UWorld Class Reference

#include <World.h>

Inheritance diagram for UWorld:

Classes
struct	FEndOfFrameUpdateContext

Public Types
enum class	ELineBatcherType : uint8 {   World = 0 , WorldPersistent , Foreground , ForegroundPersistent ,   NUM , Invalid = NUM }
using	FActorsInitializedParams = ::FActorsInitializedParams
using	InitializationValues = FWorldInitializationValues
Public Types inherited from UObject
enum class	ENetFields_Private { NETFIELD_REP_START = 0 , NETFIELD_REP_END = -1 }
typedef UObject	WithinClass

Public Member Functions
UE_API ULineBatchComponent *	GetLineBatcher (ELineBatcherType Type) const
UE_API void	FlushLineBatchers (const TArrayView< const UWorld::ELineBatcherType > &TypesToFlush)
UE_API bool	SupportsMakingVisibleTransactionRequests () const
UE_API bool	SupportsMakingInvisibleTransactionRequests () const
UE_API const AServerStreamingLevelsVisibility *	GetServerStreamingLevelsVisibility () const
const TArray< ULevelStreaming * > &	GetStreamingLevels () const
uint16	GetNumStreamingLevelsBeingLoaded () const
bool	IsStreamingLevelBeingConsidered (ULevelStreaming *StreamingLevel) const
bool	HasStreamingLevelsToConsider () const
ULevel *	GetCurrentLevelPendingVisibility () const
UE_API bool	IsLevelMakingVisible (const ULevel *InLevel) const
UE_API bool	HasAnyLevelMakingVisible () const
ULevel *	GetCurrentLevelPendingInvisibility () const
UE_API bool	IsLevelMakingInvisible (const ULevel *InLevel) const
UE_API bool	HasAnyLevelMakingInvisible () const
UE_API void	AddStreamingLevel (ULevelStreaming *StreamingLevelToAdd)
UE_API void	AddStreamingLevels (TArrayView< ULevelStreaming *const > StreamingLevelsToAdd)
UE_API void	AddUniqueStreamingLevel (ULevelStreaming *StreamingLevelToAdd)
UE_API void	AddUniqueStreamingLevels (TArrayView< ULevelStreaming *const > StreamingLevelsToAdd)
UE_API void	SetStreamingLevels (TArray< ULevelStreaming * > &&StreamingLevels)
UE_API void	SetStreamingLevels (TArrayView< ULevelStreaming *const > StreamingLevels)
UE_API bool	RemoveStreamingLevel (ULevelStreaming *StreamingLevelToRemove)
UE_API bool	RemoveStreamingLevelAt (int32 IndexToRemove)
UE_API int32	RemoveStreamingLevels (TArrayView< ULevelStreaming *const > StreamingLevelsToRemove)
UE_API void	ClearStreamingLevels ()
UE_API void	UpdateStreamingLevelShouldBeConsidered (ULevelStreaming *StreamingLevelToConsider)
UE_API void	UpdateStreamingLevelPriority (ULevelStreaming *StreamingLevel)
UE_API void	PopulateStreamingLevelsToConsider ()
bool	GetIsInBlockTillLevelStreamingCompleted () const
int32	GetBlockTillLevelStreamingCompletedEpoch () const
UE_API void	PushComponentGroupMove (const FScopedMovementUpdate *Scope)
UE_API void	ProcessPendingGroupMoves (bool bProcessAllMoves=true)
UDemoNetDriver *	GetDemoNetDriver () const
void	SetDemoNetDriver (UDemoNetDriver *const InDemoNetDriver)
PRAGMA_DISABLE_DEPRECATION_WARNINGS ERHIFeatureLevel::Type	GetFeatureLevel () const
void	SetFeatureLevel (ERHIFeatureLevel::Type InFeatureLevel)
UE_DEPRECATED(5.4, "Public access to bBegunPlay is deprecated. Please update your code to use the public accessors GetBegunPlay() & SetBegunPlay().") uint8 bBegunPlay UE_API void	SetBegunPlay (bool bHasBegunPlay)
UE_API bool	GetBegunPlay () const
	DECLARE_EVENT_OneParam (UWorld, FOnBeginPlay, bool)
FOnBeginPlay &	GetOnBeginPlayEvent ()
UE_API void	HandleTimelineScrubbed ()
UE_API void	SetNavigationSystem (UNavigationSystemBase *InNavigationSystem)
UE_API class ULevel *	GetCurrentLevel () const
UE_API void	CreateFXSystem ()
UE_API void	InitializeSubsystems ()
UE_API void	PostInitializeSubsystems ()
void	SetShouldTick (const bool bInShouldTick)
bool	ShouldTick () const
UE_API UChaosEventRelay *	GetChaosEventRelay ()
bool	GetShouldForceUnloadStreamingLevels () const
UE_API void	SetShouldForceUnloadStreamingLevels (bool bInShouldForceUnloadStreamingLevels)
bool	GetShouldForceVisibleStreamingLevels () const
UE_API void	SetShouldForceVisibleStreamingLevels (bool bInShouldForceVisibleStreamingLevels)
bool	DebugDrawSceneQueries (const FName &UsedTraceTag) const
	DECLARE_EVENT_TwoParams (UWorld, FOnBeginPostProcessSettings, FVector, FSceneView *)
UE_API void	InsertPostProcessVolume (IInterface_PostProcessVolume *InVolume)
UE_API bool	RemovePostProcessVolume (IInterface_PostProcessVolume *InVolume)
UE_API void	AddPostProcessingSettings (FVector ViewLocation, FSceneView *SceneView)
bool	HasMarkedObjectsPendingKill () const
UE_API	UWorld (const FObjectInitializer &ObjectInitializer=FObjectInitializer::Get())
UE_API bool	LineTraceTestByChannel (const FVector &Start, const FVector &End, ECollisionChannel TraceChannel, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	LineTraceTestByObjectType (const FVector &Start, const FVector &End, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	LineTraceTestByProfile (const FVector &Start, const FVector &End, FName ProfileName, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	LineTraceSingleByChannel (struct FHitResult &OutHit, const FVector &Start, const FVector &End, ECollisionChannel TraceChannel, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	LineTraceSingleByObjectType (struct FHitResult &OutHit, const FVector &Start, const FVector &End, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	LineTraceSingleByProfile (struct FHitResult &OutHit, const FVector &Start, const FVector &End, FName ProfileName, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	LineTraceMultiByChannel (TArray< struct FHitResult > &OutHits, const FVector &Start, const FVector &End, ECollisionChannel TraceChannel, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	LineTraceMultiByObjectType (TArray< struct FHitResult > &OutHits, const FVector &Start, const FVector &End, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	LineTraceMultiByProfile (TArray< struct FHitResult > &OutHits, const FVector &Start, const FVector &End, FName ProfileName, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	SweepTestByChannel (const FVector &Start, const FVector &End, const FQuat &Rot, ECollisionChannel TraceChannel, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	SweepTestByObjectType (const FVector &Start, const FVector &End, const FQuat &Rot, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	SweepTestByProfile (const FVector &Start, const FVector &End, const FQuat &Rot, FName ProfileName, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params) const
UE_API bool	SweepSingleByChannel (struct FHitResult &OutHit, const FVector &Start, const FVector &End, const FQuat &Rot, ECollisionChannel TraceChannel, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	SweepSingleByObjectType (struct FHitResult &OutHit, const FVector &Start, const FVector &End, const FQuat &Rot, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	SweepSingleByProfile (struct FHitResult &OutHit, const FVector &Start, const FVector &End, const FQuat &Rot, FName ProfileName, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	SweepMultiByChannel (TArray< struct FHitResult > &OutHits, const FVector &Start, const FVector &End, const FQuat &Rot, ECollisionChannel TraceChannel, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	SweepMultiByObjectType (TArray< struct FHitResult > &OutHits, const FVector &Start, const FVector &End, const FQuat &Rot, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	SweepMultiByProfile (TArray< FHitResult > &OutHits, const FVector &Start, const FVector &End, const FQuat &Rot, FName ProfileName, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	OverlapBlockingTestByChannel (const FVector &Pos, const FQuat &Rot, ECollisionChannel TraceChannel, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	OverlapAnyTestByChannel (const FVector &Pos, const FQuat &Rot, ECollisionChannel TraceChannel, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	OverlapAnyTestByObjectType (const FVector &Pos, const FQuat &Rot, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	OverlapBlockingTestByProfile (const FVector &Pos, const FQuat &Rot, FName ProfileName, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	OverlapAnyTestByProfile (const FVector &Pos, const FQuat &Rot, FName ProfileName, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	OverlapMultiByChannel (TArray< struct FOverlapResult > &OutOverlaps, const FVector &Pos, const FQuat &Rot, ECollisionChannel TraceChannel, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam) const
UE_API bool	OverlapMultiByObjectType (TArray< struct FOverlapResult > &OutOverlaps, const FVector &Pos, const FQuat &Rot, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	OverlapMultiByProfile (TArray< struct FOverlapResult > &OutOverlaps, const FVector &Pos, const FQuat &Rot, FName ProfileName, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam) const
UE_API bool	ComponentSweepMulti (TArray< struct FHitResult > &OutHits, class UPrimitiveComponent *PrimComp, const FVector &Start, const FVector &End, const FQuat &Rot, const FComponentQueryParams &Params) const
bool	ComponentSweepMulti (TArray< struct FHitResult > &OutHits, class UPrimitiveComponent *PrimComp, const FVector &Start, const FVector &End, const FRotator &Rot, const FComponentQueryParams &Params) const
UE_API bool	ComponentSweepMultiByChannel (TArray< struct FHitResult > &OutHits, class UPrimitiveComponent *PrimComp, const FVector &Start, const FVector &End, const FQuat &Rot, ECollisionChannel TraceChannel, const FComponentQueryParams &Params) const
bool	ComponentSweepMultiByChannel (TArray< struct FHitResult > &OutHits, class UPrimitiveComponent *PrimComp, const FVector &Start, const FVector &End, const FRotator &Rot, ECollisionChannel TraceChannel, const FComponentQueryParams &Params) const
UE_API bool	ComponentOverlapMulti (TArray< struct FOverlapResult > &OutOverlaps, const class UPrimitiveComponent *PrimComp, const FVector &Pos, const FQuat &Rot, const FComponentQueryParams &Params=FComponentQueryParams::DefaultComponentQueryParams, const FCollisionObjectQueryParams &ObjectQueryParams=FCollisionObjectQueryParams::DefaultObjectQueryParam) const
bool	ComponentOverlapMulti (TArray< struct FOverlapResult > &OutOverlaps, const class UPrimitiveComponent *PrimComp, const FVector &Pos, const FRotator &Rot, const FComponentQueryParams &Params=FComponentQueryParams::DefaultComponentQueryParams, const FCollisionObjectQueryParams &ObjectQueryParams=FCollisionObjectQueryParams::DefaultObjectQueryParam) const
UE_API bool	ComponentOverlapMultiByChannel (TArray< struct FOverlapResult > &OutOverlaps, const class UPrimitiveComponent *PrimComp, const FVector &Pos, const FQuat &Rot, ECollisionChannel TraceChannel, const FComponentQueryParams &Params=FComponentQueryParams::DefaultComponentQueryParams, const FCollisionObjectQueryParams &ObjectQueryParams=FCollisionObjectQueryParams::DefaultObjectQueryParam) const
bool	ComponentOverlapMultiByChannel (TArray< struct FOverlapResult > &OutOverlaps, const class UPrimitiveComponent *PrimComp, const FVector &Pos, const FRotator &Rot, ECollisionChannel TraceChannel, const FComponentQueryParams &Params=FComponentQueryParams::DefaultComponentQueryParams, const FCollisionObjectQueryParams &ObjectQueryParams=FCollisionObjectQueryParams::DefaultObjectQueryParam) const
UE_API FTraceHandle	AsyncLineTraceByChannel (EAsyncTraceType InTraceType, const FVector &Start, const FVector &End, ECollisionChannel TraceChannel, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam, const FTraceDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API FTraceHandle	AsyncLineTraceByObjectType (EAsyncTraceType InTraceType, const FVector &Start, const FVector &End, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FTraceDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API FTraceHandle	AsyncLineTraceByProfile (EAsyncTraceType InTraceType, const FVector &Start, const FVector &End, FName ProfileName, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FTraceDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API FTraceHandle	AsyncSweepByChannel (EAsyncTraceType InTraceType, const FVector &Start, const FVector &End, const FQuat &Rot, ECollisionChannel TraceChannel, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam, const FTraceDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API FTraceHandle	AsyncSweepByObjectType (EAsyncTraceType InTraceType, const FVector &Start, const FVector &End, const FQuat &Rot, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FTraceDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API FTraceHandle	AsyncSweepByProfile (EAsyncTraceType InTraceType, const FVector &Start, const FVector &End, const FQuat &Rot, FName ProfileName, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FTraceDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API FTraceHandle	AsyncOverlapByChannel (const FVector &Pos, const FQuat &Rot, ECollisionChannel TraceChannel, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FCollisionResponseParams &ResponseParam=FCollisionResponseParams::DefaultResponseParam, const FOverlapDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API FTraceHandle	AsyncOverlapByObjectType (const FVector &Pos, const FQuat &Rot, const FCollisionObjectQueryParams &ObjectQueryParams, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FOverlapDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API FTraceHandle	AsyncOverlapByProfile (const FVector &Pos, const FQuat &Rot, FName ProfileName, const FCollisionShape &CollisionShape, const FCollisionQueryParams &Params=FCollisionQueryParams::DefaultQueryParam, const FOverlapDelegate *InDelegate=nullptr, uint32 UserData=0)
UE_API bool	QueryTraceData (const FTraceHandle &Handle, FTraceDatum &OutData)
UE_API bool	QueryOverlapData (const FTraceHandle &Handle, FOverlapDatum &OutData)
UE_API bool	IsTraceHandleValid (const FTraceHandle &Handle, bool bOverlapTrace)
UNavigationSystemBase *	GetNavigationSystem ()
const UNavigationSystemBase *	GetNavigationSystem () const
UE_API UAISystemBase *	CreateAISystem ()
UAISystemBase *	GetAISystem ()
const UAISystemBase *	GetAISystem () const
class UAvoidanceManager *	GetAvoidanceManager ()
const class UAvoidanceManager *	GetAvoidanceManager () const
UE_API FConstControllerIterator	GetControllerIterator () const
UE_API int32	GetNumControllers () const
UE_API FConstPlayerControllerIterator	GetPlayerControllerIterator () const
UE_API int32	GetNumPlayerControllers () const
template<class T >
T *	GetFirstPlayerController () const
UE_API APlayerController *	GetFirstPlayerController () const
template<class T >
T *	GetFirstLocalPlayerFromController () const
UE_API ULocalPlayer *	GetFirstLocalPlayerFromController () const
UE_API void	RegisterAutoActivateCamera (ACameraActor *CameraActor, int32 PlayerIndex)
UE_API FConstCameraActorIterator	GetAutoActivateCameraIterator () const
UE_API UGameViewportClient *	GetGameViewport () const
UE_API ABrush *	GetDefaultBrush () const
UE_API bool	AreActorsInitialized () const
	DECLARE_MULTICAST_DELEGATE_OneParam (FOnWorldInitializedActors, const FActorsInitializedParams &)
	DECLARE_MULTICAST_DELEGATE (FOnWorldBeginPlay)
	DECLARE_MULTICAST_DELEGATE (FOnMatchStarting)
	DECLARE_MULTICAST_DELEGATE (FOnWorldPreBeginPlay)
UE_API bool	HasBegunPlay () const
double	GetTimeSeconds () const
double	GetUnpausedTimeSeconds () const
double	GetRealTimeSeconds () const
double	GetAudioTimeSeconds () const
float	GetDeltaSeconds () const
FGameTime	GetTime () const
double	TimeSince (double Time) const
UE_API void	CreatePhysicsScene (const AWorldSettings *Settings=nullptr)
FPhysScene *	GetPhysicsScene () const
UE_API void	SetPhysicsScene (FPhysScene *InScene)
APhysicsVolume *	GetDefaultPhysicsVolume () const
bool	HasDefaultPhysicsVolume () const
UE_API void	AddPhysicsVolume (APhysicsVolume *Volume)
UE_API void	RemovePhysicsVolume (APhysicsVolume *Volume)
FConstPhysicsVolumeIterator	GetNonDefaultPhysicsVolumeIterator () const
int32	GetNonDefaultPhysicsVolumeCount () const
UE_API void	SetAllowDeferredPhysicsStateCreation (bool bAllow)
UE_API bool	GetAllowDeferredPhysicsStateCreation () const
UE_API class ALevelScriptActor *	GetLevelScriptActor (class ULevel *OwnerLevel=NULL) const
UE_API AWorldSettings *	K2_GetWorldSettings ()
UE_API AWorldSettings *	GetWorldSettings (bool bCheckStreamingPersistent=false, bool bChecked=true) const
UE_API AWorldDataLayers *	GetWorldDataLayers () const
UE_API void	SetWorldDataLayers (AWorldDataLayers *NewWorldDataLayers)
UE_API FString	GetDebugDisplayName () const
UE_API UWorldPartition *	GetWorldPartition () const
UE_API UDataLayerManager *	GetDataLayerManager () const
bool	IsPartitionedWorld () const
FWorldPartitionInitializedEvent &	OnWorldPartitionInitialized ()
FWorldPartitionUninitializedEvent &	OnWorldPartitionUninitialized ()
UE_API UModel *	GetModel () const
UE_API float	GetGravityZ () const
UE_API float	GetDefaultGravityZ () const
UE_API const FString	GetMapName () const
bool	RequiresHitProxies () const
UE_API void	AddController (AController *Controller)
UE_API void	RemoveController (AController *Controller)
UE_API void	AddNetworkActor (AActor *Actor)
UE_API void	RemoveNetworkActor (AActor *Actor) const
UE_API FDelegateHandle	AddOnActorSpawnedHandler (const FOnActorSpawned::FDelegate &InHandler) const
UE_API void	RemoveOnActorSpawnedHandler (FDelegateHandle InHandle) const
UE_API void	OnActorFinishedSpawning (AActor *Actor)
UE_API FDelegateHandle	AddOnActorPreSpawnInitialization (const FOnActorSpawned::FDelegate &InHandler) const
UE_API void	RemoveOnActorPreSpawnInitialization (FDelegateHandle InHandle) const
UE_API FDelegateHandle	AddOnActorDestroyedHandler (const FOnActorDestroyed::FDelegate &InHandler) const
UE_API void	RemoveOnActorDestroyededHandler (FDelegateHandle InHandle) const
UE_API void	RemoveOnActorDestroyedHandler (FDelegateHandle InHandle) const
UE_API FDelegateHandle	AddOnPostRegisterAllActorComponentsHandler (const FOnPostRegisterAllActorComponents::FDelegate &InHandler) const
UE_API void	RemoveOnPostRegisterAllActorComponentsHandler (FDelegateHandle InHandle) const
UE_API void	NotifyPostRegisterAllActorComponents (AActor *Actor)
UE_API FDelegateHandle	AddOnPreUnregisterAllActorComponentsHandler (const FOnPreUnregisterAllActorComponents::FDelegate &InHandler) const
UE_API void	RemoveOnPreUnregisterAllActorComponentsHandler (FDelegateHandle InHandle) const
UE_API void	NotifyPreUnregisterAllActorComponents (AActor *Actor)
UE_API FDelegateHandle	AddOnActorRemovedFromWorldHandler (const FOnActorRemovedFromWorld::FDelegate &InHandler) const
UE_API void	RemoveOnActorRemovedFromWorldHandler (FDelegateHandle InHandle) const
UE_API bool	ContainsActor (AActor *Actor) const
UE_API bool	AllowAudioPlayback () const
UE_API FDelegateHandle	AddMovieSceneSequenceTickHandler (const FOnMovieSceneSequenceTick::FDelegate &InHandler)
UE_API void	RemoveMovieSceneSequenceTickHandler (FDelegateHandle InHandle)
UE_API bool	IsMovieSceneSequenceTickHandlerBound () const
virtual UE_API void	Serialize (FArchive &Ar) override
virtual UE_API void	BeginDestroy () override
virtual UE_API void	FinishDestroy () override
virtual UE_API bool	IsReadyForFinishDestroy () override
virtual UE_API void	PostLoad () override
virtual UE_API void	PreDuplicate (FObjectDuplicationParameters &DupParams) override
virtual UE_API void	PreSaveRoot (FObjectPreSaveRootContext ObjectSaveContext) override
virtual UE_API void	PostSaveRoot (FObjectPostSaveRootContext ObjectSaveContext) override
virtual UE_API UWorld *	GetWorld () const override
virtual UE_API FPrimaryAssetId	GetPrimaryAssetId () const override
virtual UE_API bool	ResolveSubobject (const TCHAR *SubObjectPath, UObject *&OutObject, bool bLoadIfExists) override
virtual UE_API void	PostDuplicate (bool bDuplicateForPIE) override
UE_API void	ClearWorldComponents ()
UE_API void	UpdateWorldComponents (bool bRerunConstructionScripts, bool bCurrentLevelOnly, FRegisterComponentContext *Context=nullptr)
UE_API bool	UpdateCullDistanceVolumes (AActor *ActorToUpdate=nullptr, UPrimitiveComponent *ComponentToUpdate=nullptr)
UE_API void	CleanupWorld (bool bSessionEnded=true, bool bCleanupResources=true, UWorld *NewWorld=nullptr)
UE_API void	InvalidateModelGeometry (ULevel *InLevel)
UE_API void	InvalidateModelSurface (bool bCurrentLevelOnly)
UE_API void	CommitModelSurfaces ()
UE_API void	InvalidateAllSkyCaptures ()
UE_API void	UpdateAllSkyCaptures ()
UE_API ULevel *	GetActiveLightingScenario () const
UE_API void	PropagateLightingScenarioChange ()
UE_API void	AddToWorld (ULevel *Level, const FTransform &LevelTransform=FTransform::Identity, bool bConsiderTimeLimit=false, const TOptional< const UE::FTimeout > &ExternalTimeout=TOptional< const UE::FTimeout >(), FNetLevelVisibilityTransactionId TransactionId=FNetLevelVisibilityTransactionId(), ULevelStreaming *OwningLevelStreaming=nullptr)
void	AddToWorld (ULevel *Level, const FTransform &LevelTransform, bool bConsiderTimeLimit, FNetLevelVisibilityTransactionId TransactionId, ULevelStreaming *OwningLevelStreaming=nullptr)
UE_API void	RemoveFromWorld (ULevel *Level, bool bAllowIncrementalRemoval=false, const TOptional< const UE::FTimeout > &ExternalTimeout=TOptional< const UE::FTimeout >(), FNetLevelVisibilityTransactionId TransactionId=FNetLevelVisibilityTransactionId(), ULevelStreaming *OwningLevelStreaming=nullptr)
void	RemoveFromWorld (ULevel *Level, bool bAllowIncrementalRemoval, FNetLevelVisibilityTransactionId TransactionId, ULevelStreaming *OwningLevelStreaming=nullptr)
UE_API void	UpdateLevelStreaming (const TOptional< const UE::FTimeout > &ExternalTimeout=TOptional< const UE::FTimeout >())
UE_API void	ReleasePhysicsScene ()
UE_API void	FlushLevelStreaming (EFlushLevelStreamingType FlushType=EFlushLevelStreamingType::Full)
UE_API void	TriggerStreamingDataRebuild ()
UE_API void	ConditionallyBuildStreamingData ()
UE_API bool	IsVisibilityRequestPending () const
UE_API bool	AreAlwaysLoadedLevelsLoaded () const
UE_API void	AsyncLoadAlwaysLoadedLevelsForSeamlessTravel ()
UE_API bool	AllowLevelLoadRequests () const
UE_API void	SetupParameterCollectionInstances ()
UE_API void	AddParameterCollectionInstance (class UMaterialParameterCollection *Collection, bool bUpdateScene)
UE_API UMaterialParameterCollectionInstance *	GetParameterCollectionInstance (const UMaterialParameterCollection *Collection) const
UE_API void	UpdateParameterCollectionInstances (bool bUpdateInstanceUniformBuffers, bool bRecreateUniformBuffer)
UE_API void	OnPostGC ()
UE_API UCanvas *	GetCanvasForRenderingToTarget ()
UE_API UCanvas *	GetCanvasForDrawMaterialToRenderTarget ()
UE_API void	InitWorld (const FWorldInitializationValues IVS=FWorldInitializationValues())
bool	IsInitialized () const
UE_API void	InitializeNewWorld (const InitializationValues IVS=InitializationValues(), bool bInSkipInitWorld=false)
UE_API void	DestroyWorld (bool bInformEngineOfWorld, UWorld *NewWorld=nullptr)
bool	IsBeingCleanedUp () const
bool	IsCleanedUp () const
UE_API void	MarkObjectsPendingKill ()
UE_API void	CleanupActors ()
UE_API TMulticastDelegateRegistration< void(float)> &	OnTickDispatch ()
UE_API TMulticastDelegateRegistration< void()> &	OnPostTickDispatch ()
UE_API TMulticastDelegateRegistration< void(float)> &	OnPreTickFlush ()
UE_API TMulticastDelegateRegistration< void(float)> &	OnTickFlush ()
UE_API TMulticastDelegateRegistration< void()> &	OnPostTickFlush ()
UE_API void	Tick (ELevelTick TickType, float DeltaSeconds)
UE_API void	SetupPhysicsTickFunctions (float DeltaSeconds)
UE_API void	RunTickGroup (ETickingGroup Group, bool bBlockTillComplete)
UE_API void	MarkActorComponentForNeededEndOfFrameUpdate (UActorComponent *Component, bool bForceGameThread)
UE_API void	ClearActorComponentEndOfFrameUpdate (UActorComponent *Component)
UE_API void	SetMaterialParameterCollectionInstanceNeedsUpdate ()
UE_API bool	HasEndOfFrameUpdates () const
UE_API void	SendAllEndOfFrameUpdates ()
UE_API void	StartAsyncSendAllEndOfFrameUpdates ()
UE_API void	FinishAsyncSendAllEndOfFrameUpdates ()
UE_API void	FlushDeferredParameterCollectionInstanceUpdates ()
UE_API void	TickNetClient (float DeltaSeconds)
UE_API void	ProcessLevelStreamingVolumes (FVector *OverrideViewLocation=NULL)
UE_API void	BlockTillLevelStreamingCompleted ()
UE_API void	ModifyLevel (ULevel *Level) const
UE_API void	EnsureCollisionTreeIsBuilt ()
FAddLevelToWorldExtensionEvent &	OnAddLevelToWorldExtension ()
FRemoveLevelFromWorldExtensionEvent &	OnRemoveLevelFromWorldExtension ()
UE_API FConstLevelIterator	GetLevelIterator () const
UE_API ULevel *	GetLevel (int32 InLevelIndex) const
UE_API bool	ContainsLevel (ULevel *InLevel) const
UE_API int32	GetNumLevels () const
UE_API const TArray< class ULevel * > &	GetLevels () const
UE_API bool	AddLevel (ULevel *InLevel)
UE_API bool	RemoveLevel (ULevel *InLevel)
UE_API FLevelCollection &	FindOrAddCollectionForLevelStreaming (const ULevelStreaming *Level)
UE_API FLevelCollection &	FindOrAddCollectionByType (const ELevelCollectionType InType)
UE_API int32	FindOrAddCollectionByType_Index (const ELevelCollectionType InType)
UE_API FLevelCollection *	FindCollectionByType (const ELevelCollectionType InType)
UE_API const FLevelCollection *	FindCollectionByType (const ELevelCollectionType InType) const
UE_API int32	FindCollectionIndexByType (const ELevelCollectionType InType) const
UE_API const FLevelCollection *	GetActiveLevelCollection () const
int32	GetActiveLevelCollectionIndex () const
UE_API void	SetActiveLevelCollection (int32 LevelCollectionIndex)
const TArray< FLevelCollection > &	GetLevelCollections () const
UE_API void	DuplicateRequestedLevels (const FName MapName)
UE_API bool	Exec (UWorld *InWorld, const TCHAR *Cmd, FOutputDevice &Ar=*GLog)
UE_API void	DestroyDemoNetDriver ()
UE_API void	ClearDemoNetDriver ()
UE_API void	ClearNetDriver (UNetDriver *Driver)
UE_API bool	IsPlayingReplay () const
UE_API bool	IsRecordingReplay () const
UE_API bool	Listen (FURL &InURL)
UE_API bool	IsPaused () const
UE_API bool	IsCameraMoveable () const
UE_API bool	EditorDestroyActor (AActor *Actor, bool bShouldModifyLevel)
UE_API bool	DestroyActor (AActor *Actor, bool bNetForce=false, bool bShouldModifyLevel=true)
UE_API void	RemoveActor (AActor *Actor, bool bShouldModifyLevel) const
UE_API AActor *	SpawnActor (UClass *InClass, FVector const *Location=NULL, FRotator const *Rotation=NULL, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
UE_API AActor *	SpawnActor (UClass *Class, FTransform const *Transform, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
UE_API AActor *	SpawnActorAbsolute (UClass *Class, FTransform const &AbsoluteTransform, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
template<class T >
T *	SpawnActor (const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
template<class T >
T *	SpawnActor (FVector const &Location, FRotator const &Rotation, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
template<class T >
T *	SpawnActor (UClass *Class, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
template<class T >
T *	SpawnActor (UClass *Class, FVector const &Location, FRotator const &Rotation, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
template<class T >
T *	SpawnActor (UClass *Class, FTransform const &Transform, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
template<class T >
T *	SpawnActorAbsolute (FVector const &AbsoluteLocation, FRotator const &AbsoluteRotation, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
template<class T >
T *	SpawnActorAbsolute (UClass *Class, FTransform const &Transform, const FActorSpawnParameters &SpawnParameters=FActorSpawnParameters())
template<class T >
T *	SpawnActorDeferred (UClass *Class, FTransform const &Transform, AActor *Owner=nullptr, APawn *Instigator=nullptr, ESpawnActorCollisionHandlingMethod CollisionHandlingOverride=ESpawnActorCollisionHandlingMethod::Undefined, ESpawnActorScaleMethod TransformScaleMethod=ESpawnActorScaleMethod::MultiplyWithRoot)
template<class T >
T *	GetAuthGameMode () const
AGameModeBase *	GetAuthGameMode () const
template<class T >
T *	GetGameState () const
template<class T >
T *	GetGameStateChecked () const
AGameStateBase *	GetGameState () const
UE_API void	SetGameState (AGameStateBase *NewGameState)
UE_API void	CopyGameState (AGameModeBase *FromGameMode, AGameStateBase *FromGameState)
	DECLARE_EVENT_OneParam (UWorld, FOnGameStateSetEvent, AGameStateBase *)
UE_API ABrush *	SpawnBrush ()
UE_API APlayerController *	SpawnPlayActor (class UPlayer *Player, ENetRole RemoteRole, const FURL &InURL, const FUniqueNetIdRepl &UniqueId, FString &Error, uint8 InNetPlayerIndex=0, int32 InLocalPlayerIdentifier=0)
UE_API bool	FindTeleportSpot (const AActor *TestActor, FVector &PlaceLocation, FRotator PlaceRotation)
UE_API bool	EncroachingBlockingGeometry (const AActor *TestActor, FVector TestLocation, FRotator TestRotation, FVector *ProposedAdjustment=NULL)
UE_API void	StartPhysicsSim ()
UE_API void	FinishPhysicsSim ()
UE_API bool	SetGameMode (const FURL &InURL)
UE_API void	InitializeActorsForPlay (const FURL &InURL, bool bResetTime=true, FRegisterComponentContext *Context=nullptr)
UE_API void	BeginTearingDown ()
UE_API void	BeginPlay ()
UE_API bool	EndPlay (EEndPlayReason::Type EndPlayReason)
UE_API bool	DestroySwappedPC (UNetConnection *Connection)
virtual UE_API EAcceptConnection::Type	NotifyAcceptingConnection () override
virtual UE_API void	NotifyAcceptedConnection (class UNetConnection *Connection) override
virtual UE_API bool	NotifyAcceptingChannel (class UChannel *Channel) override
virtual UE_API void	NotifyControlMessage (UNetConnection *Connection, uint8 MessageType, class FInBunch &Bunch) override
UE_API bool	PreLoginCheckError (UNetConnection *Connection, const FString &ErrorMsg)
UE_API void	PreLoginComplete (const FString &ErrorMsg, TWeakObjectPtr< UNetConnection > WeakConnection)
UE_API void	PreLoginCompleteSplit (const FString &ErrorMsg, TWeakObjectPtr< UNetConnection > WeakConnection, FUniqueNetIdRepl SplitRequestUniqueIdRepl, FString SplitRequestURL)
UE_API void	WelcomePlayer (UNetConnection *Connection)
UNetDriver *	GetNetDriver () const
ENetMode	GetNetMode () const
bool	IsNetMode (ENetMode Mode) const
void	SetNetDriver (UNetDriver *NewDriver)
UE_API bool	IsRecordingClientReplay () const
UE_API bool	IsPlayingClientReplay () const
void	DelayStreamingVolumeUpdates (int32 InFrameDelay)
UE_API void	TransferBlueprintDebugReferences (UWorld *NewWorld)
UE_API void	NotifyOfBlueprintDebuggingAssociation (class UBlueprint *Blueprint, UObject *DebugObject)
UE_API void	BroadcastLevelsChanged ()
FOnLevelsChangedEvent &	OnLevelsChanged ()
FOnAllLevelsChangedEvent &	OnAllLevelsChanged ()
UE_API int32	GetProgressDenominator () const
UE_API int32	GetActorCount () const
UE_API class AAudioVolume *	GetAudioSettings (const FVector &ViewLocation, struct FReverbSettings *OutReverbSettings, struct FInteriorSettings *OutInteriorSettings) const
UE_API void	SetAudioDevice (const FAudioDeviceHandle &InHandle)
UE_API FAudioDeviceHandle	GetAudioDevice () const
UE_API class FAudioDevice *	GetAudioDeviceRaw () const
UE_API FString	GetLocalURL () const
UE_API bool	IsPlayInEditor () const
UE_API bool	IsPlayInPreview () const
UE_API bool	IsPlayInMobilePreview () const
bool	IsPlayInVulkanPreview () const
UE_API bool	IsGameWorld () const
UE_API bool	IsEditorWorld () const
UE_API bool	IsPreviewWorld () const
UE_API bool	UsesGameHiddenFlags () const
UE_API FString	GetAddressURL () const
UE_API void	LoadSecondaryLevels (bool bForce=false, TSet< FName > *PackageNamesToSkip=nullptr)
UE_API ULevelStreaming *	GetLevelStreamingForPackageName (FName PackageName)
UE_API bool	ServerTravel (const FString &InURL, bool bAbsolute=false, bool bShouldSkipGameNotify=false)
UE_API void	SeamlessTravel (const FString &InURL, bool bAbsolute=false)
UE_API bool	IsInSeamlessTravel () const
UE_API void	SetSeamlessTravelMidpointPause (bool bNowPaused)
UE_API int32	GetDetailMode () const
UE_API void	PrepareMapChange (const TArray< FName > &LevelNames)
UE_API bool	IsPreparingMapChange () const
UE_API bool	IsMapChangeReady () const
UE_API void	CancelPendingMapChange ()
UE_API void	CommitMapChange ()
UE_API void	SetMapNeedsLightingFullyRebuilt (int32 InNumLightingUnbuiltObjects, int32 InNumUnbuiltReflectionCaptures)
UE_API FTimerManager &	GetTimerManager () const
UE_API FLatentActionManager &	GetLatentActionManager ()
UWorldSubsystem *	GetSubsystemBase (TSubclassOf< UWorldSubsystem > SubsystemClass) const
template<typename TSubsystemClass >
TSubsystemClass *	GetSubsystem () const
template<typename TSubsystemClass >
TNotNull< TSubsystemClass * >	GetSubsystemChecked () const
template<typename TSubsystemClass >
bool	HasSubsystem () const
template<typename TSubsystemClass >
TArray< TSubsystemClass * >	GetSubsystemArrayCopy () const
template<typename TSubsystemClass >
void	ForEachSubsystem (TFunctionRef< void(TSubsystemClass *)> Operation) const
void	SetGameInstance (UGameInstance *NewGI)
UGameInstance *	GetGameInstance () const
template<class T >
T *	GetGameInstance () const
template<class T >
T *	GetGameInstanceChecked () const
UE_API bool	IsNavigationRebuilt () const
UE_API void	RequestNewWorldOrigin (FIntVector InNewOriginLocation)
UE_API bool	SetNewWorldOrigin (FIntVector InNewOriginLocation)
UE_API void	NavigateTo (FIntVector InLocation)
UE_API void	UpdateConstraintActors ()
UE_API void	GetLightMapsAndShadowMaps (ULevel *Level, TArray< UTexture2D * > &OutLightMapsAndShadowMaps, bool bForceLazyLoad=true)
UE_API void	RenameToPIEWorld (int32 PIEInstanceID)
UE_API bool	RemapCompiledScriptActor (FString &Str) const
UE_API bool	IsInstanced () const
UE_API bool	GetSoftObjectPathMapping (FString &OutSourceWorldPath, FString &OutRemappedWorldPath) const
FWorldPSCPool &	GetPSCPool ()
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	PostInitProperties ()
virtual COREUOBJECT_API void	PostReinitProperties ()
virtual void	PostCDOContruct ()
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	IsReadyForAsyncPostLoad () const
virtual COREUOBJECT_API void	PostLoadSubobjects (FObjectInstancingGraph *OuterInstanceGraph)
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	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 bool	IsPostLoadThreadSafe () 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)
virtual FString	GetDesc ()
COREUOBJECT_API UScriptStruct *	GetSparseClassDataStruct () const
virtual bool	GetNativePropertyValues (TMap< FString, FString > &out_PropertyValues, uint32 ExportFlags=0) const
virtual COREUOBJECT_API void	GetResourceSizeEx (FResourceSizeEx &CumulativeResourceSize)
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
virtual COREUOBJECT_API void	GetAssetRegistryTags (FAssetRegistryTagsContext Context) const
virtual COREUOBJECT_API void	GetAssetRegistryTags (TArray< FAssetRegistryTag > &OutTags) 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 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 bool	CanBeClusterRoot () 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 bool	IsPartitionedWorld (const UWorld *InWorld)
static UE_API void	AddReferencedObjects (UObject *InThis, FReferenceCollector &Collector)
static UE_API UWorld *	CreateWorld (const EWorldType::Type InWorldType, bool bInformEngineOfWorld, FName WorldName=NAME_None, UPackage *InWorldPackage=NULL, bool bAddToRoot=true, ERHIFeatureLevel::Type InFeatureLevel=ERHIFeatureLevel::Num, const InitializationValues *InIVS=nullptr, bool bInSkipInitWorld=false)
template<typename TSubsystemClass >
static TSubsystemClass *	GetSubsystem (const UWorld *World)
template<typename TSubsystemClass >
static bool	HasSubsystem (const UWorld *World)
static UE_API FString	ConvertToPIEPackageName (const FString &PackageName, int32 PIEInstanceID)
static UE_API FString	StripPIEPrefixFromPackageName (const FString &PackageName, const FString &Prefix)
static UE_API FString	BuildPIEPackagePrefix (int32 PIEInstanceID)
static UE_API UWorld *	GetDuplicatedWorldForPIE (UWorld *InWorld, UPackage *InPIEackage, int32 PIEInstanceID)
static UE_API UWorld *	DuplicateWorldForPIE (const FString &PackageName, UWorld *OwningWorld)
static UE_API FString	RemovePIEPrefix (const FString &Source, int32 *OutPIEInstanceID=nullptr)
static UE_API UWorld *	FindWorldInPackage (UPackage *Package)
static UE_API bool	IsWorldOrWorldExternalPackage (UPackage *Package)
static UE_API UWorld *	FollowWorldRedirectorInPackage (UPackage *Package, UObjectRedirector **OptionalOutRedirector=nullptr)
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
FString	StreamingLevelsPrefix
TObjectPtr< class AParticleEventManager >	MyParticleEventManager
PRAGMA_ENABLE_DEPRECATION_WARNINGS TArray< FVector >	ViewLocationsRenderedLastFrame
TArray< FWorldCachedViewInfo >	CachedViewInfoRenderedLastFrame
double	LastRenderTime = 0.0
TEnumAsByte< ERHIFeatureLevel::Type >	FeatureLevel
TEnumAsByte< ETickingGroup >	TickGroup
TEnumAsByte< EWorldType::Type >	WorldType
uint8	bWorldWasLoadedThisTick:1
uint8	bTriggerPostLoadMap:1
uint8	bInTick:1
uint8	bIsBuilt:1
uint8	bTickNewlySpawned:1
uint8	bPostTickComponentUpdate:1
uint8	bIsWorldInitialized:1
uint8	bIsLevelStreamingFrozen:1
uint8	bDoDelayedUpdateCullDistanceVolumes:1
uint8	bIsRunningConstructionScript:1
uint8	bShouldSimulatePhysics:1
uint8	bCreateRenderStateForHiddenComponentsWithCollsion:1
uint8	bDropDetail:1
uint8	bAggressiveLOD:1
uint8	bIsDefaultLevel:1
uint8	bRequestedBlockOnAsyncLoading:1
uint8	bActorsInitialized:1
uint8	bMatchStarted:1
uint8	bPlayersOnly:1
uint8	bPlayersOnlyPending:1
uint8	bStartup:1
uint8	bIsTearingDown:1
uint8	bKismetScriptError:1
uint8	bDebugPauseExecution:1
uint8	bIsCameraMoveableWhenPaused:1
uint8	bAllowAudioPlayback:1
uint8	bAreConstraintsDirty:1
FAudioDeviceHandle	AudioDeviceHandle
class FSceneInterface *	Scene
TSharedPtr< FPhysScene_Chaos >	PhysicsScene_Chaos
TSharedPtr< FPhysScene_Chaos >	DefaultPhysicsScene_Chaos
TObjectPtr< class UPhysicsFieldComponent >	PhysicsField
FURL	URL
class FFXSystemInterface *	FXSystem
FStartPhysicsTickFunction	StartPhysicsTickFunction
FEndPhysicsTickFunction	EndPhysicsTickFunction
int32	PlayerNum
int32	StreamingVolumeUpdateDelay
FName	DebugDrawTraceTag
bool	bDebugDrawAllTraceTags
FOnBeginPostProcessSettings	OnBeginPostProcessSettings
TArray< IInterface_PostProcessVolume * >	PostProcessVolumes
TArray< class AAudioVolume * >	AudioVolumes
double	LastTimeUnbuiltLightingWasEncountered
double	TimeSeconds
double	UnpausedTimeSeconds
double	RealTimeSeconds
double	AudioTimeSeconds
float	DeltaRealTimeSeconds
float	DeltaTimeSeconds
double	PauseDelay
FIntVector	OriginLocation
FIntVector	RequestedOriginLocation
FVector	OriginOffsetThisFrame
float	NextSwitchCountdown
TObjectPtr< class UWorldComposition >	WorldComposition
TObjectPtr< class UContentBundleManager >	ContentBundleManager
EFlushLevelStreamingType	FlushLevelStreamingType
TEnumAsByte< ETravelType >	NextTravelType
FString	NextURL
TArray< FName >	PreparingLevelNames
FName	CommittedPersistentLevelName
uint32	NumLightingUnbuiltObjects
uint32	NumUnbuiltReflectionCaptures
int32	NumTextureStreamingUnbuiltComponents
int32	NumTextureStreamingDirtyResources
FWorldInGamePerformanceTrackers *	PerfTrackers
FParticlePerfStats *	ParticlePerfStats = nullptr
FOnWorldInitializedActors	OnActorsInitialized
FOnWorldBeginPlay	OnWorldBeginPlay
FOnMatchStarting	OnWorldMatchStarting
FOnWorldPreBeginPlay	OnWorldPreBeginPlay
FOnGameStateSetEvent	GameStateSetEvent
Public Attributes inherited from FNetworkNotify
virtual EAcceptConnection::Type	NotifyAcceptingConnection () PURE_VIRTUAL(FNetworkNotify
virtual void virtual NotifyAcceptedConnection(class UNetConnection *Connection) PURE_VIRTUAL(FNetworkNotify boo	NotifyAcceptingChannel )(class UChannel *Channel) PURE_VIRTUAL(FNetworkNotify

Static Public Attributes
static UE_API TMap< FName, EWorldType::Type >	WorldTypePreLoadMap

Friends
struct	FWorldNotifyStreamingLevelLoading
class	FPhysicsAsyncQueryReporter

Additional Inherited Members
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

The World is the top level object representing a map or a sandbox in which Actors and Components will exist and be rendered.

A World can be a single Persistent Level with an optional list of streaming levels that are loaded and unloaded via volumes and blueprint functions or it can be a collection of levels organized with a World Composition.

In a standalone game, generally only a single World exists except during seamless area transitions when both a destination and current world exists. In the editor many Worlds exist: The level being edited, each PIE instance, each editor tool which has an interactive rendered viewport, and many more.

Examples

/work/Engine/Source/Runtime/UMG/Public/Components/Widget.h.

Member Typedef Documentation

FActorsInitializedParams

using UWorld::FActorsInitializedParams = ::FActorsInitializedParams

For backwards compatibility

InitializationValues

using UWorld::InitializationValues = FWorldInitializationValues

Member Enumeration Documentation

ELineBatcherType

enum class UWorld::ELineBatcherType : uint8

strong

Enumerator
World
WorldPersistent
Foreground
ForegroundPersistent
NUM
Invalid

Constructor & Destructor Documentation

UWorld()

UWorld::UWorld

(

const FObjectInitializer &

ObjectInitializer = FObjectInitializer::Get()

)

UWorld default constructor

Member Function Documentation

AddController()

void UWorld::AddController

(

AController *

Controller

)

Inserts the passed in controller at the front of the linked list of controllers.

Parameters

Controller

Controller to insert, use NULL to clear list

AddLevel()

bool UWorld::AddLevel

(

ULevel *

InLevel

)

Add a level to the level list.

AddMovieSceneSequenceTickHandler()

FDelegateHandle UWorld::AddMovieSceneSequenceTickHandler

(

const FOnMovieSceneSequenceTick::FDelegate &

InHandler

)

Adds a tick handler for sequences. These handlers get ticked before pre-physics

AddNetworkActor()

void UWorld::AddNetworkActor

(

AActor *

Actor

)

Adds the passed in actor to the special network actor list This list is used to specifically single out actors that are relevant for networking without having to scan the much large list

Parameters

Actor

Actor to add

AddOnActorDestroyedHandler()

FDelegateHandle UWorld::AddOnActorDestroyedHandler

(

const FOnActorDestroyed::FDelegate &

InHandler

)

const

Add a listener for OnActorDestroyed events

AddOnActorPreSpawnInitialization()

FDelegateHandle UWorld::AddOnActorPreSpawnInitialization

(

const FOnActorSpawned::FDelegate &

InHandler

)

const

Add a listener for OnActorPreSpawnInitialization events

AddOnActorRemovedFromWorldHandler()

FDelegateHandle UWorld::AddOnActorRemovedFromWorldHandler

(

const FOnActorRemovedFromWorld::FDelegate &

InHandler

)

const

Add a listener for OnActorRemovedFromWorld events

AddOnActorSpawnedHandler()

FDelegateHandle UWorld::AddOnActorSpawnedHandler

(

const FOnActorSpawned::FDelegate &

InHandler

)

const

Add a listener for OnActorSpawned events

AddOnPostRegisterAllActorComponentsHandler()

FDelegateHandle UWorld::AddOnPostRegisterAllActorComponentsHandler

(

const FOnPostRegisterAllActorComponents::FDelegate &

InHandler

)

const

Add a listener for OnPostRegisterAllActorComponents events

AddOnPreUnregisterAllActorComponentsHandler()

FDelegateHandle UWorld::AddOnPreUnregisterAllActorComponentsHandler

(

const FOnPreUnregisterAllActorComponents::FDelegate &

InHandler

)

const

Add a listener for OnPreUnregisterAllActorComponents events

AddParameterCollectionInstance()

void UWorld::AddParameterCollectionInstance	(	class UMaterialParameterCollection *	Collection,
		bool	bUpdateScene
	)

Adds a new instance of the given collection, or overwrites an existing instance if there is one.

AddPhysicsVolume()

void UWorld::AddPhysicsVolume

(

APhysicsVolume *

Volume

)

Add a physics volume to the list of those in the world. DefaultPhysicsVolume is not tracked. Used internally by APhysicsVolume.

AddPostProcessingSettings()

void UWorld::AddPostProcessingSettings	(	FVector	ViewLocation,
		FSceneView *	SceneView
	)

Called when a scene view for this world needs the worlds post process settings computed

AddReferencedObjects()

void UWorld::AddReferencedObjects ( UObject *  InThis, FReferenceCollector &  Collector  )

static

AddStreamingLevel()

void UWorld::AddStreamingLevel

(

ULevelStreaming *

StreamingLevelToAdd

)

Add a streaming level to the list of streamed levels to consider.

AddStreamingLevels()

void UWorld::AddStreamingLevels

(

TArrayView< ULevelStreaming *const >

StreamingLevelsToAdd

)

Add multiple streaming levels to the list of streamed levels to consider.

AddToWorld() [1/2]

void UWorld::AddToWorld ( ULevel *  Level, const FTransform &  LevelTransform, bool  bConsiderTimeLimit, FNetLevelVisibilityTransactionId  TransactionId, ULevelStreaming *  OwningLevelStreaming = nullptr  )

inline

AddToWorld() [2/2]

void UWorld::AddToWorld	(	ULevel *	Level,
		const FTransform &	LevelTransform = FTransform::Identity,
		bool	bConsiderTimeLimit = false,
		const TOptional< const UE::FTimeout > &	ExternalTimeout = TOptional<const UE::FTimeout>(),
		FNetLevelVisibilityTransactionId	TransactionId = FNetLevelVisibilityTransactionId(),
		ULevelStreaming *	OwningLevelStreaming = nullptr
	)

Associates the passed in level with the world. If using a time limit the work to make the level visible can be spread across several frames so this function has to be called multiple time for the level to be visible/ associated with the world and no longer be in a limbo state.

Parameters

Level	Level object we should add
LevelTransform	Transformation to apply to each actor in the level
bConsiderTimeLimit	optional bool indicating if time-slicing will be used to limit the amount of work done, defaults to false
ExternalTimeout	optional timeout that will override the default behavior if bConsiderTimeLimit is true
TransactionId	optional parameter that carries the current transaction id associated with calls updating LevelVisibility used when communicating level visibility with server
OwningLevelStreaming	optional parameter, the ULevelStreaming object driving this level's presence in the world

AddUniqueStreamingLevel()

void UWorld::AddUniqueStreamingLevel

(

ULevelStreaming *

StreamingLevelToAdd

)

Add a streaming level to the list of streamed levels to consider. If this streaming level is in the array already then it won't be added again.

AddUniqueStreamingLevels()

void UWorld::AddUniqueStreamingLevels

(

TArrayView< ULevelStreaming *const >

StreamingLevelsToAdd

)

Add multiple streaming levels to the list of streamed levels to consider. If any of these streaming levels are in the array already then they won't be added again.

AllowAudioPlayback()

bool UWorld::AllowAudioPlayback

(

)

const

Returns whether audio playback is allowed for this scene.

Returns

true if current world is GWorld, false otherwise

AllowLevelLoadRequests()

bool UWorld::AllowLevelLoadRequests

(

)

const

Returns whether the level streaming code is allowed to issue load requests.

Returns

true if level load requests are allowed, false otherwise.

AreActorsInitialized()

bool UWorld::AreActorsInitialized

(

)

const

Returns true if the actors have been initialized and are ready to start play

AreAlwaysLoadedLevelsLoaded()

bool UWorld::AreAlwaysLoadedLevelsLoaded

(

)

const

Returns whether all the 'always loaded' levels are loaded.

AsyncLineTraceByChannel()

FTraceHandle UWorld::AsyncLineTraceByChannel	(	EAsyncTraceType	InTraceType,
		const FVector &	Start,
		const FVector &	End,
		ECollisionChannel	TraceChannel,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam,
		const FTraceDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async. Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

InTraceType	Indicates if you want multiple results, single result, or just yes/no (no hit information)
Start	Start location of the ray
End	End location of the ray
TraceChannel	The 'channel' that this ray is in, used to determine which components to hit
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

AsyncLineTraceByObjectType()

FTraceHandle UWorld::AsyncLineTraceByObjectType	(	EAsyncTraceType	InTraceType,
		const FVector &	Start,
		const FVector &	End,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FTraceDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async. Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

InTraceType	Indicates if you want multiple results, single hit result, or just yes/no (no hit information)
Start	Start location of the ray
End	End location of the ray
ObjectQueryParams	List of object types it's looking for
Params	Additional parameters used for the trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

AsyncLineTraceByProfile()

FTraceHandle UWorld::AsyncLineTraceByProfile	(	EAsyncTraceType	InTraceType,
		const FVector &	Start,
		const FVector &	End,
		FName	ProfileName,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FTraceDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async. Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

InTraceType	Indicates if you want multiple results, single result, or just yes/no (no hit information)
Start	Start location of the ray
End	End location of the ray
ProfileName	The 'profile' used to determine which components to hit
Params	Additional parameters used for the trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

AsyncLoadAlwaysLoadedLevelsForSeamlessTravel()

void UWorld::AsyncLoadAlwaysLoadedLevelsForSeamlessTravel

(

)

Requests async loading of any 'always loaded' level. Used in seamless travel to prevent blocking in the first UpdateLevelStreaming.

AsyncOverlapByChannel()

FTraceHandle UWorld::AsyncOverlapByChannel	(	const FVector &	Pos,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam,
		const FOverlapDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async trace Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

Pos	Location of center of shape to test against the world
TraceChannel	The 'channel' that this query is in, used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

AsyncOverlapByObjectType()

FTraceHandle UWorld::AsyncOverlapByObjectType	(	const FVector &	Pos,
		const FQuat &	Rot,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FOverlapDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async trace Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

Pos	Location of center of shape to test against the world
ObjectQueryParams	List of object types it's looking for
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

AsyncOverlapByProfile()

FTraceHandle UWorld::AsyncOverlapByProfile	(	const FVector &	Pos,
		const FQuat &	Rot,
		FName	ProfileName,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FOverlapDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async trace Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

Pos	Location of center of shape to test against the world
ProfileName	The 'profile' used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

AsyncSweepByChannel()

FTraceHandle UWorld::AsyncSweepByChannel	(	EAsyncTraceType	InTraceType,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam,
		const FTraceDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async trace Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

InTraceType	Indicates if you want multiple results, single hit result, or just yes/no (no hit information)
Start	Start location of the shape
End	End location of the shape
TraceChannel	The 'channel' that this trace is in, used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

AsyncSweepByObjectType()

FTraceHandle UWorld::AsyncSweepByObjectType	(	EAsyncTraceType	InTraceType,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FTraceDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async trace Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

InTraceType	Indicates if you want multiple results, single hit result, or just yes/no (no hit information)
Start	Start location of the shape
End	End location of the shape
ObjectQueryParams	List of object types it's looking for
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

AsyncSweepByProfile()

FTraceHandle UWorld::AsyncSweepByProfile	(	EAsyncTraceType	InTraceType,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		FName	ProfileName,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FTraceDelegate *	InDelegate = nullptr,
		uint32	UserData = 0
	)

Interface for Async trace Pretty much same parameter set except you can optional set delegate to be called when execution is completed and you can set UserData if you'd like if no delegate, you can query trace data using QueryTraceData or QueryOverlapData the data is available only in the next frame after request is made - in other words, if request is made in frame X, you can get the result in frame (X+1)

Parameters

InTraceType	Indicates if you want multiple results, single hit result, or just yes/no (no hit information)
Start	Start location of the shape
End	End location of the shape
ProfileName	The 'profile' used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
InDelegate	Delegate function to be called - to see example, search FTraceDelegate Example can be void MyActor::TraceDone(const FTraceHandle& TraceHandle, FTraceDatum & TraceData) Before sending to the function,

FTraceDelegate TraceDelegate; TraceDelegate.BindRaw(this, &MyActor::TraceDone);

Parameters

UserData

UserData

BeginDestroy()

void UWorld::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 UObject.

BeginPlay()

void UWorld::BeginPlay

(

)

Start gameplay. This will cause the game mode to transition to the correct state and call BeginPlay on all actors. If this is called on a world with no game mode, it will execute world callbacks but will not set BegunPlay to true. On networked clients, actor BeginPlay and SetBegunPlay are called from the game state replication.

BeginTearingDown()

void UWorld::BeginTearingDown

(

)

Mark a world that was initialized for play as starting to tear down in preparation for cleanup. This will block the creation of new gameplay objects.

BlockTillLevelStreamingCompleted()

void UWorld::BlockTillLevelStreamingCompleted

(

)

BroadcastLevelsChanged()

void UWorld::BroadcastLevelsChanged

(

)

Broadcasts that the number of levels has changed.

BuildPIEPackagePrefix()

FString UWorld::BuildPIEPackagePrefix ( int32  PIEInstanceID )

static

Return the prefix for PIE packages given a PIE Instance ID

CancelPendingMapChange()

void UWorld::CancelPendingMapChange

(

)

cancels pending map change (

Note

: we can't cancel pending async loads, so this won't immediately free the memory)

CleanupActors()

void UWorld::CleanupActors

(

)

Remove NULL entries from actor list. Only does so for dynamic actors to avoid resorting. In theory static actors shouldn't be deleted during gameplay.

CleanupWorld()

void UWorld::CleanupWorld	(	bool	bSessionEnded = true,
		bool	bCleanupResources = true,
		UWorld *	NewWorld = nullptr
	)

Cleans up components, streaming data and assorted other intermediate data.

Parameters

bSessionEnded	whether to notify the viewport that the game session has ended.
NewWorld	Optional new world that will be loaded after this world is cleaned up. Specify a new world to prevent it and it's sublevels from being GCed during map transitions.

ClearActorComponentEndOfFrameUpdate()

void UWorld::ClearActorComponentEndOfFrameUpdate

(

UActorComponent *

Component

)

Clears the need for a component to have an end of frame update

Parameters

Component

- Component to update at the end of the frame

ClearDemoNetDriver()

void UWorld::ClearDemoNetDriver

(

)

ClearNetDriver()

void UWorld::ClearNetDriver

(

UNetDriver *

Driver

)

ClearStreamingLevels()

void UWorld::ClearStreamingLevels

(

)

Reset the streaming levels array

ClearWorldComponents()

void UWorld::ClearWorldComponents

(

)

Clears all level components and world components like e.g. line batcher.

CommitMapChange()

void UWorld::CommitMapChange

(

)

actually performs the map transition prepared by PrepareMapChange() it happens in the next tick to avoid GC issues if a map change is being prepared but isn't ready yet, the transition code will block until it is wait until IsMapChangeReady() returns true if this is undesired behavior

CommitModelSurfaces()

void UWorld::CommitModelSurfaces

(

)

Commits changes made to the surfaces of the UModels of all levels.

ComponentOverlapMulti() [1/2]

bool UWorld::ComponentOverlapMulti	(	TArray< struct FOverlapResult > &	OutOverlaps,
		const class UPrimitiveComponent *	PrimComp,
		const FVector &	Pos,
		const FQuat &	Rot,
		const FComponentQueryParams &	Params = FComponentQueryParams::DefaultComponentQueryParams,
		const FCollisionObjectQueryParams &	ObjectQueryParams = FCollisionObjectQueryParams::DefaultObjectQueryParam
	)		const

Test the collision of the supplied component at the supplied location/rotation using object types, and determine the set of components that it overlaps

Note

The overload taking rotation as an FQuat is slightly faster than the version using FRotator (which will be converted to an FQuat)..

Parameters

OutOverlaps	Array of overlaps found between component in specified pose and the world
PrimComp	Component's geometry to test against the world. Transform of this component is ignored
Pos	Location of PrimComp geometry for test against the world
Rot	Rotation of PrimComp geometry for test against the world
ObjectQueryParams	List of object types it's looking for. When this enters, we do object query with component shape

Returns

TRUE if any hit is found

ComponentOverlapMulti() [2/2]

bool UWorld::ComponentOverlapMulti ( TArray< struct FOverlapResult > &  OutOverlaps, const class UPrimitiveComponent *  PrimComp, const FVector &  Pos, const FRotator &  Rot, const FComponentQueryParams &  Params = FComponentQueryParams::DefaultComponentQueryParams, const FCollisionObjectQueryParams &  ObjectQueryParams = FCollisionObjectQueryParams::DefaultObjectQueryParam  ) const

inline

ComponentOverlapMultiByChannel() [1/2]

bool UWorld::ComponentOverlapMultiByChannel	(	TArray< struct FOverlapResult > &	OutOverlaps,
		const class UPrimitiveComponent *	PrimComp,
		const FVector &	Pos,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FComponentQueryParams &	Params = FComponentQueryParams::DefaultComponentQueryParams,
		const FCollisionObjectQueryParams &	ObjectQueryParams = FCollisionObjectQueryParams::DefaultObjectQueryParam
	)		const

Test the collision of the supplied component at the supplied location/rotation using a specific channel, and determine the set of components that it overlaps

Note

The overload taking rotation as an FQuat is slightly faster than the version using FRotator (which will be converted to an FQuat)..

Parameters

OutOverlaps	Array of overlaps found between component in specified pose and the world
PrimComp	Component's geometry to test against the world. Transform of this component is ignored
Pos	Location of PrimComp geometry for test against the world
Rot	Rotation of PrimComp geometry for test against the world
TraceChannel	The 'channel' that this query is in, used to determine which components to hit

Returns

TRUE if OutOverlaps contains any blocking results

ComponentOverlapMultiByChannel() [2/2]

bool UWorld::ComponentOverlapMultiByChannel ( TArray< struct FOverlapResult > &  OutOverlaps, const class UPrimitiveComponent *  PrimComp, const FVector &  Pos, const FRotator &  Rot, ECollisionChannel  TraceChannel, const FComponentQueryParams &  Params = FComponentQueryParams::DefaultComponentQueryParams, const FCollisionObjectQueryParams &  ObjectQueryParams = FCollisionObjectQueryParams::DefaultObjectQueryParam  ) const

inline

ComponentSweepMulti() [1/2]

bool UWorld::ComponentSweepMulti	(	TArray< struct FHitResult > &	OutHits,
		class UPrimitiveComponent *	PrimComp,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		const FComponentQueryParams &	Params
	)		const

Sweep the geometry of the supplied component, and determine the set of components that it hits.

Note

The overload taking rotation as an FQuat is slightly faster than the version using FRotator (which will be converted to an FQuat)..

Parameters

OutHits	Array of hits found between ray and the world
PrimComp	Component's geometry to test against the world. Transform of this component is ignored
Start	Start location of the trace
End	End location of the trace
Rot	Rotation of PrimComp geometry for test against the world (rotation remains constant over sweep)
Params	Additional parameters used for the trace

Returns

TRUE if OutHits contains any blocking hit entries

ComponentSweepMulti() [2/2]

bool UWorld::ComponentSweepMulti ( TArray< struct FHitResult > &  OutHits, class UPrimitiveComponent *  PrimComp, const FVector &  Start, const FVector &  End, const FRotator &  Rot, const FComponentQueryParams &  Params  ) const

inline

ComponentSweepMultiByChannel() [1/2]

bool UWorld::ComponentSweepMultiByChannel	(	TArray< struct FHitResult > &	OutHits,
		class UPrimitiveComponent *	PrimComp,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FComponentQueryParams &	Params
	)		const

Sweep the geometry of the supplied component using a specific channel, and determine the set of components that it hits.

Note

The overload taking rotation as an FQuat is slightly faster than the version using FRotator (which will be converted to an FQuat)..

Parameters

OutHits	Array of hits found between ray and the world
PrimComp	Component's geometry to test against the world. Transform of this component is ignored
Start	Start location of the trace
End	End location of the trace
Rot	Rotation of PrimComp geometry for test against the world (rotation remains constant over sweep)
Params	Additional parameters used for the trace

Returns

TRUE if OutHits contains any blocking hit entries

ComponentSweepMultiByChannel() [2/2]

bool UWorld::ComponentSweepMultiByChannel ( TArray< struct FHitResult > &  OutHits, class UPrimitiveComponent *  PrimComp, const FVector &  Start, const FVector &  End, const FRotator &  Rot, ECollisionChannel  TraceChannel, const FComponentQueryParams &  Params  ) const

inline

ConditionallyBuildStreamingData()

void UWorld::ConditionallyBuildStreamingData

(

)

Calls ULevel::BuildStreamingData(this,NULL,NULL) if it has been triggered within the last few seconds.

ContainsActor()

bool UWorld::ContainsActor

(

AActor *

Actor

)

const

Returns whether the passed in actor is part of any of the loaded levels actors array. Warning: Will return true for pending kill actors!

Parameters

Actor

Actor to check whether it is contained by any level

Returns

true if actor is contained by any of the loaded levels, false otherwise

ContainsLevel()

bool UWorld::ContainsLevel

(

ULevel *

InLevel

)

const

Does the level list contain the given level.

ConvertToPIEPackageName()

FString UWorld::ConvertToPIEPackageName ( const FString &  PackageName, int32  PIEInstanceID  )

static

Given a PackageName and a PIE Instance ID return the name of that Package when being run as a PIE world

CopyGameState()

void UWorld::CopyGameState	(	AGameModeBase *	FromGameMode,
		AGameStateBase *	FromGameState
	)

Copies GameState properties from the GameMode.

CreateAISystem()

UAISystemBase * UWorld::CreateAISystem

(

)

AISystem getter. if AISystem is missing it tries to create one and returns the result. @NOTE the result can be NULL, for example on client games or if no AI module or AISystem class have not been specified

See also

UAISystemBase::AISystemClassName and UAISystemBase::AISystemModuleName

CreateFXSystem()

void UWorld::CreateFXSystem

(

)

Creates a new FX system for this world

CreatePhysicsScene()

void UWorld::CreatePhysicsScene

(

const AWorldSettings *

Settings = nullptr

)

Creates a new physics scene for this world.

CreateWorld()

UWorld * UWorld::CreateWorld ( const EWorldType::Type  InWorldType, bool  bInformEngineOfWorld, FName  WorldName = NAME_None, UPackage *  InWorldPackage = NULL, bool  bAddToRoot = true, ERHIFeatureLevel::Type  InFeatureLevel = ERHIFeatureLevel::Num, const InitializationValues *  InIVS = nullptr, bool  bInSkipInitWorld = false  )

static

Static function that creates a new UWorld and returns a pointer to it

DebugDrawSceneQueries()

bool UWorld::DebugDrawSceneQueries ( const FName &  UsedTraceTag ) const

inline

DECLARE_EVENT_OneParam() [1/2]

UWorld::DECLARE_EVENT_OneParam	(	UWorld	,
		FOnBeginPlay	,
		bool
	)

DECLARE_EVENT_OneParam() [2/2]

UWorld::DECLARE_EVENT_OneParam	(	UWorld	,
		FOnGameStateSetEvent	,
		AGameStateBase *
	)

DECLARE_EVENT_TwoParams()

UWorld::DECLARE_EVENT_TwoParams	(	UWorld	,
		FOnBeginPostProcessSettings	,
		FVector	,
		FSceneView *
	)

Called when the world computes how post process volumes contribute to the scene.

DECLARE_MULTICAST_DELEGATE() [1/3]

UWorld::DECLARE_MULTICAST_DELEGATE

(

FOnMatchStarting

)

DECLARE_MULTICAST_DELEGATE() [2/3]

UWorld::DECLARE_MULTICAST_DELEGATE

(

FOnWorldBeginPlay

)

DECLARE_MULTICAST_DELEGATE() [3/3]

UWorld::DECLARE_MULTICAST_DELEGATE

(

FOnWorldPreBeginPlay

)

Called by WorldSettings's NotifyBeginPlay before calling DispatchBeginPlay on all world actors when world's bBegunPlay switches to true.

DECLARE_MULTICAST_DELEGATE_OneParam()

UWorld::DECLARE_MULTICAST_DELEGATE_OneParam	(	FOnWorldInitializedActors	,
		const FActorsInitializedParams &
	)

DelayStreamingVolumeUpdates()

void UWorld::DelayStreamingVolumeUpdates ( int32  InFrameDelay )

inline

Sets the number of frames to delay Streaming Volume updating, useful if you preload a bunch of levels but the camera hasn't caught up yet

DestroyActor()

bool UWorld::DestroyActor	(	AActor *	ThisActor,
		bool	bNetForce = false,
		bool	bShouldModifyLevel = true
	)

Removes the actor from its level's actor list and generally cleans up the engine's internal state. What this function does not do, but is handled via garbage collection instead, is remove references to this actor from all other actors, and kill the actor's resources. This function is set up so that no problems occur even if the actor is being destroyed inside its recursion stack.

Parameters

ThisActor	Actor to remove.
bNetForce	[opt] Ignored unless called during play. Default is false.
bShouldModifyLevel	[opt] If true, Modify() the level before removing the actor. Default is true.

Returns

true if destroyed or already marked for destruction, false if actor couldn't be destroyed.

Removes the actor from its level's actor list and generally cleans up the engine's internal state. What this function does not do, but is handled via garbage collection instead, is remove references to this actor from all other actors, and kill the actor's resources. This function is set up so that no problems occur even if the actor is being destroyed inside its recursion stack.

Parameters

ThisActor	Actor to remove.
bNetForce	[opt] Ignored unless called during play. Default is false.
bShouldModifyLevel	[opt] If true, Modify() the level before removing the actor. Default is true.

Returns

true if destroy, false if actor couldn't be destroyed.

DestroyDemoNetDriver()

void UWorld::DestroyDemoNetDriver

(

)

DestroySwappedPC()

bool UWorld::DestroySwappedPC

(

UNetConnection *

Connection

)

Looks for a PlayerController that was being swapped by the given NetConnection and, if found, destroys it (because the swap is complete or the connection was closed)

Parameters

Connection

- the connection that performed the swap

Returns

whether a PC waiting for a swap was found

DestroyWorld()

void UWorld::DestroyWorld	(	bool	bInformEngineOfWorld,
		UWorld *	NewWorld = nullptr
	)

Destroy this World instance. If destroying the world to load a different world, supply it here to prevent GC of the new world or it's sublevels.

DuplicateRequestedLevels()

void UWorld::DuplicateRequestedLevels

(

const FName

MapName

)

Creates a new level collection of type DynamicDuplicatedLevels by duplicating the levels in DynamicSourceLevels. Should only be called by engine.

Parameters

MapName

The name of the soure map, used as a parameter to UEngine::Experimental_ShouldPreDuplicateMap

DuplicateWorldForPIE()

UWorld * UWorld::DuplicateWorldForPIE ( const FString &  PackageName, UWorld *  OwningWorld  )

static

Given a loaded editor UWorld, duplicate it for play in editor purposes with OwningWorld as the world with the persistent level.

EditorDestroyActor()

bool UWorld::EditorDestroyActor	(	AActor *	ThisActor,
		bool	bShouldModifyLevel
	)

Wrapper for DestroyActor() that should be called in the editor.

Parameters

bShouldModifyLevel

If true, Modify() the level before removing the actor.

EncroachingBlockingGeometry()

bool UWorld::EncroachingBlockingGeometry	(	const AActor *	TestActor,
		FVector	TestLocation,
		FRotator	TestRotation,
		FVector *	ProposedAdjustment = NULL
	)

@Return true if Actor would encroach at TestLocation on something that blocks it. Returns a ProposedAdjustment that might result in an unblocked TestLocation.

EndPlay()

bool UWorld::EndPlay

(

EEndPlayReason::Type

EndPlayReason

)

Tries to stop gameplay by sending EndPlay to all actors in the world. This will call BeginTearingDown if it has not been called yet.

Parameters

EndPlayReason

The reason that play is ending

Returns

true if this actually stopped play (BegunPlay will return false)

EnsureCollisionTreeIsBuilt()

void UWorld::EnsureCollisionTreeIsBuilt

(

)

Ensures that the collision detection tree is fully built. This should be called after the full level reload to make sure the first traces are not abysmally slow.

Exec()

bool UWorld::Exec	(	UWorld *	InWorld,
		const TCHAR *	Cmd,
		FOutputDevice &	Ar = *GLog
	)

Handle Exec/Console Commands related to the World

FindCollectionByType() [1/2]

FLevelCollection * UWorld::FindCollectionByType

(

const ELevelCollectionType

InType

)

Returns the FLevelCollection for the given InType, or null if a collection of that type hasn't been created yet.

FindCollectionByType() [2/2]

const FLevelCollection * UWorld::FindCollectionByType

(

const ELevelCollectionType

InType

)

const

Returns the FLevelCollection for the given InType, or null if a collection of that type hasn't been created yet.

FindCollectionIndexByType()

int32 UWorld::FindCollectionIndexByType

(

const ELevelCollectionType

InType

)

const

Returns the index of the FLevelCollection with the given InType, or INDEX_NONE if a collection of that type hasn't been created yet.

FindOrAddCollectionByType()

FLevelCollection & UWorld::FindOrAddCollectionByType

(

const ELevelCollectionType

InType

)

Returns the FLevelCollection for the given InType. If one does not exist, it is created.

FindOrAddCollectionByType_Index()

int32 UWorld::FindOrAddCollectionByType_Index

(

const ELevelCollectionType

InType

)

Returns the index of the first FLevelCollection of the given InType. If one does not exist, it is created and its index returned.

FindOrAddCollectionForLevelStreaming()

FLevelCollection & UWorld::FindOrAddCollectionForLevelStreaming

(

const ULevelStreaming *

Level

)

Returns the FLevelCollection for the passed in streaming level, which could depend on configuration

FindTeleportSpot()

bool UWorld::FindTeleportSpot	(	const AActor *	TestActor,
		FVector &	PlaceLocation,
		FRotator	PlaceRotation
	)

Try to find an acceptable non-colliding location to place TestActor as close to possible to PlaceLocation. Expects PlaceLocation to be a valid location inside the level. Returns true if a location without blocking collision is found, in which case PlaceLocation is overwritten with the new clear location. Returns false if no suitable location could be found, in which case PlaceLocation is unmodified.

FindWorldInPackage()

UWorld * UWorld::FindWorldInPackage ( UPackage *  Package )

static

Given a package, locate the UWorld contained within if one exists

FinishAsyncSendAllEndOfFrameUpdates()

void UWorld::FinishAsyncSendAllEndOfFrameUpdates

(

)

Waits for an async region of sending frame updates to the render thread.

FinishDestroy()

void UWorld::FinishDestroy ( )

overridevirtual

Called to finish destroying the object. After UObject::FinishDestroy is called, the object's memory should no longer be accessed.

Warning

Because properties are destroyed here, Super::FinishDestroy() should always be called at the end of your child class's FinishDestroy() method, rather than at the beginning.

Reimplemented from UObject.

FinishPhysicsSim()

void UWorld::FinishPhysicsSim

(

)

Waits for the physics scene to be done processing

FlushDeferredParameterCollectionInstanceUpdates()

void UWorld::FlushDeferredParameterCollectionInstanceUpdates

(

)

Flush any pending parameter collection updates to the render thrad.

FlushLevelStreaming()

void UWorld::FlushLevelStreaming

(

EFlushLevelStreamingType

FlushType = EFlushLevelStreamingType::Full

)

Flushes level streaming in blocking fashion and returns when all levels are loaded/ visible/ hidden so further calls to UpdateLevelStreaming won't do any work unless state changes. Basically blocks on all async operation like updating components.

Parameters

FlushType

Whether to only flush level visibility operations (optional)

FlushLineBatchers()

void UWorld::FlushLineBatchers

(

const TArrayView< const UWorld::ELineBatcherType > &

TypesToFlush

)

Flush the specified Line Batcher types

FollowWorldRedirectorInPackage()

UWorld * UWorld::FollowWorldRedirectorInPackage ( UPackage *  Package, UObjectRedirector **  OptionalOutRedirector = nullptr  )

static

If the specified package contains a redirector to a UWorld, that UWorld is returned. Otherwise, nullptr is returned.

ForEachSubsystem()

template<typename TSubsystemClass >

void UWorld::ForEachSubsystem ( TFunctionRef< void(TSubsystemClass *)>  Operation ) const

inline

Performs an operation on all Subsystems of specified type, this is only necessary for interfaces that can have multiple implementations instanced at a time.

GetActiveLevelCollection()

const FLevelCollection * UWorld::GetActiveLevelCollection

(

)

const

Returns the level collection which currently has its context set on this world. May be null. If non-null, this implies that execution is currently within the scope of an FScopedLevelCollectionContextSwitch for this world.

GetActiveLevelCollectionIndex()

int32 UWorld::GetActiveLevelCollectionIndex ( ) const

inline

Returns the index of the level collection which currently has its context set on this world. May be INDEX_NONE. If not INDEX_NONE, this implies that execution is currently within the scope of an FScopedLevelCollectionContextSwitch for this world.

GetActiveLightingScenario()

ULevel * UWorld::GetActiveLightingScenario

(

)

const

Returns the active lighting scenario for this world or NULL if none.

GetActorCount()

int32 UWorld::GetActorCount

(

)

const

Returns the actor count.

GetAddressURL()

FString UWorld::GetAddressURL

(

)

const

GetAISystem() [1/2]

UAISystemBase * UWorld::GetAISystem ( )

inline

AISystem getter

GetAISystem() [2/2]

const UAISystemBase * UWorld::GetAISystem ( ) const

inline

AISystem const getter

GetAllowDeferredPhysicsStateCreation()

bool UWorld::GetAllowDeferredPhysicsStateCreation

(

)

const

GetAudioDevice()

FAudioDeviceHandle UWorld::GetAudioDevice

(

)

const

Get the audio device used by this world.

GetAudioDeviceRaw()

FAudioDevice * UWorld::GetAudioDeviceRaw

(

)

const

Returns the audio device associated with this world. Lifecycle of the audio device is not guaranteed unless you used GetAudioDevice().

Returns

Audio device to use with this world.

GetAudioSettings()

AAudioVolume * UWorld::GetAudioSettings	(	const FVector &	ViewLocation,
		struct FReverbSettings *	OutReverbSettings,
		struct FInteriorSettings *	OutInteriorSettings
	)		const

Finds the audio settings to use for a given view location, taking into account the world's default settings and the audio volumes in the world.

Parameters

ViewLocation	Current view location.
OutReverbSettings	[out] Upon return, the reverb settings for a camera at ViewLocation.
OutInteriorSettings	[out] Upon return, the interior settings for a camera at ViewLocation.

Returns

If the settings came from an audio volume, the audio volume object is returned.

GetAudioTimeSeconds()

double UWorld::GetAudioTimeSeconds ( ) const

inline

Returns time in seconds since world was brought up for play, IS stopped when game pauses, NOT dilated/clamped

Returns

time in seconds since world was brought up for play

GetAuthGameMode() [1/2]

template<class T >

T * UWorld::GetAuthGameMode ( ) const

inline

Returns the current Game Mode instance cast to the template type. This can only return a valid pointer on the server and may be null if the cast fails. Will always return null on a client.

GetAuthGameMode() [2/2]

AGameModeBase * UWorld::GetAuthGameMode ( ) const

inline

Returns the current Game Mode instance, which is always valid during gameplay on the server. This will only return a valid pointer on the server. Will always return null on a client.

GetAutoActivateCameraIterator()

FConstCameraActorIterator UWorld::GetAutoActivateCameraIterator

(

)

const

Get an iterator for the list of CameraActors that auto-activate for PlayerControllers.

GetAvoidanceManager() [1/2]

class UAvoidanceManager * UWorld::GetAvoidanceManager ( )

inline

Avoidance manager getter

GetAvoidanceManager() [2/2]

const class UAvoidanceManager * UWorld::GetAvoidanceManager ( ) const

inline

Avoidance manager getter

GetBegunPlay()

bool UWorld::GetBegunPlay

(

)

const

Returns true if BeginPlay has been called on actors in the world (and EndPlay has not)

GetBlockTillLevelStreamingCompletedEpoch()

int32 UWorld::GetBlockTillLevelStreamingCompletedEpoch ( ) const

inline

Returns BlockTillLevelStreamingCompletedEpoch.

GetCanvasForDrawMaterialToRenderTarget()

UCanvas * UWorld::GetCanvasForDrawMaterialToRenderTarget

(

)

GetCanvasForRenderingToTarget()

UCanvas * UWorld::GetCanvasForRenderingToTarget

(

)

Gets the canvas object for rendering to a render target. Will allocate one if needed.

GetChaosEventRelay()

UChaosEventRelay * UWorld::GetChaosEventRelay

(

)

Access to the ChaosEventRelay to access all registered events.

GetControllerIterator()

FConstControllerIterator UWorld::GetControllerIterator

(

)

const

Returns an iterator for the controller list.

GetCurrentLevel()

ULevel * UWorld::GetCurrentLevel

(

)

const

Get the CurrentLevel for this world.

GetCurrentLevelPendingInvisibility()

ULevel * UWorld::GetCurrentLevelPendingInvisibility ( ) const

inline

Returns the level, if any, in the process of being made invisible

GetCurrentLevelPendingVisibility()

ULevel * UWorld::GetCurrentLevelPendingVisibility ( ) const

inline

Returns the level, if any, in the process of being made visible

GetDataLayerManager()

UDataLayerManager * UWorld::GetDataLayerManager

(

)

const

Returns the UDataLayerManager associated with this world.

Returns

UDataLayerManager object associated with this world

GetDebugDisplayName()

FString UWorld::GetDebugDisplayName

(

)

const

Returns a human friendly display string for the current world (showing the kind of world when in multiplayer PIE)

GetDefaultBrush()

ABrush * UWorld::GetDefaultBrush

(

)

const

Returns the default brush for the persistent level. This is usually the 'builder brush' for editor builds, undefined for non editor instances and may be NULL.

GetDefaultGravityZ()

float UWorld::GetDefaultGravityZ

(

)

const

Returns the Z component of the default world gravity.

Returns

Z component of the default world gravity.

GetDefaultPhysicsVolume()

APhysicsVolume * UWorld::GetDefaultPhysicsVolume ( ) const

inline

Returns the default physics volume and creates it if necessary.

Returns

default physics volume

GetDeltaSeconds()

float UWorld::GetDeltaSeconds ( ) const

inline

Returns the frame delta time in seconds adjusted by e.g. time dilation.

Returns

frame delta time in seconds adjusted by e.g. time dilation

GetDemoNetDriver()

UDemoNetDriver * UWorld::GetDemoNetDriver ( ) const

inline

Gets the demo net driver for this world.

GetDetailMode()

int32 UWorld::GetDetailMode

(

)

const

Returns

the current detail mode, like EDetailMode but can be outside of the range

GetDuplicatedWorldForPIE()

UWorld * UWorld::GetDuplicatedWorldForPIE ( UWorld *  InWorld, UPackage *  InPIEackage, int32  PIEInstanceID  )

static

Duplicate the editor world to create the PIE world.

GetFeatureLevel()

PRAGMA_DISABLE_DEPRECATION_WARNINGS ERHIFeatureLevel::Type UWorld::GetFeatureLevel ( ) const

inline

GetFirstLocalPlayerFromController() [1/2]

template<class T >

T * UWorld::GetFirstLocalPlayerFromController ( ) const

inline

GetFirstLocalPlayerFromController() [2/2]

ULocalPlayer * UWorld::GetFirstLocalPlayerFromController

(

)

const

GetFirstPlayerController() [1/2]

template<class T >

T * UWorld::GetFirstPlayerController ( ) const

inline

Returns

Returns the first player controller cast to the template type, or NULL if there is not one.

May return NULL if the cast fails.

GetFirstPlayerController() [2/2]

APlayerController * UWorld::GetFirstPlayerController

(

)

const

Returns

Returns the first player controller, or NULL if there is not one.

GetGameInstance() [1/2]

UGameInstance * UWorld::GetGameInstance ( ) const

inline

Returns the owning game instance for this world

GetGameInstance() [2/2]

template<class T >

T * UWorld::GetGameInstance ( ) const

inline

Returns the OwningGameInstance cast to the template type.

GetGameInstanceChecked()

template<class T >

T * UWorld::GetGameInstanceChecked ( ) const

inline

Returns the OwningGameInstance cast to the template type, asserting that it is of the correct type.

GetGameState() [1/2]

template<class T >

T * UWorld::GetGameState ( ) const

inline

Returns the current GameState instance cast to the template type.

GetGameState() [2/2]

AGameStateBase * UWorld::GetGameState ( ) const

inline

Returns the current GameState instance.

GetGameStateChecked()

template<class T >

T * UWorld::GetGameStateChecked ( ) const

inline

Returns the current GameState instance cast to the template type, asserting that it is of the correct type.

GetGameViewport()

UGameViewportClient * UWorld::GetGameViewport

(

)

const

Returns a reference to the game viewport displaying this world if one exists.

GetGravityZ()

float UWorld::GetGravityZ

(

)

const

Returns the Z component of the current world gravity.

Returns

Z component of current world gravity.

GetIsInBlockTillLevelStreamingCompleted()

bool UWorld::GetIsInBlockTillLevelStreamingCompleted ( ) const

inline

Whether the world is currently in a BlockTillLevelStreamingCompleted() call

GetLatentActionManager()

FLatentActionManager & UWorld::GetLatentActionManager

(

)

Returns LatentActionManager instance, preferring the one allocated by the game instance if a game instance is associated with this.

This pattern is a little bit of a kludge to allow UWorld clients (for instance, preview world in the Blueprint Editor to not worry about replacing features from GameInstance. Alternatively we could mandate that they implement a game instance for their scene.

GetLevel()

ULevel * UWorld::GetLevel

(

int32

InLevelIndex

)

const

Return the level with the given index.

GetLevelCollections()

const TArray< FLevelCollection > & UWorld::GetLevelCollections ( ) const

inline

Returns a read-only reference to the list of level collections in this world.

GetLevelIterator()

FConstLevelIterator UWorld::GetLevelIterator

(

)

const

Returns an iterator for the level list.

GetLevels()

const TArray< class ULevel * > & UWorld::GetLevels

(

)

const

Return the list of levels in this world.

GetLevelScriptActor()

ALevelScriptActor * UWorld::GetLevelScriptActor

(

class ULevel *

OwnerLevel = NULL

)

const

Returns the current (or specified) level's level scripting actor

Parameters

OwnerLevel

the level to get the level scripting actor for. Must correspond to one of the levels in GWorld's Levels array; Thus, only applicable when editing a multi-level map. Defaults to the level currently being edited.

Returns

A pointer to the level scripting actor, if any, for the specified level, or NULL if no level scripting actor is available

GetLevelStreamingForPackageName()

ULevelStreaming * UWorld::GetLevelStreamingForPackageName

(

FName

InPackageName

)

Utility for returning the ULevelStreaming object for a particular sub-level, specified by package name

GetLightMapsAndShadowMaps()

void UWorld::GetLightMapsAndShadowMaps	(	ULevel *	Level,
		TArray< UTexture2D * > &	OutLightMapsAndShadowMaps,
		bool	bForceLazyLoad = true
	)

Gets all LightMaps and ShadowMaps associated with this world. Specify the level or leave null for persistent

The array of textures discovered

GetLineBatcher()

ULineBatchComponent * UWorld::GetLineBatcher

(

ELineBatcherType

Type

)

const

Returns a pointer to the specified line batcher type

GetLocalURL()

FString UWorld::GetLocalURL

(

)

const

Return the URL of this level on the local machine.

GetMapName()

const FString UWorld::GetMapName

(

)

const

Returns the name of the current map, taking into account using a dummy persistent world and loading levels into it via PrepareMapChange.

Returns

name of the current map

GetModel()

UModel * UWorld::GetModel

(

)

const

Returns the current levels BSP model.

Returns

BSP UModel

GetNavigationSystem() [1/2]

UNavigationSystemBase * UWorld::GetNavigationSystem ( )

inline

NavigationSystem getter

GetNavigationSystem() [2/2]

const UNavigationSystemBase * UWorld::GetNavigationSystem ( ) const

inline

NavigationSystem const getter

GetNetDriver()

UNetDriver * UWorld::GetNetDriver ( ) const

inline

Used to get a net driver object.

Returns

a pointer to the net driver or NULL if no driver is available.

GetNetMode()

ENetMode UWorld::GetNetMode ( ) const

inline

Returns the net mode this world is running under.

See also

IsNetMode()

GetNonDefaultPhysicsVolumeCount()

int32 UWorld::GetNonDefaultPhysicsVolumeCount ( ) const

inline

Get the count of all PhysicsVolumes in the world that are not a DefaultPhysicsVolume.

GetNonDefaultPhysicsVolumeIterator()

FConstPhysicsVolumeIterator UWorld::GetNonDefaultPhysicsVolumeIterator ( ) const

inline

Get an iterator for all PhysicsVolumes in the world that are not a DefaultPhysicsVolume.

GetNumControllers()

int32 UWorld::GetNumControllers

(

)

const

Returns

Returns the number of Controllers.

GetNumLevels()

int32 UWorld::GetNumLevels

(

)

const

Return the number of levels in this world.

GetNumPlayerControllers()

int32 UWorld::GetNumPlayerControllers

(

)

const

Returns

Returns the number of Player Controllers.

GetNumStreamingLevelsBeingLoaded()

uint16 UWorld::GetNumStreamingLevelsBeingLoaded ( ) const

inline

GetOnBeginPlayEvent()

FOnBeginPlay & UWorld::GetOnBeginPlayEvent ( )

inline

Return the event that is broadcast when bBegunPlay is changed

GetParameterCollectionInstance()

UMaterialParameterCollectionInstance * UWorld::GetParameterCollectionInstance

(

const UMaterialParameterCollection *

Collection

)

const

Gets this world's instance for a given collection.

GetPhysicsScene()

FPhysScene * UWorld::GetPhysicsScene ( ) const

inline

Returns a pointer to the physics scene for this world.

GetPlayerControllerIterator()

FConstPlayerControllerIterator UWorld::GetPlayerControllerIterator

(

)

const

Returns

Returns an iterator for the player controller list.

GetPrimaryAssetId()

FPrimaryAssetId UWorld::GetPrimaryAssetId ( ) const

overridevirtual

Returns an Type:Name pair representing the PrimaryAssetId for this object. Assets that need to be globally referenced at runtime should return a valid Identifier. If this is valid, the object can be referenced by identifier using the AssetManager

Reimplemented from UObject.

GetProgressDenominator()

int32 UWorld::GetProgressDenominator

(

)

const

Returns the actor count.

GetPSCPool()

FWorldPSCPool & UWorld::GetPSCPool ( )

inline

GetRealTimeSeconds()

double UWorld::GetRealTimeSeconds ( ) const

inline

Returns time in seconds since world was brought up for play, does NOT stop when game pauses, NOT dilated/clamped

Returns

time in seconds since world was brought up for play

GetServerStreamingLevelsVisibility()

const AServerStreamingLevelsVisibility * UWorld::GetServerStreamingLevelsVisibility

(

)

const

Returns the object used to query server streaming level visibility.

GetShouldForceUnloadStreamingLevels()

bool UWorld::GetShouldForceUnloadStreamingLevels ( ) const

inline

GetShouldForceVisibleStreamingLevels()

bool UWorld::GetShouldForceVisibleStreamingLevels ( ) const

inline

GetSoftObjectPathMapping()

bool UWorld::GetSoftObjectPathMapping	(	FString &	OutSourceWorldPath,
		FString &	OutRemappedWorldPath
	)		const

If World Package is instanced return a mapping that can be used to fixup SoftObjectPaths for this world

returns true if world package is instanced and needs remapping.

GetStreamingLevels()

const TArray< ULevelStreaming * > & UWorld::GetStreamingLevels ( ) const

inline

Return a const version of the streaming levels array

GetSubsystem() [1/2]

template<typename TSubsystemClass >

TSubsystemClass * UWorld::GetSubsystem ( ) const

inline

Get a Subsystem of specified type

GetSubsystem() [2/2]

template<typename TSubsystemClass >

static TSubsystemClass * UWorld::GetSubsystem ( const UWorld *  World )

inlinestatic

Get a Subsystem of specified type from the provided GameInstance returns nullptr if the Subsystem cannot be found or the GameInstance is null

GetSubsystemArrayCopy()

template<typename TSubsystemClass >

TArray< TSubsystemClass * > UWorld::GetSubsystemArrayCopy ( ) const

inline

Get all Subsystems of specified type, this is only necessary for interfaces that can have multiple implementations instanced at a time.

GetSubsystemBase()

UWorldSubsystem * UWorld::GetSubsystemBase ( TSubclassOf< UWorldSubsystem >  SubsystemClass ) const

inline

Get a Subsystem of specified type

GetSubsystemChecked()

template<typename TSubsystemClass >

TNotNull< TSubsystemClass * > UWorld::GetSubsystemChecked ( ) const

inline

Get a Subsystem of specified type, checked

GetTime()

FGameTime UWorld::GetTime ( ) const

inline

Returns the dilatable time

Returns

Returns the dilatable time

GetTimerManager()

FTimerManager & UWorld::GetTimerManager

(

)

const

Returns TimerManager instance for this world.

GetTimeSeconds()

double UWorld::GetTimeSeconds ( ) const

inline

Returns time in seconds since world was brought up for play, IS stopped when game pauses, IS dilated/clamped

Returns

time in seconds since world was brought up for play

GetUnpausedTimeSeconds()

double UWorld::GetUnpausedTimeSeconds ( ) const

inline

Returns time in seconds since world was brought up for play, IS NOT stopped when game pauses, IS dilated/clamped

Returns

time in seconds since world was brought up for play

GetWorld()

UWorld * UWorld::GetWorld ( ) const

overridevirtual

GetWorldDataLayers()

AWorldDataLayers * UWorld::GetWorldDataLayers

(

)

const

Returns the AWorldDataLayers actor associated with this world.

Returns

AWorldDataLayers actor associated with this world

GetWorldPartition()

UWorldPartition * UWorld::GetWorldPartition

(

)

const

Returns the UWorldPartition associated with this world.

Returns

UWorldPartition object associated with this world

GetWorldSettings()

AWorldSettings * UWorld::GetWorldSettings	(	bool	bCheckStreamingPersistent = false,
		bool	bChecked = true
	)		const

HandleTimelineScrubbed()

void UWorld::HandleTimelineScrubbed

(

)

Called from DemoNetDriver when playing back a replay and the timeline is successfully scrubbed

HasAnyLevelMakingInvisible()

bool UWorld::HasAnyLevelMakingInvisible

(

)

const

Returns true if any level is in the process of being made invisible

HasAnyLevelMakingVisible()

bool UWorld::HasAnyLevelMakingVisible

(

)

const

Returns true if any level is in the process of being made visible

HasBegunPlay()

bool UWorld::HasBegunPlay

(

)

const

Returns true if gameplay has already started, false otherwise.

HasDefaultPhysicsVolume()

bool UWorld::HasDefaultPhysicsVolume ( ) const

inline

Returns true if a DefaultPhysicsVolume has been created.

HasEndOfFrameUpdates()

bool UWorld::HasEndOfFrameUpdates

(

)

const

Returns true if we have any updates that have been deferred to the end of the current frame.

HasMarkedObjectsPendingKill()

bool UWorld::HasMarkedObjectsPendingKill ( ) const

inline

Indicates that the world has marked contained objects as pending kill

HasStreamingLevelsToConsider()

bool UWorld::HasStreamingLevelsToConsider ( ) const

inline

Returns true if there is at least one level being considered for update

HasSubsystem() [1/2]

template<typename TSubsystemClass >

bool UWorld::HasSubsystem ( ) const

inline

Check if world has a subsystem of the specified type

HasSubsystem() [2/2]

template<typename TSubsystemClass >

static bool UWorld::HasSubsystem ( const UWorld *  World )

inlinestatic

Check if world has a subsystem of the specified type from the provided GameInstance returns false if the Subsystem cannot be found or the GameInstance is null

InitializeActorsForPlay()

void UWorld::InitializeActorsForPlay	(	const FURL &	InURL,
		bool	bResetTime = true,
		FRegisterComponentContext *	Context = nullptr
	)

Initializes all actors and prepares them to start gameplay

Parameters

InURL	commandline URL
bResetTime	(optional) whether the WorldSettings's TimeSeconds should be reset to zero

InitializeNewWorld()

void UWorld::InitializeNewWorld	(	const InitializationValues	IVS = InitializationValues(),
		bool	bInSkipInitWorld = false
	)

Initializes a newly created world.

InitializeSubsystems()

void UWorld::InitializeSubsystems

(

)

Initialize all world subsystems

InitWorld()

void UWorld::InitWorld

(

const FWorldInitializationValues

IVS = FWorldInitializationValues()

)

Initializes the world, associates the persistent level and sets the proper zones.

InsertPostProcessVolume()

void UWorld::InsertPostProcessVolume

(

IInterface_PostProcessVolume *

InVolume

)

Inserts a post process volume into the world in priority order

InvalidateAllSkyCaptures()

void UWorld::InvalidateAllSkyCaptures

(

)

Purges all sky capture cached derived data.

InvalidateModelGeometry()

void UWorld::InvalidateModelGeometry

(

ULevel *

InLevel

)

Invalidates the cached data used to render the levels' UModel.

Parameters

InLevel

Level to invalidate. If this is NULL it will affect ALL levels

InvalidateModelSurface()

void UWorld::InvalidateModelSurface

(

bool

bCurrentLevelOnly

)

Discards the cached data used to render the levels' UModel. Assumes that the faces and vertex positions haven't changed, only the applied materials.

Parameters

bCurrentLevelOnly

If true, affect only the current level.

IsBeingCleanedUp()

bool UWorld::IsBeingCleanedUp ( ) const

inline

Returns true if the world is in the process of being cleaned up.

IsCameraMoveable()

bool UWorld::IsCameraMoveable

(

)

const

Returns

true if the camera is in a moveable state (taking pausedness into account)

IsCleanedUp()

bool UWorld::IsCleanedUp ( ) const

inline

Returns true if the world has or is in the process of being cleaned up.

IsEditorWorld()

bool UWorld::IsEditorWorld

(

)

const

Returns true if this world is any kind of editor world (including editor preview worlds)

IsGameWorld()

bool UWorld::IsGameWorld

(

)

const

Returns true if this world is any kind of game world (including PIE worlds)

IsInitialized()

bool UWorld::IsInitialized ( ) const

inline

Returns whether InitWorld has been called without yet calling CleanupWorld.

IsInSeamlessTravel()

bool UWorld::IsInSeamlessTravel

(

)

const

Returns

whether we're currently in a seamless transition

IsInstanced()

bool UWorld::IsInstanced

(

)

const

Returns true if world package is instanced.

IsLevelMakingInvisible()

bool UWorld::IsLevelMakingInvisible

(

const ULevel *

InLevel

)

const

Returns true if the level is in the process of being made invisible

IsLevelMakingVisible()

bool UWorld::IsLevelMakingVisible

(

const ULevel *

InLevel

)

const

Returns true if the level is in the process of being made visible

IsMapChangeReady()

bool UWorld::IsMapChangeReady

(

)

const

Returns

true if there is a map change being prepared, returns whether that change is ready to be committed, otherwise false

IsMovieSceneSequenceTickHandlerBound()

bool UWorld::IsMovieSceneSequenceTickHandlerBound

(

)

const

Check if movie sequences tick handler is bound at all

IsNavigationRebuilt()

bool UWorld::IsNavigationRebuilt

(

)

const

Retrieves information whether all navigation with this world has been rebuilt

IsNetMode()

bool UWorld::IsNetMode ( ENetMode  Mode ) const

inline

Test whether net mode is the given mode. In optimized non-editor builds this can be more efficient than GetNetMode() because it can check the static build flags without considering PIE.

IsPartitionedWorld() [1/2]

bool UWorld::IsPartitionedWorld ( ) const

inline

Returns true if world contains an associated UWorldPartition object.

IsPartitionedWorld() [2/2]

static bool UWorld::IsPartitionedWorld ( const UWorld *  InWorld )

inlinestatic

Returns true if world contains an associated UWorldPartition object.

IsPaused()

bool UWorld::IsPaused

(

)

const

Returns

true if the world is in the paused state

IsPlayInEditor()

bool UWorld::IsPlayInEditor

(

)

const

Returns whether script is executing within the editor.

IsPlayingClientReplay()

bool UWorld::IsPlayingClientReplay

(

)

const

Returns true if the demo net driver exists and is playing a client recorded replay.

IsPlayingReplay()

bool UWorld::IsPlayingReplay

(

)

const

Returns true if we are currently playing a replay

IsPlayInMobilePreview()

bool UWorld::IsPlayInMobilePreview

(

)

const

Returns whether script is executing within a mobile preview window

IsPlayInPreview()

bool UWorld::IsPlayInPreview

(

)

const

Returns whether script is executing within a preview window

IsPlayInVulkanPreview()

bool UWorld::IsPlayInVulkanPreview ( ) const

inline

Returns whether script is executing within a vulkan preview window

IsPreparingMapChange()

bool UWorld::IsPreparingMapChange

(

)

const

Returns

true if there's a map change currently in progress

IsPreviewWorld()

bool UWorld::IsPreviewWorld

(

)

const

Returns true if this world is a preview game world (editor or game)

IsReadyForFinishDestroy()

bool UWorld::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 UObject.

IsRecordingClientReplay()

bool UWorld::IsRecordingClientReplay

(

)

const

Returns true if the game net driver exists and is a client and the demo net driver exists and is a server.

IsRecordingReplay()

bool UWorld::IsRecordingReplay

(

)

const

Returns true if we are currently recording a replay

IsStreamingLevelBeingConsidered()

bool UWorld::IsStreamingLevelBeingConsidered ( ULevelStreaming *  StreamingLevel ) const

inline

Returns true if StreamingLevel is part of the levels being considered for update

IsTraceHandleValid()

bool UWorld::IsTraceHandleValid	(	const FTraceHandle &	Handle,
		bool	bOverlapTrace
	)

See if TraceHandle is still valid or not

Parameters

Handle	TraceHandle that was returned when request Trace
bOverlapTrace	true if this is overlap test Handle, not trace test handle

return true if it will be evaluated OR it has valid result return false if it already has expired Or not valid

IsVisibilityRequestPending()

bool UWorld::IsVisibilityRequestPending

(

)

const

Returns

whether there is at least one level with a pending visibility request

IsWorldOrWorldExternalPackage()

bool UWorld::IsWorldOrWorldExternalPackage ( UPackage *  Package )

static

Given a package, return if package contains a UWorld or an external world object

K2_GetWorldSettings()

AWorldSettings * UWorld::K2_GetWorldSettings

(

)

Returns the AWorldSettings actor associated with this world.

Returns

AWorldSettings actor associated with this world

LineTraceMultiByChannel()

bool UWorld::LineTraceMultiByChannel	(	TArray< struct FHitResult > &	OutHits,
		const FVector &	Start,
		const FVector &	End,
		ECollisionChannel	TraceChannel,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Trace a ray against the world using a specific channel and return overlapping hits and then first blocking hit Results are sorted, so a blocking hit (if found) will be the last element of the array Only the single closest blocking result will be generated, no tests will be done after that

Parameters

OutHits	Array of hits found between ray and the world
Start	Start location of the ray
End	End location of the ray
TraceChannel	The 'channel' that this ray is in, used to determine which components to hit
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if OutHits contains any blocking hit entries

LineTraceMultiByObjectType()

bool UWorld::LineTraceMultiByObjectType	(	TArray< struct FHitResult > &	OutHits,
		const FVector &	Start,
		const FVector &	End,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Trace a ray against the world using object types and return overlapping hits and then first blocking hit Results are sorted, so a blocking hit (if found) will be the last element of the array Only the single closest blocking result will be generated, no tests will be done after that

Parameters

OutHits	Array of hits found between ray and the world
Start	Start location of the ray
End	End location of the ray
ObjectQueryParams	List of object types it's looking for
Params	Additional parameters used for the trace

Returns

TRUE if any hit is found

LineTraceMultiByProfile()

bool UWorld::LineTraceMultiByProfile	(	TArray< struct FHitResult > &	OutHits,
		const FVector &	Start,
		const FVector &	End,
		FName	ProfileName,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Trace a ray against the world using a specific profile and return overlapping hits and then first blocking hit Results are sorted, so a blocking hit (if found) will be the last element of the array Only the single closest blocking result will be generated, no tests will be done after that

Parameters

OutHits	Array of hits found between ray and the world
Start	Start location of the ray
End	End location of the ray
ProfileName	The 'profile' used to determine which components to hit
Params	Additional parameters used for the trace

Returns

TRUE if OutHits contains any blocking hit entries

LineTraceSingleByChannel()

bool UWorld::LineTraceSingleByChannel	(	struct FHitResult &	OutHit,
		const FVector &	Start,
		const FVector &	End,
		ECollisionChannel	TraceChannel,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Trace a ray against the world using a specific channel and return the first blocking hit

Parameters

OutHit	First blocking hit found
Start	Start location of the ray
End	End location of the ray
TraceChannel	The 'channel' that this ray is in, used to determine which components to hit
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if a blocking hit is found

LineTraceSingleByObjectType()

bool UWorld::LineTraceSingleByObjectType	(	struct FHitResult &	OutHit,
		const FVector &	Start,
		const FVector &	End,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Trace a ray against the world using object types and return the first blocking hit

Parameters

OutHit	First blocking hit found
Start	Start location of the ray
End	End location of the ray
ObjectQueryParams	List of object types it's looking for
Params	Additional parameters used for the trace

Returns

TRUE if any hit is found

LineTraceSingleByProfile()

bool UWorld::LineTraceSingleByProfile	(	struct FHitResult &	OutHit,
		const FVector &	Start,
		const FVector &	End,
		FName	ProfileName,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Trace a ray against the world using a specific profile and return the first blocking hit

Parameters

OutHit	First blocking hit found
Start	Start location of the ray
End	End location of the ray
ProfileName	The 'profile' used to determine which components to hit
Params	Additional parameters used for the trace

Returns

TRUE if a blocking hit is found

LineTraceTestByChannel()

bool UWorld::LineTraceTestByChannel	(	const FVector &	Start,
		const FVector &	End,
		ECollisionChannel	TraceChannel,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Trace a ray against the world using a specific channel and return if a blocking hit is found.

Parameters

Start	Start location of the ray
End	End location of the ray
TraceChannel	The 'channel' that this ray is in, used to determine which components to hit
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if a blocking hit is found

LineTraceTestByObjectType()

bool UWorld::LineTraceTestByObjectType	(	const FVector &	Start,
		const FVector &	End,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Trace a ray against the world using object types and return if a blocking hit is found.

Parameters

Start	Start location of the ray
End	End location of the ray
ObjectQueryParams	List of object types it's looking for
Params	Additional parameters used for the trace

Returns

TRUE if any hit is found

LineTraceTestByProfile()

bool UWorld::LineTraceTestByProfile	(	const FVector &	Start,
		const FVector &	End,
		FName	ProfileName,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Trace a ray against the world using a specific profile and return if a blocking hit is found.

Parameters

Start	Start location of the ray
End	End location of the ray
ProfileName	The 'profile' used to determine which components to hit
Params	Additional parameters used for the trace

Returns

TRUE if a blocking hit is found

Listen()

bool UWorld::Listen

(

FURL &

InURL

)

LoadSecondaryLevels()

void UWorld::LoadSecondaryLevels	(	bool	bForce = false,
		TSet< FName > *	PackageNamesToSkip = nullptr
	)

Called after GWorld has been set. Used to load, but not associate, all levels in the world in the Editor and at least create linkers in the game. Should only be called against GWorld::PersistentLevel's WorldSettings.

Parameters

bForce

If true, load the levels even is a commandlet

MarkActorComponentForNeededEndOfFrameUpdate()

void UWorld::MarkActorComponentForNeededEndOfFrameUpdate	(	UActorComponent *	Component,
		bool	bForceGameThread
	)

Mark a component as needing an end of frame update

Parameters

Component	- Component to update at the end of the frame
bForceGameThread	- if true, force this to happen on the game thread

MarkObjectsPendingKill()

void UWorld::MarkObjectsPendingKill

(

)

Marks this world and all objects within as pending kill

ModifyLevel()

void UWorld::ModifyLevel

(

ULevel *

Level

)

const

Transacts the specified level – the correct way to modify a level as opposed to calling Level->Modify.

NavigateTo()

void UWorld::NavigateTo

(

FIntVector

InLocation

)

Sets world origin at specified position and stream-in all relevant levels

NotifyAcceptedConnection()

void UWorld::NotifyAcceptedConnection ( class UNetConnection *  Connection )

overridevirtual

NotifyAcceptingChannel()

bool UWorld::NotifyAcceptingChannel ( class UChannel *  Channel )

overridevirtual

NotifyAcceptingConnection()

EAcceptConnection::Type UWorld::NotifyAcceptingConnection ( )

overridevirtual

NotifyControlMessage()

void UWorld::NotifyControlMessage ( UNetConnection *  Connection, uint8  MessageType, class FInBunch &  Bunch  )

overridevirtual

NotifyOfBlueprintDebuggingAssociation()

void UWorld::NotifyOfBlueprintDebuggingAssociation	(	class UBlueprint *	Blueprint,
		UObject *	DebugObject
	)

Notifies the world of a blueprint debugging reference

Parameters

Blueprint	The blueprint the reference is for
DebugObject	The associated debugging object (may be NULL)

NotifyPostRegisterAllActorComponents()

void UWorld::NotifyPostRegisterAllActorComponents

(

AActor *

Actor

)

Broadcast an OnPostRegisterAllActorComponents event. This method should only be called from internal actor and level code and never on inactive worlds.

NotifyPreUnregisterAllActorComponents()

void UWorld::NotifyPreUnregisterAllActorComponents

(

AActor *

Actor

)

Broadcast an OnPreUnregisterAllActorComponents event. This method should only be called from internal actor and level code. Calls on inactive or GCing worlds are ignored.

OnActorFinishedSpawning()

void UWorld::OnActorFinishedSpawning

(

AActor *

Actor

)

Notify the World that an Actor has finished spawning (all OnActorSpawnedHandlers will run)

OnAddLevelToWorldExtension()

FAddLevelToWorldExtensionEvent & UWorld::OnAddLevelToWorldExtension ( )

inline

Sent when Level is being added to the world (used to add custom logic).

OnAllLevelsChanged()

FOnAllLevelsChangedEvent & UWorld::OnAllLevelsChanged ( )

inline

Returns the AllLevelsChangedEvent member.

OnLevelsChanged()

FOnLevelsChangedEvent & UWorld::OnLevelsChanged ( )

inline

Returns the LevelsChangedEvent member.

OnPostGC()

void UWorld::OnPostGC

(

)

OnPostTickDispatch()

TMulticastDelegateRegistration< void()> & UWorld::OnPostTickDispatch

(

)

OnPostTickFlush()

TMulticastDelegateRegistration< void()> & UWorld::OnPostTickFlush

(

)

OnPreTickFlush()

TMulticastDelegateRegistration< void(float)> & UWorld::OnPreTickFlush

(

)

OnRemoveLevelFromWorldExtension()

FRemoveLevelFromWorldExtensionEvent & UWorld::OnRemoveLevelFromWorldExtension ( )

inline

Sent when Level is being removed from the world (used to add custom logic).

OnTickDispatch()

TMulticastDelegateRegistration< void(float)> & UWorld::OnTickDispatch

(

)

Network Tick events

OnTickFlush()

TMulticastDelegateRegistration< void(float)> & UWorld::OnTickFlush

(

)

OnWorldPartitionInitialized()

FWorldPartitionInitializedEvent & UWorld::OnWorldPartitionInitialized ( )

inline

OnWorldPartitionUninitialized()

FWorldPartitionUninitializedEvent & UWorld::OnWorldPartitionUninitialized ( )

inline

OverlapAnyTestByChannel()

bool UWorld::OverlapAnyTestByChannel	(	const FVector &	Pos,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Test the collision of a shape at the supplied location using a specific channel, and return if any blocking or overlapping shape is found

Parameters

Pos	Location of center of box to test against the world
TraceChannel	The 'channel' that this query is in, used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule, Convex
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if any blocking or overlapping results are found

OverlapAnyTestByObjectType()

bool UWorld::OverlapAnyTestByObjectType	(	const FVector &	Pos,
		const FQuat &	Rot,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Test the collision of a shape at the supplied location using object types, and return if any overlap is found

Parameters

Pos	Location of center of box to test against the world
ObjectQueryParams	List of object types it's looking for
CollisionShape	CollisionShape - supports Box, Sphere, Capsule, Convex
Params	Additional parameters used for the trace

Returns

TRUE if any blocking results are found

OverlapAnyTestByProfile()

bool UWorld::OverlapAnyTestByProfile	(	const FVector &	Pos,
		const FQuat &	Rot,
		FName	ProfileName,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Test the collision of a shape at the supplied location using a specific profile, and return if any blocking or overlap is found

Parameters

Pos	Location of center of box to test against the world
ProfileName	The 'profile' used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if any blocking or overlapping results are found

OverlapBlockingTestByChannel()

bool UWorld::OverlapBlockingTestByChannel	(	const FVector &	Pos,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Test the collision of a shape at the supplied location using a specific channel, and return if any blocking overlap is found

Parameters

Pos	Location of center of box to test against the world
TraceChannel	The 'channel' that this query is in, used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule, Convex
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if any blocking results are found

OverlapBlockingTestByProfile()

bool UWorld::OverlapBlockingTestByProfile	(	const FVector &	Pos,
		const FQuat &	Rot,
		FName	ProfileName,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Test the collision of a shape at the supplied location using a specific profile, and return if any blocking overlap is found

Parameters

Pos	Location of center of box to test against the world
ProfileName	The 'profile' used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if any blocking results are found

OverlapMultiByChannel()

bool UWorld::OverlapMultiByChannel	(	TArray< struct FOverlapResult > &	OutOverlaps,
		const FVector &	Pos,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Test the collision of a shape at the supplied location using a specific channel, and determine the set of components that it overlaps

Parameters

OutOverlaps	Array of components found to overlap supplied box
Pos	Location of center of shape to test against the world
TraceChannel	The 'channel' that this query is in, used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if OutOverlaps contains any blocking results

OverlapMultiByObjectType()

bool UWorld::OverlapMultiByObjectType	(	TArray< struct FOverlapResult > &	OutOverlaps,
		const FVector &	Pos,
		const FQuat &	Rot,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Test the collision of a shape at the supplied location using object types, and determine the set of components that it overlaps

Parameters

OutOverlaps	Array of components found to overlap supplied box
Pos	Location of center of shape to test against the world
ObjectQueryParams	List of object types it's looking for
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if any overlap is found

OverlapMultiByProfile()

bool UWorld::OverlapMultiByProfile	(	TArray< struct FOverlapResult > &	OutOverlaps,
		const FVector &	Pos,
		const FQuat &	Rot,
		FName	ProfileName,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Test the collision of a shape at the supplied location using a specific profile, and determine the set of components that it overlaps

Parameters

OutOverlaps	Array of components found to overlap supplied box
Pos	Location of center of shape to test against the world
ProfileName	The 'profile' used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if OutOverlaps contains any blocking results

PopulateStreamingLevelsToConsider()

void UWorld::PopulateStreamingLevelsToConsider

(

)

Examine all streaming levels and determine which ones should be considered.

PostDuplicate()

void UWorld::PostDuplicate ( bool  bDuplicateForPIE )

overridevirtual

Called after duplication & serialization and before PostLoad. Used to e.g. make sure UStaticMesh's UModel gets copied as well. Note: NOT called on components on actor duplication (alt-drag or copy-paste). Use PostEditImport as well to cover that case.

Reimplemented from UObject.

PostInitializeSubsystems()

void UWorld::PostInitializeSubsystems

(

)

Finalize initialization of all world subsystems

PostLoad()

void UWorld::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.

PostSaveRoot()

void UWorld::PostSaveRoot ( FObjectPostSaveRootContext  ObjectSaveContext )

overridevirtual

Called from within SavePackage on the passed in base/root object. This function is called after the package has been saved and can perform cleanup.

Parameters

ObjectSaveContext

Context providing access to parameters of the save and to values from PreSaveRoot

Reimplemented from UObject.

PreDuplicate()

void UWorld::PreDuplicate ( FObjectDuplicationParameters &  DupParams )

overridevirtual

Called before duplication.

Parameters

DupParams

the full parameters the object will be duplicated with. Allows access to modify params such as the duplication seed for example for pre-filling the dup-source => dup-target map used by StaticDuplicateObject.

See also

FObjectDuplicationParameters

Reimplemented from UObject.

PreLoginCheckError()

bool UWorld::PreLoginCheckError	(	UNetConnection *	Connection,
		const FString &	ErrorMsg
	)

Log error and close connection for prelogin failures.

PreLoginComplete()

void UWorld::PreLoginComplete	(	const FString &	ErrorMsg,
		TWeakObjectPtr< UNetConnection >	WeakConnection
	)

Check GameMode PreLogin results and welcome player if needed.

PreLoginCompleteSplit()

void UWorld::PreLoginCompleteSplit	(	const FString &	ErrorMsg,
		TWeakObjectPtr< UNetConnection >	WeakConnection,
		FUniqueNetIdRepl	SplitRequestUniqueIdRepl,
		FString	SplitRequestURL
	)

Check GameMode PreLogin results for split screen player joins.

PrepareMapChange()

void UWorld::PrepareMapChange

(

const TArray< FName > &

LevelNames

)

asynchronously loads the given levels in preparation for a streaming map transition. This codepath is designed for worlds that heavily use level streaming and GameModes where the game state should be preserved through a transition.

Parameters

LevelNames

the names of the level packages to load. LevelNames[0] will be the new persistent (primary) level

PreSaveRoot()

void UWorld::PreSaveRoot ( FObjectPreSaveRootContext  ObjectSaveContext )

overridevirtual

Called from within SavePackage on the passed in base/root object. The return value of this function will be passed to PostSaveRoot. This is used to allow objects used as a base to perform required actions before saving and cleanup afterwards.

Parameters

ObjectSaveContext

Context providing access to parameters of the save, Also allows storage of variables like bCleanupIsRequired for use in PostSaveRoot

Reimplemented from UObject.

ProcessLevelStreamingVolumes()

void UWorld::ProcessLevelStreamingVolumes

(

FVector *

OverrideViewLocation = NULL

)

Issues level streaming load/unload requests based on whether local players are inside/outside level streaming volumes.

Parameters

OverrideViewLocation

Optional position used to override the location used to calculate current streaming volumes

Issues level streaming load/unload requests based on whether players are inside/outside level streaming volumes.

ProcessPendingGroupMoves()

void UWorld::ProcessPendingGroupMoves

(

bool

bProcessAllMoves = true

)

Experimental.

Processes any currently pending grouped move updates.

Parameters

bProcessAllMoves

if true, always process all pending moves. False for incremental partial updates

PropagateLightingScenarioChange()

void UWorld::PropagateLightingScenarioChange

(

)

Propagates a change to the active lighting scenario.

PushComponentGroupMove()

void UWorld::PushComponentGroupMove

(

const FScopedMovementUpdate *

Scope

)

Experimental.

Adds the given scene component and movement data to be applied later in the frame (ProcessPendingGroupMoves)

Parameters

SceneComp	The Scene component to move later
Scope	The scoped movement update which represents the movement state to be applied later.

QueryOverlapData()

bool UWorld::QueryOverlapData	(	const FTraceHandle &	Handle,
		FOverlapDatum &	OutData
	)

Query function return true if already done and returning valid result - can be hit or no hit return false if either expired or not yet evaluated or invalid Use IsTraceHandleValid to find out if valid and to be evaluated

QueryTraceData()

bool UWorld::QueryTraceData	(	const FTraceHandle &	Handle,
		FTraceDatum &	OutData
	)

Query function return true if already done and returning valid result - can be hit or no hit return false if either expired or not yet evaluated or invalid Use IsTraceHandleValid to find out if valid and to be evaluated

RegisterAutoActivateCamera()

void UWorld::RegisterAutoActivateCamera	(	ACameraActor *	CameraActor,
		int32	PlayerIndex
	)

Register a CameraActor that auto-activates for a PlayerController.

ReleasePhysicsScene()

void UWorld::ReleasePhysicsScene

(

)

Releases PhysicsScene manually

RemapCompiledScriptActor()

bool UWorld::RemapCompiledScriptActor

(

FString &

Str

)

const

Given a level script actor, modify the string such that it points to the correct instance of the object. For replays.

RemoveActor()

void UWorld::RemoveActor	(	AActor *	Actor,
		bool	bShouldModifyLevel
	)		const

Removes the passed in actor from the actor lists. Please note that the code actually doesn't physically remove the index but rather clears it so other indices are still valid and the actors array size doesn't change.

Parameters

Actor	Actor to remove.
bShouldModifyLevel	If true, Modify() the level before removing the actor if in the editor.

RemoveController()

void UWorld::RemoveController

(

AController *

Controller

)

Removes the passed in controller from the linked list of controllers.

Parameters

Controller

Controller to remove

RemoveFromWorld() [1/2]

void UWorld::RemoveFromWorld ( ULevel *  Level, bool  bAllowIncrementalRemoval, FNetLevelVisibilityTransactionId  TransactionId, ULevelStreaming *  OwningLevelStreaming = nullptr  )

inline

RemoveFromWorld() [2/2]

void UWorld::RemoveFromWorld	(	ULevel *	Level,
		bool	bAllowIncrementalRemoval = false,
		const TOptional< const UE::FTimeout > &	ExternalTimeout = TOptional<const UE::FTimeout>(),
		FNetLevelVisibilityTransactionId	TransactionId = FNetLevelVisibilityTransactionId(),
		ULevelStreaming *	OwningLevelStreaming = nullptr
	)

Dissociates the passed in level from the world. The removal is blocking unless bAllowIncrementalRemoval is set

Parameters

Level	Level object we should remove
bAllowIncrementalRemoval	optional bool indicating if time-slicing will be used to remove objects from scene, defaults to false
ExternalTimeout	optional timeout that will override the default behavior if bAllowIncrementalRemoval is true
TransactionId	optional parameter that carries the current transaction id associated with calls updating LevelVisibility used when communicating level visibility with server
OwningLevelStreaming	optional parameter, the ULevelStreaming object driving this level's presence in the world

RemoveLevel()

bool UWorld::RemoveLevel

(

ULevel *

InLevel

)

Remove a level from the level list.

RemoveMovieSceneSequenceTickHandler()

void UWorld::RemoveMovieSceneSequenceTickHandler

(

FDelegateHandle

InHandle

)

Removes a tick handler for sequences

RemoveNetworkActor()

void UWorld::RemoveNetworkActor

(

AActor *

Actor

)

const

Removes the passed in actor to from special network actor list

Parameters

Actor

Actor to remove

RemoveOnActorDestroyededHandler()

void UWorld::RemoveOnActorDestroyededHandler

(

FDelegateHandle

InHandle

)

const

Remove a listener for OnActorDestroyed events

RemoveOnActorDestroyedHandler()

void UWorld::RemoveOnActorDestroyedHandler

(

FDelegateHandle

InHandle

)

const

RemoveOnActorPreSpawnInitialization()

void UWorld::RemoveOnActorPreSpawnInitialization

(

FDelegateHandle

InHandle

)

const

Remove a listener for OnActorPreSpawnInitialization events

RemoveOnActorRemovedFromWorldHandler()

void UWorld::RemoveOnActorRemovedFromWorldHandler

(

FDelegateHandle

InHandle

)

const

Remove a listener for OnActorRemovedFromWorld events

RemoveOnActorSpawnedHandler()

void UWorld::RemoveOnActorSpawnedHandler

(

FDelegateHandle

InHandle

)

const

Remove a listener for OnActorSpawned events

RemoveOnPostRegisterAllActorComponentsHandler()

void UWorld::RemoveOnPostRegisterAllActorComponentsHandler

(

FDelegateHandle

InHandle

)

const

Remove a listener for OnPostRegisterAllActorComponents events

RemoveOnPreUnregisterAllActorComponentsHandler()

void UWorld::RemoveOnPreUnregisterAllActorComponentsHandler

(

FDelegateHandle

InHandle

)

const

Remove a listener for OnPreUnregisterAllActorComponents events

RemovePhysicsVolume()

void UWorld::RemovePhysicsVolume

(

APhysicsVolume *

Volume

)

Removes a physics volume from the list of those in the world.

RemovePIEPrefix()

FString UWorld::RemovePIEPrefix ( const FString &  Source, int32 *  OutPIEInstanceID = nullptr  )

static

Given a string, return that string with any PIE prefix removed. Optionally returns the PIE Instance ID.

RemovePostProcessVolume()

bool UWorld::RemovePostProcessVolume

(

IInterface_PostProcessVolume *

InVolume

)

Removes a post process volume from the world. Returns true if it was successfully removed.

RemoveStreamingLevel()

bool UWorld::RemoveStreamingLevel

(

ULevelStreaming *

StreamingLevelToRemove

)

Remove a streaming level to the list of streamed levels to consider. Returns true if the specified level was in the streaming levels list.

RemoveStreamingLevelAt()

bool UWorld::RemoveStreamingLevelAt

(

int32

IndexToRemove

)

Remove a streaming level to the list of streamed levels to consider. Returns true if the specified index was a valid index for removal.

RemoveStreamingLevels()

int32 UWorld::RemoveStreamingLevels

(

TArrayView< ULevelStreaming *const >

StreamingLevelsToRemove

)

Remove multiple streaming levels to the list of streamed levels to consider. Returns a count of how many of the specified levels were in the streaming levels list

RenameToPIEWorld()

void UWorld::RenameToPIEWorld

(

int32

PIEInstanceID

)

Rename this world such that it has the prefix on names for the given PIE Instance ID

RequestNewWorldOrigin()

void UWorld::RequestNewWorldOrigin

(

FIntVector

InNewOriginLocation

)

Request to translate world origin to specified position on next tick

RequiresHitProxies()

bool UWorld::RequiresHitProxies ( ) const

inline

Accessor for bRequiresHitProxies.

ResolveSubobject()

bool UWorld::ResolveSubobject ( const TCHAR *  SubObjectPath, UObject *&  OutObject, bool  bLoadIfExists  )

overridevirtual

Called to defer loading a subobject to its top-level container object. Useful with the package override feature, where an object might not be saved in the same package as its outer, especially if the the top-level object does lazy loading of these objects.

Parameters

SubObjectPath	object path to handle, relative to the current implementer
OutObject	receives the loaded object, or existing loaded object if bOnlyTestExistence is true and object is already loaded
bLoadIfExists	if true, load the object if it exists

Returns

true if the object loaded or exists, depending on bLoadIfExists

Reimplemented from UObject.

RunTickGroup()

void UWorld::RunTickGroup	(	ETickingGroup	Group,
		bool	bBlockTillComplete = true
	)

Run a tick group, ticking all actors and components

Parameters

Group	- Ticking group to run
bBlockTillComplete	- if true, do not return until all ticks are complete

SeamlessTravel()

void UWorld::SeamlessTravel	(	const FString &	SeamlessTravelURL,
		bool	bAbsolute = false
	)

seamlessly travels to the given URL by first loading the entry level in the background, switching to it, and then loading the specified level. Does not disrupt network communication or disconnect clients. You may need to implement GameModeBase::GetSeamlessTravelActorList(), PlayerController::GetSeamlessTravelActorList(), GameModeBase::PostSeamlessTravel(), and/or GameModeBase::HandleSeamlessTravelPlayer() to handle preserving any information that should be maintained (player teams, etc) This codepath is designed for worlds that use little or no level streaming and GameModes where the game state is reset/reloaded when transitioning. (like UT)

Parameters

URL	- the URL to travel to; must be on the same server as the current URL
bAbsolute	(opt) - if true, URL is absolute, otherwise relative

seamlessly travels to the given URL by first loading the entry level in the background, switching to it, and then loading the specified level. Does not disrupt network communication or disconnect clients. You may need to implement GameMode::GetSeamlessTravelActorList(), PlayerController::GetSeamlessTravelActorList(), GameMode::PostSeamlessTravel(), and/or GameMode::HandleSeamlessTravelPlayer() to handle preserving any information that should be maintained (player teams, etc) This codepath is designed for worlds that use little or no level streaming and GameModes where the game state is reset/reloaded when transitioning. (like UT)

Parameters

URL	the URL to travel to; must be relative to the current URL (same server)
bAbsolute	(opt) - if true, URL is absolute, otherwise relative

SendAllEndOfFrameUpdates()

void UWorld::SendAllEndOfFrameUpdates

(

)

Send all render updates to the rendering thread.

Serialize()

void UWorld::Serialize ( FArchive &  Ar )

overridevirtual

Handles reading, writing, and reference collecting using FArchive. This implementation handles all FProperty serialization, but can be overridden for native variables.

Reimplemented from UObject.

ServerTravel()

bool UWorld::ServerTravel	(	const FString &	FURL,
		bool	bAbsolute = false,
		bool	bShouldSkipGameNotify = false
	)

Jumps the server to new level. If bAbsolute is true and we are using seemless traveling, we will do an absolute travel (URL will be flushed).

Parameters

URL	the URL that we are traveling to
bAbsolute	whether we are using relative or absolute travel
bShouldSkipGameNotify	whether to notify the clients/game or not

Jumps the server to new level. If bAbsolute is true and we are using seamless traveling, we will do an absolute travel (URL will be flushed).

Parameters

URL	the URL that we are traveling to
bAbsolute	whether we are using relative or absolute travel
bShouldSkipGameNotify	whether to notify the clients/game or not

SetActiveLevelCollection()

void UWorld::SetActiveLevelCollection

(

int32

LevelCollectionIndex

)

Sets the level collection and its context on this world. Should only be called by FScopedLevelCollectionContextSwitch.

SetAllowDeferredPhysicsStateCreation()

void UWorld::SetAllowDeferredPhysicsStateCreation

(

bool

bAllow

)

SetAudioDevice()

void UWorld::SetAudioDevice

(

const FAudioDeviceHandle &

InHandle

)

SetBegunPlay()

PRAGMA_DISABLE_DEPRECATION_WARNINGS void UWorld::SetBegunPlay

(

bool

bHasBegunPlay

)

Whether BeginPlay has been called on actors Sets whether BeginPlay has been called for actors in the world. Use BeginPlay and EndPlay below to start the process of changing this.

SetDemoNetDriver()

void UWorld::SetDemoNetDriver ( UDemoNetDriver *const  InDemoNetDriver )

inline

Sets the demo net driver for this world.

SetFeatureLevel()

void UWorld::SetFeatureLevel ( ERHIFeatureLevel::Type  InFeatureLevel )

inline

SetGameInstance()

void UWorld::SetGameInstance ( UGameInstance *  NewGI )

inline

Sets the owning game instance for this world

SetGameMode()

bool UWorld::SetGameMode

(

const FURL &

InURL

)

Spawns GameMode for the level.

SetGameState()

void UWorld::SetGameState

(

AGameStateBase *

NewGameState

)

Sets the current GameState instance on this world and the game state's level collection.

SetMapNeedsLightingFullyRebuilt()

void UWorld::SetMapNeedsLightingFullyRebuilt	(	int32	InNumLightingUnbuiltObjects,
		int32	InNumUnbuiltReflectionCaptures
	)

Sets NumLightingUnbuiltObjects to the specified value. Marks the worldsettings package dirty if the value changed.

Parameters

InNumLightingUnbuiltObjects

The new value.

Sets bMapNeedsLightingFullyRebuild to the specified value. Marks the worldsettings package dirty if the value changed.

Parameters

bInMapNeedsLightingFullyRebuild

The new value.

SetMaterialParameterCollectionInstanceNeedsUpdate()

void UWorld::SetMaterialParameterCollectionInstanceNeedsUpdate

(

)

Used to indicate a UMaterialParameterCollectionInstance needs a deferred update

SetNavigationSystem()

void UWorld::SetNavigationSystem

(

UNavigationSystemBase *

InNavigationSystem

)

Set the pointer to the Navigation System instance.

SetNetDriver()

void UWorld::SetNetDriver ( UNetDriver *  NewDriver )

inline

Sets the net driver to use for this world

Parameters

NewDriver

the new net driver to use

SetNewWorldOrigin()

bool UWorld::SetNewWorldOrigin

(

FIntVector

InNewOriginLocation

)

Translate world origin to specified position

SetPhysicsScene()

void UWorld::SetPhysicsScene

(

FPhysScene *

InScene

)

Set the physics scene to use by this world

SetSeamlessTravelMidpointPause()

void UWorld::SetSeamlessTravelMidpointPause

(

bool

bNowPaused

)

this function allows pausing the seamless travel in the middle, right before it starts loading the destination (i.e. while in the transition level) this gives the opportunity to perform any other loading tasks before the final transition this function has no effect if we have already started loading the destination (you will get a log warning if this is the case)

Parameters

bNowPaused

- whether the transition should now be paused

SetShouldForceUnloadStreamingLevels()

void UWorld::SetShouldForceUnloadStreamingLevels

(

bool

bInShouldForceUnloadStreamingLevels

)

SetShouldForceVisibleStreamingLevels()

void UWorld::SetShouldForceVisibleStreamingLevels

(

bool

bInShouldForceVisibleStreamingLevels

)

SetShouldTick()

void UWorld::SetShouldTick ( const bool  bInShouldTick )

inline

Sets whether or not this world is ticked by the engine, but use it at your own risk! This could have unintended consequences if used carelessly. That said, for worlds that are not interactive and not rendering, it can save the cost of ticking them. This should probably never be used for a primary game world.

SetStreamingLevels() [1/2]

void UWorld::SetStreamingLevels

(

TArray< ULevelStreaming * > &&

StreamingLevels

)

Replace the streaming levels array

SetStreamingLevels() [2/2]

void UWorld::SetStreamingLevels

(

TArrayView< ULevelStreaming *const >

StreamingLevels

)

Replace the streaming levels array

SetupParameterCollectionInstances()

void UWorld::SetupParameterCollectionInstances

(

)

Creates instances for each parameter collection in memory. Called when a world is created.

SetupPhysicsTickFunctions()

void UWorld::SetupPhysicsTickFunctions

(

float

DeltaSeconds

)

Set up the physics tick function if they aren't already

SetWorldDataLayers()

void UWorld::SetWorldDataLayers

(

AWorldDataLayers *

NewWorldDataLayers

)

ShouldTick()

bool UWorld::ShouldTick ( ) const

inline

Returns whether or not this world is currently ticking. See SetShouldTick.

SpawnActor() [1/7]

template<class T >

T * UWorld::SpawnActor ( const FActorSpawnParameters &  SpawnParameters = FActorSpawnParameters() )

inline

Templated version of SpawnActor that allows you to specify a class type via the template type

SpawnActor() [2/7]

template<class T >

T * UWorld::SpawnActor ( FVector const &  Location, FRotator const &  Rotation, const FActorSpawnParameters &  SpawnParameters = FActorSpawnParameters()  )

inline

Templated version of SpawnActor that allows you to specify location and rotation in addition to class type via the template type

SpawnActor() [3/7]

template<class T >

T * UWorld::SpawnActor ( UClass *  Class, const FActorSpawnParameters &  SpawnParameters = FActorSpawnParameters()  )

inline

Templated version of SpawnActor that allows you to specify the class type via parameter while the return type is a parent class of that type

SpawnActor() [4/7]

template<class T >

T * UWorld::SpawnActor ( UClass *  Class, FTransform const &  Transform, const FActorSpawnParameters &  SpawnParameters = FActorSpawnParameters()  )

inline

Templated version of SpawnActor that allows you to specify whole Transform class type via parameter while the return type is a parent class of that type

SpawnActor() [5/7]

AActor * UWorld::SpawnActor	(	UClass *	Class,
		FTransform const *	Transform,
		const FActorSpawnParameters &	SpawnParameters = FActorSpawnParameters()
	)

Spawn Actors with given transform and SpawnParameters

Parameters

Class	Class to Spawn
Transform	World Transform to spawn on
SpawnParameters	Spawn Parameters

Returns

Actor that just spawned

SpawnActor() [6/7]

template<class T >

T * UWorld::SpawnActor ( UClass *  Class, FVector const &  Location, FRotator const &  Rotation, const FActorSpawnParameters &  SpawnParameters = FActorSpawnParameters()  )

inline

Templated version of SpawnActor that allows you to specify the rotation and location in addition class type via parameter while the return type is a parent class of that type

SpawnActor() [7/7]

AActor * UWorld::SpawnActor	(	UClass *	InClass,
		FVector const *	Location = NULL,
		FRotator const *	Rotation = NULL,
		const FActorSpawnParameters &	SpawnParameters = FActorSpawnParameters()
	)

Spawn Actors with given transform and SpawnParameters

Parameters

Class	Class to Spawn
Location	Location To Spawn
Rotation	Rotation To Spawn
SpawnParameters	Spawn Parameters

Returns

Actor that just spawned

SpawnActorAbsolute() [1/3]

template<class T >

T * UWorld::SpawnActorAbsolute ( FVector const &  AbsoluteLocation, FRotator const &  AbsoluteRotation, const FActorSpawnParameters &  SpawnParameters = FActorSpawnParameters()  )

inline

Templated version of SpawnActorAbsolute that allows you to specify absolute location and rotation in addition to class type via the template type

SpawnActorAbsolute() [2/3]

AActor * UWorld::SpawnActorAbsolute	(	UClass *	Class,
		FTransform const &	AbsoluteTransform,
		const FActorSpawnParameters &	SpawnParameters = FActorSpawnParameters()
	)

Spawn Actors with given absolute transform (override root component transform) and SpawnParameters

Parameters

Class	Class to Spawn
AbsoluteTransform	World Transform to spawn on - without considering CDO's relative transform, thus Absolute
SpawnParameters	Spawn Parameters

Returns

Actor that just spawned

SpawnActorAbsolute() [3/3]

template<class T >

T * UWorld::SpawnActorAbsolute ( UClass *  Class, FTransform const &  Transform, const FActorSpawnParameters &  SpawnParameters = FActorSpawnParameters()  )

inline

Templated version of SpawnActorAbsolute that allows you to specify whole absolute Transform class type via parameter while the return type is a parent class of that type

SpawnActorDeferred()

template<class T >

T * UWorld::SpawnActorDeferred ( UClass *  Class, FTransform const &  Transform, AActor *  Owner = nullptr, APawn *  Instigator = nullptr, ESpawnActorCollisionHandlingMethod  CollisionHandlingOverride = ESpawnActorCollisionHandlingMethod::Undefined, ESpawnActorScaleMethod  TransformScaleMethod = ESpawnActorScaleMethod::MultiplyWithRoot  )

inline

Spawns given class and returns class T pointer, forcibly sets world transform (note this allows scale as well). WILL NOT run Construction Script of Blueprints to give caller an opportunity to set parameters beforehand. Caller is responsible for invoking construction manually by calling UGameplayStatics::FinishSpawningActor (see AActor::OnConstruction).

SpawnBrush()

ABrush * UWorld::SpawnBrush

(

)

Spawns a Brush Actor in the World

SpawnPlayActor()

APlayerController * UWorld::SpawnPlayActor	(	class UPlayer *	Player,
		ENetRole	RemoteRole,
		const FURL &	InURL,
		const FUniqueNetIdRepl &	UniqueId,
		FString &	Error,
		uint8	InNetPlayerIndex = 0,
		int32	InLocalPlayerIdentifier = 0
	)

Spawns a PlayerController and binds it to the passed in Player with the specified RemoteRole and options

Parameters

Player	- the Player to set on the PlayerController
RemoteRole	- the RemoteRole to set on the PlayerController
URL	- URL containing player options (name, etc)
UniqueId	- unique net ID of the player (may be zeroed if no online subsystem or not logged in, e.g. a local game or LAN match)
Error	(out) - if set, indicates that there was an error - usually is set to a property from which the calling code can look up the actual message
InNetPlayerIndex	(optional) - the NetPlayerIndex to set on the PlayerController
InLocalPlayerIdentifier	(optional) - the identifier of the local player on the client associated with this player controller.

Returns

the PlayerController that was spawned (may fail and return NULL)

StartAsyncSendAllEndOfFrameUpdates()

void UWorld::StartAsyncSendAllEndOfFrameUpdates

(

)

Starts an async region of sending frame updates to the render thread.

StartPhysicsSim()

void UWorld::StartPhysicsSim

(

)

Begin physics simulation

StripPIEPrefixFromPackageName()

FString UWorld::StripPIEPrefixFromPackageName ( const FString &  PackageName, const FString &  Prefix  )

static

Given a PackageName and a prefix type, get back to the original package name (i.e. the saved map name)

SupportsMakingInvisibleTransactionRequests()

bool UWorld::SupportsMakingInvisibleTransactionRequests

(

)

const

Returns whether the world supports for a client to use "making invisible" transaction requests to the server.

SupportsMakingVisibleTransactionRequests()

bool UWorld::SupportsMakingVisibleTransactionRequests

(

)

const

Returns whether the world supports for a client to use "making visible" transaction requests to the server.

SweepMultiByChannel()

bool UWorld::SweepMultiByChannel	(	TArray< struct FHitResult > &	OutHits,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Sweep a shape against the world and return all initial overlaps using a specific channel (including blocking) if requested, then overlapping hits and then first blocking hit Results are sorted, so a blocking hit (if found) will be the last element of the array Only the single closest blocking result will be generated, no tests will be done after that

Parameters

OutHits	Array of hits found between ray and the world
Start	Start location of the shape
End	End location of the shape
TraceChannel	The 'channel' that this ray is in, used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if OutHits contains any blocking hit entries

SweepMultiByObjectType()

bool UWorld::SweepMultiByObjectType	(	TArray< struct FHitResult > &	OutHits,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Sweep a shape against the world and return all initial overlaps using object types (including blocking) if requested, then overlapping hits and then first blocking hit Results are sorted, so a blocking hit (if found) will be the last element of the array Only the single closest blocking result will be generated, no tests will be done after that

Parameters

OutHits	Array of hits found between ray and the world
Start	Start location of the shape
End	End location of the shape
ObjectQueryParams	List of object types it's looking for
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if any hit is found

SweepMultiByProfile()

bool UWorld::SweepMultiByProfile	(	TArray< FHitResult > &	OutHits,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		FName	ProfileName,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Sweep a shape against the world and return all initial overlaps using a specific profile, then overlapping hits and then first blocking hit Results are sorted, so a blocking hit (if found) will be the last element of the array Only the single closest blocking result will be generated, no tests will be done after that

Parameters

OutHits	Array of hits found between ray and the world
Start	Start location of the shape
End	End location of the shape
ProfileName	The 'profile' used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if OutHits contains any blocking hit entries

SweepSingleByChannel()

bool UWorld::SweepSingleByChannel	(	struct FHitResult &	OutHit,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Sweep a shape against the world and return the first blocking hit using a specific channel

Parameters

OutHit	First blocking hit found
Start	Start location of the shape
End	End location of the shape
TraceChannel	The 'channel' that this trace is in, used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if OutHits contains any blocking hit entries

SweepSingleByObjectType()

bool UWorld::SweepSingleByObjectType	(	struct FHitResult &	OutHit,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Sweep a shape against the world and return the first blocking hit using object types

Parameters

OutHit	First blocking hit found
Start	Start location of the shape
End	End location of the shape
ObjectQueryParams	List of object types it's looking for
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if any hit is found

SweepSingleByProfile()

bool UWorld::SweepSingleByProfile	(	struct FHitResult &	OutHit,
		const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		FName	ProfileName,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Sweep a shape against the world and return the first blocking hit using a specific profile

Parameters

OutHit	First blocking hit found
Start	Start location of the shape
End	End location of the shape
ProfileName	The 'profile' used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if OutHits contains any blocking hit entries

SweepTestByChannel()

bool UWorld::SweepTestByChannel	(	const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		ECollisionChannel	TraceChannel,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam,
		const FCollisionResponseParams &	ResponseParam = FCollisionResponseParams::DefaultResponseParam
	)		const

Sweep a shape against the world using a specific channel and return if a blocking hit is found.

Parameters

Start	Start location of the shape
End	End location of the shape
TraceChannel	The 'channel' that this trace uses, used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace
ResponseParam	ResponseContainer to be used for this trace

Returns

TRUE if a blocking hit is found

SweepTestByObjectType()

bool UWorld::SweepTestByObjectType	(	const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		const FCollisionObjectQueryParams &	ObjectQueryParams,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params = FCollisionQueryParams::DefaultQueryParam
	)		const

Sweep a shape against the world using object types and return if a blocking hit is found.

Parameters

Start	Start location of the shape
End	End location of the shape
ObjectQueryParams	List of object types it's looking for
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if any hit is found

SweepTestByProfile()

bool UWorld::SweepTestByProfile	(	const FVector &	Start,
		const FVector &	End,
		const FQuat &	Rot,
		FName	ProfileName,
		const FCollisionShape &	CollisionShape,
		const FCollisionQueryParams &	Params
	)		const

Sweep a shape against the world using a specific profile and return if a blocking hit is found.

Parameters

Start	Start location of the shape
End	End location of the shape
ProfileName	The 'profile' used to determine which components to hit
CollisionShape	CollisionShape - supports Box, Sphere, Capsule
Params	Additional parameters used for the trace

Returns

TRUE if a blocking hit is found

Tick()

void UWorld::Tick	(	ELevelTick	TickType,
		float	DeltaSeconds
	)

Update the level after a variable amount of time, DeltaSeconds, has passed. All child actors are ticked after their owners have been ticked.

TickNetClient()

void UWorld::TickNetClient

(

float

DeltaSeconds

)

Do per frame tick behaviors related to the network driver

TimeSince()

double UWorld::TimeSince ( double  Time ) const

inline

Helper for getting the time since a certain time.

TransferBlueprintDebugReferences()

void UWorld::TransferBlueprintDebugReferences

(

UWorld *

NewWorld

)

Transfers the set of Kismet / Blueprint objects being debugged to the new world that are not already present, and updates blueprints accordingly

Parameters

NewWorld

The new world to find equivalent objects in

TriggerStreamingDataRebuild()

void UWorld::TriggerStreamingDataRebuild

(

)

Triggers a call to ULevel::BuildStreamingData(this,NULL,NULL) within a few seconds.

UpdateAllSkyCaptures()

void UWorld::UpdateAllSkyCaptures

(

)

Purges all sky capture cached derived data and forces a re-render of captured scene data.

UpdateConstraintActors()

void UWorld::UpdateConstraintActors

(

)

Updates all physics constraint actor joint locations.

Updates all physics constraint actor joint locations.

UpdateCullDistanceVolumes()

bool UWorld::UpdateCullDistanceVolumes	(	AActor *	ActorToUpdate = nullptr,
		UPrimitiveComponent *	ComponentToUpdate = nullptr
	)

Updates cull distance volumes for a specified component or a specified actor or all actors

Parameters

ComponentToUpdate	If specified just that Component will be updated
ActorToUpdate	If specified (and ComponentToUpdate is not specified), all Components owned by this Actor will be updated

Returns

True if the passed in actors or components were within a volume

UpdateLevelStreaming()

void UWorld::UpdateLevelStreaming

(

const TOptional< const UE::FTimeout > &

ExternalTimeout = TOptional<const UE::FTimeout>()

)

Updates sub-levels (load/unload/show/hide) using streaming levels current state

Parameters

ExternalTimeout

Optional soft limit to the time this function is allowed to take [time-slicing].

UpdateParameterCollectionInstances()

void UWorld::UpdateParameterCollectionInstances	(	bool	bUpdateInstanceUniformBuffers,
		bool	bRecreateUniformBuffer
	)

Updates this world's scene with the list of instances, and optionally updates each instance's uniform buffer.

UpdateStreamingLevelPriority()

void UWorld::UpdateStreamingLevelPriority

(

ULevelStreaming *

StreamingLevel

)

Inform the world that the streaming level has had its priority change and may need to be resorted if under consideration.

UpdateStreamingLevelShouldBeConsidered()

void UWorld::UpdateStreamingLevelShouldBeConsidered

(

ULevelStreaming *

StreamingLevelToConsider

)

Inform the world that a streaming level has had a potentially state changing modification made to it so that it needs to be in the StreamingLevelsToConsider list.

UpdateWorldComponents()

void UWorld::UpdateWorldComponents	(	bool	bRerunConstructionScripts,
		bool	bCurrentLevelOnly,
		FRegisterComponentContext *	Context = nullptr
	)

Updates world components like e.g. line batcher and all level components.

Parameters

bRerunConstructionScripts	If we should rerun construction scripts on actors
bCurrentLevelOnly	If true, affect only the current level.

UsesGameHiddenFlags()

bool UWorld::UsesGameHiddenFlags

(

)

const

Returns true if this world should look at game hidden flags instead of editor hidden flags for the purposes of rendering

WelcomePlayer()

void UWorld::WelcomePlayer

(

UNetConnection *

Connection

)

Welcome a new player joining this server.

Friends And Related Symbol Documentation

FPhysicsAsyncQueryReporter

friend class FPhysicsAsyncQueryReporter

friend

FWorldNotifyStreamingLevelLoading

friend struct FWorldNotifyStreamingLevelLoading

friend

Member Data Documentation

AudioDeviceHandle

FAudioDeviceHandle UWorld::AudioDeviceHandle

Handle to the active audio device for this world.

AudioTimeSeconds

double UWorld::AudioTimeSeconds

Time in seconds since level began play, but IS paused when the game is paused, and IS NOT dilated/clamped.

AudioVolumes

TArray<class AAudioVolume*> UWorld::AudioVolumes

Set of AudioVolumes sorted by

bActorsInitialized

uint8 UWorld::bActorsInitialized

Whether actors have been initialized for play

bAggressiveLOD

uint8 UWorld::bAggressiveLOD

frame rate is well below DesiredFrameRate, so make LOD more aggressive

bAllowAudioPlayback

uint8 UWorld::bAllowAudioPlayback

Indicates this scene always allows audio playback.

bAreConstraintsDirty

uint8 UWorld::bAreConstraintsDirty

Keeps track whether actors moved via PostEditMove and therefore constraint syncup should be performed.

bCreateRenderStateForHiddenComponentsWithCollsion

uint8 UWorld::bCreateRenderStateForHiddenComponentsWithCollsion

If TRUE, 'hidden' components will still create render proxy, so can draw info (see USceneComponent::ShouldRender)

bDebugDrawAllTraceTags

bool UWorld::bDebugDrawAllTraceTags

When set to true, all scene queries will be drawn

bDebugPauseExecution

uint8 UWorld::bDebugPauseExecution

bDoDelayedUpdateCullDistanceVolumes

uint8 UWorld::bDoDelayedUpdateCullDistanceVolumes

True we want to execute a call to UpdateCulledTriggerVolumes during Tick

bDropDetail

uint8 UWorld::bDropDetail

frame rate is below DesiredFrameRate, so drop high detail actors

bInTick

uint8 UWorld::bInTick

Whether we are in the middle of ticking actors/components or not

bIsBuilt

uint8 UWorld::bIsBuilt

Whether we have already built the collision tree or not

bIsCameraMoveableWhenPaused

uint8 UWorld::bIsCameraMoveableWhenPaused

When set, camera is potentially moveable even when paused

bIsDefaultLevel

uint8 UWorld::bIsDefaultLevel

That map is default map or not

bIsLevelStreamingFrozen

uint8 UWorld::bIsLevelStreamingFrozen

Is level streaming currently frozen?

bIsRunningConstructionScript

uint8 UWorld::bIsRunningConstructionScript

If true this world is in the process of running the construction script for an actor

bIsTearingDown

uint8 UWorld::bIsTearingDown

Is the world being torn down

bIsWorldInitialized

uint8 UWorld::bIsWorldInitialized

Whether world object has been initialized via Init and has not yet had CleanupWorld called

bKismetScriptError

uint8 UWorld::bKismetScriptError

This is a bool that indicates that one or more blueprints in the level (blueprint instances, level script, etc) have compile errors that could not be automatically resolved.

bMatchStarted

uint8 UWorld::bMatchStarted

Whether the match has been started

bPlayersOnly

uint8 UWorld::bPlayersOnly

When ticking the world, only update players.

bPlayersOnlyPending

uint8 UWorld::bPlayersOnlyPending

Indicates that at the end the frame bPlayersOnly will be set to true.

bPostTickComponentUpdate

uint8 UWorld::bPostTickComponentUpdate

Indicates that during world ticking we are doing the final component update of dirty components (after PostAsyncWork and effect physics scene has run.

bRequestedBlockOnAsyncLoading

uint8 UWorld::bRequestedBlockOnAsyncLoading

Whether it was requested that the engine bring up a loading screen and block on async loading.

bShouldSimulatePhysics

uint8 UWorld::bShouldSimulatePhysics

If true this world will tick physics to simulate. This isn't same as having Physics Scene. You need Physics Scene if you'd like to trace. This flag changed ticking

bStartup

uint8 UWorld::bStartup

Is the world in its actor initialization phase.

bTickNewlySpawned

uint8 UWorld::bTickNewlySpawned

We are in the middle of actor ticking, so add tasks for newly spawned actors

bTriggerPostLoadMap

uint8 UWorld::bTriggerPostLoadMap

Triggers a call to PostLoadMap() the next Tick, turns off loading movie if LoadMap() has been called.

bWorldWasLoadedThisTick

uint8 UWorld::bWorldWasLoadedThisTick

set for one tick after completely loading and initializing a new world (regardless of whether it's LoadMap() or seamless travel)

CachedViewInfoRenderedLastFrame

TArray<FWorldCachedViewInfo> UWorld::CachedViewInfoRenderedLastFrame

Cached view information from the last rendered frame.

CommittedPersistentLevelName

FName UWorld::CommittedPersistentLevelName

Name of persistent level if we've loaded levels via CommitMapChange() that aren't normally in the StreamingLevels array (to inform newly joining clients)

ContentBundleManager

TObjectPtr<class UContentBundleManager> UWorld::ContentBundleManager

DebugDrawTraceTag

FName UWorld::DebugDrawTraceTag

When non-'None', all line traces where the TraceTag match this will be drawn

DefaultPhysicsScene_Chaos

TSharedPtr<FPhysScene_Chaos> UWorld::DefaultPhysicsScene_Chaos

Default global physics scene.

DeltaRealTimeSeconds

float UWorld::DeltaRealTimeSeconds

Frame delta time in seconds with no adjustment for time dilation.

DeltaTimeSeconds

float UWorld::DeltaTimeSeconds

Frame delta time in seconds adjusted by e.g. time dilation.

EndPhysicsTickFunction

FEndPhysicsTickFunction UWorld::EndPhysicsTickFunction

Tick function for ending physics

FeatureLevel

TEnumAsByte<ERHIFeatureLevel::Type> UWorld::FeatureLevel

The current renderer feature level of this world

FlushLevelStreamingType

EFlushLevelStreamingType UWorld::FlushLevelStreamingType

Whether we flushing level streaming state

FXSystem

class FFXSystemInterface* UWorld::FXSystem

Interface to the FX system managing particles and related effects for this world.

GameStateSetEvent

FOnGameStateSetEvent UWorld::GameStateSetEvent

Called whenever the gamestate is set on the world.

LastRenderTime

double UWorld::LastRenderTime = 0.0

WorldTimeSeconds when this world was last rendered.

LastTimeUnbuiltLightingWasEncountered

double UWorld::LastTimeUnbuiltLightingWasEncountered

Time in FPlatformTime::Seconds unbuilt time was last encountered. 0 means not yet.

MyParticleEventManager

TObjectPtr<class AParticleEventManager> UWorld::MyParticleEventManager

Particle event manager

NextSwitchCountdown

float UWorld::NextSwitchCountdown

Amount of time to wait before traveling to next map, gives clients time to receive final RPCs

See also

ServerTravelPause

NextTravelType

TEnumAsByte<ETravelType> UWorld::NextTravelType

The type of travel to perform next when doing a server travel

NextURL

FString UWorld::NextURL

The URL to be used for the upcoming server travel

NumLightingUnbuiltObjects

uint32 UWorld::NumLightingUnbuiltObjects

This is a int on the level which is set when a light that needs to have lighting rebuilt is moved. This is then checked in CheckMap for errors to let you know that this level should have lighting rebuilt.

NumTextureStreamingDirtyResources

int32 UWorld::NumTextureStreamingDirtyResources

Num of resources that have changed since the last texture streaming build. Updated in map check.

NumTextureStreamingUnbuiltComponents

int32 UWorld::NumTextureStreamingUnbuiltComponents

Num of components missing valid texture streaming data. Updated in map check.

NumUnbuiltReflectionCaptures

uint32 UWorld::NumUnbuiltReflectionCaptures

OnActorsInitialized

FOnWorldInitializedActors UWorld::OnActorsInitialized

OnBeginPostProcessSettings

FOnBeginPostProcessSettings UWorld::OnBeginPostProcessSettings

OnWorldBeginPlay

FOnWorldBeginPlay UWorld::OnWorldBeginPlay

OnWorldMatchStarting

FOnMatchStarting UWorld::OnWorldMatchStarting

OnWorldPreBeginPlay

FOnWorldPreBeginPlay UWorld::OnWorldPreBeginPlay

OriginLocation

FIntVector UWorld::OriginLocation

Current location of this world origin

OriginOffsetThisFrame

FVector UWorld::OriginOffsetThisFrame

World origin offset value. Non-zero only for a single frame when origin is rebased

ParticlePerfStats

FParticlePerfStats* UWorld::ParticlePerfStats = nullptr

mutable

PauseDelay

double UWorld::PauseDelay

time at which to start pause

PerfTrackers

FWorldInGamePerformanceTrackers* UWorld::PerfTrackers

PhysicsField

TObjectPtr<class UPhysicsFieldComponent> UWorld::PhysicsField

Physics Field component.

PhysicsScene_Chaos

TSharedPtr<FPhysScene_Chaos> UWorld::PhysicsScene_Chaos

Current global physics scene.

PlayerNum

int32 UWorld::PlayerNum

Counter for allocating game- unique controller player numbers

PostProcessVolumes

TArray< IInterface_PostProcessVolume * > UWorld::PostProcessVolumes

An array of post processing volumes, sorted in ascending order of priority.

PreparingLevelNames

TArray<FName> UWorld::PreparingLevelNames

array of levels that were loaded into this map via PrepareMapChange() / CommitMapChange() (to inform newly joining clients)

RealTimeSeconds

double UWorld::RealTimeSeconds

Time in seconds since level began play, but IS NOT paused when the game is paused, and IS NOT dilated/clamped.

RequestedOriginLocation

FIntVector UWorld::RequestedOriginLocation

Requested new world origin location

Scene

class FSceneInterface* UWorld::Scene

The interface to the scene manager for this world.

StartPhysicsTickFunction

FStartPhysicsTickFunction UWorld::StartPhysicsTickFunction

Tick function for starting physics

StreamingLevelsPrefix

FString UWorld::StreamingLevelsPrefix

Prefix we used to rename streaming levels, non empty in PIE and standalone preview

StreamingVolumeUpdateDelay

int32 UWorld::StreamingVolumeUpdateDelay

Number of frames to delay Streaming Volume updating, useful if you preload a bunch of levels but the camera hasn't caught up yet (INDEX_NONE for infinite)

TickGroup

TEnumAsByte<ETickingGroup> UWorld::TickGroup

The current ticking group

TimeSeconds

double UWorld::TimeSeconds

Time in seconds since level began play, but IS paused when the game is paused, and IS dilated/clamped.

UnpausedTimeSeconds

double UWorld::UnpausedTimeSeconds

Time in seconds since level began play, but IS NOT paused when the game is paused, and IS dilated/clamped.

URL

FURL UWorld::URL

The URL that was used when loading this World.

ViewLocationsRenderedLastFrame

PRAGMA_ENABLE_DEPRECATION_WARNINGS TArray<FVector> UWorld::ViewLocationsRenderedLastFrame

View locations rendered in the previous frame, if any.

WorldComposition

TObjectPtr<class UWorldComposition> UWorld::WorldComposition

All levels information from which our world is composed

WorldType

TEnumAsByte<EWorldType::Type> UWorld::WorldType

The type of world this is. Describes the context in which it is being used (Editor, Game, Preview etc.)

WorldTypePreLoadMap

TMap< FName, EWorldType::Type > UWorld::WorldTypePreLoadMap

static

A static map that is populated before loading a world from a package. This is so UWorld can look up its WorldType in PostLoad

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

• Engine/Source/Runtime/Engine/Classes/Engine/World.h
• Engine/Source/Runtime/Engine/Private/Collision/WorldCollision.cpp
• Engine/Source/Runtime/Engine/Private/Collision/WorldCollisionAsync.cpp
• Engine/Source/Runtime/Engine/Private/Components/SkyLightComponent.cpp
• Engine/Source/Runtime/Engine/Private/LevelActor.cpp
• Engine/Source/Runtime/Engine/Private/LevelTick.cpp
• Engine/Source/Runtime/Engine/Private/MapBuildData.cpp
• Engine/Source/Runtime/Engine/Private/PhysicsEngine/PhysLevel.cpp
• Engine/Source/Runtime/Engine/Private/World.cpp