#include "CoreMinimal.h"
#include "ManagedArray.h"
#include "GeometryCollection/TransformCollection.h"

Go to the source code of this file.

Classes
struct	GeometryCollectionAlgo::FFaceEdge

Namespaces
namespace	GeometryCollectionAlgo

namespace	GeometryCollectionAlgo::Private

Functions
void	GeometryCollectionAlgo::PrintParentHierarchy (const FGeometryCollection *Collection)

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

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

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

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

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

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

bool	GeometryCollectionAlgo::HasMultipleRoots (FGeometryCollection *Collection)

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

void	GeometryCollectionAlgo::DeleteHiddenFaces (FGeometryCollection *GeometryCollection)

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

void	GeometryCollectionAlgo::DeleteStaleVertices (FGeometryCollection *GeometryCollection)

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

void	GeometryCollectionAlgo::PrintStatistics (const FGeometryCollection *GeometryCollection)

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

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

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

bool	GeometryCollectionAlgo::HasResidualFaces (const FGeometryCollection *GeometryCollection)

bool	GeometryCollectionAlgo::HasResidualIndices (const FGeometryCollection *GeometryCollection)

bool	GeometryCollectionAlgo::HasValidGeometryReferences (const FGeometryCollection *GeometryCollection)

TArray< int32 >	GeometryCollectionAlgo::ComputeRecursiveOrder (const FManagedArrayCollection &Collection)

void	GeometryCollectionAlgo::Private::GlobalMatrices (const FGeometryDynamicCollection &DynamicCollection, TArray< FTransform > &OutGlobalTransforms)

void	GeometryCollectionAlgo::Private::GlobalMatrices (const FGeometryDynamicCollection &DynamicCollection, TArray< FTransform3f > &OutGlobalTransforms)

void	GeometryCollectionAlgo::Private::GlobalMatrices (const FGeometryDynamicCollection &DynamicCollection, const TArray< int32 > &Indices, TArray< FTransform > &OutGlobalTransforms)

FTransform	GeometryCollectionAlgo::Private::GlobalMatrix (const FGeometryDynamicCollection &DynamicCollection, int32 Index)

Classes

Namespaces

Functions