Dune::Fem::LinearScheme< Scheme > Member List

This is the complete list of members for Dune::Fem::LinearScheme< Scheme >, including all inherited members.

_solve(const DiscreteFunctionType &rhs, DiscreteFunctionType &solution) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inlineprotected
addConstraints(const DiscreteFunctionType &u, DiscreteFunctionType &v) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
addConstraints(DiscreteFunctionType &v) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
addDirichletBC	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	static
BaseType typedef	Dune::Fem::LinearScheme< Scheme >
clear() override	Dune::Fem::LinearScheme< Scheme >	inlinevirtual
DifferentiableOperatorType typedef	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >
dimRange	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	static
dirichletBlocks() const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
DirichletBlockVector typedef	Dune::Fem::LinearScheme< Scheme >
DiscreteFunctionSpaceType typedef	Dune::Fem::LinearScheme< Scheme >
DiscreteFunctionType typedef	Dune::Fem::LinearScheme< Scheme >
DomainFunctionType typedef	Dune::Fem::LinearScheme< Scheme >
ErrorMeasureType typedef	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >
FemScheme(const DiscreteFunctionSpaceType &space, ModelType &model, const Dune::Fem::ParameterReader &parameter=Dune::Fem::Parameter::container())	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
FemScheme(const DiscreteFunctionSpaceType &space, const Dune::Fem::ParameterReader &parameter, Models &&... models)	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
FemScheme(DifferentiableOperatorType &fullOp, const Dune::Fem::ParameterReader &parameter)	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
FSBaseType typedef	Dune::Fem::LinearScheme< Scheme >
fullOperator() const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
fullOperator()	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
fullOperator_	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	protected
fullOpPtr_	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	protected
FunctionSpaceType typedef	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >
gridPart() const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
GridPartType typedef	Dune::Fem::LinearScheme< Scheme >
gridSizeInterior() const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
GridType typedef	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >
InverseOperatorType typedef	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >
invOp_	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	mutableprotected
isBound_	Dune::Fem::LinearScheme< Scheme >	mutableprotected
jacobian(const GridFunction &ubar, JacobianOperatorType &linOp) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
JacobianOperatorType typedef	Dune::Fem::LinearScheme< Scheme >
LinearInverseOperatorType typedef	Dune::Fem::LinearScheme< Scheme >
LinearOperatorType typedef	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >
LinearScheme(SchemeType &scheme, Dune::Fem::ParameterReader parameter=Dune::Fem::Parameter::container())	Dune::Fem::LinearScheme< Scheme >	inline
LinearScheme(SchemeType &scheme, const DiscreteFunctionType &ubar, Dune::Fem::ParameterReader parameter=Dune::Fem::Parameter::container())	Dune::Fem::LinearScheme< Scheme >	inline
model() const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
model()	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
ModelType typedef	Dune::Fem::LinearScheme< Scheme >
operator()(const DiscreteFunctionType &u, DiscreteFunctionType &w) const override	Dune::Fem::LinearScheme< Scheme >	inline
operator()(const GridFunction &arg, DiscreteFunctionType &dest) const	Dune::Fem::LinearScheme< Scheme >	inline
FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >::operator()(const DiscreteFunctionType &arg, DiscreteFunctionType &dest) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >::operator()(const GridFunction &arg, DiscreteFunctionType &dest) const -> Dune::void_t< decltype(std::declval< const Scheme & >()(arg, dest))>	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
parameter() const	Dune::Fem::LinearScheme< Scheme >	inline
parameter_	Dune::Fem::LinearScheme< Scheme >	protected
ParameterType typedef	Dune::Fem::LinearScheme< Scheme >
PreconditionerFunctionType typedef	Dune::Fem::LinearScheme< Scheme >
PreconditionerFunctionWrapperType typedef	Dune::Fem::LinearScheme< Scheme >
RangeFunctionType typedef	Dune::Fem::LinearScheme< Scheme >
RangeType typedef	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >
scheme() const	Dune::Fem::LinearScheme< Scheme >	inline
SchemeType typedef	Dune::Fem::LinearScheme< Scheme >
setConstraints(DomainFunctionType &u) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
setConstraints(const DiscreteFunctionType &u, DiscreteFunctionType &v) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
setConstraints(const GridFunctionType &u, DiscreteFunctionType &v) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
setConstraints(const RangeType &value, DiscreteFunctionType &u) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
setConstraints(JacobianOperatorType &lin) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
setErrorMeasure() const	Dune::Fem::LinearScheme< Scheme >	inline
FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >::setErrorMeasure(ErrorMeasureType &errorMeasure) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
setQuadratureOrders(unsigned int interior, unsigned int surface) -> Dune::void_t< decltype(std::declval< O >().setQuadratureOrders(0, 0)) >	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
solve(const DiscreteFunctionType &rhs, DiscreteFunctionType &solution) const	Dune::Fem::LinearScheme< Scheme >	inline
solve(const DiscreteFunctionType &rhs, DiscreteFunctionType &solution, const PreconditionerFunctionType &p) const	Dune::Fem::LinearScheme< Scheme >	inline
solve(DiscreteFunctionType &solution) const	Dune::Fem::LinearScheme< Scheme >	inline
FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >::solve(const DiscreteFunctionType &rhs, DiscreteFunctionType &solution) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >::solve(const DiscreteFunctionType &rhs, DiscreteFunctionType &solution, const PreconditionerFunctionType &p) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >::solve(DiscreteFunctionType &solution) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >::solve(DiscreteFunctionType &solution, const PreconditionerFunctionType &p) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
SolverInfoType typedef	Dune::Fem::LinearScheme< Scheme >
space() const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
space_	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	protected
subConstraints(const DiscreteFunctionType &u, DiscreteFunctionType &v) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
subConstraints(DiscreteFunctionType &v) const	Dune::Fem::FemScheme< Scheme, Scheme::LinearInverseOperatorType, Scheme::LinearInverseOperatorType >	inline
temporaryData() const	Dune::Fem::LinearScheme< Scheme >	inline
tmp_	Dune::Fem::LinearScheme< Scheme >	mutableprotected