myra::ZLDLHSolver< Precision > Class Template Reference

Factors A = L*D*Lh, where D is a "sign matrix" of the form [I 0; 0 -I]. Presents solve methods. More...

#include <ZLDLHSolver.h>

Public Types
typedef std::complex< Precision >	Number
typedef MatrixRange< Number >	Range

Public Member Functions
	ZLDLHSolver (const LowerMatrix< Number > &A)
	Copies from A and factors A=L*D*L' in-place.
	ZLDLHSolver (LowerMatrix< Number > &&A)
	Moves from A and factors A=L*D*L' in-place.
	ZLDLHSolver (LowerMatrix< Number > &A)
	Swaps out of A and factors A = L*D*L' in-place.
	ZLDLHSolver (InputStream &in)
	Constructs from an InputStream.
void	write (OutputStream &out) const
	Writes to an OutputStream.
void	solve (const Range &B, char side='L', char op='N') const
	Solves op(A)*X=B or X*op(A)=B, overwrites B with X.
uint64_t	solveL (const Range &B, char side, char op) const
	Solves op(L)*X = B or X*op(L) = B, overwriting B with X.
void	solveD (const Range &B, char side) const
	Solves D*X=B or X*D=B, overwrites B with X.
std::pair< int, int >	inertia () const
	Returns inertia, (n_plus, n_minus). Useful for schur downdates.
int	size () const
	Size inspector.

Detailed Description

template<class Precision>
class myra::ZLDLHSolver< Precision >

Factors A = L*D*Lh, where D is a "sign matrix" of the form [I 0; 0 -I]. Presents solve methods.

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

• myramath/dense/ZLDLHSolver.h
• myramath/dense/ZLDLHSolver.cpp