#include <comp_step.hh>

Detailed Description

template<class Assembler_, class PrecondAssembler, class Domain_, class Range_, class VariableSet, int components = Assembler_::Grid::dimension>
class Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >

Definition at line 612 of file comp_step.hh.

Inheritance diagram for Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >:

Public Types
typedef Domain_	Domain

typedef Range_	Range

typedef Assembler_	Assembler

typedef Assembler::Functional::Functional	Functional

typedef PrecondAssembler::Functional::Functional	PreconditionerFunctional

typedef OptimalControlTraits< Functional, Assembler >	Traits

typedef Traits::Scalar	Scalar

typedef Bridge::ConnectedKaskadeLinearization< typename Assembler::Functional::Functional >	BridgeLinearization

Public Member Functions
	DirectNormalSolver (PreconditionerFunctional const &pf_, DirectType directType_=DirectType::UMFPACK3264, MatrixProperties properties_=MatrixProperties::GENERAL, int verbosity_=1)

virtual	~DirectNormalSolver ()

virtual void	pre (Domain &x, Range &b)

virtual void	post (Domain &x)

virtual void	apply (Domain &v, const Range &d)

virtual void	setRelativeAccuracy (double)

void	ordinaryAndAdjoint (AbstractFunctionSpaceElement &correction, AbstractFunctionSpaceElement &adjointCorrection, AbstractLinearization &linearization, AbstractFunctionSpaceElement correctionResidual=nullptr, AbstractFunctionSpaceElement adjointResidual=nullptr)

void	simplified (AbstractFunctionSpaceElement &correction, AbstractLinearization const &linearization, AbstractFunctionSpaceElement *residual=nullptr) const

virtual void	setEps (double)

Member Typedef Documentation

◆ Assembler

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

typedef Assembler_ Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::Assembler

Definition at line 617 of file comp_step.hh.

◆ BridgeLinearization

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

typedef Bridge::ConnectedKaskadeLinearization<typename Assembler::Functional::Functional> Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::BridgeLinearization

Definition at line 622 of file comp_step.hh.

◆ Domain

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

typedef Domain_ Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::Domain

Definition at line 615 of file comp_step.hh.

◆ Functional

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

typedef Assembler::Functional::Functional Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::Functional

Definition at line 618 of file comp_step.hh.

◆ PreconditionerFunctional

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

typedef PrecondAssembler::Functional::Functional Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::PreconditionerFunctional

Definition at line 619 of file comp_step.hh.

◆ Range

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

typedef Range_ Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::Range

Definition at line 616 of file comp_step.hh.

◆ Scalar

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

typedef Traits::Scalar Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::Scalar

Definition at line 621 of file comp_step.hh.

◆ Traits

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

typedef OptimalControlTraits<Functional,Assembler> Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::Traits

Definition at line 620 of file comp_step.hh.

Constructor & Destructor Documentation

◆ DirectNormalSolver()

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::DirectNormalSolver	(	PreconditionerFunctional const &	pf_,
		DirectType	directType_ = `DirectType::UMFPACK3264`,
		MatrixProperties	properties_ = `MatrixProperties::GENERAL`,
		int	verbosity_ = `1`
	)

inlineexplicit

Definition at line 624 of file comp_step.hh.

◆ ~DirectNormalSolver()

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

virtual Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::~DirectNormalSolver ( )

inlinevirtual

Definition at line 628 of file comp_step.hh.

Member Function Documentation

◆ apply()

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

virtual void Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::apply	(	Domain &	v,
		const Range &	d
	)

inlinevirtual

Definition at line 632 of file comp_step.hh.

◆ ordinaryAndAdjoint()

void Kaskade::AbstractNormalDirection::ordinaryAndAdjoint	(	AbstractFunctionSpaceElement &	correction,
		AbstractFunctionSpaceElement &	adjointCorrection,
		AbstractLinearization &	linearization,
		AbstractFunctionSpaceElement *	correctionResidual = `nullptr`,
		AbstractFunctionSpaceElement *	adjointResidual = `nullptr`
	)

inlineinherited

compute min 1/2 <dn,dn> s.t. c'(x_0)dn+c(x_0)=0 compute Lagrangemultiplier for: min 1/2 <w,w>+f'(x_0) s.t. c'(x_0)w=0 performs factorization uses normal linearization at x_0

Definition at line 67 of file opt_interface.hh.

◆ post()

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

virtual void Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::post ( Domain & x )

inlinevirtual

Definition at line 630 of file comp_step.hh.

◆ pre()

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

virtual void Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::pre	(	Domain &	x,
		Range &	b
	)

inlinevirtual

Definition at line 629 of file comp_step.hh.

◆ setEps()

virtual void Kaskade::AbstractNormalDirection::setEps ( double )

inlinevirtualinherited

Reimplemented in Kaskade::PPCGAsNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >.

Definition at line 78 of file opt_interface.hh.

◆ setRelativeAccuracy()

template<class Assembler_ , class PrecondAssembler , class Domain_ , class Range_ , class VariableSet , int components = Assembler_::Grid::dimension>

virtual void Kaskade::DirectNormalSolver< Assembler_, PrecondAssembler, Domain_, Range_, VariableSet, components >::setRelativeAccuracy ( double )

inlinevirtual

Reimplemented from Kaskade::AbstractNormalDirection.

Definition at line 634 of file comp_step.hh.

◆ simplified()

void Kaskade::AbstractNormalDirection::simplified	(	AbstractFunctionSpaceElement &	correction,
		AbstractLinearization const &	linearization,
		AbstractFunctionSpaceElement *	residual = `nullptr`
	)		const

inlineinherited

compute min 1/2 <dn,dn> s.t. c'(x_0)dn+c(x)=0 reuses factorization from ordinary(...) or ordinaryAndAdjoint(...) linearization at x

Definition at line 73 of file opt_interface.hh.

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

comp_step.hh

Detailed Description

Public Types

Public Member Functions

Member Typedef Documentation

◆ Assembler

◆ BridgeLinearization

◆ Domain

◆ Functional

◆ PreconditionerFunctional

◆ Range

◆ Scalar

◆ Traits

Constructor & Destructor Documentation

◆ DirectNormalSolver()

◆ ~DirectNormalSolver()

Member Function Documentation

◆ apply()

◆ ordinaryAndAdjoint()

◆ post()

◆ pre()

◆ setEps()

◆ setRelativeAccuracy()

◆ simplified()