On the Playstation 3 data of this mesh will be stored in video memory.

◆ bSupportGpuUniformlyDistributedSampling

uint8 UStaticMesh::bSupportGpuUniformlyDistributedSampling

If true, a GPU buffer containing required data for uniform mesh surface sampling will be created at load time. It is created from the cpu data so bSupportUniformlyDistributedSampling is also required to be true.

◆ bSupportPhysicalMaterialMasks

uint8 UStaticMesh::bSupportPhysicalMaterialMasks

If true, complex collision data will store UVs and face remap table for use when performing PhysicalMaterialMask lookups in cooked builds. Note the increased memory cost for this functionality.

◆ bSupportRayTracing

uint8 UStaticMesh::bSupportRayTracing

If true, a ray tracing acceleration structure will be built for this mesh and it may be used in ray tracing effects

◆ bSupportUniformlyDistributedSampling

uint8 UStaticMesh::bSupportUniformlyDistributedSampling

Mesh supports uniformly distributed sampling in constant time. Memory cost is 8 bytes per triangle. Example usage is uniform spawning of particles.

◆ Default

int32 int32 UStaticMesh::Default

Initial value:

= -1)
    {
 
    }
 
    void GetMinLODForQualityLevels(TMap<EPerQualityLevels, int32>& QualityLevelMinimumLODs, int32& Default) const
    {
 
    }
 
    ENGINE_API int32 GetMinLODIdx(bool bForceLowestLODIdx = false) const

◆ DistanceFieldSelfShadowBias

float UStaticMesh::DistanceFieldSelfShadowBias

Useful for reducing self shadowing from distance field methods when using world position offset to animate the mesh's vertices.

◆ ElementToIgnoreForTexFactor

int32 UStaticMesh::ElementToIgnoreForTexFactor

protected

Index of an element to ignore while gathering streaming texture factors. This is useful to disregard automatically generated vertex data which breaks texture factor heuristics.

◆ ExtendedBounds

FBoxSphereBounds UStaticMesh::ExtendedBounds

Original mesh bounds extended with Positive/NegativeBoundsExtension

◆ LODForCollision

int32 UStaticMesh::LODForCollision

Specifies which mesh LOD to use for complex (per-poly) collision. Sometimes it can be desirable to use a lower poly representation for collision to reduce memory usage, improve performance and behaviour. Collision representation does not change based on distance to camera.

◆ MeshPaintTextureCoordinateIndex

int32 UStaticMesh::MeshPaintTextureCoordinateIndex

The default coordinate index to use when texture color painting on this mesh.

◆ MeshPaintTextureResolution

int32 UStaticMesh::MeshPaintTextureResolution

The resolution of texture color mesh paint textures on this mesh. The final size will be rounded up to a power of 2 and a multiple of the "Mesh Paint Tile Size" project setting. A default value of 0 will auto calculate the size using the "Mesh paint texels per vertex" project setting.

◆ MinQualityLevelLOD

FPerQualityLevelInt UStaticMesh::MinQualityLevelLOD

◆ NegativeBoundsExtension

FVector UStaticMesh::NegativeBoundsExtension

Bound extension values in the negative direction of XYZ, positive value increases bound size

◆ PositiveBoundsExtension

FVector UStaticMesh::PositiveBoundsExtension

Bound extension values in the positive direction of XYZ, positive value increases bound size

◆ QualityLevelMinimumLODs

int32& UStaticMesh::QualityLevelMinimumLODs

◆ ReleaseResourcesFence

FRenderCommandFence UStaticMesh::ReleaseResourcesFence

A fence which is used to keep track of the rendering thread releasing the static mesh resources.

◆ Sockets

TArray<TObjectPtr<class UStaticMeshSocket> > UStaticMesh::Sockets

Array of named socket locations, set up in editor and used as a shortcut instead of specifying everything explicitly to AttachComponent in the StaticMeshComponent.

◆ SpeedTreeWind

TSharedPtr<class FSpeedTreeWind> UStaticMesh::SpeedTreeWind

Data that is only available if this static mesh is an imported SpeedTree

◆ StaticMeshPaintSupport

EStaticMeshPaintSupport UStaticMesh::StaticMeshPaintSupport

Whether to support per instance texture color mesh painting on components using this mesh.

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

Engine/Source/Runtime/Engine/Classes/Engine/StaticMesh.h
Engine/Source/Runtime/Engine/Private/StaticMesh.cpp
Engine/Source/Runtime/Engine/Private/StaticMeshBuild.cpp

Classes

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Attributes

Friends

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ ~UStaticMesh()

◆ UStaticMesh()

Member Function Documentation

◆ AddAssetUserData()

◆ AddMaterial()

◆ AddSocket()

◆ AreRenderingResourcesInitialized()

◆ BatchBuild() [1/2]

◆ BatchBuild() [2/2]

◆ BeginDestroy()

◆ BeginPostLoadInternal()

◆ Build() [1/2]

◆ Build() [2/2]

◆ BuildFromMeshDescription()

◆ BuildFromMeshDescriptions()

◆ BuildFromStaticMeshDescriptions()

◆ CalcCumulativeLODSize()

◆ CalculateExtendedBounds()

◆ CanBeClusterRoot()

◆ CancelAllPendingStreamingActions()

◆ CanMeshPaintTextureColors()

◆ CheckLightMapUVs()

◆ ComputeLODScreenSize()

◆ ContainsPhysicsTriMeshData()

◆ CreateBodySetup()

◆ CreateNavCollision()

◆ CreateStaticMeshDescription()

◆ DoesMipDataExist()

◆ EnforceLightmapRestrictions()

◆ ExecutePostLoadInternal()

◆ ExportStaticMeshLOD()

◆ FindSocket()

◆ FinishPostLoadInternal()

◆ GetAssetRegistryTags() [1/2]

◆ GetAssetRegistryTags() [2/2]

◆ GetAssetUserDataArray()

◆ GetAssetUserDataOfClass()

◆ GetBodySetup()

◆ GetBodySetupName()

◆ GetBoundingBox()

◆ GetBounds()

◆ GetCopyOfStaticMaterialsInfo()

◆ GetDefaultMinLOD()

◆ GetDesc()

◆ GetExtendedBounds()

◆ GetLightingGuid()

◆ GetLightMapCoordinateIndex()

◆ GetLightMapCoordinateIndexName()

◆ GetLightMapResolution()

◆ GetLightMapResolutionName()

◆ GetLightmapUVDensity()

◆ GetLODForExport()

◆ GetLODPathName()

◆ GetMaterial()

◆ GetMaterialBox()

◆ GetMaterialIndex()

◆ GetMaterialIndexFromImportedMaterialSlotName()

◆ GetMeshId()

◆ GetMinimumLODForPlatform()

◆ GetMinimumLODForPlatforms()

◆ GetMinimumLODForQualityLevel()

◆ GetMinimumLODForQualityLevels()

◆ GetMinLOD()

◆ GetMipIoFilenameHash()

◆ GetNavCollision()

◆ GetNavigationBounds()

◆ GetNegativeBoundsExtension()

◆ GetNegativeBoundsExtensionName()

◆ GetNumLODs()

◆ GetNumNaniteTriangles()

◆ GetNumNaniteVertices()