UE::Geometry::FMeshEdgeSelection Class Reference

#include <MeshEdgeSelection.h>

Public Member Functions
	FMeshEdgeSelection (const FDynamicMesh3 *mesh)
GEOMETRYCORE_API	FMeshEdgeSelection (const FDynamicMesh3 *mesh, const FMeshVertexSelection &convertV, int minCount=2)
GEOMETRYCORE_API	FMeshEdgeSelection (const FDynamicMesh3 *mesh, const FMeshFaceSelection &convertT, int minCount=1)
TSet< int >	AsSet () const
TArray< int >	AsArray () const
TBitArray< FDefaultBitArrayAllocator >	AsBitArray () const
TSet< int >::TRangedForIterator	begin ()
TSet< int >::TRangedForConstIterator	begin () const
TSet< int >::TRangedForIterator	end ()
TSet< int >::TRangedForConstIterator	end () const
int	Num ()
bool	IsSelected (int eid)
void	Select (int eid)
void	Select (const TArray< int > &edges)
void	Select (TArrayView< const int > edges)
void	Select (TFunctionRef< bool(int)> SelectF)
void	SelectVertexEdges (TArrayView< const int > vertices)
void	SelectTriangleEdges (TArrayView< const int > Triangles)
void	ExpandToOneRingNeighbors (TFunctionRef< bool(int32)> FilterF)
void	ExpandToOneRingNeighbors ()
void	ExpandToOneRingNeighbors (int NumRings, TFunctionRef< bool(int32)> FilterF)
void	ExpandToOneRingNeighbors (int NumRings)
void	ContractByBorderEdges (int32 nRings=1)
GEOMETRYCORE_API void	SelectBoundaryTriEdges (const FMeshFaceSelection &Triangles)
void	Deselect (int tid)
void	Deselect (TArrayView< const int > edges)
void	DeselectAll ()

Detailed Description

Currently a thin wrapper of a TSet<int> of Edge IDs paired with a Mesh; the backing storage will likely change as we need to optimize in the future

Constructor & Destructor Documentation

FMeshEdgeSelection() [1/3]

UE::Geometry::FMeshEdgeSelection::FMeshEdgeSelection ( const FDynamicMesh3 *  mesh )

inline

FMeshEdgeSelection() [2/3]

FMeshEdgeSelection::FMeshEdgeSelection	(	const FDynamicMesh3 *	mesh,
		const FMeshVertexSelection &	convertV,
		int	minCount = 2
	)

FMeshEdgeSelection() [3/3]

FMeshEdgeSelection::FMeshEdgeSelection	(	const FDynamicMesh3 *	mesh,
		const FMeshFaceSelection &	convertT,
		int	minCount = 1
	)

Member Function Documentation

AsArray()

TArray< int > UE::Geometry::FMeshEdgeSelection::AsArray ( ) const

inline

AsBitArray()

TBitArray< FDefaultBitArrayAllocator > UE::Geometry::FMeshEdgeSelection::AsBitArray ( ) const

inline

AsSet()

TSet< int > UE::Geometry::FMeshEdgeSelection::AsSet ( ) const

inline

begin() [1/2]

TSet< int >::TRangedForIterator UE::Geometry::FMeshEdgeSelection::begin ( )

inline

DO NOT USE DIRECTLY STL-like iterators to enable range-based for loop support.

begin() [2/2]

TSet< int >::TRangedForConstIterator UE::Geometry::FMeshEdgeSelection::begin ( ) const

inline

ContractByBorderEdges()

void UE::Geometry::FMeshEdgeSelection::ContractByBorderEdges ( int32  nRings = 1 )

inline

For each contraction, remove edges in current selection set that have any unselected edge neighboring either of the edge's vertices

Deselect() [1/2]

void UE::Geometry::FMeshEdgeSelection::Deselect ( int  tid )

inline

Deselect() [2/2]

void UE::Geometry::FMeshEdgeSelection::Deselect ( TArrayView< const int >  edges )

inline

DeselectAll()

void UE::Geometry::FMeshEdgeSelection::DeselectAll ( )

inline

end() [1/2]

TSet< int >::TRangedForIterator UE::Geometry::FMeshEdgeSelection::end ( )

inline

end() [2/2]

TSet< int >::TRangedForConstIterator UE::Geometry::FMeshEdgeSelection::end ( ) const

inline

ExpandToOneRingNeighbors() [1/4]

void UE::Geometry::FMeshEdgeSelection::ExpandToOneRingNeighbors ( )

inline

ExpandToOneRingNeighbors() [2/4]

void UE::Geometry::FMeshEdgeSelection::ExpandToOneRingNeighbors ( int  NumRings )

inline

ExpandToOneRingNeighbors() [3/4]

void UE::Geometry::FMeshEdgeSelection::ExpandToOneRingNeighbors ( int  NumRings, TFunctionRef< bool(int32)>  FilterF  )

inline

ExpandToOneRingNeighbors() [4/4]

void UE::Geometry::FMeshEdgeSelection::ExpandToOneRingNeighbors ( TFunctionRef< bool(int32)>  FilterF )

inline

Add all one-ring neighbors of current selection to set. On a large selection this is quite expensive as we don't know the boundary, so we have to iterate over all selected edges.

Return false from FilterF to prevent vertices from being included.

IsSelected()

bool UE::Geometry::FMeshEdgeSelection::IsSelected ( int  eid )

inline

Num()

int UE::Geometry::FMeshEdgeSelection::Num ( )

inline

Select() [1/4]

void UE::Geometry::FMeshEdgeSelection::Select ( const TArray< int > &  edges )

inline

Select() [2/4]

void UE::Geometry::FMeshEdgeSelection::Select ( int  eid )

inline

Select() [3/4]

void UE::Geometry::FMeshEdgeSelection::Select ( TArrayView< const int >  edges )

inline

Select() [4/4]

void UE::Geometry::FMeshEdgeSelection::Select ( TFunctionRef< bool(int)>  SelectF )

inline

SelectBoundaryTriEdges()

void FMeshEdgeSelection::SelectBoundaryTriEdges

(

const FMeshFaceSelection &

Triangles

)

SelectTriangleEdges()

void UE::Geometry::FMeshEdgeSelection::SelectTriangleEdges ( TArrayView< const int >  Triangles )

inline

SelectVertexEdges()

void UE::Geometry::FMeshEdgeSelection::SelectVertexEdges ( TArrayView< const int >  vertices )

inline

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

• Engine/Source/Runtime/GeometryCore/Public/Selections/MeshEdgeSelection.h
• Engine/Source/Runtime/GeometryCore/Private/Selections/MeshEdgeSelection.cpp