FIKRetargetPelvicMotionOpSettings

API > API/Plugins > API/Plugins/RelativeIKOp


Name	FIKRetargetPelvicMotionOpSettings
Type	struct
Header File	/Engine/Plugins/Experimental/Animation/RelativeIKOp/Source/RelativeIKOp/Public/RelativePelvicMotionOp.h
Include Path	#include "RelativePelvicMotionOp.h"

Syntax

USTRUCT (BlueprintType , Meta=(DisplayName="Relative Pelvic Motion Settings"))  
struct FIKRetargetPelvicMotionOpSettings : public FIKRetargetOpSettingsBase

Inheritance Hierarchy

FIKRetargetOpSkeletonProvider → FIKRetargetOpSettingsBase → FIKRetargetPelvicMotionOpSettings

Variables

Public

Name	Type	Remarks	Include Path	Unreal Specifiers
bDebugDrawBodyPairs	bool	Draw source and target body pair relationships for current animation.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Debug"
bDebugDrawBodyTransforms	bool	Show body-local transform setup (like baked verts)	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Debug"
bDebugDrawGoalContributions	bool	Draw each pair's goal contribution (white) and show weighted final goal location (yellow)	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Debug"
bDebugDrawPhysicsBodies	bool	Display source and target physics bodies for baked data.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Debug"
bDebugDrawRetargetVertAverages	bool	Draw retarget pair-line for each pair contribution.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Debug"
bDryRun	bool	Run op and display debug info but DON'T update IK Goals.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Debug"
bIgnoreSourceScale	bool	Ignore source scaling when computing relative distance relationships.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Parameters"
BodyMapping	TMap< FName, FName >	Physics body source -> target name mapping.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Source Target Mapping" Meta=(ReinitializeOnEdit)
CheckPropBones	TArray< FPinBoneSettings >	List of attach (prop) bones that can contribute to pelvic motion relationships NOTE: unlike relative ik, these bones are not pinned by the op	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Prop Settings" Meta=(ReinitializeOnEdit)
ContributionSumWeight	double	IK Goal normalization (internally multiplied by total of contribution weights)	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Parameters" Meta=(ClampMin="0", ClampMax="1")
DebugFullRetargetPairBones	TArray< FName >	Draw full retarget space (quad) pair relationships.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Debug" Meta=(NotOverrideable)
DistanceThreshold	double	Maximum distance for which body pair info is baked.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Parameters" Meta=(ClampMin="0.1")
DistanceWeightMode	EDistanceWeightMode	DistHalfPointLambda*DistanceThreshold is the place where distance weight value be 0.5.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Parameters"
DistHalfPointLambda	double	DistHalfPointLambda*DistanceThreshold is the place where distance weight value be 0.5.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Parameters" Meta=(ClampMin="0.01", ClampMax="0.99")
RetargetContactAlpha	double	Alpha from contact-body to secondary body representation in contribution pairs.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Parameters" Meta=(ClampMin="0", ClampMax="1")
RetargetSpringAlpha	double	Alpha between primary and secondary pair distance relationship.	RelativePelvicMotionOp.h	BlueprintReadWrite Category="Parameters"
TargetPelvicBone	FName	Physics body source -> target name mapping.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Target" Meta=(ReinitializeOnEdit)
TargetPhysicsAssetOverride	TObjectPtr< UPhysicsAsset >	Target mesh physics asset for retargeting relative body pair vertices.	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Physics" Meta=(ReinitializeOnEdit)
TemporalSmoothingRadius	int32	Frames of temporal smoothing of body pair verts (0 is no smoothing)	RelativePelvicMotionOp.h	EditAnywhere BlueprintReadWrite Category="Parameters" Meta=(ClampMin="0", ClampMax="60")

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