#include <ConstraintInstanceBlueprintLibrary.h>

Inheritance diagram for UConstraintInstanceBlueprintLibrary:

Static Public Member Functions
static ENGINE_API void	GetAttachedBodyNames (UPARAM(ref) FConstraintInstanceAccessor &Accessor, FName &ParentBody, FName &ChildBody)

static ENGINE_API void	SetDisableCollision (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bDisableCollision)

static ENGINE_API bool	GetDisableCollsion (UPARAM(ref) FConstraintInstanceAccessor &Accessor)

static ENGINE_API void	SetProjectionParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bEnableProjection, float ProjectionLinearAlpha, float ProjectionAngularAlpha)

static ENGINE_API void	GetProjectionParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bEnableProjection, float &ProjectionLinearAlpha, float &ProjectionAngularAlpha)

static ENGINE_API void	SetParentDominates (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bParentDominates)

static ENGINE_API bool	GetParentDominates (UPARAM(ref) FConstraintInstanceAccessor &Accessor)

static ENGINE_API void	SetMassConditioningEnabled (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bEnableMassConditioning)
	Enable or disable mass conditioning for the constraint.

static ENGINE_API bool	GetMassConditioningEnabled (UPARAM(ref) FConstraintInstanceAccessor &Accessor)
	Gets whether mass conditioning is enabled for the constraint.

static ENGINE_API void	SetLinearLimits (UPARAM(ref) FConstraintInstanceAccessor &Accessor, TEnumAsByte< ELinearConstraintMotion > XMotion, TEnumAsByte< ELinearConstraintMotion > YMotion, TEnumAsByte< ELinearConstraintMotion > ZMotion, float Limit)

static ENGINE_API void	GetLinearLimits (UPARAM(ref) FConstraintInstanceAccessor &Accessor, TEnumAsByte< ELinearConstraintMotion > &XMotion, TEnumAsByte< ELinearConstraintMotion > &YMotion, TEnumAsByte< ELinearConstraintMotion > &ZMotion, float &Limit)

static ENGINE_API void	SetLinearSoftLimitParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bSoftLinearLimit, float LinearLimitStiffness, float LinearLimitDamping, float LinearLimitRestitution, float LinearLimitContactDistance)

static ENGINE_API void	GetLinearSoftLimitParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bSoftLinearLimit, float &LinearLimitStiffness, float &LinearLimitDamping, float &LinearLimitRestitution, float &LinearLimitContactDistance)

static ENGINE_API void	SetLinearBreakable (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bLinearBreakable, float LinearBreakThreshold)

static ENGINE_API void	GetLinearBreakable (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bLinearBreakable, float &LinearBreakThreshold)

static ENGINE_API void	SetLinearPlasticity (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bLinearPlasticity, float LinearPlasticityThreshold, TEnumAsByte< EConstraintPlasticityType > PlasticityType)

static ENGINE_API void	GetLinearPlasticity (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bLinearPlasticity, float &LinearPlasticityThreshold, TEnumAsByte< EConstraintPlasticityType > &PlasticityType)

static ENGINE_API void	GetContactTransferScale (UPARAM(ref) FConstraintInstanceAccessor &Accessor, float &ContactTransferScale)

static ENGINE_API void	SetContactTransferScale (UPARAM(ref) FConstraintInstanceAccessor &Accessor, float ContactTransferScale)

static ENGINE_API void	SetAngularLimits (UPARAM(ref) FConstraintInstanceAccessor &Accessor, TEnumAsByte< EAngularConstraintMotion > Swing1MotionType, float Swing1LimitAngle, TEnumAsByte< EAngularConstraintMotion > Swing2MotionType, float Swing2LimitAngle, TEnumAsByte< EAngularConstraintMotion > TwistMotionType, float TwistLimitAngle)

static ENGINE_API void	GetAngularLimits (UPARAM(ref) FConstraintInstanceAccessor &Accessor, TEnumAsByte< EAngularConstraintMotion > &Swing1MotionType, float &Swing1LimitAngle, TEnumAsByte< EAngularConstraintMotion > &Swing2MotionType, float &Swing2LimitAngle, TEnumAsByte< EAngularConstraintMotion > &TwistMotionType, float &TwistLimitAngle)

static ENGINE_API void	SetAngularSoftSwingLimitParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bSoftSwingLimit, float SwingLimitStiffness, float SwingLimitDamping, float SwingLimitRestitution, float SwingLimitContactDistance)

static ENGINE_API void	GetAngularSoftSwingLimitParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bSoftSwingLimit, float &SwingLimitStiffness, float &SwingLimitDamping, float &SwingLimitRestitution, float &SwingLimitContactDistance)

static ENGINE_API void	SetAngularSoftTwistLimitParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bSoftTwistLimit, float TwistLimitStiffness, float TwistLimitDamping, float TwistLimitRestitution, float TwistLimitContactDistance)

static ENGINE_API void	GetAngularSoftTwistLimitParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bSoftTwistLimit, float &TwistLimitStiffness, float &TwistLimitDamping, float &TwistLimitRestitution, float &TwistLimitContactDistance)

static ENGINE_API void	SetAngularBreakable (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bAngularBreakable, float AngularBreakThreshold)

static ENGINE_API void	GetAngularBreakable (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bAngularBreakable, float &AngularBreakThreshold)

static ENGINE_API void	SetAngularPlasticity (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bAngularPlasticity, float AngularPlasticityThreshold)

static ENGINE_API void	GetAngularPlasticity (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bAngularPlasticity, float &AngularPlasticityThreshold)

static ENGINE_API void	SetLinearPositionDrive (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bEnableDriveX, bool bEnableDriveY, bool bEnableDriveZ)

static ENGINE_API void	GetLinearPositionDrive (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bOutEnableDriveX, bool &bOutEnableDriveY, bool &bOutEnableDriveZ)

static ENGINE_API void	SetLinearVelocityDrive (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bEnableDriveX, bool bEnableDriveY, bool bEnableDriveZ)

static ENGINE_API void	GetLinearVelocityDrive (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bOutEnableDriveX, bool &bOutEnableDriveY, bool &bOutEnableDriveZ)

static ENGINE_API void	SetLinearPositionTarget (UPARAM(ref) FConstraintInstanceAccessor &Accessor, const FVector &InPosTarget)

static ENGINE_API void	GetLinearPositionTarget (UPARAM(ref) FConstraintInstanceAccessor &Accessor, FVector &OutPosTarget)

static ENGINE_API void	SetLinearVelocityTarget (UPARAM(ref) FConstraintInstanceAccessor &Accessor, const FVector &InVelTarget)

static ENGINE_API void	GetLinearVelocityTarget (UPARAM(ref) FConstraintInstanceAccessor &Accessor, FVector &OutVelTarget)

static ENGINE_API void	SetLinearDriveParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, float PositionStrength, float VelocityStrength, float InForceLimit)

static ENGINE_API void	GetLinearDriveParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, float &OutPositionStrength, float &OutVelocityStrength, float &OutForceLimit)

static ENGINE_API void	SetOrientationDriveTwistAndSwing (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bEnableTwistDrive, bool bEnableSwingDrive)

static ENGINE_API void	GetOrientationDriveTwistAndSwing (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bOutEnableTwistDrive, bool &bOutEnableSwingDrive)

static ENGINE_API void	SetOrientationDriveSLERP (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bEnableSLERP)

static ENGINE_API void	GetOrientationDriveSLERP (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bOutEnableSLERP)

static ENGINE_API void	SetAngularVelocityDriveTwistAndSwing (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bEnableTwistDrive, bool bEnableSwingDrive)

static ENGINE_API void	GetAngularVelocityDriveTwistAndSwing (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bOutEnableTwistDrive, bool &bOutEnableSwingDrive)

static ENGINE_API void	SetAngularVelocityDriveSLERP (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool bEnableSLERP)

static ENGINE_API void	GetAngularVelocityDriveSLERP (UPARAM(ref) FConstraintInstanceAccessor &Accessor, bool &bOutEnableSLERP)

static ENGINE_API void	SetAngularDriveMode (UPARAM(ref) FConstraintInstanceAccessor &Accessor, EAngularDriveMode::Type DriveMode)

static ENGINE_API void	GetAngularDriveMode (UPARAM(ref) FConstraintInstanceAccessor &Accessor, TEnumAsByte< EAngularDriveMode::Type > &OutDriveMode)

static ENGINE_API void	SetAngularOrientationTarget (UPARAM(ref) FConstraintInstanceAccessor &Accessor, const FRotator &InPosTarget)

static ENGINE_API void	GetAngularOrientationTarget (UPARAM(ref) FConstraintInstanceAccessor &Accessor, FRotator &OutPosTarget)

static ENGINE_API void	SetAngularVelocityTarget (UPARAM(ref) FConstraintInstanceAccessor &Accessor, const FVector &InVelTarget)

static ENGINE_API void	GetAngularVelocityTarget (UPARAM(ref) FConstraintInstanceAccessor &Accessor, FVector &OutVelTarget)

static ENGINE_API void	SetAngularDriveParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, float PositionStrength, float VelocityStrength, float InForceLimit)

static ENGINE_API void	GetAngularDriveParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, float &OutPositionStrength, float &OutVelocityStrength, float &OutForceLimit)

static ENGINE_API void	CopyParams (UPARAM(ref) FConstraintInstanceAccessor &Accessor, UPARAM(ref) FConstraintInstanceAccessor &SourceAccessor, bool bKeepPosition=true, bool bKeepRotation=true)

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)

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

typedef UObject	WithinClass

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	PreSaveRoot (FObjectPreSaveRootContext ObjectSaveContext)

virtual COREUOBJECT_API void	PostSaveRoot (FObjectPostSaveRootContext ObjectSaveContext)

virtual COREUOBJECT_API void	PreSave (FObjectPreSaveContext SaveContext)

virtual COREUOBJECT_API void	CollectSaveOverrides (FObjectCollectSaveOverridesContext SaveContext)

UE_FORCEINLINE_HINT bool	Modify (bool bAlwaysMarkDirty=true)

UE_FORCEINLINE_HINT bool	IsCapturingAsRootObjectForTransaction () const

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

virtual bool	IsReadyForAsyncPostLoad () const

virtual COREUOBJECT_API void	PostLoad ()

virtual COREUOBJECT_API void	PostLoadSubobjects (FObjectInstancingGraph *OuterInstanceGraph)

virtual COREUOBJECT_API void	BeginDestroy ()

virtual bool	IsReadyForFinishDestroy ()

virtual COREUOBJECT_API void	FinishDestroy ()

virtual COREUOBJECT_API void	Serialize (FArchive &Ar)

virtual COREUOBJECT_API void	Serialize (FStructuredArchive::FRecord Record)

virtual void	ShutdownAfterError ()

virtual void	PostInterpChange (FProperty *PropertyThatChanged)

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

virtual void	PreDuplicate (FObjectDuplicationParameters &DupParams)

virtual void	PostDuplicate (bool bDuplicateForPIE)

virtual void	PostDuplicate (EDuplicateMode::Type DuplicateMode)

virtual COREUOBJECT_API bool	NeedsLoadForClient () const

virtual COREUOBJECT_API bool	NeedsLoadForServer () const

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

virtual bool	NeedsLoadForEditorGame () const

virtual bool	IsEditorOnly () const

virtual bool	HasNonEditorOnlyReferences () const

virtual 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 FPrimaryAssetId	GetPrimaryAssetId () const

virtual COREUOBJECT_API bool	IsLocalizedResource () const

virtual COREUOBJECT_API bool	IsSafeForRootSet () const

virtual COREUOBJECT_API void	TagSubobjects (EObjectFlags NewFlags)

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

virtual COREUOBJECT_API void	GetReplicatedCustomConditionState (FCustomPropertyConditionState &OutActiveState) const

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

virtual COREUOBJECT_API bool	IsNameStableForNetworking () const

virtual COREUOBJECT_API bool	IsFullNameStableForNetworking () const

virtual COREUOBJECT_API bool	IsSupportedForNetworking () const

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

virtual COREUOBJECT_API void	PreNetReceive ()

virtual COREUOBJECT_API void	PostNetReceive ()

virtual void	PostRepNotifies ()

virtual COREUOBJECT_API void	PreDestroyFromReplication ()

COREUOBJECT_API bool	IsSelected () const

COREUOBJECT_API void	SerializeScriptProperties (FArchive &Ar) const

COREUOBJECT_API void	SerializeScriptProperties (FStructuredArchive::FSlot Slot) const

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

COREUOBJECT_API FString	GetDetailedInfo () const

COREUOBJECT_API bool	ConditionalBeginDestroy ()

COREUOBJECT_API bool	ConditionalFinishDestroy ()

COREUOBJECT_API void	ConditionalPostLoad ()

COREUOBJECT_API void	ConditionalPreload ()

COREUOBJECT_API void	ConditionalPostLoadSubobjects (struct FObjectInstancingGraph *OuterInstanceGraph=NULL)

bool	IsBasedOnArchetype (const UObject *const SomeObject) const

COREUOBJECT_API UFunction *	FindFunction (FName InName) const

COREUOBJECT_API UFunction *	FindFunctionChecked (FName InName) const

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

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

COREUOBJECT_API bool	CheckDefaultSubobjects (bool bForceCheck=false) const

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

COREUOBJECT_API void	SaveConfig (const FSaveConfigContext &Context)

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

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

COREUOBJECT_API void	UpdateGlobalUserConfigFile ()

COREUOBJECT_API void	UpdateProjectUserConfigFile ()

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

COREUOBJECT_API FString	GetDefaultConfigFilename () const

COREUOBJECT_API FString	GetGlobalUserConfigFilename () const

COREUOBJECT_API FString	GetProjectUserConfigFilename () const

virtual const TCHAR *	GetConfigOverridePlatform () const

virtual void	OverrideConfigSection (FString &SectionName)

virtual void	OverridePerObjectConfigSection (FString &SectionName)

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

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

COREUOBJECT_API void	ParseParms (const TCHAR *Parms)

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

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

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

COREUOBJECT_API UObject *	GetArchetype () const

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

COREUOBJECT_API void	InstanceSubobjectTemplates (struct FObjectInstancingGraph *InstanceGraph=NULL)

template<class T >
bool	Implements () const

virtual COREUOBJECT_API void	ProcessEvent (UFunction Function, void Parms)

virtual 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)

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)

Member Function Documentation

◆ CopyParams()

void UConstraintInstanceBlueprintLibrary::CopyParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		UPARAM(ref) FConstraintInstanceAccessor &	SourceAccessor,
		bool	bKeepPosition = `true`,
		bool	bKeepRotation = `true`
	)

static

Copies all properties from one constraint to another

Parameters

Accessor	Constraint accessor to write to
SourceAccessor	Constraint accessor to read from
bKeepPosition	Whether to keep original constraint positions
bKeepRotation	Whether to keep original constraint rotations

◆ GetAngularBreakable()

void UConstraintInstanceBlueprintLibrary::GetAngularBreakable	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bAngularBreakable,
		float &	AngularBreakThreshold
	)

static

Gets Constraint Angular Breakable properties

Parameters

Accessor	Constraint accessor to query
bAngularBreakable	Whether it is possible to break the joint with angular force
AngularBreakThreshold	Torque needed to break the joint

◆ GetAngularDriveMode()

void UConstraintInstanceBlueprintLibrary::GetAngularDriveMode	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		TEnumAsByte< EAngularDriveMode::Type > &	OutDriveMode
	)

static

Gets the angular drive mode ( SLERP or Twist And Swing)

Parameters

Accessor	Constraint accessor to query
OutDriveMode	The angular drive mode to use. SLERP uses shortest spherical path, but will not work if any angular constraints are locked. Twist and Swing decomposes the path into the different angular degrees of freedom but may experience gimbal lock

◆ GetAngularDriveParams()

void UConstraintInstanceBlueprintLibrary::GetAngularDriveParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		float &	OutPositionStrength,
		float &	OutVelocityStrength,
		float &	OutForceLimit
	)

static

Gets the drive params for the angular drive.

Parameters

Accessor	Constraint accessor to query
OutPositionStrength	Positional strength for the drive (stiffness)
OutVelocityStrength	Velocity strength of the drive (damping)
OutForceLimit	Max force applied by the drive

◆ GetAngularLimits()

void UConstraintInstanceBlueprintLibrary::GetAngularLimits	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		TEnumAsByte< EAngularConstraintMotion > &	Swing1MotionType,
		float &	Swing1LimitAngle,
		TEnumAsByte< EAngularConstraintMotion > &	Swing2MotionType,
		float &	Swing2LimitAngle,
		TEnumAsByte< EAngularConstraintMotion > &	TwistMotionType,
		float &	TwistLimitAngle
	)

static

Gets Constraint Angular Motion Ranges

Parameters

Accessor	Constraint accessor to query
Swing1MotionType	Type of swing motion ( first axis )
Swing1LimitAngle	Size of limit in degrees in [0, 180] range
Swing2MotionType	Type of swing motion ( second axis )
Swing2LimitAngle	Size of limit in degrees in [0, 180] range
TwistMotionType	Type of twist motion
TwistLimitAngle	Size of limit in degrees in [0, 180] range

◆ GetAngularOrientationTarget()

void UConstraintInstanceBlueprintLibrary::GetAngularOrientationTarget	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		FRotator &	OutPosTarget
	)

static

Gets the target orientation for the angular drive.

Parameters

Accessor	Constraint accessor to query
OutPosTarget	Target orientation

◆ GetAngularPlasticity()

void UConstraintInstanceBlueprintLibrary::GetAngularPlasticity	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bAngularPlasticity,
		float &	AngularPlasticityThreshold
	)

static

Sets Constraint Angular Plasticity properties

Parameters

Accessor	Constraint accessor to query
bAngularPlasticity	Whether it is possible to reset the target angle from the angular displacement
AngularPlasticityThreshold	Degrees needed to reset the rest state of the joint

◆ GetAngularSoftSwingLimitParams()

void UConstraintInstanceBlueprintLibrary::GetAngularSoftSwingLimitParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bSoftSwingLimit,
		float &	SwingLimitStiffness,
		float &	SwingLimitDamping,
		float &	SwingLimitRestitution,
		float &	SwingLimitContactDistance
	)

static

Gets Constraint Angular Soft Swing Limit parameters

Parameters

Accessor	Constraint accessor to query
bSoftSwingLimit	True is the swing limit is soft
SwingLimitStiffness	Stiffness of the soft swing limit. Only used when Soft limit is on ( positive value )
SwingLimitDamping	Damping of the soft swing limit. Only used when Soft limit is on ( positive value )
SwingLimitRestitution	Controls the amount of bounce when the constraint is violated. A restitution value of 1 will bounce back with the same velocity the limit was hit. A value of 0 will stop dead.
SwingLimitContactDistance	Determines how close to the limit we have to get before turning the joint on. Larger value will be more expensive, but will do a better job not violating constraints. A smaller value will be more efficient, but easier to violate.

◆ GetAngularSoftTwistLimitParams()

void UConstraintInstanceBlueprintLibrary::GetAngularSoftTwistLimitParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bSoftTwistLimit,
		float &	TwistLimitStiffness,
		float &	TwistLimitDamping,
		float &	TwistLimitRestitution,
		float &	TwistLimitContactDistance
	)

static

Gets Constraint Angular Soft Twist Limit parameters

Parameters

Accessor	Constraint accessor to query
bSoftTwistLimit	True is the Twist limit is soft
TwistLimitStiffness	Stiffness of the soft Twist limit. Only used when Soft limit is on ( positive value )
TwistLimitDamping	Damping of the soft Twist limit. Only used when Soft limit is on ( positive value )
TwistLimitRestitution	Controls the amount of bounce when the constraint is violated. A restitution value of 1 will bounce back with the same velocity the limit was hit. A value of 0 will stop dead.
TwistLimitContactDistance	Determines how close to the limit we have to get before turning the joint on. Larger value will be more expensive, but will do a better job not violating constraints. A smaller value will be more efficient, but easier to violate.

◆ GetAngularVelocityDriveSLERP()

void UConstraintInstanceBlueprintLibrary::GetAngularVelocityDriveSLERP	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bOutEnableSLERP
	)

static

Gets whether the angular velocity slerp drive is enabled or not. Only relevant if the AngularDriveMode is set to SLERP

Parameters

Accessor	Constraint accessor to query
bOutEnableSLERP	Indicates whether the SLERP drive is enabled. Only relevant if the AngularDriveMode is set to SLERP

◆ GetAngularVelocityDriveTwistAndSwing()

void UConstraintInstanceBlueprintLibrary::GetAngularVelocityDriveTwistAndSwing	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bOutEnableTwistDrive,
		bool &	bOutEnableSwingDrive
	)

static

Gets whether angular velocity twist and swing drive is enabled or not. Only relevant if the AngularDriveMode is set to Twist and Swing

Parameters

Accessor	Constraint accessor to query
bOutEnableTwistDrive	Indicates whether the drive for the twist axis should be enabled. Only relevant if the AngularDriveMode is set to Twist and Swing
bOutEnableSwingDrive	Indicates whether the drive for the swing axis should be enabled. Only relevant if the AngularDriveMode is set to Twist and Swing

◆ GetAngularVelocityTarget()

void UConstraintInstanceBlueprintLibrary::GetAngularVelocityTarget	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		FVector &	OutVelTarget
	)

static

Gets the target velocity for the angular drive.

Parameters

Accessor	Constraint accessor to query
OutVelTarget	Target velocity

◆ GetAttachedBodyNames()

void UConstraintInstanceBlueprintLibrary::GetAttachedBodyNames	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		FName &	ParentBody,
		FName &	ChildBody
	)

static

Gets Attached body names

Parameters

Accessor	Constraint accessor to query
ParentBody	Parent body name of the constraint
ChildBody	Child body name of the constraint

◆ GetContactTransferScale()

void UConstraintInstanceBlueprintLibrary::GetContactTransferScale	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		float &	ContactTransferScale
	)

static

Gets Constraint Contact Transfer Scale properties

Parameters

Accessor	Constraint accessor to query
ContactTransferScale	Scale for transfer of child energy to parent.

◆ GetDisableCollsion()

bool UConstraintInstanceBlueprintLibrary::GetDisableCollsion ( UPARAM(ref) FConstraintInstanceAccessor & Accessor )

static

Gets whether bodies attched to the constraint can collide or not

Parameters

Accessor Constraint accessor to query

◆ GetLinearBreakable()

void UConstraintInstanceBlueprintLibrary::GetLinearBreakable	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bLinearBreakable,
		float &	LinearBreakThreshold
	)

static

Gets Constraint Linear Breakable properties

Parameters

Accessor	Constraint accessor to query
bLinearBreakable	Whether it is possible to break the joint with linear force
LinearBreakThreshold	Force needed to break the joint

◆ GetLinearDriveParams()

void UConstraintInstanceBlueprintLibrary::GetLinearDriveParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		float &	OutPositionStrength,
		float &	OutVelocityStrength,
		float &	OutForceLimit
	)

static

Gets the drive params for the linear drive.

Parameters

Accessor	Constraint accessor to query
OutPositionStrength	Positional strength for the drive (stiffness)
OutVelocityStrength	Velocity strength of the drive (damping)
OutForceLimit	Max force applied by the drive

◆ GetLinearLimits()

void UConstraintInstanceBlueprintLibrary::GetLinearLimits	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		TEnumAsByte< ELinearConstraintMotion > &	XMotion,
		TEnumAsByte< ELinearConstraintMotion > &	YMotion,
		TEnumAsByte< ELinearConstraintMotion > &	ZMotion,
		float &	Limit
	)

static

Gets Constraint Linear Motion Ranges

Parameters

Accessor	Constraint accessor to query
XMotion	Type of motion along the X axis
YMotion	Type of motion along the Y axis
ZMotion	Type of motion along the Z axis
Limit	linear limit applied to all axis

◆ GetLinearPlasticity()

void UConstraintInstanceBlueprintLibrary::GetLinearPlasticity	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bLinearPlasticity,
		float &	LinearPlasticityThreshold,
		TEnumAsByte< EConstraintPlasticityType > &	PlasticityType
	)

static

Gets Constraint Linear Plasticity properties

Parameters

Accessor	Constraint accessor to query
bAngularPlasticity	Whether it is possible to reset the target position from the linear displacement
AngularPlasticityThreshold	Delta from target needed to reset the target joint

◆ GetLinearPositionDrive()

void UConstraintInstanceBlueprintLibrary::GetLinearPositionDrive	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bOutEnableDriveX,
		bool &	bOutEnableDriveY,
		bool &	bOutEnableDriveZ
	)

static

Gets whether linear position drive is enabled or not

Parameters

Accessor	Constraint accessor to query
bOutEnableDriveX	Indicates whether the drive for the X-Axis is enabled
bOutEnableDriveY	Indicates whether the drive for the Y-Axis is enabled
bOutEnableDriveZ	Indicates whether the drive for the Z-Axis is enabled

◆ GetLinearPositionTarget()

void UConstraintInstanceBlueprintLibrary::GetLinearPositionTarget	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		FVector &	OutPosTarget
	)

static

Gets the target position for the linear drive.

Parameters

Accessor	Constraint accessor to query
OutPosTarget	Target position

◆ GetLinearSoftLimitParams()

void UConstraintInstanceBlueprintLibrary::GetLinearSoftLimitParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bSoftLinearLimit,
		float &	LinearLimitStiffness,
		float &	LinearLimitDamping,
		float &	LinearLimitRestitution,
		float &	LinearLimitContactDistance
	)

static

Gets Constraint Linear Soft Limit parameters

Parameters

Accessor	Constraint accessor to query
bSoftLinearLimit	True is the Linear limit is soft
LinearLimitStiffness	Stiffness of the soft Linear limit. Only used when Soft limit is on ( positive value )
LinearLimitDamping	Damping of the soft Linear limit. Only used when Soft limit is on ( positive value )
LinearLimitRestitution	Controls the amount of bounce when the constraint is violated. A restitution value of 1 will bounce back with the same velocity the limit was hit. A value of 0 will stop dead.
LinearLimitContactDistance	Determines how close to the limit we have to get before turning the joint on. Larger value will be more expensive, but will do a better job not violating constraints. A smaller value will be more efficient, but easier to violate.

◆ GetLinearVelocityDrive()

void UConstraintInstanceBlueprintLibrary::GetLinearVelocityDrive	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bOutEnableDriveX,
		bool &	bOutEnableDriveY,
		bool &	bOutEnableDriveZ
	)

static

Gets whether linear velocity drive is enabled or not

Parameters

Accessor	Constraint accessor to query
bOutEnableDriveX	Indicates whether the drive for the X-Axis is enabled
bOutEnableDriveY	Indicates whether the drive for the Y-Axis is enabled
bOutEnableDriveZ	Indicates whether the drive for the Z-Axis is enabled

◆ GetLinearVelocityTarget()

void UConstraintInstanceBlueprintLibrary::GetLinearVelocityTarget	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		FVector &	OutVelTarget
	)

static

Gets the target velocity for the linear drive.

Parameters

Accessor	Constraint accessor to query
OutVelTarget	Target velocity

◆ GetMassConditioningEnabled()

bool UConstraintInstanceBlueprintLibrary::GetMassConditioningEnabled ( UPARAM(ref) FConstraintInstanceAccessor & Accessor )

static

Gets whether mass conditioning is enabled for the constraint.

◆ GetOrientationDriveSLERP()

void UConstraintInstanceBlueprintLibrary::GetOrientationDriveSLERP	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bOutEnableSLERP
	)

static

Gets whether the angular orientation slerp drive is enabled or not. Only relevant if the AngularDriveMode is set to SLERP

Parameters

Accessor	Constraint accessor to query
bOutEnableSLERP	Indicates whether the SLERP drive should be enabled. Only relevant if the AngularDriveMode is set to SLERP

◆ GetOrientationDriveTwistAndSwing()

void UConstraintInstanceBlueprintLibrary::GetOrientationDriveTwistAndSwing	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bOutEnableTwistDrive,
		bool &	bOutEnableSwingDrive
	)

static

Gets whether angular orientation drive are enabled. Only relevant if the AngularDriveMode is set to Twist and Swing

Parameters

Accessor	Constraint accessor to query
bOutEnableTwistDrive	Indicates whether the drive for the twist axis is enabled. Only relevant if the AngularDriveMode is set to Twist and Swing
bOutEnableSwingDrive	Indicates whether the drive for the swing axis is enabled. Only relevant if the AngularDriveMode is set to Twist and Swing

◆ GetParentDominates()

bool UConstraintInstanceBlueprintLibrary::GetParentDominates ( UPARAM(ref) FConstraintInstanceAccessor & Accessor )

static

Gets whether the parent body is not affected by it's child motion

Parameters

Accessor Constraint accessor to query

◆ GetProjectionParams()

void UConstraintInstanceBlueprintLibrary::GetProjectionParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool &	bEnableProjection,
		float &	ProjectionLinearAlpha,
		float &	ProjectionAngularAlpha
	)

static

Gets projection parameters of the constraint

Parameters

Accessor	Constraint accessor to query
bEnableProjection	true to enable projection
ProjectionLinearAlpha	how much linear projection to apply in [0,1] range
ProjectionAngularAlpha	how much angular projection to apply in [0,1] range

◆ SetAngularBreakable()

void UConstraintInstanceBlueprintLibrary::SetAngularBreakable	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bAngularBreakable,
		float	AngularBreakThreshold
	)

static

Sets Constraint Angular Breakable properties

Parameters

Accessor	Constraint accessor to change
bAngularBreakable	Whether it is possible to break the joint with angular force
AngularBreakThreshold	Torque needed to break the joint

◆ SetAngularDriveMode()

void UConstraintInstanceBlueprintLibrary::SetAngularDriveMode	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		EAngularDriveMode::Type	DriveMode
	)

static

Switches the angular drive mode between SLERP and Twist And Swing

Parameters

Accessor	Constraint accessor to change
DriveMode	The angular drive mode to use. SLERP uses shortest spherical path, but will not work if any angular constraints are locked. Twist and Swing decomposes the path into the different angular degrees of freedom but may experience gimbal lock

◆ SetAngularDriveParams()

void UConstraintInstanceBlueprintLibrary::SetAngularDriveParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		float	PositionStrength,
		float	VelocityStrength,
		float	InForceLimit
	)

static

Sets the drive params for the angular drive.

Parameters

Accessor	Constraint accessor to change
PositionStrength	Positional strength for the drive (stiffness)
VelocityStrength	Velocity strength of the drive (damping)
InForceLimit	Max force applied by the drive

◆ SetAngularLimits()

void UConstraintInstanceBlueprintLibrary::SetAngularLimits	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		TEnumAsByte< EAngularConstraintMotion >	Swing1MotionType,
		float	Swing1LimitAngle,
		TEnumAsByte< EAngularConstraintMotion >	Swing2MotionType,
		float	Swing2LimitAngle,
		TEnumAsByte< EAngularConstraintMotion >	TwistMotionType,
		float	TwistLimitAngle
	)

static

Sets COnstraint Angular Motion Ranges

Parameters

Accessor	Constraint accessor to change
Swing1MotionType	Type of swing motion ( first axis )
Swing1LimitAngle	Size of limit in degrees in [0, 180] range
Swing2MotionType	Type of swing motion ( second axis )
Swing2LimitAngle	Size of limit in degrees in [0, 180] range
TwistMotionType	Type of twist motion
TwistLimitAngle	Size of limit in degrees in [0, 180] range

◆ SetAngularOrientationTarget()

void UConstraintInstanceBlueprintLibrary::SetAngularOrientationTarget	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		const FRotator &	InPosTarget
	)

static

Sets the target orientation for the angular drive.

Parameters

Accessor	Constraint accessor to change
InPosTarget	Target orientation

◆ SetAngularPlasticity()

void UConstraintInstanceBlueprintLibrary::SetAngularPlasticity	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bAngularPlasticity,
		float	AngularPlasticityThreshold
	)

static

Sets Constraint Angular Plasticity properties

Parameters

Accessor	Constraint accessor to change
bAngularPlasticity	Whether it is possible to reset the target angle from the angular displacement
AngularPlasticityThreshold	Degrees needed to reset the rest state of the joint

◆ SetAngularSoftSwingLimitParams()

void UConstraintInstanceBlueprintLibrary::SetAngularSoftSwingLimitParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bSoftSwingLimit,
		float	SwingLimitStiffness,
		float	SwingLimitDamping,
		float	SwingLimitRestitution,
		float	SwingLimitContactDistance
	)

static

Sets Constraint Angular Soft Swing Limit parameters

Parameters

Accessor	Constraint accessor to change
bSoftSwingLimit	True is the swing limit is soft
SwingLimitStiffness	Stiffness of the soft swing limit. Only used when Soft limit is on ( positive value )
SwingLimitDamping	Damping of the soft swing limit. Only used when Soft limit is on ( positive value )
SwingLimitRestitution	Controls the amount of bounce when the constraint is violated. A restitution value of 1 will bounce back with the same velocity the limit was hit. A value of 0 will stop dead.
SwingLimitContactDistance	Determines how close to the limit we have to get before turning the joint on. Larger value will be more expensive, but will do a better job not violating constraints. A smaller value will be more efficient, but easier to violate.

◆ SetAngularSoftTwistLimitParams()

void UConstraintInstanceBlueprintLibrary::SetAngularSoftTwistLimitParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bSoftTwistLimit,
		float	TwistLimitStiffness,
		float	TwistLimitDamping,
		float	TwistLimitRestitution,
		float	TwistLimitContactDistance
	)

static

Sets Constraint Angular Soft Twist Limit parameters

Parameters

Accessor	Constraint accessor to change
bSoftTwistLimit	True is the twist limit is soft
TwistLimitStiffness	Stiffness of the soft Twist limit. Only used when Soft limit is on ( positive value )
TwistLimitDamping	Damping of the soft Twist limit. Only used when Soft limit is on ( positive value )
TwistLimitRestitution	Controls the amount of bounce when the constraint is violated. A restitution value of 1 will bounce back with the same velocity the limit was hit. A value of 0 will stop dead.
TwistLimitContactDistance	Determines how close to the limit we have to get before turning the joint on. Larger value will be more expensive, but will do a better job not violating constraints. A smaller value will be more efficient, but easier to violate.

◆ SetAngularVelocityDriveSLERP()

void UConstraintInstanceBlueprintLibrary::SetAngularVelocityDriveSLERP	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bEnableSLERP
	)

static

Enables/Disables the angular velocity slerp drive. Only relevant if the AngularDriveMode is set to SLERP

Parameters

Accessor	Constraint accessor to change
bEnableSLERP	Indicates whether the SLERP drive should be enabled. Only relevant if the AngularDriveMode is set to SLERP

◆ SetAngularVelocityDriveTwistAndSwing()

void UConstraintInstanceBlueprintLibrary::SetAngularVelocityDriveTwistAndSwing	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bEnableTwistDrive,
		bool	bEnableSwingDrive
	)

static

Enables/Disables angular velocity twist and swing drive. Only relevant if the AngularDriveMode is set to Twist and Swing

Parameters

Accessor	Constraint accessor to change
bEnableTwistDrive	Indicates whether the drive for the twist axis should be enabled. Only relevant if the AngularDriveMode is set to Twist and Swing
bEnableSwingDrive	Indicates whether the drive for the swing axis should be enabled. Only relevant if the AngularDriveMode is set to Twist and Swing

◆ SetAngularVelocityTarget()

void UConstraintInstanceBlueprintLibrary::SetAngularVelocityTarget	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		const FVector &	InVelTarget
	)

static

Sets the target velocity for the angular drive.

Parameters

Accessor	Constraint accessor to change
InVelTarget	Target velocity

◆ SetContactTransferScale()

void UConstraintInstanceBlueprintLibrary::SetContactTransferScale	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		float	ContactTransferScale
	)

static

Set Contact Transfer Scale

Parameters

Accessor	Constraint accessor to change
ContactTransferScale	Set Contact Transfer Scale onto joints parent

◆ SetDisableCollision()

void UConstraintInstanceBlueprintLibrary::SetDisableCollision	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bDisableCollision
	)

static

Sets whether bodies attched to the constraint can collide or not

Parameters

Accessor	Constraint accessor to change
bDisableCollision	true to disable collision between constrained bodies

◆ SetLinearBreakable()

void UConstraintInstanceBlueprintLibrary::SetLinearBreakable	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bLinearBreakable,
		float	LinearBreakThreshold
	)

static

Sets the Linear Breakable properties

Parameters

Accessor	Constraint accessor to change
bLinearBreakable	Whether it is possible to break the joint with linear force
LinearBreakThreshold	Force needed to break the joint

◆ SetLinearDriveParams()

void UConstraintInstanceBlueprintLibrary::SetLinearDriveParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		float	PositionStrength,
		float	VelocityStrength,
		float	InForceLimit
	)

static

Sets the drive params for the linear drive.

Parameters

Accessor	Constraint accessor to change
PositionStrength	Positional strength for the drive (stiffness)
VelocityStrength	Velocity strength of the drive (damping)
InForceLimit	Max force applied by the drive

◆ SetLinearLimits()

void UConstraintInstanceBlueprintLibrary::SetLinearLimits	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		TEnumAsByte< ELinearConstraintMotion >	XMotion,
		TEnumAsByte< ELinearConstraintMotion >	YMotion,
		TEnumAsByte< ELinearConstraintMotion >	ZMotion,
		float	Limit
	)

static

Sets Constraint Linear Motion Ranges

Parameters

Accessor	Constraint accessor to change
XMotion	Type of motion along the X axis
YMotion	Type of motion along the Y axis
ZMotion	Type of motion along the Z axis
Limit	linear limit to apply to all axis

◆ SetLinearPlasticity()

void UConstraintInstanceBlueprintLibrary::SetLinearPlasticity	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bLinearPlasticity,
		float	LinearPlasticityThreshold,
		TEnumAsByte< EConstraintPlasticityType >	PlasticityType
	)

static

Sets Constraint Linear Plasticity properties

Parameters

Accessor	Constraint accessor to change
bLinearPlasticity	Whether it is possible to reset the target position from the linear displacement
LinearPlasticityThreshold	Delta from target needed to reset the target joint

◆ SetLinearPositionDrive()

void UConstraintInstanceBlueprintLibrary::SetLinearPositionDrive	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bEnableDriveX,
		bool	bEnableDriveY,
		bool	bEnableDriveZ
	)

static

Enables/Disables linear position drive

Parameters

Accessor	Constraint accessor to change
bEnableDriveX	Indicates whether the drive for the X-Axis should be enabled
bEnableDriveY	Indicates whether the drive for the Y-Axis should be enabled
bEnableDriveZ	Indicates whether the drive for the Z-Axis should be enabled

◆ SetLinearPositionTarget()

void UConstraintInstanceBlueprintLibrary::SetLinearPositionTarget	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		const FVector &	InPosTarget
	)

static

Sets the target position for the linear drive.

Parameters

Accessor	Constraint accessor to change
InPosTarget	Target position

◆ SetLinearSoftLimitParams()

void UConstraintInstanceBlueprintLibrary::SetLinearSoftLimitParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bSoftLinearLimit,
		float	LinearLimitStiffness,
		float	LinearLimitDamping,
		float	LinearLimitRestitution,
		float	LinearLimitContactDistance
	)

static

Sets Constraint Linear Soft Limit parameters

Parameters

Accessor	Constraint accessor to change
bSoftLinearLimit	True is the linear limit is soft
LinearLimitStiffness	Stiffness of the soft linear limit. Only used when Soft limit is on ( positive value )
LinearLimitDamping	Damping of the soft linear limit. Only used when Soft limit is on ( positive value )
LinearLimitRestitution	Controls the amount of bounce when the constraint is violated. A restitution value of 1 will bounce back with the same velocity the limit was hit. A value of 0 will stop dead.
LinearLimitContactDistance	Determines how close to the limit we have to get before turning the joint on. Larger value will be more expensive, but will do a better job not violating constraints. A smaller value will be more efficient, but easier to violate.

◆ SetLinearVelocityDrive()

void UConstraintInstanceBlueprintLibrary::SetLinearVelocityDrive	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bEnableDriveX,
		bool	bEnableDriveY,
		bool	bEnableDriveZ
	)

static

Enables/Disables linear velocity drive

Parameters

Accessor	Constraint accessor to change
bEnableDriveX	Indicates whether the drive for the X-Axis should be enabled
bEnableDriveY	Indicates whether the drive for the Y-Axis should be enabled
bEnableDriveZ	Indicates whether the drive for the Z-Axis should be enabled

◆ SetLinearVelocityTarget()

void UConstraintInstanceBlueprintLibrary::SetLinearVelocityTarget	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		const FVector &	InVelTarget
	)

static

Sets the target velocity for the linear drive.

Parameters

Accessor	Constraint accessor to change
InVelTarget	Target velocity

◆ SetMassConditioningEnabled()

void UConstraintInstanceBlueprintLibrary::SetMassConditioningEnabled	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bEnableMassConditioning
	)

static

Enable or disable mass conditioning for the constraint.

◆ SetOrientationDriveSLERP()

void UConstraintInstanceBlueprintLibrary::SetOrientationDriveSLERP	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bEnableSLERP
	)

static

Enables/Disables the angular orientation slerp drive. Only relevant if the AngularDriveMode is set to SLERP

Parameters

Accessor	Constraint accessor to change
bEnableSLERP	Indicates whether the SLERP drive should be enabled. Only relevant if the AngularDriveMode is set to SLERP

◆ SetOrientationDriveTwistAndSwing()

void UConstraintInstanceBlueprintLibrary::SetOrientationDriveTwistAndSwing	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bEnableTwistDrive,
		bool	bEnableSwingDrive
	)

static

Enables/Disables angular orientation drive. Only relevant if the AngularDriveMode is set to Twist and Swing

Parameters

Accessor	Constraint accessor to change
bEnableSwingDrive	Indicates whether the drive for the swing axis should be enabled. Only relevant if the AngularDriveMode is set to Twist and Swing
bEnableTwistDrive	Indicates whether the drive for the twist axis should be enabled. Only relevant if the AngularDriveMode is set to Twist and Swing

◆ SetParentDominates()

void UConstraintInstanceBlueprintLibrary::SetParentDominates	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bParentDominates
	)

static

Sets whether the parent body is not affected by it's child motion

Parameters

Accessor	Constraint accessor to change
bParentDominates	true to avoid the parent being affected by its child motion

◆ SetProjectionParams()

void UConstraintInstanceBlueprintLibrary::SetProjectionParams	(	UPARAM(ref) FConstraintInstanceAccessor &	Accessor,
		bool	bEnableProjection,
		float	ProjectionLinearAlpha,
		float	ProjectionAngularAlpha
	)

static

Sets projection parameters of the constraint

Parameters

Accessor	Constraint accessor to change
bEnableProjection	true to enable projection
ProjectionLinearAlpha	how much linear projection to apply in [0,1] range
ProjectionAngularAlpha	how much angular projection to apply in [0,1] range

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

Engine/Source/Runtime/Engine/Classes/PhysicsEngine/ConstraintInstanceBlueprintLibrary.h
Engine/Source/Runtime/Engine/Private/PhysicsEngine/ConstraintInstanceBlueprintLibrary.cpp

Static Public Member Functions

Additional Inherited Members

Member Function Documentation

◆ CopyParams()

◆ GetAngularBreakable()

◆ GetAngularDriveMode()

◆ GetAngularDriveParams()

◆ GetAngularLimits()

◆ GetAngularOrientationTarget()

◆ GetAngularPlasticity()

◆ GetAngularSoftSwingLimitParams()

◆ GetAngularSoftTwistLimitParams()

◆ GetAngularVelocityDriveSLERP()

◆ GetAngularVelocityDriveTwistAndSwing()

◆ GetAngularVelocityTarget()

◆ GetAttachedBodyNames()

◆ GetContactTransferScale()

◆ GetDisableCollsion()

◆ GetLinearBreakable()

◆ GetLinearDriveParams()

◆ GetLinearLimits()

◆ GetLinearPlasticity()

◆ GetLinearPositionDrive()

◆ GetLinearPositionTarget()

◆ GetLinearSoftLimitParams()

◆ GetLinearVelocityDrive()

◆ GetLinearVelocityTarget()

◆ GetMassConditioningEnabled()

◆ GetOrientationDriveSLERP()

◆ GetOrientationDriveTwistAndSwing()

◆ GetParentDominates()

◆ GetProjectionParams()

◆ SetAngularBreakable()

◆ SetAngularDriveMode()

◆ SetAngularDriveParams()

◆ SetAngularLimits()

◆ SetAngularOrientationTarget()

◆ SetAngularPlasticity()

◆ SetAngularSoftSwingLimitParams()

◆ SetAngularSoftTwistLimitParams()

◆ SetAngularVelocityDriveSLERP()

◆ SetAngularVelocityDriveTwistAndSwing()

◆ SetAngularVelocityTarget()

◆ SetContactTransferScale()

◆ SetDisableCollision()

◆ SetLinearBreakable()

◆ SetLinearDriveParams()

◆ SetLinearLimits()

◆ SetLinearPlasticity()

◆ SetLinearPositionDrive()

◆ SetLinearPositionTarget()

◆ SetLinearSoftLimitParams()

◆ SetLinearVelocityDrive()

◆ SetLinearVelocityTarget()

◆ SetMassConditioningEnabled()

◆ SetOrientationDriveSLERP()

◆ SetOrientationDriveTwistAndSwing()

◆ SetParentDominates()

◆ SetProjectionParams()