Collaboration diagram for DiscreteFunction:

Classes
class	Dune::Fem::IsDiscreteFunction
	base class for determing whether a class is a discrete function or not More...

class	Dune::Fem::HasLocalFunction
	base class for determing whether a function has local functions or not More...

class	Dune::Fem::DiscreteFunctionTraits< DiscreteFunction >
	Traits class for a DiscreteFunction. More...

class	Dune::Fem::DiscreteFunctionDefault< Impl >

class	Dune::Fem::DiscreteFunctionInterface< Impl >

class	Dune::Fem::ManagedDiscreteFunction< DiscreteFunction >

struct	Dune::Fem::DiscreteFunctionTraits< ManagedDiscreteFunction< DiscreteFunction > >

struct	Dune::Fem::DefaultDiscreteFunctionTraits< DiscreteFunctionSpace, DofVector >

class	Dune::Fem::DofBlockProxy< DiscreteFunction, Dof, Size >
	DoF block proxy for discrete functions with random access to DoFs. More...

Functions
template<class ImplX , class ImplY >
bool	Dune::Fem::operator== (const DiscreteFunctionInterface< ImplX > &x, const DiscreteFunctionInterface< ImplY > &y)

template<class ImplX , class ImplY >
bool	Dune::Fem::operator!= (const DiscreteFunctionInterface< ImplX > &x, const DiscreteFunctionInterface< ImplY > &y)

Detailed Description

The DiscreteFunction is responsible for the dof storage. This can be done in various ways an is left to the user. The user has to derive his own implementation from the DiscreteFunctionDefault class. The implementations in the default class which are ineffecient for the dof storage in the derived class can be overloaded.

Remarks: The interface for using a DiscreteFunction is defined by the class DiscreteFunctionInterface.

Function Documentation

◆ operator!=()

template<class ImplX , class ImplY >

bool Dune::Fem::operator!=	(	const DiscreteFunctionInterface< ImplX > &	x,
		const DiscreteFunctionInterface< ImplY > &	y
	)

inline

◆ operator==()