functional_aux.hh File Reference

Utility classes for the definition and use of variational functionals. More...

#include <type_traits>
#include <utility>
#include <dune/common/fvector.hh>
#include <dune/common/fmatrix.hh>
#include "fem/functionspace.hh"

Go to the source code of this file.

Classes
class	Kaskade::FunctionalBase< Type >
	Convenience base class for the easy definition of variational functionals and weak formulations. More...
struct	Kaskade::FunctionalBase< Type >::D1< row >
	Static a priori default information about the right hand side blocks. More...
struct	Kaskade::FunctionalBase< Type >::D2< row, col >
	Static a priori default information about the matrix blocks. More...
struct	Kaskade::FunctionalBase< Type >::B2< row, col >
struct	Kaskade::Functional_Aux_Detail::checkSymmetry< Functional, n >
struct	Kaskade::Functional_Aux_Detail::checkSymmetry< Functional,-1 >
class	Kaskade::TrivialCacheBase< AnsatzVars, TestVars >
	Base class simplifying the definition of domain and boundary caches. More...
class	Kaskade::CacheBase< Functional, Cache, ScalarT >
	Provides implementations of d1 and d2 for (possibly mixed) use of scalar and power spaces. More...
class	Kaskade::LinearizationAt< Functional_ >
	Proxy class for the linearization of a nonlinear functional. More...
struct	Kaskade::LinearizationAt< Functional_ >::D1< row >
	Rhs block information. More...
struct	Kaskade::LinearizationAt< Functional_ >::D2< row, col >
	matrix block information More...
class	Kaskade::LinearizationDifferenceAt< Functional_ >
	Proxy class for evaluating differences of linearizations of a nonlinear functional. More...
class	Kaskade::LinearizationDifferenceAt< Functional_ >::DomainCache
class	Kaskade::LinearizationDifferenceAt< Functional_ >::BoundaryCache
struct	Kaskade::LinearizationDifferenceAt< Functional_ >::D1< row >
	Rhs block information. More...
struct	Kaskade::LinearizationDifferenceAt< Functional_ >::D2< row, col >
	matrix block information More...
class	Kaskade::SemiLinearizationAt< Functional >
	Proxy class for the linearization of semi-linear time stepping schemes. More...
class	Kaskade::SemiLinearizationAtInner< Functional >

Namespaces
namespace	Kaskade
namespace	Kaskade::Functional_Aux_Detail

Typedefs
template<class TestVars , int row>
using	Kaskade::D1Result = Dune::FieldVector< typename TestVars::Scalar, TestVars::template Components< row >::m >
	The return type of the d1() method of DomainCache and BoundaryCache. More...
template<class TestVars , int row, class AnsatzVars , int col>
using	Kaskade::D2Result = Dune::FieldMatrix< typename TestVars::Scalar, TestVars::template Components< row >::m, AnsatzVars::template Components< col >::m >
	The return type of the d1() method of DomainCache and BoundaryCache. More...

Functions
template<class Functional >
LinearizationDifferenceAt< Functional >	Kaskade::linearizationDifference (Functional const &f, typename Functional::OriginVars::VariableSet const &u1, typename Functional::OriginVars::VariableSet const &u2)
	Convenience routine: construct linearization without having to know the type of the functional. More...

Variables
template<class Functional , int n>
constexpr bool	Kaskade::symmetryCheck = Functional_Aux_Detail::checkSymmetry<Functional,n>::pass
template<class Functional >
constexpr bool	Kaskade::hasInnerBoundaryCache
	Checks whether InnerBoundaryCache is declared in Functional. More...

Detailed Description

Utility classes for the definition and use of variational functionals.

Author

Anton Schiela, Lars Lubkoll

Definition in file functional_aux.hh.