NLOp encapsulates a discrete nonlinear problem, and can be passed to a nonlinear solver such as NOX. More...

Inheritance diagram for Sundance::NLOp:

Public Member Functions
	NLOp ()
	Empty ctor.
	NLOp (const Mesh &mesh, const Expr &eqn, const Expr &bc, const Expr &test, const Expr &unk, const Expr &u0, const TSFExtended::VectorType< double > &vecType, bool partitionBCs=false)
	Construct with a mesh, equation set, bcs, test and unknown funcs, and a vector type.
	NLOp (const Mesh &mesh, const Expr &eqn, const Expr &bc, const Expr &test, const Expr &unk, const Expr &u0, const Expr &params, const Expr &paramVals, const TSFExtended::VectorType< double > &vecType, bool partitionBCs=false)
	Construct with a mesh, equation set, bcs, test and unknown funcs, parameters, and a vector type.
	NLOp (const RCP< Assembler > &assembler, const Expr &u0)
LinearOperator< double >	computeJacobianAndFunction (Vector< double > &functionValue) const
	Compute the residual and Jacobian at the current evaluation point.
void	computeJacobianAndFunction (LinearOperator< double > &J, Vector< double > &resid) const
	Write the Jacobian and residual into the objects provided.
Expr	computeSensitivities (const LinearSolver< double > &solver) const
	Compute direct sensitivities to parameters.
Expr	getU0 () const
	Return the current evaluation point as a Sundance expression.
TSFExtended::Vector< double >	computeFunctionValue () const
	Compute the residual at the current eval point.
void	computeFunctionValue (Vector< double > &resid) const
	Write the residual into the object provided.
TSFExtended::Vector< double >	getInitialGuess () const
	Get an initial guess.
LinearOperator< double >	allocateJacobian () const
	Create the Jacobian object, but don't fill it in.
void	setInitialGuess (const Expr &u0New)
	Set an initial guess.
Private Attributes
Handleable interface
RCP< Assembler >	assembler_
TSFExtended::LinearOperator < double >	J_
Expr	u0_
Expr	params_
Expr	paramVals_
DiscreteFunction *	discreteU0_

Detailed Description

NLOp encapsulates a discrete nonlinear problem, and can be passed to a nonlinear solver such as NOX.

Definition at line 55 of file SundanceNLOp.hpp.

Constructor & Destructor Documentation

NLOp::NLOp ( )

Empty ctor.

Definition at line 66 of file SundanceNLOp.cpp.

References nlpCtorTimer().

NLOp::NLOp	(	const Mesh &	mesh,
		const Expr &	eqn,
		const Expr &	bc,
		const Expr &	test,
		const Expr &	unk,
		const Expr &	u0,
		const TSFExtended::VectorType< double > &	vecType,
		bool	partitionBCs = `false`
	)

Construct with a mesh, equation set, bcs, test and unknown funcs, and a vector type.

Definition at line 76 of file SundanceNLOp.cpp.

References assembler_, discreteU0_, TSFExtended::NonlinearOperatorBase< double >::domain(), Sundance::Expr::flattenSpectral(), nlpCtorTimer(), Sundance::Handle< PointerType >::ptr(), TSFExtended::NonlinearOperatorBase< double >::range(), TSFExtended::NonlinearOperatorBase< double >::setDomainAndRange(), and u0_.

NLOp::NLOp	(	const Mesh &	mesh,
		const Expr &	eqn,
		const Expr &	bc,
		const Expr &	test,
		const Expr &	unk,
		const Expr &	u0,
		const Expr &	params,
		const Expr &	paramVals,
		const TSFExtended::VectorType< double > &	vecType,
		bool	partitionBCs = `false`
	)