FRBFParams Struct Reference

#include <RBFSolver.h>

Public Member Functions
ANIMGRAPHRUNTIME_API	FRBFParams ()
ANIMGRAPHRUNTIME_API FVector	GetTwistAxisVector () const

Public Attributes
int32	TargetDimensions
ERBFSolverType	SolverType
float	Radius
bool	bAutomaticRadius
ERBFFunctionType	Function
ERBFDistanceMethod	DistanceMethod
TEnumAsByte< EBoneAxis >	TwistAxis
float	WeightThreshold
ERBFNormalizeMethod	NormalizeMethod
FVector	MedianReference
float	MedianMin
float	MedianMax

Detailed Description

Parameters used by RBF solver

Constructor & Destructor Documentation

FRBFParams()

FRBFParams::FRBFParams

(

)

Member Function Documentation

GetTwistAxisVector()

FVector FRBFParams::GetTwistAxisVector

(

)

const

Util for returning unit direction vector for swing axis

Member Data Documentation

bAutomaticRadius

bool FRBFParams::bAutomaticRadius

DistanceMethod

ERBFDistanceMethod FRBFParams::DistanceMethod

Function

ERBFFunctionType FRBFParams::Function

MedianMax

float FRBFParams::MedianMax

Maximum distance used for median

MedianMin

float FRBFParams::MedianMin

Minimum distance used for median

MedianReference

FVector FRBFParams::MedianReference

Rotation or position of median (used for normalization)

NormalizeMethod

ERBFNormalizeMethod FRBFParams::NormalizeMethod

Method to use for normalizing the weight

Radius

float FRBFParams::Radius

Default radius for each target.

SolverType

ERBFSolverType FRBFParams::SolverType

Specifies the type of solver to use. The additive solver requires normalization, for the most part, whereas the Interpolative solver is not as reliant on it. The interpolative solver also has smoother blending, whereas the additive solver requires more targets but has a more precise control over the influence of each target.

TargetDimensions

int32 FRBFParams::TargetDimensions

How many dimensions input data has

TwistAxis

TEnumAsByte<EBoneAxis> FRBFParams::TwistAxis

Axis to use when DistanceMethod is SwingAngle

WeightThreshold

float FRBFParams::WeightThreshold

Weight below which we shouldn't bother returning a contribution from a target

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

• Engine/Source/Runtime/AnimGraphRuntime/Public/RBF/RBFSolver.h
• Engine/Source/Runtime/AnimGraphRuntime/Private/RBF/RBFSolver.cpp