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  3. UMetaHumanPerformance

UMetaHumanPerformance

MetaHuman Performance Asset

API > API/Plugins > API/Plugins/MetaHumanPerformance

MetaHuman Performance Asset

Produces an Animation Sequence for MetaHuman Control Rig by tracking facial expressions in video-footage from a Capture Source, imported through Capture Manager, using a SkeletalMesh obtained through MetaHuman Identity asset toolkit.

   
Name UMetaHumanPerformance
Type class
Header File /Engine/Plugins/MetaHuman/MetaHumanAnimator/Source/MetaHumanPerformance/Public/MetaHumanPerformance.h
Include Path #include "MetaHumanPerformance.h"

Syntax

UCLASS (BlueprintType)  
class UMetaHumanPerformance : public UObject

Inheritance Hierarchy

Constructors

Name Remarks Include Path Unreal Specifiers

UMetaHumanPerformance()

   MetaHumanPerformance.h  

Classes

Name Remarks
FOnProcessingFinishedDynamic  

Typedefs

Name Type Remarks Include Path
FOnControlRigClassChanged TMulticastDelegate_OneParam< void, TSubclassOf< class UControlRig > InControlRig >   MetaHumanPerformance.h
FOnDataInputTypeChanged TMulticastDelegate_OneParam< void, EDataInputType InProcessingType > Event delegates. MetaHumanPerformance.h
FOnDepthChanged TMulticastDelegate_FourParams< void, float InDepthDataNear, float InDepthDataFar, float InDepthMeshNear, float InDepthMeshFar >   MetaHumanPerformance.h
FOnExcludedFramesChanged TMulticastDelegate_NoParams< void >   MetaHumanPerformance.h
FOnFrameProcessed TMulticastDelegate_OneParam< void, int32 InFrame >   MetaHumanPerformance.h
FOnFrameRangeChanged TMulticastDelegate_TwoParams< void, int32 InStartFrame, int32 InEndFrame >   MetaHumanPerformance.h
FOnHeadMovementModeChanged TMulticastDelegate_OneParam< void, EPerformanceHeadMovementMode InHeadMovementMode >   MetaHumanPerformance.h
FOnHeadMovementReferenceFrameChanged TMulticastDelegate_TwoParams< void, bool bInAutoChooseHeadMovementReferenceFrame, uint32 InHeadMovementReferenceFrame >   MetaHumanPerformance.h
FOnIdentityChanged TMulticastDelegate_OneParam< void, class UMetaHumanIdentity *InIdentity >   MetaHumanPerformance.h
FOnNeutralPoseCalibrationChanged TMulticastDelegate_NoParams< void >   MetaHumanPerformance.h
FOnProcessingFinished TMulticastDelegate_OneParam< void, TSharedPtr< const UE::MetaHuman::Pipeline::FPipelineData > InPipelineData >   MetaHumanPerformance.h
FOnRealtimeAudioChanged TMulticastDelegate_OneParam< void, bool bInRealtimeAudio >   MetaHumanPerformance.h
FOnSourceDataChanged TMulticastDelegate_ThreeParams< void, class UFootageCaptureData *InFootageCaptureData, class USoundWave *InAudio, bool InResetRanges >   MetaHumanPerformance.h
FOnStage1ProcessingFinished TMulticastDelegate_NoParams< void >   MetaHumanPerformance.h
FOnVisualizeMeshChanged TMulticastDelegate_OneParam< void, class USkeletalMesh *InVisualizeMesh >   MetaHumanPerformance.h

Constants

Name Type Remarks Include Path
CurrentlyProcessedPerformance TWeakObjectPtr< UMetaHumanPerformance > Only one performance asset can be processed at the time MetaHumanPerformance.h

Variables

Public

Name Type Remarks Include Path Unreal Specifiers
AnimationData TArray64< struct FFrameAnimationData > A 64 bit version of Animation Data array to support serialization of longer takes. MetaHumanPerformance.h  
Audio TObjectPtr< class USoundWave > Audio of performance used with the Audio data input type MetaHumanPerformance.h
  • EditAnywhere
  • Category="Data"
  • Meta=(EditCondition="InputType == EDataInputType::Audio", EditConditionHides)
AudioChannelIndex uint32 Specify the audio channel used to solve into animation MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(ClampMin=0, ClampMax=64)
AudioDrivenAnimationModels FAudioDrivenAnimationModels The models to be used by audio driven animation MetaHumanPerformance.h
  • EditAnywhere
  • AdvancedDisplay
  • Category="Processing Parameters"
  • Meta=(DisplayName="Models", EditCondition="InputType == EDataInputType::Audio && !bRealtimeAudio", EditConditionHides)
AudioDrivenAnimationOutputControls EAudioDrivenAnimationOutputControls   MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(DisplayName="Process Mask", EditCondition="InputType == EDataInputType::Audio && !bRealtimeAudio", EditConditionHides)
AudioDrivenAnimationSolveOverrides FAudioDrivenAnimationSolveOverrides Settings to change the behavior of the audio driven animation solve MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(DisplayName="Solve Overrides", ExpandByDefault, EditCondition="InputType == EDataInputType::Audio && !bRealtimeAudio", EditConditionHides)
bAutoChooseHeadMovementReferenceFrame uint8 If set to true, automatically pick the most front - facing frame as the reference frame for control-rig head movement calculation, default to true. MetaHumanPerformance.h
  • EditAnywhere
  • AdvancedDisplay
  • Category="Visualization"
bDownmixChannels bool Downmix multi channel audio before solving into animation MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::Audio && !bRealtimeAudio", EditConditionHides)
bGenerateBlinks bool Flag indicating if we should generate blinks MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::Audio && !bRealtimeAudio", EditConditionHides)
bHeadStabilization bool Reduces noise in head position and orientation. MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::MonoFootage", EditConditionHides)
bNeutralPoseCalibrationEnabled bool If set to true perform neutral pose calibration for mono solve, default to false. MetaHumanPerformance.h
  • EditAnywhere
  • AdvancedDisplay
  • DisplayName="Enable Neutral Pose Calibration"
  • Category="Visualization"
bRealtimeAudio bool Flag indicating if we should use realtime audio solve MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::Audio", EditConditionHides)
bShowFramesAsTheyAreProcessed bool Flag indicating if editor updates current frame to show the results as frames are processed MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
bSkipDiagnostics bool Flag indicating whether processing diagnostics should be calculated during processing MetaHumanPerformance.h
  • EditAnywhere
  • BlueprintReadWrite
  • Category="Processing Diagnostics"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
bSkipFiltering bool Flag indicating if filtering should be skipped MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
bSkipPerVertexSolve bool Flag indicating if per-vertex solve (which is slow to process but gives slightly better animation results) should be skipped MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
bSkipPreview bool Flag indicating if performance predictive solver preview should be skipped MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
bSkipTongueSolve bool Flag indicating if tongue solving should be skipped MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
Camera FString Name of camera (view) in the footage capture data calibration to use for display and processing MetaHumanPerformance.h
  • EditAnywhere
  • Category="Data"
  • Meta=(EditCondition="InputType != EDataInputType::Audio", EditConditionHides)
CameraNames TArray< TSharedPtr< FString > > List of all RGB cameras (views) in the footage capture data MetaHumanPerformance.h  
CaptureDataConfig FString Display name of the config to use with the capture data MetaHumanPerformance.h
  • VisibleAnywhere
  • Transient
  • Category="Data"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
ContourTrackingResults TArray64< FFrameTrackingContourData > A 64 bit version of Contour Data array to support serialization of longer takes. MetaHumanPerformance.h  
ControlRigClass TSubclassOf< class UControlRig >   MetaHumanPerformance.h
  • EditAnywhere
  • Category="Visualization"
  • DisplayName="Control Rig"
DefaultSolver TObjectPtr< class UMetaHumanFaceAnimationSolver > Solver parameters for processing the footage MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
DefaultTracker TObjectPtr< class UMetaHumanFaceContourTrackerAsset > Tracker parameters for processing the footage MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
DepthMapDiagnosticResults TArray< FDepthMapDiagnosticsResult > Outputs. MetaHumanPerformance.h  
EndFrameToProcess uint32 The frame to end processing with MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
FocalLength float The estimated focal length of the footage MetaHumanPerformance.h
  • VisibleAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::MonoFootage", EditConditionHides)
FootageCaptureData TObjectPtr< class UFootageCaptureData > Real-world footage data with the performance MetaHumanPerformance.h
  • EditAnywhere
  • Category="Data"
  • Meta=(EditCondition="InputType != EDataInputType::Audio", EditConditionHides)
HeadMovementMode EPerformanceHeadMovementMode Head movement type MetaHumanPerformance.h
  • EditAnywhere
  • Category="Visualization"
HeadMovementReferenceFrame uint32 Which frame to use as reference frame for head pose (if Auto Choose Head Movement Reference Frame is not selected), default to first processed frame. MetaHumanPerformance.h
  • EditAnywhere
  • AdvancedDisplay
  • Category="Visualization"
  • Meta=(EditCondition="!bAutoChooseHeadMovementReferenceFrame")
HeadMovementReferenceFrameCalculated int32 Head reference frame, calculated from the two properties above. MetaHumanPerformance.h
  • Transient
Identity TObjectPtr< class UMetaHumanIdentity > A digital double of the person performing in the footage, captured in the MetaHuman Identity asset MetaHumanPerformance.h
  • EditAnywhere
  • Category="Data"
  • DisplayName="MetaHuman Identity"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
InputType EDataInputType Enum to indicate which data input type is being used for the performance MetaHumanPerformance.h
  • EditAnywhere
  • Category="Data"
MaximumScaleDifferenceFromIdentity float The maximum allowed percentage difference in estimated head scale between Identity and Performance. MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Diagnostics"
  • Meta=(ClampMin=0.0, ClampMax=100.0, EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
MaximumStereoBaselineDifferenceFromIdentity float The maximum allowed percentage difference in stereo baseline between Identity and Performance CaptureData camera calibrations. MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Diagnostics"
  • Meta=(ClampMin=0.0, ClampMax=100.0, EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
MinimumDepthMapFaceCoverage float The minimum percentage of the face region which should have valid depth-map pixels. MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Diagnostics"
  • Meta=(UIMin=0.0, UIMax=100.0, ClampMin=0.0, ClampMax=100.0, EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
MinimumDepthMapFaceWidth float The minimum required width of the face region on the depth-map in pixels. MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Diagnostics"
  • Meta=(ClampMin=0.0, ClampMax=10000.0, EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
MonoSmoothingParams TObjectPtr< UMetaHumanRealtimeSmoothingParams > Smoothing parameters to use for mono video processing MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • DisplayName="Smoothing"
  • Meta=(EditCondition="InputType == EDataInputType::MonoFootage", EditConditionHides)
NeutralPoseCalibrationAlpha double Neutral pose calibration alpha parameter, defaults to 1. MetaHumanPerformance.h
  • EditAnywhere
  • AdvancedDisplay
  • Category="Visualization"
  • Meta=(ClampMin=0.0, ClampMax=1.0)
NeutralPoseCalibrationCurves TArray< FName > Set of curve names to apply neutral pose calibration to. MetaHumanPerformance.h
  • EditAnywhere
  • AdvancedDisplay
  • Category="Visualization"
NeutralPoseCalibrationFrame uint32 Which frame to use as the neutral pose calibration for mono solve (if Enable Neutral Pose Calibration is selected), default to first processed frame. MetaHumanPerformance.h
  • EditAnywhere
  • AdvancedDisplay
  • Category="Visualization"
OnProcessingFinishedDynamic FOnProcessingFinishedDynamic Dynamic delegate called when the pipeline finishes running. MetaHumanPerformance.h
  • BlueprintAssignable
  • Category="Processing"
ProcessingExcludedFrames TArray< FFrameRange > Frames that the processing has identified as producing bad results and should not be exported MetaHumanPerformance.h
  • VisibleAnywhere
  • Category="Excluded frames"
ScaleEstimate float   MetaHumanPerformance.h  
SolveType ESolveType Enum to indicate which type of solve to perform MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
  • Meta=(EditCondition="InputType == EDataInputType::DepthFootage", EditConditionHides)
StartFrameToProcess uint32 The frame to start processing from MetaHumanPerformance.h
  • EditAnywhere
  • Category="Processing Parameters"
TimecodeAlignment ETimecodeAlignment Timecode alignment type MetaHumanPerformance.h
  • EditAnywhere
  • Category="Data"
UserExcludedFrames TArray< FFrameRange > Frames that the user has identified which are to be excluded from the processing, eg part of the footage where the face goes out of frame MetaHumanPerformance.h
  • EditAnywhere
  • Category="Excluded frames"
ViewportSettings TObjectPtr< class UMetaHumanPerformanceViewportSettings > Stores the viewport settings used in the Performance asset editor MetaHumanPerformance.h  
VisualizationMesh TObjectPtr< class USkeletalMesh > Set a different Skeletal Mesh (e.g. MetaHuman head) for visualizing the final animation MetaHumanPerformance.h
  • EditAnywhere
  • Category="Visualization"

Protected

Name Type Remarks Include Path Unreal Specifiers
AnimationResultsPinName FString   MetaHumanPerformance.h  
AudioDrivenAnimationViewportTransform const FTransform Rotation and push back needed so things appear correctly in the viewport. MetaHumanPerformance.h  
bBlockingProcessing bool   MetaHumanPerformance.h  
bEstimateFocalLengthOK bool   MetaHumanPerformance.h  
bIsScriptedProcessing bool   MetaHumanPerformance.h  
bMetaHumanAuthoringObjectsPresent bool   MetaHumanPerformance.h  
DepthMapDiagnosticsResultsPinName FString   MetaHumanPerformance.h  
EstimateFocalLengthErrorMessage FString   MetaHumanPerformance.h  
MediaFrameRanges TMap< TWeakObjectPtr< UObject >, TRange< FFrameNumber > >   MetaHumanPerformance.h  
OnControlRigClassChangedDelegate FOnControlRigClassChanged   MetaHumanPerformance.h  
OnDataInputTypeChangedDelegate FOnDataInputTypeChanged   MetaHumanPerformance.h  
OnExcludedFramesChangedDelegate FOnExcludedFramesChanged   MetaHumanPerformance.h  
OnFrameProcessedDelegate FOnFrameProcessed   MetaHumanPerformance.h  
OnFrameRangeChangedDelegate FOnFrameRangeChanged   MetaHumanPerformance.h  
OnGetCurrentFrameDelegate FFrameRangeArrayBuilder::FOnGetCurrentFrame   MetaHumanPerformance.h  
OnHeadMovementModeChangedDelegate FOnHeadMovementModeChanged   MetaHumanPerformance.h  
OnHeadMovementReferenceFrameChangedDelegate FOnHeadMovementReferenceFrameChanged   MetaHumanPerformance.h  
OnIdentityChangedDelegate FOnIdentityChanged   MetaHumanPerformance.h  
OnNeutralPoseCalibrationChangedDelegate FOnNeutralPoseCalibrationChanged   MetaHumanPerformance.h  
OnProcessingFinishedDelegate FOnProcessingFinished   MetaHumanPerformance.h  
OnRealtimeAudioChangedDelegate FOnRealtimeAudioChanged   MetaHumanPerformance.h  
OnSourceDataChangedDelegate FOnSourceDataChanged   MetaHumanPerformance.h  
OnStage1ProcessingFinishedDelegate FOnStage1ProcessingFinished   MetaHumanPerformance.h  
OnVisualizeMeshChangedDelegate FOnVisualizeMeshChanged   MetaHumanPerformance.h  
OverrideVisualizationMesh_DEPCRECATED TObjectPtr< class USkeletalMesh >   MetaHumanPerformance.h  
PipelineExcludedFrames TArray< FFrameRange >   MetaHumanPerformance.h  
PipelineFrameRanges TArray< FFrameRange >   MetaHumanPerformance.h  
PipelineFrameRangesIndex int32   MetaHumanPerformance.h  
Pipelines TArray< TSharedPtr< UE::MetaHuman::Pipeline::FPipeline > >   MetaHumanPerformance.h  
PipelineStage int32   MetaHumanPerformance.h  
PipelineStageStartTime double   MetaHumanPerformance.h  
PreviousTimecodeAlignment ETimecodeAlignment   MetaHumanPerformance.h  
ProcessingLimitFrameRange TRange< FFrameNumber >   MetaHumanPerformance.h  
ProcessingStartTime double   MetaHumanPerformance.h  
RateMatchingExcludedFrames TArray< FFrameRange >   MetaHumanPerformance.h  
RealtimeMonoSolver TSharedPtr< UE::MetaHuman::Pipeline::FHyprsenseRealtimeNode >   MetaHumanPerformance.h  
RealtimeSpeechToAnimSolver TSharedPtr< UE::MetaHuman::Pipeline::FRealtimeSpeechToAnimNode >   MetaHumanPerformance.h  
ScaleDiagnosticsResultsPinName FString   MetaHumanPerformance.h  
SolverConfigData FString   MetaHumanPerformance.h  
SolverDefinitionsData FString   MetaHumanPerformance.h  
SolverHierarchicalDefinitionsData FString   MetaHumanPerformance.h  
SolverTemplateData FString   MetaHumanPerformance.h  
SpeechToAnimSolver TSharedPtr< UE::MetaHuman::Pipeline::FSpeechToAnimNode >   MetaHumanPerformance.h  
TongueSolver TSharedPtr< UE::MetaHuman::Pipeline::FTongueTrackerNode >   MetaHumanPerformance.h  
TrackingResultsPinName FString   MetaHumanPerformance.h  

Functions

Public

Name Remarks Include Path Unreal Specifiers

FTransform AudioDrivenHeadPoseTransform ( const FTransform& InHeadBonePose
) const

   MetaHumanPerformance.h  

FTransform AudioDrivenHeadPoseTransformInverse ( const FTransform& InRootBonePose
) const

   MetaHumanPerformance.h  

FTransform CalculateReferenceFramePose()

 Calculate the head pose from the AnimationData, either using specified reference frame, or auto-selecting the best one MetaHumanPerformance.h  

void CancelPipeline()

   MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|Processing"

bool CanExportAnimation()

   MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|Export"

bool CanProcess()

   MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|Processing"

bool ContainsAnimationData()

 Returns true if there is at least one animation frame with valid data, false otherwise MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|AnimationData"

bool DepthCameraConsistentWithRGBCameraOrDiagnosticsNotEnabled()

 Returns true if the depth camera location is consistent with the RGB camera location, or diagnostics are not enabled MetaHumanPerformance.h  

bool DiagnosticsIndicatesProcessingIssue ( FText& OutDiagnosticsWarningMessage
) const

   MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|Diagnostics"

bool EstimateFocalLength ( FString& OutErrorMessage
)

 Estimate the focal length of the footage MetaHumanPerformance.h  

void ExportAnimation ( EPerformanceExportRange InExportRange
)

 (DEPRECATED: use UMetaHumanPerformanceExportUtils::ExportAnimation instead) Export an animation sequence targeting the face skeleton. MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|Export"

TSet< FString > GetAnimationCurveNames()

 Returns a list of animation curves used by this Performance MetaHumanPerformance.h  

TArray< struct FFrameAnimationData > GetAnimationData ( int32 InStartFrameNumber,
int32 InEndFrameNumber
) const

 Returns animation data (frame numbers are animation frame index not sequencer frame numbers) Caller is responsible to ensure data will fit into 32bit TArray MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|AnimationData"

TObjectPtr< class USoundWave > GetAudioForProcessing()

 Getter for audio to use for processing. Either audio in FootageCaptureData or overridden by Audio MetaHumanPerformance.h  

FTimecode GetAudioMediaTimecode()

 Getter for timecode from audio media MetaHumanPerformance.h  

FFrameRate GetAudioMediaTimecodeRate()

 Getter for timecode rate from audio media MetaHumanPerformance.h  

FText GetCannotProcessTooltipText()

 Returns tooltip text with a reason why processing cant be started MetaHumanPerformance.h  

EFrameRangeType GetExcludedFrame ( int32 InFrameNumber
) const

   MetaHumanPerformance.h  

TRange< FFrameNumber > GetExportFrameRange ( EPerformanceExportRange InExportRange
) const

   MetaHumanPerformance.h  

FTransform GetFirstValidAnimationPose()

 Returns the first valid pose in the AnimationData MetaHumanPerformance.h  

FFrameRate GetFrameRate()

   MetaHumanPerformance.h  

FString GetHashedPerformanceAssetID()

   MetaHumanPerformance.h  

const TMap< TWeakObjectPtr< UObject >, TRange< FFrameNumber > > & GetMediaFrameRanges()

   MetaHumanPerformance.h  

FFrameNumber GetMediaStartFrame()

   MetaHumanPerformance.h  

int32 GetNumberOfProcessedFrames()

   MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|AnimationData"

int32 GetPipelineStage()

   MetaHumanPerformance.h  

const TRange< FFrameNumber > & GetProcessingLimitFrameRange()

   MetaHumanPerformance.h  
Returns the effective Skeletal Mesh used for visualization. MetaHumanPerformance.h  

bool HasValidAnimationPose()

 Returns if any frame has valid pose in the AnimationData MetaHumanPerformance.h  

bool IsProcessing()

   MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|Processing"

FOnControlRigClassChanged & OnControlRigClassChanged()

   MetaHumanPerformance.h  

FOnDataInputTypeChanged & OnDataInputTypeChanged()

   MetaHumanPerformance.h  

FOnExcludedFramesChanged & OnExcludedFramesChanged()

   MetaHumanPerformance.h  

FOnFrameProcessed & OnFrameProcessed()

   MetaHumanPerformance.h  

FOnFrameRangeChanged & OnFrameRangeChanged()

   MetaHumanPerformance.h  

FFrameRangeArrayBuilder::FOnGetCurrentFrame & OnGetCurrentFrame()

   MetaHumanPerformance.h  

FOnHeadMovementModeChanged & OnHeadMovementModeChanged()

   MetaHumanPerformance.h  

FOnHeadMovementReferenceFrameChanged & OnHeadMovementReferenceFrameChanged()

   MetaHumanPerformance.h  

FOnIdentityChanged & OnIdentityChanged()

   MetaHumanPerformance.h  

FOnNeutralPoseCalibrationChanged & OnNeutralPoseCalibrationChanged()

   MetaHumanPerformance.h  

FOnProcessingFinished & OnProcessingFinished()

   MetaHumanPerformance.h  

FOnRealtimeAudioChanged & OnRealtimeAudioChanged()

   MetaHumanPerformance.h  

FOnSourceDataChanged & OnSourceDataChanged()

   MetaHumanPerformance.h  

FOnStage1ProcessingFinished & OnStage1ProcessingFinished()

   MetaHumanPerformance.h  

FOnVisualizeMeshChanged & OnVisualizeMeshChanged()

   MetaHumanPerformance.h  

void SetBlockingProcessing ( bool bInBlockingProcessing
)

   MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|Processing"

EStartPipelineErrorType StartPipeline ( bool bInIsScriptedProcessing
)

 Export options. MetaHumanPerformance.h
  • BlueprintCallable
  • Category="MetaHuman|Processing"

Overridden from UObject

Name Remarks Include Path Unreal Specifiers

virtual void BeginDestroy()

   MetaHumanPerformance.h  

virtual bool CanEditChange ( const FProperty* InProperty
) const

   MetaHumanPerformance.h  

virtual FPrimaryAssetId GetPrimaryAssetId()

   MetaHumanPerformance.h  

virtual void PostEditChangeProperty ( FPropertyChangedEvent& InPropertyChangedEvent
)

   MetaHumanPerformance.h  

virtual void PostEditUndo()

   MetaHumanPerformance.h  

virtual void PostInitProperties()

   MetaHumanPerformance.h  

virtual void PostLoad()

   MetaHumanPerformance.h  

virtual void PreEditChange ( FEditPropertyChain& InPropertyAboutToChange
)

   MetaHumanPerformance.h  

virtual void Serialize ( FArchive& Ar
)

   MetaHumanPerformance.h  

Static

Name Remarks Include Path Unreal Specifiers

static FVector GetSkelMeshReferenceBoneLocation ( USkeletalMeshComponent* InSkelMeshComponent,
const FName& InBoneName
)

 Returns a bone position in the reference skeleton - used to account for variations in the heights of different MetaHumans MetaHumanPerformance.h  

Deprecated Variables

Name Type Remarks Include Path Unreal Specifiers
ControlRig_DEPRECATED TObjectPtr< class UControlRigBlueprint > Control Rig used to drive the animation MetaHumanPerformance.h  

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