UE::AnimationCore::TBoneWeights< ContainerAdapter > Class Template Reference

#include <BoneWeights.h>

Public Types
using	ContainerType = typename ContainerAdapter::ContainerType

Public Member Functions
	TBoneWeights (ContainerType &InContainer)
template<typename OtherContainerAdapter , typename CT = ContainerType>
std::enable_if<!std::is_const< CT >::value, void >::type	SetBoneWeights (const TBoneWeights< OtherContainerAdapter > &InBoneWeights, const FBoneWeightsSettings &InSettings={})
	TBoneWeights implementation.
template<typename CT = ContainerType>
std::enable_if<!std::is_const< CT >::value, void >::type	SetBoneWeights (TArrayView< const FBoneWeight > BoneWeights, const FBoneWeightsSettings &InSettings={})
template<typename CT = ContainerType>
std::enable_if<!std::is_const< CT >::value, void >::type	SetBoneWeights (const FBoneIndexType *InBones, const float *InInfluences, int32 NumEntries, const FBoneWeightsSettings &InSettings={})
template<typename CT = ContainerType>
std::enable_if<!std::is_const< CT >::value, void >::type	SetBoneWeights (const FBoneIndexType InBones[MaxInlineBoneWeightCount], const uint16 InInfluences[MaxInlineBoneWeightCount], const FBoneWeightsSettings &InSettings={})
template<typename CT = ContainerType>
std::enable_if<!std::is_const< CT >::value, bool >::type	AddBoneWeight (FBoneWeight InBoneWeight, const FBoneWeightsSettings &InSettings={})
template<typename CT = ContainerType>
std::enable_if<!std::is_const< CT >::value, bool >::type	RemoveBoneWeight (FBoneIndexType InBoneIndex, const FBoneWeightsSettings &InSettings={})
template<typename CT = ContainerType>
std::enable_if<!std::is_const< CT >::value, void >::type	Renormalize (const FBoneWeightsSettings &InSettings={})
template<typename ContainerTypeA , typename ContainerTypeB , typename CT = ContainerType>
std::enable_if<!std::is_const< CT >::value, void >::type	Blend (const TBoneWeights< ContainerTypeA > &InBoneWeightsA, const TBoneWeights< ContainerTypeB > &InBoneWeightsB, float InBias, const FBoneWeightsSettings &InSettings={})
int32	Num () const
FBoneWeight	Get (int32 Index) const
FBoneWeight	operator[] (int32 Index) const
int32	FindWeightIndexByBone (FBoneIndexType InBoneIndex) const
int32	GetTypeHash () const
FString	ToString () const
template<typename ContainerAdapterA , typename ContainerAdapterB , typename CT >
std::enable_if<!std::is_const< CT >::value, void >::type	Blend (const TBoneWeights< ContainerAdapterA > &InBoneWeightsA, const TBoneWeights< ContainerAdapterB > &InBoneWeightsB, const float InBias, const FBoneWeightsSettings &InSettings)

Detailed Description

template<typename ContainerAdapter>
class UE::AnimationCore::TBoneWeights< ContainerAdapter >

A templated collection of bone weights algorithms. Requires an adapter to work with a dynamically resizable container.

Member Typedef Documentation

ContainerType

template<typename ContainerAdapter >

using UE::AnimationCore::TBoneWeights< ContainerAdapter >::ContainerType = typename ContainerAdapter::ContainerType

Constructor & Destructor Documentation

TBoneWeights()

template<typename ContainerAdapter >

UE::AnimationCore::TBoneWeights< ContainerAdapter >::TBoneWeights ( ContainerType &  InContainer )

inline

Member Function Documentation

AddBoneWeight()

template<typename ContainerAdapter >

template<typename CT >

std::enable_if<!std::is_const< CT >::value, bool >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::AddBoneWeight ( FBoneWeight  InBoneWeight, const FBoneWeightsSettings &  InSettings = {}  )

inline

Blend() [1/2]

template<typename ContainerAdapter >

template<typename ContainerAdapterA , typename ContainerAdapterB , typename CT >

std::enable_if<!std::is_const< CT >::value, void >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::Blend	(	const TBoneWeights< ContainerAdapterA > &	InBoneWeightsA,
		const TBoneWeights< ContainerAdapterB > &	InBoneWeightsB,
		const float	InBias,
		const FBoneWeightsSettings &	InSettings
	)

Blend() [2/2]

template<typename ContainerAdapter >

template<typename ContainerTypeA , typename ContainerTypeB , typename CT = ContainerType>

std::enable_if<!std::is_const< CT >::value, void >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::Blend ( const TBoneWeights< ContainerTypeA > &  InBoneWeightsA, const TBoneWeights< ContainerTypeB > &  InBoneWeightsB, float  InBias, const FBoneWeightsSettings &  InSettings = {}  )

inline

Blend two bone weights together, making sure to add in every influence from both, using the given settings. The bias value should lie on the [0,1] interval. Values outside that range may give unwanted results. NOTE: The current container can also be used as an input.

FindWeightIndexByBone()

template<typename ContainerAdapter >

int32 UE::AnimationCore::TBoneWeights< ContainerAdapter >::FindWeightIndexByBone ( FBoneIndexType  InBoneIndex ) const

inline

Get()

template<typename ContainerAdapter >

FBoneWeight UE::AnimationCore::TBoneWeights< ContainerAdapter >::Get ( int32  Index ) const

inline

GetTypeHash()

template<typename ContainerAdapter >

int32 UE::AnimationCore::TBoneWeights< ContainerAdapter >::GetTypeHash ( ) const

inline

Num()

template<typename ContainerAdapter >

int32 UE::AnimationCore::TBoneWeights< ContainerAdapter >::Num ( ) const

inline

operator[]()

template<typename ContainerAdapter >

FBoneWeight UE::AnimationCore::TBoneWeights< ContainerAdapter >::operator[] ( int32  Index ) const

inline

RemoveBoneWeight()

template<typename ContainerAdapter >

template<typename CT >

std::enable_if<!std::is_const< CT >::value, bool >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::RemoveBoneWeight ( FBoneIndexType  InBoneIndex, const FBoneWeightsSettings &  InSettings = {}  )

inline

Renormalize()

template<typename ContainerAdapter >

template<typename CT >

std::enable_if<!std::is_const< CT >::value, void >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::Renormalize ( const FBoneWeightsSettings &  InSettings = {} )

inline

SetBoneWeights() [1/4]

template<typename ContainerAdapter >

template<typename CT >

std::enable_if<!std::is_const< CT >::value, void >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::SetBoneWeights ( const FBoneIndexType *  InBones, const float *  InInfluences, int32  NumEntries, const FBoneWeightsSettings &  InSettings = {}  )

inline

SetBoneWeights() [2/4]

template<typename ContainerAdapter >

template<typename CT >

std::enable_if<!std::is_const< CT >::value, void >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::SetBoneWeights ( const FBoneIndexType  InBones[MaxInlineBoneWeightCount], const uint16  InInfluences[MaxInlineBoneWeightCount], const FBoneWeightsSettings &  InSettings = {}  )

inline

SetBoneWeights() [3/4]

template<typename ContainerAdapter >

template<typename OtherContainerAdapter , typename CT >

std::enable_if<!std::is_const< CT >::value, void >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::SetBoneWeights ( const TBoneWeights< OtherContainerAdapter > &  InBoneWeights, const FBoneWeightsSettings &  InSettings = {}  )

inline

TBoneWeights implementation.

SetBoneWeights() [4/4]

template<typename ContainerAdapter >

template<typename CT >

std::enable_if<!std::is_const< CT >::value, void >::type UE::AnimationCore::TBoneWeights< ContainerAdapter >::SetBoneWeights ( TArrayView< const FBoneWeight >  BoneWeights, const FBoneWeightsSettings &  InSettings = {}  )

inline

ToString()

template<typename ContainerAdapter >

FString UE::AnimationCore::TBoneWeights< ContainerAdapter >::ToString ( ) const

inline

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The documentation for this class was generated from the following file:

• Engine/Source/Runtime/AnimationCore/Public/BoneWeights.h