FIKRetargetPelvicMotionOp

API > API/Plugins > API/Plugins/RelativeIKOp

   
Name FIKRetargetPelvicMotionOp
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"))  
struct FIKRetargetPelvicMotionOp : public FIKRetargetOpBase

Inheritance Hierarchy

Structs

Name Remarks
FBodyTransform Internal structure for holding necessary baked->component transform data Baked data is in Source Bone orientation but at body origin
FRelativeIKPinBoneData  

Constants

Name Type Remarks Include Path
DebugDataMutex FCriticalSection   RelativePelvicMotionOp.h

Variables

Public

Name Type Remarks Include Path Unreal Specifiers
Settings FIKRetargetPelvicMotionOpSettings   RelativePelvicMotionOp.h  

Protected

Name Type Remarks Include Path Unreal Specifiers
AnimSeqPlayHead float   RelativePelvicMotionOp.h  
CacheBodyBones TSet< FName >   RelativePelvicMotionOp.h  
CacheChainLengthMap TMap< FName, double > Additional per-frame ik cache maps for length lookup. RelativePelvicMotionOp.h  
CacheChainStartMap TMap< FName, FVector >   RelativePelvicMotionOp.h  
CachedPropNotifyInfo TObjectPtr< const URelativePropsBakeAnimNotify > TObjectPtr CachedNotifyInfo;. RelativePelvicMotionOp.h  
CacheMapBoneSourceTargetTfm TMap< FName, FTransform >   RelativePelvicMotionOp.h  
CacheMeshPairOffset int32   RelativePelvicMotionOp.h  
CachePairEffectBoneNames TArray< FName >   RelativePelvicMotionOp.h  
CachePinBoneData TArray< FRelativeIKPinBoneData >   RelativePelvicMotionOp.h  
CachePinSourcePropBones TArray< FName > Cache prop bones to pin/update. RelativePelvicMotionOp.h  
CachePrevPinTargetPropTransforms TArray< FTransform >   RelativePelvicMotionOp.h  
CachePropPairOffset int32   RelativePelvicMotionOp.h  
CacheSourceAnimSequence TObjectPtr< const UAnimSequence > Cache notify-related data for faster weighted goal computations. RelativePelvicMotionOp.h  
CacheSourceBodyEffectVertIdx TArray< TArray< int32 > > Array of body-vert indices affecting each joint goal (for weighted averaging) RelativePelvicMotionOp.h  
CacheSourceBoneInitTfm TArray< FTransform > Cache skel and IK goal info. RelativePelvicMotionOp.h  
CacheSourceEffectBones TArray< FName >   RelativePelvicMotionOp.h  
CacheSourceSkelIndices TMap< FName, int32 >   RelativePelvicMotionOp.h  
CacheTargetBoneInitTfm TArray< FTransform >   RelativePelvicMotionOp.h  
CacheTargetSkelIndices TMap< FName, int32 >   RelativePelvicMotionOp.h  
DebugDrawInfo FDebugRelativeIKDrawInfo Collection of all debug structures. RelativePelvicMotionOp.h  
FrameBoneConstraints TArray< FRelativeIKFrameBoneConstraint >   RelativePelvicMotionOp.h  
MeshSampleRate float   RelativePelvicMotionOp.h  
MontageInstance const FAnimMontageInstance * Cached montage instance/segment info for early-out matching in preupdate. RelativePelvicMotionOp.h  
PropSampleRate float   RelativePelvicMotionOp.h  
SegmentEndTime float   RelativePelvicMotionOp.h  
SegmentStartTime float   RelativePelvicMotionOp.h  
SmoothedPoints TArray< FVector3f > For runtime smoothing. RelativePelvicMotionOp.h  
SourceBoneNames TArray< FName > Cache source/target bone-names. RelativePelvicMotionOp.h  
SourcePelvicBone FName   RelativePelvicMotionOp.h  
TargetBoneNames TArray< FName >   RelativePelvicMotionOp.h  
TargetPhysicsAsset TObjectPtr< const UPhysicsAsset > TObjectPtr SourcePhysicsAsset;. RelativePelvicMotionOp.h  

Functions

Public Virtual

Name Remarks Include Path Unreal Specifiers

virtual void AnimGraphPreUpdateMainThread ( USkeletalMeshComponent& SourceMeshComponent,
USkeletalMeshComponent& TargetMeshComponent
)

   RelativePelvicMotionOp.h  

virtual void DebugDraw ( FPrimitiveDrawInterface* InPDI,
const FTransform& InSourceTransform,
const FTransform& InComponentTransform,
const double InComponentScale,
const FIKRetargetDebugDrawState& InEditorState
) const

   RelativePelvicMotionOp.h  

virtual FIKRetargetOpSettingsBase * GetSettings()

   RelativePelvicMotionOp.h  

virtual const UScriptStruct * GetSettingsType()

   RelativePelvicMotionOp.h  

virtual const UScriptStruct * GetType()

   RelativePelvicMotionOp.h  

virtual bool HasDebugDrawing()

   RelativePelvicMotionOp.h  

virtual bool Initialize ( const FIKRetargetProcessor& InProcessor,
const FRetargetSkeleton& InSourceSkeleton,
const FTargetSkeleton& InTargetSkeleton,
const FIKRetargetOpBase* InParentOp,
FIKRigLogger& InLog
)

   RelativePelvicMotionOp.h  

virtual void Run ( FIKRetargetProcessor& InProcessor,
const double InDeltaTime,
const TArray< FTransform >& InSourceGlobalPose,
TArray< FTransform >& OutTargetGlobalPose
)

   RelativePelvicMotionOp.h  

Static

Name Remarks Include Path Unreal Specifiers

static FVector ApplyBodyTransform ( const FBodyTransform& Transform,
const FVector& LocalPos
)

   RelativePelvicMotionOp.h  

static FVector CalcReferenceShapeScale3D ( FKShapeElem* ShapeElem
)

   RelativePelvicMotionOp.h  

static FKShapeElem * FindBodyShape ( const UPhysicsAsset* PhysAsset,
FName BoneName
)

   RelativePelvicMotionOp.h  

static FVector GetBodyOrientedScale ( const UPhysicsAsset* PhysAsset,
FName BoneName
)

 Get body oriented scale vector. RelativePelvicMotionOp.h  

static FQuat GetBodyRotation ( const UPhysicsAsset* PhysAsset,
FName BoneName
)

 Get local body rotation relative to parent bone. RelativePelvicMotionOp.h  

static FVector GetBodyTranslation ( const UPhysicsAsset* PhysAsset,
FName BoneName
)

 Get body origin relative to parent bone. RelativePelvicMotionOp.h  

static double GetDistanceWeight ( EDistanceWeightMode DistanceWeightMode,
double Distance,
double DistThreshold,
double DistHalfPointLambda
)

   RelativePelvicMotionOp.h  

static const FTransform & GetParentTransform ( const FRetargetSkeleton& Skeleton,
const int32 BoneIndex,
const TArray< FTransform >& InPose
)

   RelativePelvicMotionOp.h  

static FVector InverseBodyTransform ( const FBodyTransform& Transform,
const FVector& GlobalPos
)

   RelativePelvicMotionOp.h  

Ask questions and help your peers Developer Forums

Write your own tutorials or read those from others Learning Library

On this page