GeometryCollectionAlgo Namespace Reference

Namespaces
namespace	Private

Classes
struct	FFaceEdge

Typedefs
using	FIndicesNeedMatricesArray = TArray< int32, TInlineAllocator< 16 > >

Functions
template<typename TransformType >
void	PrintParentHierarchyRecursive (int32 Index, const TManagedArray< TransformType > &Transform, const TManagedArray< int32 > &Parent, const TManagedArray< TSet< int32 > > &Children, const TManagedArray< int32 > &SimulationType, const TManagedArray< FString > &BoneName, int8 Tab=0)
void	PrintParentHierarchy (const FGeometryCollection *Collection)
void	ContiguousArray (TArray< int32 > &Array, int32 Length)
void	BuildIncrementMask (const TArray< int32 > &SortedDeletionList, const int32 &Size, TArray< int32 > &Mask)
void	BuildLookupMask (const TArray< int32 > &SortedDeletionList, const int32 &Size, TArray< bool > &Mask)
void	BuildTransformGroupToGeometryGroupMap (const FGeometryCollection &GeometryCollection, TArray< int32 > &TransformToGeometry)
void	BuildFaceGroupToGeometryGroupMap (const FGeometryCollection &GeometryCollection, const TArray< int32 > &TransformToGeometryMap, TArray< int32 > &FaceToGeometry)
void	ValidateSortedList (const TArray< int32 > &SortedDeletionList, const int32 &ListSize)
FVector	AveragePosition (FGeometryCollection *Collection, const TArray< int32 > &Indices)
bool	HasMultipleRoots (FGeometryCollection *Collection)
bool	HasCycle (const TManagedArray< int32 > &Parents, int32 Node)
bool	HasCycle (const TManagedArray< int32 > &Parents, const TArray< int32 > &SelectedBones)
void	ParentTransform (FManagedArrayCollection *ManagedArrayCollection, const int32 TransformIndex, const int32 ChildIndex)
void	ParentTransforms (FManagedArrayCollection *ManagedArrayCollection, const int32 TransformIndex, const TArray< int32 > &SelectedBones)
void	UnparentTransform (FManagedArrayCollection *ManagedArrayCollection, const int32 ChildIndex)
bool	GlobalMatricesGetIndicesToProcessHelper (const int32 Index, const FGeometryDynamicCollection &DynamicCollection, int32 ParentNum, TArray< bool > &IsTransformComputed, FIndicesNeedMatricesArray &OutToProcess)
bool	GlobalMatricesGetIndicesToProcessHelper (const int32 Index, const TManagedArray< int32 > &Parents, TArray< bool > &IsTransformComputed, FIndicesNeedMatricesArray &OutToProcess)
template<typename TransformType >
void	GlobalMatricesHelper (const int32 Index, const FGeometryDynamicCollection &DynamicCollection, TArray< bool > &IsTransformComputed, const TManagedArray< FTransform > *UniformScale, TArray< TransformType > &OutGlobalTransforms)
template<typename TransformType , typename TransformTypeOut >
void	GlobalMatricesHelper (const int32 Index, const TManagedArray< int32 > &Parents, const TManagedArray< TransformType > &Transform, TArray< bool > &IsTransformComputed, const TManagedArray< FTransform > *UniformScale, TArray< TransformTypeOut > &OutGlobalTransforms)
template<typename TransformType >
void	GlobalMatricesHelper (const int32 Index, const TManagedArray< int32 > &Parents, const TManagedArray< TransformType > &Transform, TArray< bool > &IsTransformComputed, const TManagedArray< FTransform > *UniformScale, TArray< FMatrix > &OutGlobalTransforms)
FTransform	GlobalMatricesHelperForIndicesDynCol (const int32 Index, const FGeometryDynamicCollection &DynamicCollection, TArray< bool > &IsTransformComputed, const TManagedArray< FTransform > *UniformScale, TArray< FTransform > &TransformCache)
template<typename TransnformType >
TransnformType	GlobalMatricesHelperForIndices (const int32 Index, const TManagedArray< int32 > &Parents, const TManagedArray< TransnformType > &Transform, TArray< bool > &IsTransformComputed, const TManagedArray< TransnformType > *UniformScale, TArray< FTransform > &TransformCache)
template<typename TransformType >
TransformType	GlobalMatrixTemplate (const TManagedArray< TransformType > &RelativeTransforms, const TManagedArray< int32 > &Parents, int32 Index)
template<typename TransformType >
TransformType	GlobalMatrixTemplate (TArrayView< const TransformType > RelativeTransforms, TArrayView< const int32 > Parents, int32 Index)
FTransform	GlobalMatrix (const TManagedArray< FTransform > &RelativeTransforms, const TManagedArray< int32 > &Parents, int32 Index)
FTransform3f	GlobalMatrix3f (const TManagedArray< FTransform3f > &RelativeTransforms, const TManagedArray< int32 > &Parents, int32 Index)
FTransform	GlobalMatrix (const TManagedArray< FTransform3f > &RelativeTransforms, const TManagedArray< int32 > &Parents, int32 Index)
FTransform	GlobalMatrix (TArrayView< const FTransform > RelativeTransforms, TArrayView< const int32 > Parents, int32 Index)
FTransform	GlobalMatrix (TArrayView< const FTransform3f > RelativeTransforms, TArrayView< const int32 > Parents, int32 Index)
template<class TransformType , class TransformTypeOut >
void	GlobalMatricesTemplate (const TManagedArray< TransformType > &RelativeTransforms, const TManagedArray< int32 > &Parents, const TArray< int32 > &Indices, TArray< TransformTypeOut > &OutGlobalTransforms)
void	GlobalMatrices (const TManagedArray< FTransform > &RelativeTransforms, const TManagedArray< int32 > &Parents, const TArray< int32 > &Indices, TArray< FTransform > &Transforms)
void	GlobalMatrices (const TManagedArray< FTransform3f > &RelativeTransforms, const TManagedArray< int32 > &Parents, const TArray< int32 > &Indices, TArray< FTransform3f > &Transforms)
void	GlobalMatricesFromRoot (const int32 ParentTransformIndex, const TManagedArray< FTransform > &RelativeTransforms, const TManagedArray< TSet< int32 > > &Children, TArray< FMatrix > &Transforms)
template<typename MatrixType >
void	GlobalMatrices (const TManagedArray< FTransform > &RelativeTransforms, const TManagedArray< int32 > &Parents, const TManagedArray< FTransform > &UniformScale, TArray< MatrixType > &OutGlobalTransforms)
template<typename MatrixType , typename TransformType >
void	GlobalMatrices (const TManagedArray< TransformType > &RelativeTransforms, const TManagedArray< int32 > &Parents, TArray< MatrixType > &OutGlobalTransforms)
template void CHAOS_API	GlobalMatrices< FTransform > (const TManagedArray< FTransform > &, const TManagedArray< int32 > &, const TManagedArray< FTransform > &, TArray< FTransform > &)
template void CHAOS_API	GlobalMatrices< FMatrix > (const TManagedArray< FTransform > &, const TManagedArray< int32 > &, const TManagedArray< FTransform > &, TArray< FMatrix > &)
template void CHAOS_API	GlobalMatrices< FTransform, FTransform > (const TManagedArray< FTransform > &, const TManagedArray< int32 > &, TArray< FTransform > &)
template void CHAOS_API	GlobalMatrices< FMatrix, FTransform > (const TManagedArray< FTransform > &, const TManagedArray< int32 > &, TArray< FMatrix > &)
template void CHAOS_API	GlobalMatrices< FTransform, FTransform3f > (const TManagedArray< FTransform3f > &, const TManagedArray< int32 > &, TArray< FTransform > &)
template void CHAOS_API	GlobalMatrices< FMatrix, FTransform3f > (const TManagedArray< FTransform3f > &, const TManagedArray< int32 > &, TArray< FMatrix > &)
template void CHAOS_API	GlobalMatrices< FTransform3f, FTransform3f > (const TManagedArray< FTransform3f > &, const TManagedArray< int32 > &, TArray< FTransform3f > &)
template void CHAOS_API	GlobalMatrices< FTransform3f, FTransform > (const TManagedArray< FTransform > &, const TManagedArray< int32 > &, TArray< FTransform3f > &)
void	FloodForOverlappedPairs (int Level, int32 BoneIndex, TMap< int32, int32 > &BoneToGroup, const TManagedArray< int32 > &Levels, const TMap< int32, FBox > &BoundingBoxes, TSet< TTuple< int32, int32 > > &OutOverlappedPairs)
void	GetOverlappedPairs (FGeometryCollection *GeometryCollection, int Level, TSet< TTuple< int32, int32 > > &OutOverlappedPairs)
void	PrepareForSimulation (FGeometryCollection *GeometryCollection, bool CenterAtOrigin)
void	ReCenterGeometryAroundCentreOfMass (FGeometryCollection *GeometryCollection, bool CenterAtOrigin)
void	FindOpenBoundaries (const FGeometryCollection *GeometryCollection, const float CoincidentVertexTolerance, TArray< TArray< TArray< int32 > > > &BoundaryVertexIndices)
void	TriangulateBoundaries (FGeometryCollection *GeometryCollection, const TArray< TArray< TArray< int32 > > > &BoundaryVertexIndices, bool bWoundClockwise, float MinTriangleAreaSq)
void	AddFaces (FGeometryCollection *GeometryCollection, const TArray< TArray< FIntVector > > &AddFaces)
void	ResizeGeometries (FGeometryCollection *GeometryCollection, const TArray< int32 > &FaceCounts, const TArray< int32 > &VertexCounts, bool bDoValidation)
	DEFINE_LOG_CATEGORY_STATIC (LogGeometryCollectionClean, Verbose, All)
void	ComputeCoincidentVertices (const FGeometryCollection *GeometryCollection, const float Tolerance, TMap< int32, int32 > &CoincidentVerticesMap, TSet< int32 > &VertexToDeleteSet)
void	DeleteCoincidentVertices (FGeometryCollection *GeometryCollection, float Tolerance)
void	ComputeZeroAreaFaces (const FGeometryCollection *GeometryCollection, const float Tolerance, TSet< int32 > &FaceToDeleteSet)
void	DeleteZeroAreaFaces (FGeometryCollection *GeometryCollection, float Tolerance)
void	ComputeHiddenFaces (const FGeometryCollection *GeometryCollection, TSet< int32 > &FaceToDeleteSet)
void	DeleteHiddenFaces (FGeometryCollection *GeometryCollection)
void	ComputeStaleVertices (const FGeometryCollection *GeometryCollection, TSet< int32 > &VertexToDeleteSet)
void	DeleteStaleVertices (FGeometryCollection *GeometryCollection)
void	ComputeEdgeInFaces (const FGeometryCollection *GeometryCollection, TMap< FFaceEdge, int32 > &FaceEdgeMap)
void	PrintStatistics (const FGeometryCollection *GeometryCollection)
bool	HasValidFacesFor (const FGeometryCollection *GeometryCollection, int32 GeometryIndex)
bool	HasValidIndicesFor (const FGeometryCollection *GeometryCollection, int32 GeometryIndex)
bool	HasInvalidIndicesFor (const FGeometryCollection *GeometryCollection, int32 GeometryIndex)
bool	HasResidualFaces (const FGeometryCollection *GeometryCollection)
bool	HasResidualIndices (const FGeometryCollection *GeometryCollection)
bool	HasValidGeometryReferences (const FGeometryCollection *GeometryCollection)
TArray< int32 >	ComputeRecursiveOrder (const FManagedArrayCollection &Collection)
template<typename MatrixType >
void CHAOS_API	GlobalMatrices (const TManagedArray< FTransform > &RelativeTransforms, const TManagedArray< int32 > &Parents, const TManagedArray< FTransform > &UniformScale, TArray< MatrixType > &Transforms)
template<typename MatrixType , typename TransformType >
void CHAOS_API	GlobalMatrices (const TManagedArray< TransformType > &RelativeTransforms, const TManagedArray< int32 > &Parents, TArray< MatrixType > &Transforms)

Typedef Documentation

FIndicesNeedMatricesArray

using GeometryCollectionAlgo::FIndicesNeedMatricesArray = typedef TArray<int32, TInlineAllocator<16> >

Function Documentation

AddFaces()

void CHAOS_API GeometryCollectionAlgo::AddFaces	(	FGeometryCollection *	GeometryCollection,
		const TArray< TArray< FIntVector > > &	AddFaces
	)

AveragePosition()

FVector CHAOS_API GeometryCollectionAlgo::AveragePosition	(	FGeometryCollection *	Collection,
		const TArray< int32 > &	Indices
	)

BuildFaceGroupToGeometryGroupMap()

void CHAOS_API GeometryCollectionAlgo::BuildFaceGroupToGeometryGroupMap	(	const FGeometryCollection &	GeometryCollection,
		const TArray< int32 > &	TransformToGeometryMap,
		TArray< int32 > &	FaceToGeometry
	)

BuildIncrementMask()

void CHAOS_API GeometryCollectionAlgo::BuildIncrementMask	(	const TArray< int32 > &	SortedDeletionList,
		const int32 &	Size,
		TArray< int32 > &	Mask
	)

Offset list for re-incrementing deleted elements.

BuildLookupMask()

void CHAOS_API GeometryCollectionAlgo::BuildLookupMask	(	const TArray< int32 > &	SortedDeletionList,
		const int32 &	Size,
		TArray< bool > &	Mask
	)

BuildTransformGroupToGeometryGroupMap()

void CHAOS_API GeometryCollectionAlgo::BuildTransformGroupToGeometryGroupMap	(	const FGeometryCollection &	GeometryCollection,
		TArray< int32 > &	TransformToGeometry
	)

ComputeCoincidentVertices()

void CHAOS_API GeometryCollectionAlgo::ComputeCoincidentVertices	(	const FGeometryCollection *	GeometryCollection,
		const float	Tolerance,
		TMap< int32, int32 > &	CoincidentVerticesMap,
		TSet< int32 > &	VertexToDeleteSet
	)

ComputeEdgeInFaces()

void CHAOS_API GeometryCollectionAlgo::ComputeEdgeInFaces	(	const FGeometryCollection *	GeometryCollection,
		TMap< FFaceEdge, int32 > &	FaceEdgeMap
	)

ComputeHiddenFaces()

void CHAOS_API GeometryCollectionAlgo::ComputeHiddenFaces	(	const FGeometryCollection *	GeometryCollection,
		TSet< int32 > &	FaceToDeleteSet
	)

ComputeRecursiveOrder()

TArray< int32 > CHAOS_API GeometryCollectionAlgo::ComputeRecursiveOrder

(

const FManagedArrayCollection &

Collection

)

ComputeStaleVertices()

void CHAOS_API GeometryCollectionAlgo::ComputeStaleVertices	(	const FGeometryCollection *	GeometryCollection,
		TSet< int32 > &	VertexToDeleteSet
	)

ComputeZeroAreaFaces()

void CHAOS_API GeometryCollectionAlgo::ComputeZeroAreaFaces	(	const FGeometryCollection *	GeometryCollection,
		const float	Tolerance,
		TSet< int32 > &	FaceToDeleteSet
	)

ContiguousArray()

void CHAOS_API GeometryCollectionAlgo::ContiguousArray	(	TArray< int32 > &	Array,
		int32	Length
	)

Build a contiguous array of integers

DEFINE_LOG_CATEGORY_STATIC()

GeometryCollectionAlgo::DEFINE_LOG_CATEGORY_STATIC	(	LogGeometryCollectionClean	,
		Verbose	,
		All
	)

DeleteCoincidentVertices()

void CHAOS_API GeometryCollectionAlgo::DeleteCoincidentVertices	(	FGeometryCollection *	GeometryCollection,
		float	Tolerance
	)

DeleteHiddenFaces()

void CHAOS_API GeometryCollectionAlgo::DeleteHiddenFaces

(

FGeometryCollection *

GeometryCollection

)

DeleteStaleVertices()

void CHAOS_API GeometryCollectionAlgo::DeleteStaleVertices

(

FGeometryCollection *

GeometryCollection

)

DeleteZeroAreaFaces()

void CHAOS_API GeometryCollectionAlgo::DeleteZeroAreaFaces	(	FGeometryCollection *	GeometryCollection,
		float	Tolerance
	)

FindOpenBoundaries()

void CHAOS_API GeometryCollectionAlgo::FindOpenBoundaries	(	const FGeometryCollection *	GeometryCollection,
		const float	CoincidentVertexTolerance,
		TArray< TArray< TArray< int32 > > > &	BoundaryVertexIndices
	)

FloodForOverlappedPairs()

void GeometryCollectionAlgo::FloodForOverlappedPairs	(	int	Level,
		int32	BoneIndex,
		TMap< int32, int32 > &	BoneToGroup,
		const TManagedArray< int32 > &	Levels,
		const TMap< int32, FBox > &	BoundingBoxes,
		TSet< TTuple< int32, int32 > > &	OutOverlappedPairs
	)

GetOverlappedPairs()

void CHAOS_API GeometryCollectionAlgo::GetOverlappedPairs	(	FGeometryCollection *	GeometryCollection,
		int	Level,
		TSet< TTuple< int32, int32 > > &	OutOverlappedPairs
	)

GlobalMatrices() [1/6]

void CHAOS_API GeometryCollectionAlgo::GlobalMatrices	(	const TManagedArray< FTransform > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		const TArray< int32 > &	Indices,
		TArray< FTransform > &	Transforms
	)

GlobalMatrices() [2/6]

template<typename MatrixType >

void GeometryCollectionAlgo::GlobalMatrices	(	const TManagedArray< FTransform > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		const TManagedArray< FTransform > &	UniformScale,
		TArray< MatrixType > &	OutGlobalTransforms
	)

GlobalMatrices() [3/6]

template<typename MatrixType >

void CHAOS_API GeometryCollectionAlgo::GlobalMatrices	(	const TManagedArray< FTransform > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		const TManagedArray< FTransform > &	UniformScale,
		TArray< MatrixType > &	Transforms
	)

GlobalMatrices() [4/6]

void CHAOS_API GeometryCollectionAlgo::GlobalMatrices	(	const TManagedArray< FTransform3f > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		const TArray< int32 > &	Indices,
		TArray< FTransform3f > &	Transforms
	)

GlobalMatrices() [5/6]

template<typename MatrixType , typename TransformType >

void GeometryCollectionAlgo::GlobalMatrices	(	const TManagedArray< TransformType > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		TArray< MatrixType > &	OutGlobalTransforms
	)

GlobalMatrices() [6/6]

template<typename MatrixType , typename TransformType >

void CHAOS_API GeometryCollectionAlgo::GlobalMatrices	(	const TManagedArray< TransformType > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		TArray< MatrixType > &	Transforms
	)

GlobalMatrices< FMatrix >()

template void CHAOS_API GeometryCollectionAlgo::GlobalMatrices< FMatrix >	(	const TManagedArray< FTransform > &	,
		const TManagedArray< int32 > &	,
		const TManagedArray< FTransform > &	,
		TArray< FMatrix > &
	)

GlobalMatrices< FMatrix, FTransform >()

template void CHAOS_API GeometryCollectionAlgo::GlobalMatrices< FMatrix, FTransform >	(	const TManagedArray< FTransform > &	,
		const TManagedArray< int32 > &	,
		TArray< FMatrix > &
	)

GlobalMatrices< FMatrix, FTransform3f >()

template void CHAOS_API GeometryCollectionAlgo::GlobalMatrices< FMatrix, FTransform3f >	(	const TManagedArray< FTransform3f > &	,
		const TManagedArray< int32 > &	,
		TArray< FMatrix > &
	)

GlobalMatrices< FTransform >()

template void CHAOS_API GeometryCollectionAlgo::GlobalMatrices< FTransform >	(	const TManagedArray< FTransform > &	,
		const TManagedArray< int32 > &	,
		const TManagedArray< FTransform > &	,
		TArray< FTransform > &
	)

GlobalMatrices< FTransform, FTransform >()

template void CHAOS_API GeometryCollectionAlgo::GlobalMatrices< FTransform, FTransform >	(	const TManagedArray< FTransform > &	,
		const TManagedArray< int32 > &	,
		TArray< FTransform > &
	)

GlobalMatrices< FTransform, FTransform3f >()

template void CHAOS_API GeometryCollectionAlgo::GlobalMatrices< FTransform, FTransform3f >	(	const TManagedArray< FTransform3f > &	,
		const TManagedArray< int32 > &	,
		TArray< FTransform > &
	)

GlobalMatrices< FTransform3f, FTransform >()

template void CHAOS_API GeometryCollectionAlgo::GlobalMatrices< FTransform3f, FTransform >	(	const TManagedArray< FTransform > &	,
		const TManagedArray< int32 > &	,
		TArray< FTransform3f > &
	)

GlobalMatrices< FTransform3f, FTransform3f >()

template void CHAOS_API GeometryCollectionAlgo::GlobalMatrices< FTransform3f, FTransform3f >	(	const TManagedArray< FTransform3f > &	,
		const TManagedArray< int32 > &	,
		TArray< FTransform3f > &
	)

GlobalMatricesFromRoot()

void CHAOS_API GeometryCollectionAlgo::GlobalMatricesFromRoot	(	const int32	ParentTransformIndex,
		const TManagedArray< FTransform > &	RelativeTransforms,
		const TManagedArray< TSet< int32 > > &	Children,
		TArray< FMatrix > &	Transforms
	)

GlobalMatricesGetIndicesToProcessHelper() [1/2]

bool GeometryCollectionAlgo::GlobalMatricesGetIndicesToProcessHelper	(	const int32	Index,
		const FGeometryDynamicCollection &	DynamicCollection,
		int32	ParentNum,
		TArray< bool > &	IsTransformComputed,
		FIndicesNeedMatricesArray &	OutToProcess
	)

GlobalMatricesGetIndicesToProcessHelper() [2/2]

bool GeometryCollectionAlgo::GlobalMatricesGetIndicesToProcessHelper	(	const int32	Index,
		const TManagedArray< int32 > &	Parents,
		TArray< bool > &	IsTransformComputed,
		FIndicesNeedMatricesArray &	OutToProcess
	)

GlobalMatricesHelper() [1/3]

template<typename TransformType >

void GeometryCollectionAlgo::GlobalMatricesHelper	(	const int32	Index,
		const FGeometryDynamicCollection &	DynamicCollection,
		TArray< bool > &	IsTransformComputed,
		const TManagedArray< FTransform > *	UniformScale,
		TArray< TransformType > &	OutGlobalTransforms
	)

GlobalMatricesHelper() [2/3]

template<typename TransformType >

void GeometryCollectionAlgo::GlobalMatricesHelper	(	const int32	Index,
		const TManagedArray< int32 > &	Parents,
		const TManagedArray< TransformType > &	Transform,
		TArray< bool > &	IsTransformComputed,
		const TManagedArray< FTransform > *	UniformScale,
		TArray< FMatrix > &	OutGlobalTransforms
	)

GlobalMatricesHelper() [3/3]

template<typename TransformType , typename TransformTypeOut >

void GeometryCollectionAlgo::GlobalMatricesHelper	(	const int32	Index,
		const TManagedArray< int32 > &	Parents,
		const TManagedArray< TransformType > &	Transform,
		TArray< bool > &	IsTransformComputed,
		const TManagedArray< FTransform > *	UniformScale,
		TArray< TransformTypeOut > &	OutGlobalTransforms
	)

GlobalMatricesHelperForIndices()

template<typename TransnformType >

TransnformType GeometryCollectionAlgo::GlobalMatricesHelperForIndices	(	const int32	Index,
		const TManagedArray< int32 > &	Parents,
		const TManagedArray< TransnformType > &	Transform,
		TArray< bool > &	IsTransformComputed,
		const TManagedArray< TransnformType > *	UniformScale,
		TArray< FTransform > &	TransformCache
	)

GlobalMatricesHelperForIndicesDynCol()

FTransform GeometryCollectionAlgo::GlobalMatricesHelperForIndicesDynCol	(	const int32	Index,
		const FGeometryDynamicCollection &	DynamicCollection,
		TArray< bool > &	IsTransformComputed,
		const TManagedArray< FTransform > *	UniformScale,
		TArray< FTransform > &	TransformCache
	)

GlobalMatricesTemplate()

template<class TransformType , class TransformTypeOut >

void GeometryCollectionAlgo::GlobalMatricesTemplate	(	const TManagedArray< TransformType > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		const TArray< int32 > &	Indices,
		TArray< TransformTypeOut > &	OutGlobalTransforms
	)

GlobalMatrix() [1/4]

FTransform CHAOS_API GeometryCollectionAlgo::GlobalMatrix	(	const TManagedArray< FTransform > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		int32	Index
	)

GlobalMatrix() [2/4]

FTransform CHAOS_API GeometryCollectionAlgo::GlobalMatrix	(	const TManagedArray< FTransform3f > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		int32	Index
	)

GlobalMatrix() [3/4]

FTransform CHAOS_API GeometryCollectionAlgo::GlobalMatrix	(	TArrayView< const FTransform >	RelativeTransforms,
		TArrayView< const int32 >	Parents,
		int32	Index
	)

GlobalMatrix() [4/4]

FTransform CHAOS_API GeometryCollectionAlgo::GlobalMatrix	(	TArrayView< const FTransform3f >	RelativeTransforms,
		TArrayView< const int32 >	Parents,
		int32	Index
	)

GlobalMatrix3f()

FTransform3f CHAOS_API GeometryCollectionAlgo::GlobalMatrix3f	(	const TManagedArray< FTransform3f > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		int32	Index
	)

GlobalMatrixTemplate() [1/2]

template<typename TransformType >

TransformType GeometryCollectionAlgo::GlobalMatrixTemplate	(	const TManagedArray< TransformType > &	RelativeTransforms,
		const TManagedArray< int32 > &	Parents,
		int32	Index
	)

GlobalMatrixTemplate() [2/2]

template<typename TransformType >

TransformType GeometryCollectionAlgo::GlobalMatrixTemplate	(	TArrayView< const TransformType >	RelativeTransforms,
		TArrayView< const int32 >	Parents,
		int32	Index
	)

HasCycle() [1/2]

bool CHAOS_API GeometryCollectionAlgo::HasCycle	(	const TManagedArray< int32 > &	Parents,
		const TArray< int32 > &	SelectedBones
	)

HasCycle() [2/2]

bool CHAOS_API GeometryCollectionAlgo::HasCycle	(	const TManagedArray< int32 > &	Parents,
		int32	Node
	)

HasInvalidIndicesFor()

bool CHAOS_API GeometryCollectionAlgo::HasInvalidIndicesFor	(	const FGeometryCollection *	GeometryCollection,
		int32	GeometryIndex
	)

HasMultipleRoots()

bool CHAOS_API GeometryCollectionAlgo::HasMultipleRoots

(

FGeometryCollection *

Collection

)

HasResidualFaces()

bool CHAOS_API GeometryCollectionAlgo::HasResidualFaces

(

const FGeometryCollection *

GeometryCollection

)

HasResidualIndices()

bool CHAOS_API GeometryCollectionAlgo::HasResidualIndices

(

const FGeometryCollection *

GeometryCollection

)

HasValidFacesFor()

bool CHAOS_API GeometryCollectionAlgo::HasValidFacesFor	(	const FGeometryCollection *	GeometryCollection,
		int32	GeometryIndex
	)

HasValidGeometryReferences()

bool CHAOS_API GeometryCollectionAlgo::HasValidGeometryReferences

(

const FGeometryCollection *

GeometryCollection

)

HasValidIndicesFor()

bool CHAOS_API GeometryCollectionAlgo::HasValidIndicesFor	(	const FGeometryCollection *	GeometryCollection,
		int32	GeometryIndex
	)

ParentTransform()

void CHAOS_API GeometryCollectionAlgo::ParentTransform	(	FManagedArrayCollection *	ManagedArrayCollection,
		const int32	TransformIndex,
		const int32	ChildIndex
	)

ParentTransforms()

void CHAOS_API GeometryCollectionAlgo::ParentTransforms	(	FManagedArrayCollection *	ManagedArrayCollection,
		const int32	TransformIndex,
		const TArray< int32 > &	SelectedBones
	)

PrepareForSimulation()

void CHAOS_API GeometryCollectionAlgo::PrepareForSimulation	(	FGeometryCollection *	GeometryCollection,
		bool	CenterAtOrigin
	)

PrintParentHierarchy()

void CHAOS_API GeometryCollectionAlgo::PrintParentHierarchy

(

const FGeometryCollection *

Collection

)

PrintParentHierarchyRecursive()

template<typename TransformType >

void GeometryCollectionAlgo::PrintParentHierarchyRecursive	(	int32	Index,
		const TManagedArray< TransformType > &	Transform,
		const TManagedArray< int32 > &	Parent,
		const TManagedArray< TSet< int32 > > &	Children,
		const TManagedArray< int32 > &	SimulationType,
		const TManagedArray< FString > &	BoneName,
		int8	Tab = 0
	)

PrintStatistics()

void CHAOS_API GeometryCollectionAlgo::PrintStatistics

(

const FGeometryCollection *

GeometryCollection

)

ReCenterGeometryAroundCentreOfMass()

void CHAOS_API GeometryCollectionAlgo::ReCenterGeometryAroundCentreOfMass	(	FGeometryCollection *	GeometryCollection,
		bool	CenterAtOrigin
	)

ResizeGeometries()

void CHAOS_API GeometryCollectionAlgo::ResizeGeometries	(	FGeometryCollection *	GeometryCollection,
		const TArray< int32 > &	FaceCounts,
		const TArray< int32 > &	VertexCounts,
		bool	bDoValidation = true
	)

Sets new sizes (face/vertex counts) for each geometry Added vertices and faces contain arbitrary data; other elements remain unchanged

TriangulateBoundaries()

void CHAOS_API GeometryCollectionAlgo::TriangulateBoundaries	(	FGeometryCollection *	GeometryCollection,
		const TArray< TArray< TArray< int32 > > > &	BoundaryVertexIndices,
		bool	bWoundClockwise,
		float	MinTriangleAreaSq
	)

UnparentTransform()

void CHAOS_API GeometryCollectionAlgo::UnparentTransform	(	FManagedArrayCollection *	ManagedArrayCollection,
		const int32	ChildIndex
	)

ValidateSortedList()

void CHAOS_API GeometryCollectionAlgo::ValidateSortedList	(	const TArray< int32 > &	SortedDeletionList,
		const int32 &	ListSize
	)

Make sure the deletion list is correctly formed.