UE::Geometry::FElementLinearization Class Reference

#include <ElementLinearization.h>

Public Member Functions
	FElementLinearization ()=default
const TArray< int32 > &	ToId () const
const TArray< int32 > &	ToIndex () const
int32	NumIds () const
int32	MaxId () const
int32	NumIndices () const
bool	IsValidId (int32 Id) const
bool	IsValidIndex (int32 Index) const
int32	GetIndex (int32 Id) const
int32	GetId (int32 Index) const
void	Empty ()
template<typename IterableType >
void	Populate (const int32 MaxId, const int32 Count, IterableType Iterable)

Protected Attributes
TArray< int32 >	ToIdMap
TArray< int32 >	ToIndexMap

Detailed Description

FElementLinearization maps a potentially-sparse index list into a linear array. Used linearize things like VtxIds of a mesh as a single array and allow bidirectional mapping between array offset and mesh VtxId. Linearized array offset can then be used for things like matrix row indexing when building a Laplacian matrix.

Constructor & Destructor Documentation

FElementLinearization()

UE::Geometry::FElementLinearization::FElementLinearization ( )

default

Member Function Documentation

Empty()

void UE::Geometry::FElementLinearization::Empty ( )

inline

GetId()

int32 UE::Geometry::FElementLinearization::GetId ( int32  Index ) const

inline

Returns

Id for given Index

GetIndex()

int32 UE::Geometry::FElementLinearization::GetIndex ( int32  Id ) const

inline

Returns

Index for given Id

IsValidId()

bool UE::Geometry::FElementLinearization::IsValidId ( int32  Id ) const

inline

Returns

true if Id is in valid range and maps to a valid index

IsValidIndex()

bool UE::Geometry::FElementLinearization::IsValidIndex ( int32  Index ) const

inline

Returns

true if Index is in valid range

MaxId()

int32 UE::Geometry::FElementLinearization::MaxId ( ) const

inline

NumIds()

int32 UE::Geometry::FElementLinearization::NumIds ( ) const

inline

Returns

maximum number of IDs in linearization (However not all IDs necessarily have a linear index)

NumIndices()

int32 UE::Geometry::FElementLinearization::NumIndices ( ) const

inline

Returns

number of Indices in linearization

Populate()

template<typename IterableType >

void UE::Geometry::FElementLinearization::Populate ( const int32  MaxId, const int32  Count, IterableType  Iterable  )

inline

ToId()

const TArray< int32 > & UE::Geometry::FElementLinearization::ToId ( ) const

inline

ToIndex()

const TArray< int32 > & UE::Geometry::FElementLinearization::ToIndex ( ) const

inline

Member Data Documentation

ToIdMap

TArray<int32> UE::Geometry::FElementLinearization::ToIdMap

protected

ToIndexMap

TArray<int32> UE::Geometry::FElementLinearization::ToIndexMap

protected

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

• Engine/Source/Runtime/GeometryCore/Public/Util/ElementLinearization.h