Sundance::LinearPDEConstrainedObj Class Reference

Inheritance diagram for Sundance::LinearPDEConstrainedObj:

List of all members.

Public Member Functions
	LinearPDEConstrainedObj (const Functional &lagrangian, const Expr &stateVars, const Expr &stateVarVals, const Expr &adjointVars, const Expr &adjointVarVals, const Expr &designVars, const Expr &designVarVals, const LinearSolver< double > &solver, int verb=0)
	LinearPDEConstrainedObj (const Functional &lagrangian, const Array< Expr > &stateVars, const Array< Expr > &stateVarVals, const Array< Expr > &adjointVars, const Array< Expr > &adjointVarVals, const Expr &designVars, const Expr &designVarVals, const Array< LinearSolver< double > > &solvers, int verb=0)
	LinearPDEConstrainedObj (const Functional &lagrangian, const Expr &stateVars, const Expr &stateVarVals, const Expr &adjointVars, const Expr &adjointVarVals, const Expr &designVars, const Expr &designVarVals, const LinearSolver< double > &solver, const RCP< IterCallbackBase > &iterCallback, int verb=0)
	LinearPDEConstrainedObj (const Functional &lagrangian, const Array< Expr > &stateVars, const Array< Expr > &stateVarVals, const Array< Expr > &adjointVars, const Array< Expr > &adjointVarVals, const Expr &designVars, const Expr &designVarVals, const Array< LinearSolver< double > > &solvers, const RCP< IterCallbackBase > &iterCallback, int verb=0)
virtual	~LinearPDEConstrainedObj ()
void	solveState (const Vector< double > &x) const
void	solveStateAndAdjoint (const Vector< double > &x) const
void	initEquations (const Array< Expr > &stateVars, const Array< Expr > &adjointVars, const Array< Array< Expr > > &fixedVarsInStateEqns, const Array< Array< Expr > > &fixedVarsInStateEqnsVals, const Array< Array< Expr > > &fixedVarsInAdjointEqns, const Array< Array< Expr > > &fixedVarsInAdjointEqnsVals)
Private Attributes
Array< LinearProblem >	stateProbs_
Array< LinearProblem >	adjointProbs_
Array< LinearSolver< double > >	solvers_

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Detailed Description

LinearPDEConstrainedObj is a base class for objective functions of the reduced-space variable where the constraint is a linear PDE in the state variables.

Definition at line 19 of file PDEOptLinearPDEConstrainedObj.hpp.

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Constructor & Destructor Documentation

Sundance::LinearPDEConstrainedObj::LinearPDEConstrainedObj	(	const Functional &	lagrangian,
		const Expr &	stateVars,
		const Expr &	stateVarVals,
		const Expr &	adjointVars,
		const Expr &	adjointVarVals,
		const Expr &	designVars,
		const Expr &	designVarVals,
		const LinearSolver< double > &	solver,
		int	verb = 0
	)

Definition at line 52 of file PDEOptLinearPDEConstrainedObj.cpp.

References Sundance::PDEConstrainedObjBase::init().

Sundance::LinearPDEConstrainedObj::LinearPDEConstrainedObj	(	const Functional &	lagrangian,
		const Array< Expr > &	stateVars,
		const Array< Expr > &	stateVarVals,
		const Array< Expr > &	adjointVars,
		const Array< Expr > &	adjointVarVals,
		const Expr &	designVars,
		const Expr &	designVarVals,
		const Array< LinearSolver< double > > &	solvers,
		int	verb = 0
	)

Definition at line 72 of file PDEOptLinearPDEConstrainedObj.cpp.

References Sundance::PDEConstrainedObjBase::init().

Sundance::LinearPDEConstrainedObj::LinearPDEConstrainedObj	(	const Functional &	lagrangian,
		const Expr &	stateVars,
		const Expr &	stateVarVals,
		const Expr &	adjointVars,
		const Expr &	adjointVarVals,
		const Expr &	designVars,
		const Expr &	designVarVals,
		const LinearSolver< double > &	solver,
		const RCP< IterCallbackBase > &	iterCallback,
		int	verb = 0
	)

Definition at line 10 of file PDEOptLinearPDEConstrainedObj.cpp.

References Sundance::PDEConstrainedObjBase::init().

Sundance::LinearPDEConstrainedObj::LinearPDEConstrainedObj	(	const Functional &	lagrangian,
		const Array< Expr > &	stateVars,
		const Array< Expr > &	stateVarVals,
		const Array< Expr > &	adjointVars,
		const Array< Expr > &	adjointVarVals,
		const Expr &	designVars,
		const Expr &	designVarVals,
		const Array< LinearSolver< double > > &	solvers,
		const RCP< IterCallbackBase > &	iterCallback,
		int	verb = 0
	)

Definition at line 31 of file PDEOptLinearPDEConstrainedObj.cpp.

References Sundance::PDEConstrainedObjBase::init().

virtual Sundance::LinearPDEConstrainedObj::~LinearPDEConstrainedObj

(

)

[inline, virtual]

virtual dtor

Definition at line 73 of file PDEOptLinearPDEConstrainedObj.hpp.

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Member Function Documentation

void Sundance::LinearPDEConstrainedObj::initEquations	(	const Array< Expr > &	stateVars,
		const Array< Expr > &	adjointVars,
		const Array< Array< Expr > > &	fixedVarsInStateEqns,
		const Array< Array< Expr > > &	fixedVarsInStateEqnsVals,
		const Array< Array< Expr > > &	fixedVarsInAdjointEqns,
		const Array< Array< Expr > > &	fixedVarsInAdjointEqnsVals
	)			[virtual]

Set up the linear equations

Implements Sundance::PDEConstrainedObjBase.

Definition at line 92 of file PDEOptLinearPDEConstrainedObj.cpp.

References adjointProbs_, Sundance::PDEConstrainedObjBase::adjointVarVals(), Sundance::PDEConstrainedObjBase::Lagrangian(), Sundance::Functional::linearVariationalProb(), PLAYA_MSG2, PLAYA_MSG3, stateProbs_, Sundance::PDEConstrainedObjBase::stateVarVals(), and Playa::ObjectWithVerbosity::verb().

void Sundance::LinearPDEConstrainedObj::solveState

(

const Vector< double > &

x

)

const [virtual]

Solve the sequence of state equations, followed by postprocessing. At the end of this call, the system is ready for evaluation of the objective function or solution of the adjoint equations.

Implements Sundance::PDEConstrainedObjBase.

Definition at line 138 of file PDEOptLinearPDEConstrainedObj.cpp.

References Sundance::PDEConstrainedObjBase::designVarVal(), Playa::SolverState< Scalar >::finalState(), Playa::Vector< Scalar >::norm2(), PLAYA_MSG2, PLAYA_MSG3, PLAYA_MSG5, Sundance::setDiscreteFunctionVector(), Playa::SolveConverged, solvers_, Playa::SolverState< Scalar >::stateDescription(), Sundance::PDEConstrainedObjBase::statePostprocCallback(), stateProbs_, Sundance::PDEConstrainedObjBase::stateVarVals(), and Playa::ObjectWithVerbosity::verb().

void Sundance::LinearPDEConstrainedObj::solveStateAndAdjoint

(

const Vector< double > &

x

)

const [virtual]

Solve the sequence of state equations, then do postprocessing, then finally the adjoint equations in reverse order. At the end of this call, the system is ready for evaluation of the objective function and its gradient.

Implements Sundance::PDEConstrainedObjBase.

Definition at line 165 of file PDEOptLinearPDEConstrainedObj.cpp.

References Sundance::FieldWriter::addField(), Sundance::FieldWriter::addMesh(), Playa::SolverState< Scalar >::finalState(), Playa::Vector< Scalar >::norm2(), PLAYA_MSG2, PLAYA_MSG3, PLAYA_MSG5, Sundance::setDiscreteFunctionVector(), Sundance::Expr::size(), Playa::SolveConverged, Playa::SolverState< Scalar >::stateDescription(), Teuchos::toString(), and Sundance::FieldWriter::write().

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Member Data Documentation

Array<LinearProblem> Sundance::LinearPDEConstrainedObj::adjointProbs_ [private]

Definition at line 103 of file PDEOptLinearPDEConstrainedObj.hpp.

Referenced by initEquations().

Array<LinearSolver<double> > Sundance::LinearPDEConstrainedObj::solvers_ [private]

Definition at line 105 of file PDEOptLinearPDEConstrainedObj.hpp.

Referenced by solveState().

Array<LinearProblem> Sundance::LinearPDEConstrainedObj::stateProbs_ [private]

Definition at line 101 of file PDEOptLinearPDEConstrainedObj.hpp.

Referenced by initEquations(), and solveState().