Ma86Solver Class Reference

#include <Ma86Solver.h>

Inheritance diagram for Ma86Solver:

Public Member Functions
	Ma86Solver (SparseSymMatrix *sgm, const int numOfNegEigVal_in=-1)
virtual void	firstCall ()
virtual void	diagonalChanged (int idiag, int extent)
virtual int	matrixChanged ()
virtual void	solve (OoqpVector &rhs)
virtual void	solve (SimpleVector &rhs)
virtual void	solve (GenMatrix &rhs)
virtual	~Ma86Solver ()
Public Member Functions inherited from DoubleLinearSolver
	DoubleLinearSolver ()
virtual void	solveTrans (OoqpVector &x)
virtual void	Lsolve (OoqpVector &x)
virtual void	Dsolve (OoqpVector &x)
virtual void	Ltsolve (OoqpVector &x)
virtual	~DoubleLinearSolver ()

Private Member Functions
	Ma86Solver ()

Private Attributes
SparseSymMatrix *	Msys
bool	first
bool	second
int	n
int *	krowM
int *	jcolM
double *	M
double *	val
int	nnz
double *	nvec
void *	keep
struct ma86_control_d	control
struct ma86_info_d	info
struct mc68_control	control68
struct mc68_info	info68
double *	x
int *	order
int *	ptr
int *	row

Additional Inherited Members
Public Attributes inherited from DoubleLinearSolver
int	negEigVal
int	KryIter

Detailed Description

implements the linear solver class using the Ma86 solver

Constructor & Destructor Documentation

Ma86Solver::Ma86Solver ( )

inlineprivate

Ma86Solver::Ma86Solver	(	SparseSymMatrix *	sgm,
		const int	numOfNegEigVal_in = -1
	)

Ma86Solver::~Ma86Solver ( )

virtual

Member Function Documentation

void Ma86Solver::diagonalChanged ( int  idiag, int  extent  )

virtual

called if the diagonal elements of the matrix have changed. Triggers a refactorization of the matrix, if necessary.

Parameters

idiag	index of the first diagonal element that changed
extent	the number of diagonal element that changed.

Implements DoubleLinearSolver.

void Ma86Solver::firstCall ( )

virtual

int Ma86Solver::matrixChanged ( )

virtual

called if some elements of the matrix have changed. Triggers a refactorization of the matrix, if necessary.

Implements DoubleLinearSolver.

void Ma86Solver::solve ( OoqpVector &  x )

virtual

solves a linear system.

Parameters

x	on entry the right hand side of the system to be solved. On exit, the solution.

Implements DoubleLinearSolver.

void Ma86Solver::solve ( SimpleVector &  rhs )

virtual

void Ma86Solver::solve ( GenMatrix &  rhs )

virtual

Reimplemented from DoubleLinearSolver.

Member Data Documentation

struct ma86_control_d Ma86Solver::control

private

struct mc68_control Ma86Solver::control68

private

bool Ma86Solver::first

private

struct ma86_info_d Ma86Solver::info

private

struct mc68_info Ma86Solver::info68

private

int * Ma86Solver::jcolM

private

void* Ma86Solver::keep

private

int* Ma86Solver::krowM

private

storage for the upper triangular (in row-major format)

double* Ma86Solver::M

private

SparseSymMatrix* Ma86Solver::Msys

private

int Ma86Solver::n

private

int Ma86Solver::nnz

private

number of nonzeros in the matrix

double* Ma86Solver::nvec

private

int* Ma86Solver::order

private

int* Ma86Solver::ptr

private

int* Ma86Solver::row

private

bool Ma86Solver::second

private

double* Ma86Solver::val

private

double* Ma86Solver::x

private

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

• /home/michel/git/PIPS/PIPS-NLP/Core/LinearSolvers/Ma86Solver/Ma86Solver.h
• /home/michel/git/PIPS/PIPS-NLP/Core/LinearSolvers/Ma86Solver/Ma86Solver.C