UObject general utils. More...

#include <RRUObjectUtils.h>

Inheritance diagram for URRUObjectUtils:

Collaboration diagram for URRUObjectUtils:

Static Public Member Functions
template<typename T >
static FORCEINLINE T *	CreateSelfSubobject (UObject *InOuter, const FString &InObjectUniqueName)

static FORCEINLINE UObject *	CreateSelfSubobject (UObject InOuter, UClass InObjectClass, const FString &InObjectUniqueName)
	Use CreateDefaultSubobject or NewObject based on where this method is called. More...

template<typename T >
static FORCEINLINE bool	HasSubobject (UObject *InParentObj, const FString &InChildName)
	Return true if InParentObj has subobjects with InChildName. More...

static FORCEINLINE FString	ComposeDynamicResourceName (const FString &InPrefix, const FString &InResourceUniqueName)

static void	SetupComponentTick (UActorComponent *InComponent, bool bIsTickEnabled)

static USceneComponent *	SetupDefaultRootComponent (AActor *InActor)

template<typename T , typename = TEnableIf<TIsDerivedFrom<T, UPrimitiveComponent>::Value>>
static void	ConfigureComponentPhysics (T *InComponent, bool bIsPhysicsEnabled, bool bIsCollisionEnabled, bool bIsOverlapEventEnabled)

static void	DisableNavImpactAndPhysicsCollision (UPrimitiveComponent *InComponent)

static void	AttachComponentToComponent (USceneComponent InChildComp, USceneComponent InParentComp, const FTransform &InRelativeTransf=FTransform::Identity, const FAttachmentTransformRules &InAttachmentRules=FAttachmentTransformRules::KeepRelativeTransform, const TCHAR *InSocketName=nullptr)
	Use SetupAttachment or AttachToComponent based on where this method is called. More...

template<typename T >
static T *	CreateChildComponent (AActor *InActor, const FString &InUniqueName, bool bIsPhysicsEnabled=false, bool bIsCollisionEnabled=false, bool bIsOverlapEventEnabled=false)
	Create a Child Component object and attach to InActor and calls ConfigureComponentPhysics. More...

template<typename T >
static T *	CreateAndAttachChildComponent (AActor InActor, const FString &InUniqueName, const FTransform &InRelativeTransf=FTransform::Identity, USceneComponent InParentComp=nullptr, const TCHAR *InAttachSocketName=nullptr)

template<typename TMeshComponent >
static FORCEINLINE TMeshComponent *	CreateMeshComponent (AActor InActor, const FString &InObjMeshUniqueName, const FString &InMeshCompUniqueName, const FTransform &InRelativeTransf, bool bInIsOwningActorStationary, bool bInIsPhysicsEnabled, bool bInIsCollisionEnabled, bool bInIsOverlapEventEnabled=false, USceneComponent InParentComp=nullptr)
	Create a Mesh Component, attach to InActor, set parameters. More...

static void	SetupActorTick (AActor *InActor, bool bIsTickEnabled, float InTickInterval=0.f)

static void	RegisterActorComponent (UActorComponent *Comp)
	Uses URRThreadUtils::IsInsideConstructor() to avoid crash by calling RegisterComponents() outside of constructor. More...

static AActor *	FindEnvironmentActor (UWorld *InWorld)

static AActor *	FindSkyActor (UWorld *InWorld)

static ASkyLight *	FindSkyLight (UWorld *InWorld)

static AActor *	FindFloorActor (UWorld *InWorld)

static AActor *	FindWallActor (UWorld *InWorld)

static TArray< AStaticMeshActor * >	FindStaticMeshActorListByMeshSubname (UWorld *InWorld, const FString &InMeshSubname, bool bCreateMaterialInstanceDynamic, const ESearchCase::Type InCaseType=ESearchCase::IgnoreCase)

template<typename T >
static TArray< T * >	FindActorListByType (UWorld *InWorld)

static APostProcessVolume *	FindPostProcessVolume (UWorld *InWorld)

template<typename T , typename TActorSpawnInfo >
static T *	SpawnSimActor (UWorld *InWorld, int8 InSceneInstanceId, const TActorSpawnInfo &InActorSpawnInfo, const ESpawnActorCollisionHandlingMethod CollisionHandlingType=ESpawnActorCollisionHandlingMethod::AlwaysSpawn)
	Spawn a generic actor that is either mesh-based or mesh-free & initialize it with actor spawn info. More...

static ARRBaseActor *	SpawnSimActor (UWorld InWorld, int8 InSceneInstanceId, UClass InActorClass, const FString &InEntityModelName, const FString &InActorName=EMPTY_STR, const FTransform &InActorTransform=FTransform::Identity, const ESpawnActorCollisionHandlingMethod InCollisionHandlingType=ESpawnActorCollisionHandlingMethod::AlwaysSpawn, const FRRActorSpawnInfo &InActorSpawnInfo=FRRActorSpawnInfo())
	Spawn a generic actor that is either mesh-based or mesh-free. More...

static FORCEINLINE FVector	GetRelativeLocFrom (const AActor InActor, const AActor InBaseActor)

static FORCEINLINE FQuat	GetRelativeQuatFrom (const FQuat &InQuat, const AActor *InBaseActor)

static FORCEINLINE FQuat	GetRelativeQuatFrom (const AActor InActor, const AActor InBaseActor)

static FORCEINLINE FRotator	GetRelativeRotFrom (const AActor InActor, const AActor InBaseActor)

static FORCEINLINE void	SetActorCollisionEnabled (AActor *InActor, bool bInCollisionOn)
	Enable/Disable actor collision. More...

static FORCEINLINE FVector	GetDirectedExtent (const FVector &InNormal, const FVector &InExtent)

static void	GetActorCenterAndBoundingBoxVertices (const AActor InActor, const AActor InBaseActor, TArray< FVector > *OutCenterAndVertices3D, bool bInIncludeNonColliding=true)

template<typename TActor >
static void	GetHomoActorGroupCenterAndBoundingBoxVertices (const TArray< TActor * > &InActors, const AActor InBaseActor, TArray< FVector > OutCenterAndVertices3D, bool bInIncludeNonColliding=true)

static FVector	GetActorExtent (AActor *InActor, bool bOnlyCollidingComponents=true, bool bIncludeFromChildActors=false)

static FVector	GetActorSize (AActor *InActor, bool bOnlyCollidingComponents=true, bool bIncludeFromChildActors=false)

static void	DrawActorBoundingBox (AActor *InActor)

template<typename T >
static FTransform	GetHomoActorGroupTransform (const TArray< T * > &InActors)

template<typename T >
static FVector	GetActorGroupCenter (const TArray< T * > &InActors)

template<typename T >
static FVector	GetActorGroupListCenter (const TArray< TArray< T * >> &InActorGroups)

static bool	IsActorOverlapping (AActor *InActor)

static bool	IsEnvStaticMeshActorsOverlapEventEnabled (UWorld *InWorld)

static void	SetEnvStaticMeshActorsOverlapEventEnabled (UWorld *InWorld, bool bEnabled)

template<typename T >
static void	HuddleActors (const TArray< T * > &InActors)

static FString	GetSegMaskDepthStencilsAsText (AActor *InActor)

static bool	GetPhysicsActorHandles (FBodyInstance InBody1, FBodyInstance InBody2, FPhysicsActorHandle &OutActorRef1, FPhysicsActorHandle &OutActorRef2)

static void	SetHomoLinearConstraintMotion (FConstraintInstance *InCI, const ELinearConstraintMotion InLinearMotion)

static void	SetHomoAngularConstraintMotion (FConstraintInstance *InCI, const EAngularConstraintMotion InAngularMotion)

static UMaterialInstanceDynamic *	CreateMeshCompMaterialInstance (UMeshComponent *InMeshComp, int32 InMaterialIndex, const FString &InMaterialInterfaceName)

static int32	GetActorMaterialsNum (AActor *InActor)

static UMaterialInstanceDynamic *	GetActorBaseMaterial (AActor *InActor, int32 InMaterialIndex=0)

static bool	ApplyMeshActorMaterialProps (AActor *InActor, const FRRMaterialProperty &InMaterialInfo, bool bApplyManufacturingAlbedo=true)

static void	ApplyMaterialProps (UMaterialInstanceDynamic *InMaterial, const FRRMaterialProperty &InMaterialInfo, bool bApplyManufacturingAlbedo=true)

static bool	SetMeshActorColor (AActor *InMeshActor, const FLinearColor &InColor, bool InEmitColor=false)

static void	RandomizeActorAppearance (AActor *InActor, const FRRTextureData &InTextureData)

Detailed Description

UObject general utils.

UCLASS()

Member Function Documentation

◆ ApplyMaterialProps()

static void URRUObjectUtils::ApplyMaterialProps	(	UMaterialInstanceDynamic *	InMaterial,
		const FRRMaterialProperty &	InMaterialInfo,
		bool	bApplyManufacturingAlbedo = `true`
	)

static

◆ ApplyMeshActorMaterialProps()

static bool URRUObjectUtils::ApplyMeshActorMaterialProps	(	AActor *	InActor,
		const FRRMaterialProperty &	InMaterialInfo,
		bool	bApplyManufacturingAlbedo = `true`
	)

static

◆ AttachComponentToComponent()

static void URRUObjectUtils::AttachComponentToComponent	(	USceneComponent *	InChildComp,
		USceneComponent *	InParentComp,
		const FTransform &	InRelativeTransf = `FTransform::Identity`,
		const FAttachmentTransformRules &	InAttachmentRules = `FAttachmentTransformRules::KeepRelativeTransform`,
		const TCHAR *	InSocketName = `nullptr`
	)

static

Use SetupAttachment or AttachToComponent based on where this method is called.

Uses URRThreadUtils::IsInsideConstructor.

Parameters

InChildComp
InParentComp
InRelativeTransf
InAttachmentRules
InSocketName

See also: SetupAttachment; AttachToComponent

◆ ComposeDynamicResourceName()

static FORCEINLINE FString URRUObjectUtils::ComposeDynamicResourceName	(	const FString &	InPrefix,
		const FString &	InResourceUniqueName
	)

inlinestatic

◆ ConfigureComponentPhysics()

template<typename T , typename = TEnableIf<TIsDerivedFrom<T, UPrimitiveComponent>::Value>>

static void URRUObjectUtils::ConfigureComponentPhysics	(	T *	InComponent,
		bool	bIsPhysicsEnabled,
		bool	bIsCollisionEnabled,
		bool	bIsOverlapEventEnabled
	)

inlinestatic

◆ CreateAndAttachChildComponent()

template<typename T >

static T* URRUObjectUtils::CreateAndAttachChildComponent	(	AActor *	InActor,
		const FString &	InUniqueName,
		const FTransform &	InRelativeTransf = `FTransform::Identity`,
		USceneComponent *	InParentComp = `nullptr`,
		const TCHAR *	InAttachSocketName = `nullptr`
	)

inlinestatic

◆ CreateChildComponent()

template<typename T >

static T* URRUObjectUtils::CreateChildComponent	(	AActor *	InActor,
		const FString &	InUniqueName,
		bool	bIsPhysicsEnabled = `false`,
		bool	bIsCollisionEnabled = `false`,
		bool	bIsOverlapEventEnabled = `false`
	)

inlinestatic

Create a Child Component object and attach to InActor and calls ConfigureComponentPhysics.

Template Parameters

T

Parameters

InActor
InUniqueName
bIsPhysicsEnabled
bIsCollisionEnabled
bIsOverlapEventEnabled

Returns: T*

◆ CreateMeshCompMaterialInstance()

static UMaterialInstanceDynamic* URRUObjectUtils::CreateMeshCompMaterialInstance	(	UMeshComponent *	InMeshComp,
		int32	InMaterialIndex,
		const FString &	InMaterialInterfaceName
	)

static

◆ CreateMeshComponent()

template<typename TMeshComponent >

static FORCEINLINE TMeshComponent* URRUObjectUtils::CreateMeshComponent	(	AActor *	InActor,
		const FString &	InObjMeshUniqueName,
		const FString &	InMeshCompUniqueName,
		const FTransform &	InRelativeTransf,
		bool	bInIsOwningActorStationary,
		bool	bInIsPhysicsEnabled,
		bool	bInIsCollisionEnabled,
		bool	bInIsOverlapEventEnabled = `false`,
		USceneComponent *	InParentComp = `nullptr`
	)

inlinestatic

Create a Mesh Component, attach to InActor, set parameters.

Template Parameters

TMeshComponent

Parameters

InActor
InObjMeshUniqueName
InMeshCompUniqueName
InRelativeTransf
bInIsOwningActorStationary
bInIsPhysicsEnabled
bInIsCollisionEnabled
InParentComp

Returns: static TMeshComponent*

◆ CreateSelfSubobject() [1/2]

template<typename T >

static FORCEINLINE T* URRUObjectUtils::CreateSelfSubobject	(	UObject *	InOuter,
		const FString &	InObjectUniqueName
	)

inlinestatic

◆ CreateSelfSubobject() [2/2]

static FORCEINLINE UObject* URRUObjectUtils::CreateSelfSubobject	(	UObject *	InOuter,
		UClass *	InObjectClass,
		const FString &	InObjectUniqueName
	)

inlinestatic

Use CreateDefaultSubobject or NewObject based on where this method is called.

Uses URRThreadUtils::IsInsideConstructor.

Parameters

InOuter	test
InObjectClass
InObjectUniqueName

Returns: static UObject*

See also: CreateDefaultSubobject; NewObject

◆ DisableNavImpactAndPhysicsCollision()

static void URRUObjectUtils::DisableNavImpactAndPhysicsCollision ( UPrimitiveComponent * InComponent )

inlinestatic

◆ DrawActorBoundingBox()

static void URRUObjectUtils::DrawActorBoundingBox ( AActor * InActor )

inlinestatic

◆ FindActorListByType()

template<typename T >

static TArray<T*> URRUObjectUtils::FindActorListByType ( UWorld * InWorld )

inlinestatic

◆ FindEnvironmentActor()

static AActor* URRUObjectUtils::FindEnvironmentActor ( UWorld * InWorld )

inlinestatic

UFUNCTION()

◆ FindFloorActor()

static AActor* URRUObjectUtils::FindFloorActor ( UWorld * InWorld )

inlinestatic

UFUNCTION()

◆ FindPostProcessVolume()

static APostProcessVolume* URRUObjectUtils::FindPostProcessVolume ( UWorld * InWorld )

inlinestatic

UFUNCTION()

◆ FindSkyActor()

static AActor* URRUObjectUtils::FindSkyActor ( UWorld * InWorld )

inlinestatic

UFUNCTION()

◆ FindSkyLight()

static ASkyLight* URRUObjectUtils::FindSkyLight ( UWorld * InWorld )

inlinestatic

UFUNCTION()

◆ FindStaticMeshActorListByMeshSubname()

static TArray<AStaticMeshActor*> URRUObjectUtils::FindStaticMeshActorListByMeshSubname	(	UWorld *	InWorld,
		const FString &	InMeshSubname,
		bool	bCreateMaterialInstanceDynamic,
		const ESearchCase::Type	InCaseType = `ESearchCase::IgnoreCase`
	)

inlinestatic

UFUNCTION()

◆ FindWallActor()

static AActor* URRUObjectUtils::FindWallActor ( UWorld * InWorld )

inlinestatic

UFUNCTION()

◆ GetActorBaseMaterial()

static UMaterialInstanceDynamic* URRUObjectUtils::GetActorBaseMaterial	(	AActor *	InActor,
		int32	InMaterialIndex = `0`
	)

static

◆ GetActorCenterAndBoundingBoxVertices()

static void URRUObjectUtils::GetActorCenterAndBoundingBoxVertices	(	const AActor *	InActor,
		const AActor *	InBaseActor,
		TArray< FVector > *	OutCenterAndVertices3D,
		bool	bInIncludeNonColliding = `true`
	)

static

◆ GetActorExtent()

static FVector URRUObjectUtils::GetActorExtent	(	AActor *	InActor,
		bool	bOnlyCollidingComponents = `true`,
		bool	bIncludeFromChildActors = `false`
	)

inlinestatic

◆ GetActorGroupCenter()

template<typename T >

static FVector URRUObjectUtils::GetActorGroupCenter ( const TArray< T * > & InActors )

inlinestatic

◆ GetActorGroupListCenter()

template<typename T >

static FVector URRUObjectUtils::GetActorGroupListCenter ( const TArray< TArray< T * >> & InActorGroups )

inlinestatic

◆ GetActorMaterialsNum()

static int32 URRUObjectUtils::GetActorMaterialsNum ( AActor * InActor )

static

◆ GetActorSize()

static FVector URRUObjectUtils::GetActorSize	(	AActor *	InActor,
		bool	bOnlyCollidingComponents = `true`,
		bool	bIncludeFromChildActors = `false`
	)

inlinestatic

◆ GetDirectedExtent()

static FORCEINLINE FVector URRUObjectUtils::GetDirectedExtent	(	const FVector &	InNormal,
		const FVector &	InExtent
	)

inlinestatic

◆ GetHomoActorGroupCenterAndBoundingBoxVertices()

template<typename TActor >

static void URRUObjectUtils::GetHomoActorGroupCenterAndBoundingBoxVertices	(	const TArray< TActor * > &	InActors,
		const AActor *	InBaseActor,
		TArray< FVector > *	OutCenterAndVertices3D,
		bool	bInIncludeNonColliding = `true`
	)

inlinestatic

◆ GetHomoActorGroupTransform()

template<typename T >

static FTransform URRUObjectUtils::GetHomoActorGroupTransform ( const TArray< T * > & InActors )

inlinestatic

◆ GetPhysicsActorHandles()

static bool URRUObjectUtils::GetPhysicsActorHandles	(	FBodyInstance *	InBody1,
		FBodyInstance *	InBody2,
		FPhysicsActorHandle &	OutActorRef1,
		FPhysicsActorHandle &	OutActorRef2
	)

static

◆ GetRelativeLocFrom()

static FORCEINLINE FVector URRUObjectUtils::GetRelativeLocFrom	(	const AActor *	InActor,
		const AActor *	InBaseActor
	)

inlinestatic

◆ GetRelativeQuatFrom() [1/2]

static FORCEINLINE FQuat URRUObjectUtils::GetRelativeQuatFrom	(	const AActor *	InActor,
		const AActor *	InBaseActor
	)

inlinestatic

◆ GetRelativeQuatFrom() [2/2]

static FORCEINLINE FQuat URRUObjectUtils::GetRelativeQuatFrom	(	const FQuat &	InQuat,
		const AActor *	InBaseActor
	)

inlinestatic

◆ GetRelativeRotFrom()

static FORCEINLINE FRotator URRUObjectUtils::GetRelativeRotFrom	(	const AActor *	InActor,
		const AActor *	InBaseActor
	)

inlinestatic

◆ GetSegMaskDepthStencilsAsText()

static FString URRUObjectUtils::GetSegMaskDepthStencilsAsText ( AActor * InActor )

static

◆ HasSubobject()

template<typename T >

static FORCEINLINE bool URRUObjectUtils::HasSubobject	(	UObject *	InParentObj,
		const FString &	InChildName
	)

inlinestatic

Return true if InParentObj has subobjects with InChildName.

Template Parameters

T

Parameters

InParentObj
InChildName

Returns: static bool

◆ HuddleActors()

template<typename T >

static void URRUObjectUtils::HuddleActors ( const TArray< T * > & InActors )

inlinestatic

◆ IsActorOverlapping()

static bool URRUObjectUtils::IsActorOverlapping ( AActor * InActor )

inlinestatic

◆ IsEnvStaticMeshActorsOverlapEventEnabled()

static bool URRUObjectUtils::IsEnvStaticMeshActorsOverlapEventEnabled ( UWorld * InWorld )

inlinestatic

◆ RandomizeActorAppearance()

static void URRUObjectUtils::RandomizeActorAppearance	(	AActor *	InActor,
		const FRRTextureData &	InTextureData
	)

static

◆ RegisterActorComponent()

static void URRUObjectUtils::RegisterActorComponent ( UActorComponent * Comp )

static

Uses URRThreadUtils::IsInsideConstructor() to avoid crash by calling RegisterComponents() outside of constructor.

UFUNCTION()

◆ SetActorCollisionEnabled()

static FORCEINLINE void URRUObjectUtils::SetActorCollisionEnabled	(	AActor *	InActor,
		bool	bInCollisionOn
	)

inlinestatic

Enable/Disable actor collision.

Parameters

InActor
bInCollisionOn

◆ SetEnvStaticMeshActorsOverlapEventEnabled()

static void URRUObjectUtils::SetEnvStaticMeshActorsOverlapEventEnabled	(	UWorld *	InWorld,
		bool	bEnabled
	)

inlinestatic

◆ SetHomoAngularConstraintMotion()

static void URRUObjectUtils::SetHomoAngularConstraintMotion	(	FConstraintInstance *	InCI,
		const EAngularConstraintMotion	InAngularMotion
	)

static

◆ SetHomoLinearConstraintMotion()

static void URRUObjectUtils::SetHomoLinearConstraintMotion	(	FConstraintInstance *	InCI,
		const ELinearConstraintMotion	InLinearMotion
	)

static

◆ SetMeshActorColor()

static bool URRUObjectUtils::SetMeshActorColor	(	AActor *	InMeshActor,
		const FLinearColor &	InColor,
		bool	InEmitColor = `false`
	)

static

◆ SetupActorTick()

static void URRUObjectUtils::SetupActorTick	(	AActor *	InActor,
		bool	bIsTickEnabled,
		float	InTickInterval = `0.f`
	)

static

UFUNCTION()

◆ SetupComponentTick()

static void URRUObjectUtils::SetupComponentTick	(	UActorComponent *	InComponent,
		bool	bIsTickEnabled
	)

static

UFUNCTION()

◆ SetupDefaultRootComponent()

static USceneComponent* URRUObjectUtils::SetupDefaultRootComponent ( AActor * InActor )

static

UFUNCTION()

◆ SpawnSimActor() [1/2]

template<typename T , typename TActorSpawnInfo >

static T* URRUObjectUtils::SpawnSimActor	(	UWorld *	InWorld,
		int8	InSceneInstanceId,
		const TActorSpawnInfo &	InActorSpawnInfo,
		const ESpawnActorCollisionHandlingMethod	CollisionHandlingType = `ESpawnActorCollisionHandlingMethod::AlwaysSpawn`
	)

inlinestatic

Spawn a generic actor that is either mesh-based or mesh-free & initialize it with actor spawn info.

Template Parameters

T
TActorSpawnInfo

Parameters

InWorld
InSceneInstanceId
InActorSpawnInfo
CollisionHandlingType

Returns: T*

◆ SpawnSimActor() [2/2]

static ARRBaseActor* URRUObjectUtils::SpawnSimActor	(	UWorld *	InWorld,
		int8	InSceneInstanceId,
		UClass *	InActorClass,
		const FString &	InEntityModelName,
		const FString &	InActorName = `EMPTY_STR`,
		const FTransform &	InActorTransform = `FTransform::Identity`,
		const ESpawnActorCollisionHandlingMethod	InCollisionHandlingType = `ESpawnActorCollisionHandlingMethod::AlwaysSpawn`,
		const FRRActorSpawnInfo &	InActorSpawnInfo = `FRRActorSpawnInfo()`
	)

static

Spawn a generic actor that is either mesh-based or mesh-free.

Parameters

InWorld
InSceneInstanceId
InActorClass
InActorName
InActorTransform
InCollisionHandlingType

Returns: ARRBaseActor*

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

/home/docs/checkouts/readthedocs.org/user_builds/rapyutasimulationplugins/checkouts/devel/Source/RapyutaSimulationPlugins/Public/Core/RRUObjectUtils.h

Static Public Member Functions

Detailed Description

Member Function Documentation

◆ ApplyMaterialProps()

◆ ApplyMeshActorMaterialProps()

◆ AttachComponentToComponent()

◆ ComposeDynamicResourceName()

◆ ConfigureComponentPhysics()

◆ CreateAndAttachChildComponent()

◆ CreateChildComponent()

◆ CreateMeshCompMaterialInstance()

◆ CreateMeshComponent()

◆ CreateSelfSubobject() [1/2]

◆ CreateSelfSubobject() [2/2]

◆ DisableNavImpactAndPhysicsCollision()

◆ DrawActorBoundingBox()

◆ FindActorListByType()

◆ FindEnvironmentActor()

◆ FindFloorActor()

◆ FindPostProcessVolume()

◆ FindSkyActor()

◆ FindSkyLight()

◆ FindStaticMeshActorListByMeshSubname()

◆ FindWallActor()

◆ GetActorBaseMaterial()

◆ GetActorCenterAndBoundingBoxVertices()

◆ GetActorExtent()

◆ GetActorGroupCenter()

◆ GetActorGroupListCenter()

◆ GetActorMaterialsNum()

◆ GetActorSize()

◆ GetDirectedExtent()

◆ GetHomoActorGroupCenterAndBoundingBoxVertices()

◆ GetHomoActorGroupTransform()

◆ GetPhysicsActorHandles()

◆ GetRelativeLocFrom()

◆ GetRelativeQuatFrom() [1/2]

◆ GetRelativeQuatFrom() [2/2]

◆ GetRelativeRotFrom()

◆ GetSegMaskDepthStencilsAsText()

◆ HasSubobject()

◆ HuddleActors()

◆ IsActorOverlapping()

◆ IsEnvStaticMeshActorsOverlapEventEnabled()

◆ RandomizeActorAppearance()

◆ RegisterActorComponent()

◆ SetActorCollisionEnabled()

◆ SetEnvStaticMeshActorsOverlapEventEnabled()

◆ SetHomoAngularConstraintMotion()

◆ SetHomoLinearConstraintMotion()

◆ SetMeshActorColor()

◆ SetupActorTick()

◆ SetupComponentTick()

◆ SetupDefaultRootComponent()

◆ SpawnSimActor() [1/2]

◆ SpawnSimActor() [2/2]