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  3. UControlRig

UControlRig

Runs logic for mapping input data to transforms (the "Rig")

API > API/Plugins > API/Plugins/ControlRig

Runs logic for mapping input data to transforms (the "Rig")

   
Name UControlRig
Type class
Header File /Engine/Plugins/Animation/ControlRig/Source/ControlRig/Public/ControlRig.h
Include Path #include "ControlRig.h"

Syntax

UCLASS (MinimalAPI, Blueprintable, Abstract, EditInlineNew)  
class UControlRig :  
    public URigVMHost ,  
    public INodeMappingProviderInterface ,  
    public IRigHierarchyProvider ,  
    public IMeshDeformerProducer

Inheritance Hierarchy

Implements Interfaces

Derived Classes

Constructors

Name Remarks Include Path Unreal Specifiers

UControlRig ( const FObjectInitializer& ObjectInitializer
)

   ControlRig.h  

Classes

Name Remarks
FAnimAttributeContainerPtrScope  
FControlModifiedEvent Bindable event for external objects to be notified of Control changes
FControlRigBoundEvent Bindable event to notify object binding change.
FControlRigExecuteEvent  
FControlSelectedEvent Bindable event for external objects to be notified that a Control is Selected
FControlUndoBracketEvent Bindable event to manage undo / redo brackets in the client
FFilterControlEvent Bindable event for external objects to contribute to / filter a control value
FOnControlSelectedBP_MCSignature To support Blueprints/scripting, we need a different delegate type (a 'Dynamic' delegate) which supports looser style UFunction binding (using names).
FPoseScope Class used to temporarily cache current pose of the hierarchy restore it on destruction, similar to UControlRigBlueprint::FControlValueScope
FTransientControlPoseScope Class used to temporarily cache current pose of transient controls restore them after a ResetPoseToInitial call, which allows user to move bones in construction mode
FTransientControlScope Class used to temporarily cache current transient controls restore them after a CopyHierarchy call

Structs

Name Remarks
FOnControlSelectedBP  
FOnControlSelectedBPInfoGetter  
FRigSetControlValueInfo  
FRigSwitchParentInfo  

Typedefs

Name Type Remarks Include Path
FControlRigBeginDestroyEvent FMeshDeformerBeginDestroyEvent   ControlRig.h
FGetExternalAssetUserData TBaseDelegate_NoParams< TArray< TObjectPtr< UAssetUserData > > >   ControlRig.h

Constants

Name Type Remarks Include Path
OwnerComponent const FName   ControlRig.h

Variables

Public

Name Type Remarks Include Path Unreal Specifiers
bIsClearingTransientControls bool   ControlRig.h  
bRecordSelectionPoseForConstructionMode bool   ControlRig.h  
ExecutionType ERigExecutionType   ControlRig.h
  • Transient
HierarchySettings FRigHierarchySettings   ControlRig.h  
InputPoseOnDebuggedRig FRigPose   ControlRig.h  
SelectionPoseForConstructionMode TMap< FRigElementKey, FTransform >   ControlRig.h  

Protected

Name Type Remarks Include Path Unreal Specifiers
bControlsVisible bool Whether controls are visible ControlRig.h
  • Transient
BeginDestroyEvent FMeshDeformerBeginDestroyEvent Broadcasts a notification just before the controlrig is destroyed. ControlRig.h  
bEnableAnimAttributeTrace bool   ControlRig.h  
bSuspendOverrideAssetChangedDelegate bool   ControlRig.h  
DataSourceRegistry TObjectPtr< UAnimationDataSourceRegistry > The registry to access data source ControlRig.h
  • Transient
DebugBoneRadiusMultiplier float   ControlRig.h  
ExternalAnimAttributeContainer UE::Anim::FMeshAttributeContainer *   ControlRig.h  
InputAnimAttributeSnapshot UE::Anim::FMeshAttributeContainer   ControlRig.h  
OutputAnimAttributeSnapshot UE::Anim::FMeshAttributeContainer   ControlRig.h  
OverrideAssets TArray< TObjectPtr< UControlRigOverrideAsset > >   ControlRig.h
  • Transient
PhysicsSimulations TMap< FRigComponentKey, TSharedPtr< FRigPhysicsSimulationBase > > Physics Simulations (i.e. the simulations instantiated based on the Physics Solver components) ControlRig.h  
PostConstructionEvent FControlRigExecuteEvent Broadcasts a notification whenever the controlrig has been setup. ControlRig.h  
PostForwardsSolveEvent FControlRigExecuteEvent Broadcasts a notification after a forward solve has been initiated ControlRig.h  
PreAdditiveValuesApplicationEvent FControlRigExecuteEvent Broadcasts a notification before additive controls have been applied ControlRig.h  
PreConstructionEvent FControlRigExecuteEvent Broadcasts a notification just before the controlrig is setup. ControlRig.h  
PreConstructionForUIEvent FControlRigExecuteEvent Broadcasts a notification when launching the construction event ControlRig.h  
PreForwardsSolveEvent FControlRigExecuteEvent Broadcasts a notification before a forward solve has been initiated ControlRig.h  
PreviewInstance UAnimPreviewInstance *   ControlRig.h  
Replay TObjectPtr< UControlRigReplay >   ControlRig.h  
ReplayTimeIndex int32   ControlRig.h  
RigModulePrefix FString   ControlRig.h
  • Transient
RigModuleSettings FRigModuleSettings   ControlRig.h  
RigVMExtendedExecuteContext FRigVMExtendedExecuteContext   ControlRig.h
  • Transient
TransformOverrideForUserCreatedBones TMap< FName, FTransform > This is needed because PreviewInstance->ModifyBone(...) cannot modify user created bones, ControlRig.h  

Functions

Public

Name Remarks Include Path Unreal Specifiers

bool AllConnectorsAreResolved ( FString* OutFailureReason,
FRigElementKey* OutConnector
) const

   ControlRig.h  

void ApplySelectionPoseForConstructionMode ( const FName& InEventName
)

   ControlRig.h  

void ApplyTransformOverrideForUserCreatedBones()

   ControlRig.h  

virtual TArray< FRigControlElement * > AvailableControls()

   ControlRig.h  

virtual bool ClearControlSelection ( bool bSetupUndo
)

   ControlRig.h
  • BlueprintCallable
  • Category="Control Rig"
Resets the stored pose coming from the anim sequence. ControlRig.h  

bool ContainsSimulation()

   ControlRig.h  

FFilterControlEvent & ControlFilter()

 Returns a event that can be used to subscribe to filtering control data when needed ControlRig.h  

FControlModifiedEvent & ControlModified()

 Returns a event that can be used to subscribe to change notifications coming from the manipulated subject. ControlRig.h  

FControlRigBoundEvent & ControlRigBound()

   ControlRig.h  

FControlSelectedEvent & ControlSelected()

 Returns a event that can be used to subscribe to selection changes coming from the manipulated subject. ControlRig.h  

FControlUndoBracketEvent & ControlUndoBracket()

 Returns an event that can be used to subscribe to Undo Bracket requests such as Open and Close. ControlRig.h  

virtual void CreateRigControlsForCurveContainer()

   ControlRig.h  
Creates a transformable control handle for the specified control to be used by the constraints system. ControlRig.h
  • BlueprintCallable
  • Category="Control Rig | Constraints"

virtual TArray< FName > CurrentControlSelection()

   ControlRig.h
  • BlueprintPure
  • Category="Control Rig"

void DisableReplay()

   ControlRig.h  

bool EvaluateSkeletalMeshComponent ( double InDeltaTime
)

 Ticks animation of the skeletal mesh component bound to this control rig ControlRig.h  

virtual FRigControlElement * FindControl ( const FName& InControlName
) const

   ControlRig.h  

virtual FText GetCategory()

 Get the category of this ControlRig (for display in menus) ControlRig.h  

const FRigControlElementCustomization * GetControlCustomization ( const FRigElementKey& InControl
) const

   ControlRig.h  

virtual FTransform GetControlGlobalTransform ( const FName& InControlName
) const

   ControlRig.h  

virtual FTransform GetControlLocalTransform ( const FName& InControlName
)

   ControlRig.h  

virtual void GetControlsInOrder ( TArray< FRigControlElement* >& SortedControls
) const

   ControlRig.h  

FVector GetControlSpecifiedEulerAngle ( const FRigControlElement* InControlElement,
bool bIsInitial
) const

   ControlRig.h  

bool GetControlsVisible()

   ControlRig.h  

FRigControlValue GetControlValue ( FRigControlElement* InControl,
const ERigControlValueType& InValueType
) const

   ControlRig.h  

FRigControlValue GetControlValue ( const FName& InControlName
) const

 Returns the value of a Control. ControlRig.h  

virtual FRigControlValue GetControlValueFromGlobalTransform ( const FName& InControlName,
const FTransform& InGlobalTransform,
ERigTransformType::Type InTransformType
)

   ControlRig.h  

UAnimationDataSourceRegistry * GetDataSourceRegistry()

 Data Source Registry Getter ControlRig.h  

float GetDebugBoneRadiusMultiplier()

   ControlRig.h  
  ControlRig.h  
Returns the redirector from key to key for this rig. ControlRig.h  
  ControlRig.h
  • BlueprintPure
  • Category="Control Rig"

AActor * GetHostingActor()

 Find the actor the rig is bound to, if any ControlRig.h
  • BlueprintPure
  • Category="Control Rig"

FTransform GetInitialLocalTransform ( const FRigElementKey& InKey
)

   ControlRig.h  

UControlRig * GetInteractionRig()

   ControlRig.h  

TSubclassOf< UControlRig > GetInteractionRigClass()

   ControlRig.h
  • BlueprintGetter
  • Meta=(DeprecatedFunction, DeprecationMessage="InteractionRig is no longer used")
The active override asset is the last one linked to this control rig, which can be used to record changes. ControlRig.h  
  ControlRig.h  

virtual void GetMappableNodeData ( TArray< FName >& OutNames,
TArray< FNodeItem >& OutNodeItems
) const

 INodeMappingInterface implementation ControlRig.h  

TSharedPtr< IControlRigObjectBinding > GetObjectBinding()

   ControlRig.h  

const UControlRigOverrideAsset * GetOverrideAsset ( int32 InIndex
) const

   ControlRig.h  
  ControlRig.h  

UControlRig * GetParentRig()

 Returns the parent rig hosting this module instance. ControlRig.h  
Returns the physics simulation given the key of the component used to create it ControlRig.h  

const FRigPhysicsSimulationBase * GetPhysicsSimulation ( const FRigComponentKey& InComponentKey
) const

 Returns the physics simulation given the key of the component used to create it ControlRig.h  

int32 GetReplayTimeIndex()

   ControlRig.h  

TGuardValue< bool > GetResetCurrentTransformsAfterConstructionGuard ( bool bNewValue
)

   ControlRig.h  

const FString & GetRigModuleNameSpace()

 Returns the namespace of this module (for example ArmModule::) ControlRig.h  

const FString & GetRigModulePrefix()

 Returns the module prefix of this module (for example Arm/ ) ControlRig.h  

const FRigModuleSettings & GetRigModuleSettings()

 Returns the settings of the module this instance belongs to. ControlRig.h  

virtual const TArray< TSoftObjectPtr< UControlRigShapeLibrary > > & GetShapeLibraries()

   ControlRig.h  

uint32 GetShapeLibraryHash()

   ControlRig.h  

const TMap< FString, FString > & GetShapeLibraryNameMap()

   ControlRig.h  

virtual FText GetToolTipText()

 Get the tooltip text to display for this node (displayed in graphs and from context menus) ControlRig.h  

virtual bool InitializeVMs ( const FName& InEventName
)

   ControlRig.h  

virtual void InitializeVMs ( bool bInitRigUnits
)

   ControlRig.h  

TArray< FRigControlElement * > InvertInputPose ( const TArray< FRigElementKey >& InElements,
EControlRigSetKey InSetKey
)

 For additive rigs, will set control values by inverting the pose found after the backwards solve Returns the array of control elements that were modified ControlRig.h  

virtual bool IsAdditive()

   ControlRig.h  

virtual bool IsConstructionModeEnabled()

   ControlRig.h  

bool IsConstructionRequired()

   ControlRig.h  

virtual bool IsControlSelected ( const FName& InControlName
) const

   ControlRig.h
  • BlueprintPure
  • Category="Control Rig"

bool IsCurveControl ( const FRigControlElement* InControlElement
) const

   ControlRig.h  

bool IsLinkedToOverrideAsset ( const UControlRigOverrideAsset* InOverrideAsset
) const

   ControlRig.h  

bool IsModularRig()

 Returns true if this rig is a modular rig (of class UModularRig) ControlRig.h  

bool IsNativeRig()

 Returns true if this is a native rig (implemented in C++) ControlRig.h  

bool IsReplayEnabled()

   ControlRig.h  

bool IsRigModule()

 Returns true if the rig is defined as a rig module. ControlRig.h  
Returns true if this rig is an instance module. ControlRig.h  

bool IsStandaloneRig()

 Returns true if this is a standalone rig (of class UControlRig and not modular) ControlRig.h  

int32 LinkOverrideAsset ( UControlRigOverrideAsset* InOverrideAsset
)

   ControlRig.h  

virtual bool ManipulationEnabled()

 Returns true if this manipulatable subject is currently available for manipulation / is enabled. ControlRig.h  

int32 NumOverrideAssets()

   ControlRig.h  

FControlRigOverrideAssetsChanged & OnOverrideAssetsChanged()

   ControlRig.h  

FControlRigExecuteEvent & OnPostConstruction_AnyThread()

   ControlRig.h  

FControlRigExecuteEvent & OnPostForwardsSolve_AnyThread()

   ControlRig.h  

FControlRigExecuteEvent & OnPreAdditiveValuesApplication_AnyThread()

   ControlRig.h  

FControlRigExecuteEvent & OnPreConstruction_AnyThread()

   ControlRig.h  

FControlRigExecuteEvent & OnPreConstructionForUI_AnyThread()

   ControlRig.h  

FControlRigExecuteEvent & OnPreForwardsSolve_AnyThread()

   ControlRig.h  

FRigEventDelegate & OnRigEvent_AnyThread()

   ControlRig.h  

void PostReinstanceCallback ( const UControlRig* Old
)

 Called after post reinstance when compilng blueprint by Sequencer ControlRig.h  

bool RegisterPhysicsSimulation ( TSharedPtr< FRigPhysicsSimulationBase > PhysicsSimulation,
const FRigComponentKey& InComponentKey
)

 Registers and stores (taking ownership) of a physics simulation. ControlRig.h  

void RequestConstruction()

 Requests to perform construction during the next execution ControlRig.h
  • BlueprintCallable
  • Category="Control Rig"

virtual void RequestInitVMs()

   ControlRig.h  

void ResetControlValues()

 Removes any stored additive control values ControlRig.h  

void ResetRecordedTransforms ( const FName& InEventName
)

 Resets the recorded transform changes ControlRig.h  

virtual void SelectControl ( const FName& InControlName,
bool bSelect,
bool bSetupUndo
)

 Selects or deselects an element in the hierarchy ControlRig.h
  • BlueprintCallable
  • Category="Control Rig"

virtual void SetBoneInitialTransformsFromAnimInstance ( UAnimInstance* InAnimInstance
)

 Setup the initial transform / ref pose of the bones based upon an anim instance This uses the current refpose instead of the RefSkeleton pose. ControlRig.h  

virtual void SetBoneInitialTransformsFromAnimInstanceProxy ( const FAnimInstanceProxy* InAnimInstanceProxy
)

 Setup the initial transform / ref pose of the bones based upon an anim instance proxy This uses the current refpose instead of the RefSkeleton pose. ControlRig.h  

virtual void SetBoneInitialTransformsFromRefSkeleton ( const FReferenceSkeleton& InReferenceSkeleton
)

 Setup the initial transforms / ref pose of the bones based on a reference skeleton This uses the RefSkeleton pose instead of the current refpose. ControlRig.h  

virtual void SetBoneInitialTransformsFromSkeletalMesh ( USkeletalMesh* InSkeletalMesh
)

 Setup the initial transforms / ref pose of the bones based on a skeletal mesh This uses the RefSkeleton pose instead of the current refpose. ControlRig.h  

virtual void SetBoneInitialTransformsFromSkeletalMeshComponent ( USkeletalMeshComponent* InSkelMeshComp,
bool bUseAnimInstance
)

 Setup the initial transform / ref pose of the bones based upon skeletal mesh component (ref skeleton) This uses the RefSkeleton pose instead of the current refpose (or vice versae is bUseAnimInstance == true) ControlRig.h  

void SetControlCustomization ( const FRigElementKey& InControl,
const FRigControlElementCustomization& InCustomization
)

   ControlRig.h  

bool SetControlGlobalTransform ( const FName& InControlName,
const FTransform& InGlobalTransform,
bool bNotify,
const FRigControlModifiedContext& Context,
bool bSetupUndo,
bool bPrintPythonCommands,
bool bFixEulerFlips
)

   ControlRig.h  

virtual void SetControlLocalTransform ( const FName& InControlName,
const FTransform& InLocalTransform,
bool bNotify,
const FRigControlModifiedContext& Context,
bool bSetupUndo,
bool bFixEulerFlips
)

   ControlRig.h  

void SetControlsVisible ( const bool bIsVisible
)

   ControlRig.h  

void SetControlValue ( const FName& InControlName,
T InValue,
bool bNotify,
const FRigControlModifiedContext& Context,
bool bSetupUndo,
bool bPrintPythonCommnds,
bool bFixEulerFlips
)

 Sets the relative value of a Control. ControlRig.h  

virtual void SetControlValueImpl ( const FName& InControlName,
const FRigControlValue& InValue,
bool bNotify,
const FRigControlModifiedContext& Context,
bool bSetupUndo,
bool bPrintPythonCommnds,
bool bFixEulerFlips
)

 Sets the relative value of a Control. ControlRig.h  

void SetDynamicHierarchy ( TObjectPtr< URigHierarchy > InHierarchy
)

   ControlRig.h  

virtual void SetElementKeyRedirector ( const FRigElementKeyRedirector InElementRedirector
)

 Returns the redirector from key to key for this rig. ControlRig.h  

void SetInteractionRig ( UControlRig* InInteractionRig
)

   ControlRig.h
  • BlueprintSetter
  • Meta=(DeprecatedFunction, DeprecationMessage="InteractionRig is no longer used")

void SetInteractionRigClass ( TSubclassOf< UControlRig > InInteractionRigClass
)

   ControlRig.h
  • BlueprintSetter
  • Meta=(DeprecatedFunction, DeprecationMessage="InteractionRig is no longer used")

void SetIsAdditive ( const bool bInIsAdditive
)

   ControlRig.h  

virtual bool SetManipulationEnabled ( bool Enabled
)

 Sets the manipulatable subject to enabled or disabled. ControlRig.h  

void SetObjectBinding ( TSharedPtr< IControlRigObjectBinding > InObjectBinding
)

 Setup bindings to a runtime object (or clear by passing in nullptr). ControlRig.h  

void SetReplay ( UControlRigReplay* InReplay
)

   ControlRig.h  

void SetReplayTimeIndex ( int32 InReplayTimeIndex
)

   ControlRig.h  

void SetSuspendOverrideAssetChangedDelegate ( bool bSuspended
)

   ControlRig.h  

virtual FTransform SetupControlFromGlobalTransform ( const FName& InControlName,
const FTransform& InGlobalTransform
)

   ControlRig.h  

virtual bool ShouldApplyLimits()

   ControlRig.h  

bool SupportsBackwardsSolve()

 Contains a backwards solve event ControlRig.h
  • BlueprintCallable
  • Category="Control Rig"

bool SupportsEvent ()

   ControlRig.h  

void SwitchToParent ( const FRigElementKey& InElementKey,
const FRigElementKey& InNewParentKey,
bool bInitial,
bool bAffectChildren
)

   ControlRig.h  

void ToggleControlsVisible()

   ControlRig.h  

bool UnlinkAllOverrideAssets()

   ControlRig.h  

bool UnlinkOverrideAsset ( UControlRigOverrideAsset* InContainer
)

   ControlRig.h  

Overridden from URigVMHost

Name Remarks Include Path Unreal Specifiers

virtual void AdaptEventQueueForEvaluate ( TArray< FName >& InOutEventQueueToRun
)

   ControlRig.h  

virtual void Evaluate_AnyThread()

 Evaluates the ControlRig ControlRig.h  

virtual bool Execute ( const FName& InEventName
)

   ControlRig.h  

virtual bool Execute_Internal ( const FName& InEventName
)

   ControlRig.h  

virtual const TArray< UAssetUserData * > * GetAssetUserDataArray()

   ControlRig.h  

virtual USceneComponent * GetOwningSceneComponent()

   ControlRig.h  

virtual UScriptStruct * GetPublicContextStruct()

   ControlRig.h  

virtual const TArray< FName > & GetSupportedEvents()

   ControlRig.h  

virtual UWorld * GetWorld()

   ControlRig.h  

virtual void Initialize ( bool bInitRigUnits
)

 Initialize things for the ControlRig ControlRig.h  

virtual bool InitializeVM ( const FName& InEventName
)

 Initialize the VM ControlRig.h  

virtual void PostInitInstanceIfRequired()

   ControlRig.h  

virtual void RequestInit()

   ControlRig.h  

virtual bool SupportsEvent ( const FName& InEventName
) const

   ControlRig.h  

Overridden from UObject

Name Remarks Include Path Unreal Specifiers

virtual void BeginDestroy()

   ControlRig.h  

virtual void PostEditChangeProperty ( FPropertyChangedEvent& PropertyChangedEvent
)

   ControlRig.h  

virtual void PostLoad()

   ControlRig.h  

virtual void PreEditChange ( FProperty* PropertyAboutToChange
)

   ControlRig.h  

virtual void Serialize ( FArchive& Ar
)

   ControlRig.h  

Overridden from IRigHierarchyProvider

Name Remarks Include Path Unreal Specifiers
  ControlRig.h  

Overridden from IMeshDeformerProducer

Name Remarks Include Path Unreal Specifiers

virtual FMeshDeformerBeginDestroyEvent & OnBeginDestroy()

   ControlRig.h  

Protected

Name Remarks Include Path Unreal Specifiers

virtual void EmitPostConstructionEventFinished()

   ControlRig.h  

const FRigInfluenceMap * FindInfluenceMap ( const FName& InEventName
)

   ControlRig.h  

uint8 GetInteractionType()

   ControlRig.h  

void HandleHierarchyEvent ( URigHierarchy* InHierarchy,
const FRigEventContext& InEvent
)

   ControlRig.h  

virtual void InitializeVMsFromCDO()

   ControlRig.h  

bool IsInteracting()

   ControlRig.h  

bool IsRunningPostConstruction()

   ControlRig.h  

bool IsRunningPreConstruction()

   ControlRig.h  

bool IsSyncingWithOtherRig()

   ControlRig.h  

void OnAddShapeLibrary ( const FControlRigExecuteContext* InContext,
const FString& InLibraryName,
UControlRigShapeLibrary* InShapeLibrary,
bool bLogResults
)

   ControlRig.h  

void OnHierarchyTransformUndoRedo ( URigHierarchy* InHierarchy,
const FRigElementKey& InKey,
ERigTransformType::Type InTransformType,
const FTransform& InTransform,
bool bIsUndo
)

   ControlRig.h  

bool OnShapeExists ( const FName& InShapeName
) const

   ControlRig.h  

void RestoreShapeLibrariesFromCDO()

   ControlRig.h  

Overridden from URigVMHost

Name Remarks Include Path Unreal Specifiers

virtual void InitializeFromCDO()

   ControlRig.h  

virtual void PostInitInstance ( URigVMHost* InCDO
)

   ControlRig.h  

Static

Name Remarks Include Path Unreal Specifiers

static void DeclareConstructClasses ( TArray< FTopLevelAssetPath >& OutConstructClasses,
const UClass* SpecificSubclass
)

   ControlRig.h  

static TArray< UControlRig * > FindControlRigs ( UObject* Outer,
TSubclassOf< UControlRig > OptionalClass
)

   ControlRig.h
  • BlueprintCallable
  • Category=ControlRig

static FRigElementKey GetElementKeyFromTransientControl ( const FRigElementKey& InKey
)

   ControlRig.h  

static FName GetNameForTransientControl ( const FRigElementKey& InElement
)

   ControlRig.h  

static FString GetNodeNameFromTransientControl ( const FRigElementKey& InKey
)

   ControlRig.h  

static FRigUnit * GetRigUnitInstanceFromScope ( TSharedPtr< FStructOnScope > InScope
)

   ControlRig.h  

static FString GetTargetFromTransientControl ( const FRigElementKey& InKey
)

   ControlRig.h  

static void OnHierarchyTransformUndoRedoWeak ( URigHierarchy* InHierarchy,
const FRigElementKey& InKey,
ERigTransformType::Type InTransformType,
const FTransform& InTransform,
bool bIsUndo,
TWeakObjectPtr< UControlRig > WeakThis
)

   ControlRig.h  

Deprecated Variables

Name Type Remarks Include Path Unreal Specifiers
GizmoLibrary_DEPRECATED TSoftObjectPtr< UControlRigShapeLibrary >   ControlRig.h  
InputProperties_DEPRECATED TMap< FName, FCachedPropertyPath > You either go Input or Output, currently if you put it in both place, Output will override ControlRig.h  
OutputProperties_DEPRECATED TMap< FName, FCachedPropertyPath >   ControlRig.h  

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