Bridge::FixedSystemLinearization< Functional > Class Template Reference

Linearization Implementation for a fixed system, i.e. an inherently finite dimensional system, may be a template parameter Functional. More...

#include <discrete_bridge.hh>

Detailed Description

template<class Functional>
class Bridge::FixedSystemLinearization< Functional >

Linearization Implementation for a fixed system, i.e. an inherently finite dimensional system, may be a template parameter Functional.

Functional has to implement: typename RT : real type RT d0() d1(std::vector<RT>* rhs) d2(Dune::Matrix<Dune::FieldMatrix<RT, 1, 1> > m, Dune::BlockVector<Dune::FieldVector<RT,1> >* x) int size()

Definition at line 23 of file discrete_bridge.hh.

Classes
class	Empty

Public Types
typedef Functional::RT	RT
typedef Functional::Vector	DomainElement
typedef Functional::Vector	ImageElement
typedef Functional	Implementation
typedef Empty	OperatorType

Public Member Functions
	FixedSystemLinearization (Functional &fu_, AbstractFunctionSpaceElement const &x_)
virtual	~FixedSystemLinearization ()
int	cols (int cbegin, int cend) const
int	rows (int rbegin, int rend) const
void	precompute ()
virtual void	getMatrixBlocks (MatrixAsTriplet< RT > &mat_, int rbegin, int rend, int cbegin, int cend) const
virtual void	getRHSBlocks (std::vector< RT > &rhs_, int rbegin, int rend) const
virtual int	nColBlocks () const
virtual int	nRowBlocks () const
double	getValue () const
AbstractFunctionSpaceElement const &	getOrigin () const
void	flush ()
Implementation const &	getLinImpl () const
	return the implementation More...

Member Typedef Documentation

DomainElement

template<class Functional >

typedef Functional::Vector Bridge::FixedSystemLinearization< Functional >::DomainElement

Definition at line 27 of file discrete_bridge.hh.

ImageElement

template<class Functional >

typedef Functional::Vector Bridge::FixedSystemLinearization< Functional >::ImageElement

Definition at line 28 of file discrete_bridge.hh.

Implementation

template<class Functional >

typedef Functional Bridge::FixedSystemLinearization< Functional >::Implementation

Definition at line 29 of file discrete_bridge.hh.

OperatorType

template<class Functional >

typedef Empty Bridge::FixedSystemLinearization< Functional >::OperatorType

Definition at line 30 of file discrete_bridge.hh.

RT

template<class Functional >

typedef Functional::RT Bridge::FixedSystemLinearization< Functional >::RT

Definition at line 26 of file discrete_bridge.hh.

Constructor & Destructor Documentation

FixedSystemLinearization()

template<class Functional >

Bridge::FixedSystemLinearization< Functional >::FixedSystemLinearization ( Functional &  fu_, AbstractFunctionSpaceElement const &  x_  )

inline

Definition at line 34 of file discrete_bridge.hh.

~FixedSystemLinearization()

template<class Functional >

virtual Bridge::FixedSystemLinearization< Functional >::~FixedSystemLinearization ( )

inlinevirtual

Definition at line 41 of file discrete_bridge.hh.

Member Function Documentation

cols()

template<class Functional >

int Bridge::FixedSystemLinearization< Functional >::cols ( int  cbegin, int  cend  ) const

inline

Definition at line 43 of file discrete_bridge.hh.

flush()

template<class Functional >

void Bridge::FixedSystemLinearization< Functional >::flush ( )

inline

Definition at line 74 of file discrete_bridge.hh.

getLinImpl()

template<class Functional >

Implementation const & Bridge::FixedSystemLinearization< Functional >::getLinImpl ( ) const

inline

return the implementation

Definition at line 77 of file discrete_bridge.hh.

getMatrixBlocks()

template<class Functional >

virtual void Bridge::FixedSystemLinearization< Functional >::getMatrixBlocks ( MatrixAsTriplet< RT > &  mat_, int  rbegin, int  rend, int  cbegin, int  cend  ) const

inlinevirtual

Definition at line 51 of file discrete_bridge.hh.

getOrigin()

template<class Functional >

AbstractFunctionSpaceElement const & Bridge::FixedSystemLinearization< Functional >::getOrigin ( ) const

inline

Definition at line 72 of file discrete_bridge.hh.

getRHSBlocks()

template<class Functional >

virtual void Bridge::FixedSystemLinearization< Functional >::getRHSBlocks ( std::vector< RT > &  rhs_, int  rbegin, int  rend  ) const

inlinevirtual

Definition at line 58 of file discrete_bridge.hh.

getValue()

template<class Functional >

double Bridge::FixedSystemLinearization< Functional >::getValue ( ) const

inline

Definition at line 70 of file discrete_bridge.hh.

nColBlocks()

template<class Functional >

virtual int Bridge::FixedSystemLinearization< Functional >::nColBlocks ( ) const

inlinevirtual

Definition at line 66 of file discrete_bridge.hh.

Referenced by Bridge::FixedSystemLinearization< Functional >::cols().

nRowBlocks()

template<class Functional >

virtual int Bridge::FixedSystemLinearization< Functional >::nRowBlocks ( ) const

inlinevirtual

Definition at line 68 of file discrete_bridge.hh.

Referenced by Bridge::FixedSystemLinearization< Functional >::rows().

precompute()

template<class Functional >

void Bridge::FixedSystemLinearization< Functional >::precompute ( )

inline

Definition at line 46 of file discrete_bridge.hh.

rows()

template<class Functional >

int Bridge::FixedSystemLinearization< Functional >::rows ( int  rbegin, int  rend  ) const

inline

Definition at line 44 of file discrete_bridge.hh.

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

• discrete_bridge.hh