Concrete implementation of NOX::Observer that stores a vector of Observers. More...

#include <NOX_Observer_Vector.hpp>

Inheritance diagram for NOX::ObserverVector:

Collaboration diagram for NOX::ObserverVector:

Public Member Functions
void	runPreIterate (const NOX::Solver::Generic &solver)
	User defined method that will be executed at the start of a call to NOX::Solver::Generic::step().

void	runPostIterate (const NOX::Solver::Generic &solver)
	User defined method that will be executed at the end of a call to NOX::Solver::Generic::step().

void	runPreSolve (const NOX::Solver::Generic &solver)
	User defined method that will be executed at the start of a call to NOX::Solver::Generic::solve().

void	runPostSolve (const NOX::Solver::Generic &solver)
	User defined method that will be executed at the end of a call to NOX::Solver::Generic::solve().

void	runPreSolutionUpdate (const NOX::Abstract::Vector &update, const NOX::Solver::Generic &solver)
	User defined method that will be executed prior to the update of the solution vector during a call to NOX::Solver::Generic::step(). This is intended to allow users to adjust the direction before the solution update, typically based on knowledge of the problem formulation. The direction is const as we can't guarantee that changes to the direction won't violate assumptions of the solution algorithm. Users can change the update/direciton after a const cast, but NOX may not function as expected. Use at your own risk! More...

void	runPostSolutionUpdate (const NOX::Solver::Generic &solver)
	User defined method that will be executed after the update of the solution vector during a call to NOX::Solver::Generic::step(). This is intended to allow users to adjust the direction after the solution update, typically based on knowledge of the problem formulation (e.g. clipping negative mass fractions). The direction is const as we can't guarantee that changes to the direction won't violate assumptions of the solution algorithm. Users can change the update/direciton after a const cast, but NOX may not function as expected. Use at your own risk! More...

void	runPreLineSearch (const NOX::Solver::Generic &solver)
	User defined method that will be executed before a call to NOX::LineSearch::Generic::compute(). Only to be used in NOX::Solver::LineSearchBased!

void	runPostLineSearch (const NOX::Solver::Generic &solver)
	User defined method that will be executed after a call to NOX::LineSearch::Generic::compute(). Only to be used in NOX::Solver::LineSearchBased!

void	pushBack (const Teuchos::RCP< NOX::Observer > &observer)
	Add observer to end of vector.

void	popBack ()
	Remove observer from end of vector.

void	clear ()
	Clear the vector of observers.

Public Member Functions inherited from NOX::Observer
	Observer ()
	Constructor.

virtual	~Observer ()
	Destructor.

Detailed Description

Concrete implementation of NOX::Observer that stores a vector of Observers.

The intent of this object to to aggregate a set of Observer objects.

Member Function Documentation

void NOX::ObserverVector::runPostSolutionUpdate ( const NOX::Solver::Generic & )

virtual

User defined method that will be executed after the update of the solution vector during a call to NOX::Solver::Generic::step(). This is intended to allow users to adjust the direction after the solution update, typically based on knowledge of the problem formulation (e.g. clipping negative mass fractions). The direction is const as we can't guarantee that changes to the direction won't violate assumptions of the solution algorithm. Users can change the update/direciton after a const cast, but NOX may not function as expected. Use at your own risk!

Parameters

[in] solver - the nox solver

Reimplemented from NOX::Observer.

void NOX::ObserverVector::runPreSolutionUpdate	(	const NOX::Abstract::Vector &	,
		const NOX::Solver::Generic &
	)

virtual

User defined method that will be executed prior to the update of the solution vector during a call to NOX::Solver::Generic::step(). This is intended to allow users to adjust the direction before the solution update, typically based on knowledge of the problem formulation. The direction is const as we can't guarantee that changes to the direction won't violate assumptions of the solution algorithm. Users can change the update/direciton after a const cast, but NOX may not function as expected. Use at your own risk!

Parameters

[in]	update	- the direction vector that will be used to update the solution.
[in]	solver	- the nox solver

Reimplemented from NOX::Observer.

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

NOX_Observer_Vector.hpp
NOX_Observer_Vector.cpp

Public Member Functions

Detailed Description

Member Function Documentation