Namespace of Classes that implement the abstract interface classes via the bridge-pattern. More...

Classes
class	AdaptiveGrid
	Implements AbstractAdaptiveGrid, uses a bulk criterion as a marking strategy. More...

class	C1ParameterFunctional
	A functional that may depend on parameters, implements AbstractC1ParameterFunctional. More...

class	ConnectedLinearization

class	DirectInnerSolver

class	ErrorEstimator
	Bridge class for an error estimator, implements AbstractErrorEstimator. More...

class	Functional
	Object that represents the linearization of a nonlinear functional, implements AbstractLineariztion. More...

class	KaskadeLinearization
	Bridge::Linearization class that uses a VariationalFunctionalAssembler to create linear systems. More...

class	KaskadeNormalStepFunctional
	Bridge class for Functionals. Its most prominent task is to create linearizations, implements AbstractFunctional. More...

class	KaskadeTangentialStepFunctional
	Bridge class for Functionals. Its most prominent task is to create linearizations, implements AbstractFunctional. More...

class	Linearization

class	LinearizationTraits
	Traits class to choose the right linearization class. More...

class	NormalStepLinearization

class	ParameterFunctional
	A functional that may depend on parameters, implements AbstractParameterFunctional. More...

class	PINVSolver

class	ProjTCGSolver

struct	SpaceTransfer

class	TangentialStepLinearization

class	TCGSolver

class	Vector
	Mathematical Vector that supports copy-on-write, implements AbstractFunctionSpaceElement. More...

struct	VectorTraits
	Traits class to unify the assignment of std::vector to a Vector. More...

struct	VectorTraits< VariableSet< Descr > >
	Specialization for variable sets. More...

Typedefs
template<class Functional >
using	ConnectedKaskadeLinearization = ConnectedLinearization< KaskadeLinearization< Functional > >

Functions
template<class Implementation >
Implementation &	getImpl (AbstractFunctionSpaceElement &v)
	Get the implementation of an AbstractFunctionSpaceElement. More...

template<class Implementation >
Implementation const &	getImpl (AbstractFunctionSpaceElement const &v)
	Get the implementation of an AbstractFunctionSpaceElement. More...

template<class ErrorEst , class GridMan >
ErrorEst	extendMarkings (ErrorEst const &, GridMan &)

template<class Est >
std::unique_ptr< ErrorEstimator< Est > >	makeErrorEstimator (Est *est)
	Convenience routine: makes an ErrorEstimator of the right type. More...

template<class Variables , class Functional >
std::unique_ptr< AbstractFunctional >	getFunctional (std::unique_ptr< Functional > &&F)

template<class Variables , class Functional >
std::unique_ptr< AbstractFunctional >	getFunctional (Functional *&&F)

template<class T >
std::unique_ptr< T >	makeUP (T *t)
	Convenience routine: makes an unique_ptr of the right type. More...

Detailed Description

Namespace of Classes that implement the abstract interface classes via the bridge-pattern.

Typedef Documentation

◆ ConnectedKaskadeLinearization

template<class Functional >

using Kaskade::Bridge::ConnectedKaskadeLinearization = typedef ConnectedLinearization<KaskadeLinearization<Functional> >

Definition at line 311 of file kaskadeBridge.hh.

Function Documentation

◆ extendMarkings()

template<class ErrorEst , class GridMan >

ErrorEst Kaskade::Bridge::extendMarkings	(	ErrorEst const &	orig,
		GridMan &	gridMan
	)

Definition at line 377 of file celldata.hh.

◆ getFunctional() [1/2]

template<class Variables , class Functional >

std::unique_ptr< AbstractFunctional > Kaskade::Bridge::getFunctional ( Functional *&& F )

Definition at line 752 of file newton_bridge.hh.

◆ getFunctional() [2/2]

template<class Variables , class Functional >

std::unique_ptr< AbstractFunctional > Kaskade::Bridge::getFunctional ( std::unique_ptr< Functional > && F )

Definition at line 746 of file newton_bridge.hh.

◆ getImpl() [1/2]

template<class Implementation >

Implementation & Kaskade::Bridge::getImpl ( AbstractFunctionSpaceElement & v )

Get the implementation of an AbstractFunctionSpaceElement.

Definition at line 330 of file newton_bridge.hh.

◆ getImpl() [2/2]

template<class Implementation >

Implementation const & Kaskade::Bridge::getImpl ( AbstractFunctionSpaceElement const & v )

Get the implementation of an AbstractFunctionSpaceElement.

Definition at line 338 of file newton_bridge.hh.

◆ makeErrorEstimator()

template<class Est >

std::unique_ptr< ErrorEstimator< Est > > Kaskade::Bridge::makeErrorEstimator ( Est * est )

Convenience routine: makes an ErrorEstimator of the right type.

Definition at line 453 of file dune_bridge.hh.

◆ makeUP()

template<class T >

std::unique_ptr< T > Kaskade::Bridge::makeUP ( T * t )

inline

Convenience routine: makes an unique_ptr of the right type.

Definition at line 842 of file newton_bridge.hh.

Referenced by Kaskade::Bridge::ParameterFunctional< Func, VectorImpl >::getFunctional(), Kaskade::Bridge::C1ParameterFunctional< Func, VectorImpl >::getLinFunctionValue(), and makeErrorEstimator().

Classes

Typedefs

Functions