DuneODE::ImplicitRungeKuttaSolver< HelmholtzOperator, NonlinearSolver, TimeStepControl > Class Template Reference

Implicit RungeKutta ODE solver. More...

#include <dune/fem/solver/rungekutta/implicit.hh>

Public Member Functions
	ImplicitRungeKuttaSolver (HelmholtzOperatorType &helmholtzOp, TimeProviderType &timeProvider, const SimpleButcherTable< double > &butcherTable, const Dune::Fem::ParameterReader &parameter=Dune::Fem::Parameter::container())
	constructor More...
	ImplicitRungeKuttaSolver (HelmholtzOperatorType &helmholtzOp, TimeProviderType &timeProvider, int order, const ParameterType &tscParam, const NonlinearSolverParameterType &nlsParam)
	constructor More...
	ImplicitRungeKuttaSolver (HelmholtzOperatorType &helmholtzOp, TimeProviderType &timeProvider, int order, const Dune::Fem::ParameterReader &parameter=Dune::Fem::Parameter::container())
	constructor More...
	ImplicitRungeKuttaSolver (HelmholtzOperatorType &helmholtzOp, TimeProviderType &timeProvider, const ParameterType &tscParam, const NonlinearSolverParameterType &nlsParam)
	constructor More...
	ImplicitRungeKuttaSolver (HelmholtzOperatorType &helmholtzOp, TimeProviderType &timeProvider, const Dune::Fem::ParameterReader &parameter=Dune::Fem::Parameter::container())
	constructor More...
void	initialize (const DestinationType &U0)
	apply operator once to get dt estimate
void	solve (DestinationType &U, MonitorType &monitor)
	solve the system
virtual void	solve (DestinationType &u)
	solve \(\partial_t u = L(u)\) where \(L\) is the internal operator. More...
virtual void	solve (DestinationType &u, MonitorType &monitor)=0
	solve \(\partial_t u = L(u)\) where \(L\) is the internal operator. More...

Detailed Description

template<class HelmholtzOperator, class NonlinearSolver, class TimeStepControl = ImplicitRungeKuttaTimeStepControl>
class DuneODE::ImplicitRungeKuttaSolver< HelmholtzOperator, NonlinearSolver, TimeStepControl >

Implicit RungeKutta ODE solver.

Constructor & Destructor Documentation

ImplicitRungeKuttaSolver() [1/5]

template<class HelmholtzOperator , class NonlinearSolver , class TimeStepControl = ImplicitRungeKuttaTimeStepControl>

DuneODE::ImplicitRungeKuttaSolver< HelmholtzOperator, NonlinearSolver, TimeStepControl >::ImplicitRungeKuttaSolver ( HelmholtzOperatorType &  helmholtzOp, TimeProviderType &  timeProvider, const SimpleButcherTable< double > &  butcherTable, const Dune::Fem::ParameterReader &  parameter = Dune::Fem::Parameter::container()  )

inline

constructor

Parameters

[in]	helmholtzOp	Helmholtz operator \(L\)
[in]	timeProvider	time provider
[in]	butcherTable	Butcher table defining the scheme
[in]	parameter	ParameterReader for reading parameters

ImplicitRungeKuttaSolver() [2/5]

template<class HelmholtzOperator , class NonlinearSolver , class TimeStepControl = ImplicitRungeKuttaTimeStepControl>

DuneODE::ImplicitRungeKuttaSolver< HelmholtzOperator, NonlinearSolver, TimeStepControl >::ImplicitRungeKuttaSolver ( HelmholtzOperatorType &  helmholtzOp, TimeProviderType &  timeProvider, int  order, const ParameterType &  tscParam, const NonlinearSolverParameterType &  nlsParam  )

inline

constructor

Parameters

[in]	helmholtzOp	Helmholtz operator \(L\)
[in]	timeProvider	time provider
[in]	order	order of butcher table to use
[in]	tscParam	parameters for implicit time step control
[in]	nlsParam	parameters for non linear solver control

ImplicitRungeKuttaSolver() [3/5]

template<class HelmholtzOperator , class NonlinearSolver , class TimeStepControl = ImplicitRungeKuttaTimeStepControl>

DuneODE::ImplicitRungeKuttaSolver< HelmholtzOperator, NonlinearSolver, TimeStepControl >::ImplicitRungeKuttaSolver ( HelmholtzOperatorType &  helmholtzOp, TimeProviderType &  timeProvider, int  order, const Dune::Fem::ParameterReader &  parameter = Dune::Fem::Parameter::container()  )

inline

constructor

Parameters

[in]	helmholtzOp	Helmholtz operator \(L\)
[in]	timeProvider	time provider
[in]	order	order of butcher table to use
[in]	tscParam	parameters for implicit time step control
[in]	nlsParam	parameters for non linear solver control

ImplicitRungeKuttaSolver() [4/5]

template<class HelmholtzOperator , class NonlinearSolver , class TimeStepControl = ImplicitRungeKuttaTimeStepControl>

DuneODE::ImplicitRungeKuttaSolver< HelmholtzOperator, NonlinearSolver, TimeStepControl >::ImplicitRungeKuttaSolver ( HelmholtzOperatorType &  helmholtzOp, TimeProviderType &  timeProvider, const ParameterType &  tscParam, const NonlinearSolverParameterType &  nlsParam  )

inline

constructor

Parameters

[in]	helmholtzOp	Helmholtz operator \(L\)
[in]	timeProvider	time provider
[in]	tscParam	parameters for implicit time step control
[in]	nlsParam	parameters for non linear solver control

ImplicitRungeKuttaSolver() [5/5]

template<class HelmholtzOperator , class NonlinearSolver , class TimeStepControl = ImplicitRungeKuttaTimeStepControl>

DuneODE::ImplicitRungeKuttaSolver< HelmholtzOperator, NonlinearSolver, TimeStepControl >::ImplicitRungeKuttaSolver ( HelmholtzOperatorType &  helmholtzOp, TimeProviderType &  timeProvider, const Dune::Fem::ParameterReader &  parameter = Dune::Fem::Parameter::container()  )

inline

constructor

Parameters

[in]	helmholtzOp	Helmholtz operator \(L\)
[in]	timeProvider	time provider
[in]	parameter	ParameterReader for reading parameters

Member Function Documentation

solve() [1/2]

virtual void DuneODE::OdeSolverInterface< DestinationImp >::solve ( DestinationType &  u )

inlinevirtualinherited

solve \(\partial_t u = L(u)\) where \(L\) is the internal operator.

Parameters

[in]

u

unknown to solve for

Reimplemented from DuneODE::OdeSolverInterface< HelmholtzOperator::DomainFunctionType >.

solve() [2/2]

virtual void DuneODE::OdeSolverInterface< DestinationImp >::solve ( DestinationType &  u, MonitorType &  monitor  )

virtualinherited

solve \(\partial_t u = L(u)\) where \(L\) is the internal operator.

Parameters

[in]	u	unknown to solve for
[in]	monitor	Monitor to get some inside information

Implements DuneODE::OdeSolverInterface< HelmholtzOperator::DomainFunctionType >.

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

• dune/fem/solver/rungekutta/implicit.hh