Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize > Class Template Reference

#include <BlockSparseLinearSystem.h>

Classes
struct	FPimpl

Public Member Functions
CHAOS_API	TBlockSparseSymmetricLinearSystem ()
	TBlockSparseSymmetricLinearSystem (const TBlockSparseSymmetricLinearSystem &)=delete
CHAOS_API	TBlockSparseSymmetricLinearSystem (TBlockSparseSymmetricLinearSystem &&)
	~TBlockSparseSymmetricLinearSystem ()=default
TBlockSparseSymmetricLinearSystem &	operator= (TBlockSparseSymmetricLinearSystem &)=delete
CHAOS_API TBlockSparseSymmetricLinearSystem &	operator= (TBlockSparseSymmetricLinearSystem &&)
void	Reset (int32 NumRows)
void	ReserveForParallelAdd (int32 NumDiagEntries, int32 NumOffDiagEntries)
void	AddMatrixEntry (int32 Index0, int32 Index1, const Chaos::PMatrix< T, BlockSize, BlockSize > &AEntry)
void	FinalizeSystem ()
bool	Solve (const TConstArrayView< TVector< T, BlockSize > > &RHS, const TArrayView< TVector< T, BlockSize > > &Result, const int32 MaxNumCGIterations, const T CGResidualTolerance, bool bCheckResidual, int32 *OptionalOutIterations=nullptr, T *OptionalOutError=nullptr) const

Constructor & Destructor Documentation

TBlockSparseSymmetricLinearSystem() [1/3]

template<typename T , int32 BlockSize>

Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::TBlockSparseSymmetricLinearSystem

(

)

TBlockSparseSymmetricLinearSystem() [2/3]

template<typename T , int32 BlockSize>

Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::TBlockSparseSymmetricLinearSystem ( const TBlockSparseSymmetricLinearSystem< T, BlockSize > &  )

delete

TBlockSparseSymmetricLinearSystem() [3/3]

template<typename T , int32 BlockSize>

Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::TBlockSparseSymmetricLinearSystem

(

TBlockSparseSymmetricLinearSystem< T, BlockSize > &&

Other

)

~TBlockSparseSymmetricLinearSystem()

template<typename T , int32 BlockSize>

Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::~TBlockSparseSymmetricLinearSystem ( )

default

Member Function Documentation

AddMatrixEntry()

template<typename T , int32 BlockSize>

void Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::AddMatrixEntry	(	int32	Index0,
		int32	Index1,
		const Chaos::PMatrix< T, BlockSize, BlockSize > &	AEntry
	)

FinalizeSystem()

template<typename T , int32 BlockSize>

void Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::FinalizeSystem

(

)

operator=() [1/2]

template<typename T , int32 BlockSize>

TBlockSparseSymmetricLinearSystem< T, BlockSize > & Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::operator=

(

TBlockSparseSymmetricLinearSystem< T, BlockSize > &&

Other

)

operator=() [2/2]

template<typename T , int32 BlockSize>

TBlockSparseSymmetricLinearSystem & Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::operator= ( TBlockSparseSymmetricLinearSystem< T, BlockSize > &  )

delete

ReserveForParallelAdd()

template<typename T , int32 BlockSize>

void Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::ReserveForParallelAdd	(	int32	NumDiagEntries,
		int32	NumOffDiagEntries
	)

Reset()

template<typename T , int32 BlockSize>

void Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::Reset

(

int32

NumRows

)

Solve()

template<typename T , int32 BlockSize>

bool Chaos::TBlockSparseSymmetricLinearSystem< T, BlockSize >::Solve	(	const TConstArrayView< TVector< T, BlockSize > > &	RHS,
		const TArrayView< TVector< T, BlockSize > > &	Result,
		const int32	MaxNumCGIterations,
		const T	CGResidualTolerance,
		bool	bCheckResidual,
		int32 *	OptionalOutIterations = nullptr,
		T *	OptionalOutError = nullptr
	)		const

---

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

• Engine/Source/Runtime/Experimental/Chaos/Public/Chaos/Math/BlockSparseLinearSystem.h
• Engine/Source/Runtime/Experimental/Chaos/Private/Chaos/Math/BlockSparseLinearSystem.cpp