MultiscaleAlgorithmBroyden - The Multiscale Algorithm implementation of Broyden. More...

#include <MultiscaleAlgorithmBroyden.hpp>

Inheritance diagram for MultiscaleAlgorithmBroyden:

Collaboration diagram for MultiscaleAlgorithmBroyden:

Private Attributes
LinearSolver	M_solver

multiscaleMatrixPtr_Type	M_jacobian

bool	M_initializeAsIdentityMatrix

bool	M_iterationsLimitReached

UInt	M_iterationsLimitForReset

bool	M_orthogonalization

UInt	M_orthogonalizationSize

container_Type	M_orthogonalizationContainer

bool	M_truncate

Constructors & Destructor
	MultiscaleAlgorithmBroyden ()
	Constructor. More...

virtual	~MultiscaleAlgorithmBroyden ()
	Destructor. More...

Multiscale Algorithm Virtual Methods
void	setupData (const std::string &fileName)
	Setup the data of the algorithm using a data file. More...

void	setupAlgorithm ()
	Setup coupling variables and other quantities of the algorithm. More...

void	subIterate ()
	Perform sub-iteration on the coupling variables. More...

void	showMe ()
	Display some information about the algorithm. More...

Set Methods
void	setAlgorithmParameters (const multiscaleParameterList_Type &parameterList)
	Set the the main parameters of the algorithm (tolerance, maximum number of subiterations, etc.) More...

Private Types
typedef std::list< multiscaleVector_Type >	container_Type

typedef container_Type::const_iterator	containerIterator_Type

Unimplemented Methods
	MultiscaleAlgorithmBroyden (const MultiscaleAlgorithmBroyden &algorithm)

MultiscaleAlgorithmBroyden &	operator= (const MultiscaleAlgorithmBroyden &algorithm)

Private Methods
void	assembleJacobianMatrix ()

void	broydenJacobianUpdate (const multiscaleVector_Type &delta)

void	orthogonalizationUpdate (const multiscaleVector_Type &delta)

void	exportJacobianToHDF5 ()
	Export Jacobian matrix to HDF5 file. More...

void	importJacobianFromHDF5 ()
	Import Jacobian matrix from an HDF5 file. More...

Additional Inherited Members
Public Types inherited from MultiscaleAlgorithm
typedef MultiscaleModelMultiscale	multiscaleModelMultiscale_Type

typedef multiscaleModelMultiscale_Type *	multiscaleModelMultiscalePtr_Type

Public Member Functions inherited from MultiscaleAlgorithm
	MultiscaleAlgorithm ()
	Constructor. More...

virtual	~MultiscaleAlgorithm ()
	Destructor. More...

Real	computeResidual () const

void	setCommunicator (const multiscaleCommPtr_Type &comm)
	Set the epetra communicator for the model. More...

void	setMultiscaleModel (const multiscaleModelMultiscalePtr_Type model)
	Set the main Multiscale model. More...

void	setSubiterationsMaximumNumber (const UInt &subiterationsMaximumNumber)
	Set the maximum number of subiterations. More...

void	setTolerance (const Real &tolerance)
	Set the tolerance. More...

void	setAlgorithmName (const multiscaleParameterList_Type &parameterList)
	Set the algorithm name. More...

const algorithms_Type &	type () const
	Get the type of the algorithm. More...

const multiscaleModelMultiscalePtr_Type &	multiScaleProblem () const
	Get the Multiscale problem. More...

const multiscaleVectorPtr_Type &	couplingVariables () const
	Get the coupling variables. More...

const multiscaleVectorPtr_Type &	couplingResiduals () const
	Get the coupling residuals. More...

const multiscaleCommPtr_Type &	communicator () const
	Get the communicator. More...

const UInt &	subiterationsMaximumNumber () const
	Get the subiterations maximum number. More...

const Real &	tolerance () const
	Get the required tolerance. More...

Protected Member Functions inherited from MultiscaleAlgorithm
void	save (const UInt &subiterationsNumber, const Real &residual) const
	save on a Matlab file the information about the convergence of the algorithm. More...

bool	checkResidual (const UInt &subIT=0) const
	Update the residual and check if the tolerance has been satisfied. More...

Protected Attributes inherited from MultiscaleAlgorithm
algorithms_Type	M_type

std::string	M_name

multiscaleModelMultiscalePtr_Type	M_multiscale

multiscaleVectorPtr_Type	M_couplingVariables

multiscaleVectorPtr_Type	M_couplingResiduals

multiscaleCommPtr_Type	M_comm

UInt	M_subiterationsMaximumNumber

Real	M_tolerance