DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim > Class Template Reference

#include <statpdeproblem.h>

Inheritance diagram for DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >:

Public Member Functions
template<typename INTEGRATORDATACONT >
	StatPDEProblem (PROBLEM *OP, DOpEtypes::VectorStorageType state_behavior, ParameterReader &param_reader, INTEGRATORDATACONT &idc, int base_priority=0)
template<typename INTEGRATORDATACONT >
	StatPDEProblem (PROBLEM *OP, DOpEtypes::VectorStorageType state_behavior, ParameterReader &param_reader, INTEGRATORDATACONT &idc1, INTEGRATORDATACONT &idc2, int base_priority=0)
virtual	~StatPDEProblem ()
void	ReInit ()
void	ComputeReducedFunctionals ()
void	ComputeReducedFunctionals (const StateVector< VECTOR > &st_u)
template<class DWRC , class PDE >
void	ComputeRefinementIndicators (DWRC &dwrc, PDE &pde)
void	StateSizeInfo (std::stringstream &out)
void	WriteToFile (const VECTOR &v, std::string name, std::string outfile, std::string dof_type, std::string filetype)
void	WriteToFileElementwise (const Vector< double > &v, std::string name, std::string outfile, std::string dof_type, std::string filetype)
void	WriteToFile (const ControlVector< VECTOR > &v, std::string name, std::string dof_type)
void	WriteToFile (const std::vector< double > &, std::string)
Public Member Functions inherited from DOpE::PDEProblemInterface< PROBLEM, VECTOR, dealdim >
	PDEProblemInterface (PROBLEM *OP, int base_priority=0)
virtual	~PDEProblemInterface ()
void	SetProblemType (std::string type, unsigned int num=0)
template<class DWRC >
void	InitializeDWRC (DWRC &dwrc)
Public Member Functions inherited from DOpE::ReducedProblemInterface_Base< VECTOR >
	ReducedProblemInterface_Base ()
virtual	~ReducedProblemInterface_Base ()
void	RegisterOutputHandler (DOpEOutputHandler< VECTOR > *OH)
void	RegisterExceptionHandler (DOpEExceptionHandler< VECTOR > *OH)
DOpEExceptionHandler< VECTOR > *	GetExceptionHandler ()
DOpEOutputHandler< VECTOR > *	GetOutputHandler ()
double	GetFunctionalValue (std::string name) const
const std::vector< double > &	GetTimeFunctionalValue (std::string name) const
void	AddUserDomainData (std::string name, const VECTOR *new_data)
void	DeleteUserDomainData (std::string name)

Static Public Member Functions
static void	declare_params (ParameterReader &param_reader)

Protected Member Functions
void	ComputeReducedState ()
void	ComputeDualForErrorEstimation (DOpEtypes::WeightComputation)
const StateVector< VECTOR > &	GetU () const
StateVector< VECTOR > &	GetU ()
const StateVector< VECTOR > &	GetZForEE () const
StateVector< VECTOR > &	GetZForEE ()
NONLINEARSOLVER &	GetNonlinearSolver (std::string type)
INTEGRATOR &	GetIntegrator ()
const bool &	GetBuildStateMatrix () const
const bool &	GetBuildAdjointMatrix () const
const bool &	GetStateReinit () const
const bool &	GetAdjointReinit () const
bool &	GetBuildStateMatrix ()
bool &	GetBuildAdjointMatrix ()
bool &	GetStateReinit ()
bool &	GetAdjointReinit ()
Protected Member Functions inherited from DOpE::PDEProblemInterface< PROBLEM, VECTOR, dealdim >
virtual const std::map < std::string, unsigned int > &	GetFunctionalPosition () const
PROBLEM *	GetProblem ()
const PROBLEM *	GetProblem () const
std::string	GetPostIndex ()
int	GetBasePriority ()
Protected Member Functions inherited from DOpE::ReducedProblemInterface_Base< VECTOR >
void	InitializeFunctionalValues (unsigned int N)
std::vector< std::vector < double > > &	GetFunctionalValues ()
const std::vector< std::vector < double > > &	GetFunctionalValues () const
const std::map< std::string, const VECTOR * > &	GetUserDomainData () const

Friends
class	SolutionExtractor< StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >, VECTOR >

Detailed Description

template<typename NONLINEARSOLVER, typename INTEGRATOR, typename PROBLEM, typename VECTOR, int dealdim>
class DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >

Basic class to solve stationary PDE-problems. In contrast to StatReducedProblem no control variable is present. This allows to avoid initialization of the related and objects which will not be used.

Template Parameters

<NONLINEARSOLVER>	Newton solver for the state variables.
<INTEGRATOR>	An integrator for the state variables, e.g, Integrator
<PROBLEM>	PDE- or optimization problem under consideration.
<VECTOR>	Class in which we want to store the spatial vector (i.e. dealii::Vector<double> or dealii::BlockVector<double>)
<dopedim>	The dimension for the control variable.
<dealdim>	The dimension for the state variable.

Constructor & Destructor Documentation

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

template<typename INTEGRATORDATACONT >

DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::StatPDEProblem	(	PROBLEM *	OP,
		DOpEtypes::VectorStorageType	state_behavior,
		ParameterReader &	param_reader,
		INTEGRATORDATACONT &	idc,
		int	base_priority = 0
	)

Constructor for the StatPDEProblem.

Template Parameters

<INTEGRATORDATACONT>

An IntegratorDataContainer

Parameters

OP	Problem is given to the stationary solver.
state_behavior	Indicates the behavior of the StateVector.
param_reader	An object which has run time data.
idc	An INTETGRATORDATACONT which has all the data needed by the integrator.
base_priority	An offset for the priority of the output written to the OutputHandler

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

template<typename INTEGRATORDATACONT >

DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::StatPDEProblem	(	PROBLEM *	OP,
		DOpEtypes::VectorStorageType	state_behavior,
		ParameterReader &	param_reader,
		INTEGRATORDATACONT &	idc1,
		INTEGRATORDATACONT &	idc2,
		int	base_priority = 0
	)

Constructor for the StatPDEProblem.

Parameters

OP	Problem is given to the stationary solver.
state_behavior	Indicates the behavior of the StateVector.
param_reader	An object which has run time data.
idc	An INTETGRATORDATACONT which has all the data needed by the integrator.
idc2	An INTETGRATORDATACONT which is used by the integrator to evalueate the functionals.
base_priority	An offset for the priority of the output written to the OutputHandler

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::~StatPDEProblem ( )

virtual

Member Function Documentation

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::ComputeDualForErrorEstimation ( DOpEtypes::WeightComputation  weight_comp )

protected

This function computes the solution for the dual variable for error estimation.

I is assumed that the state u(q) corresponding to the argument q is already calculated.

Parameters

weight_comp

A flag deciding how the weights should be calculated

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::ComputeReducedFunctionals ( )

virtual

Implementation of Virtual Method in Base Class ReducedProblemInterface

Implements DOpE::PDEProblemInterface< PROBLEM, VECTOR, dealdim >.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::ComputeReducedFunctionals

(

const StateVector< VECTOR > &

st_u

)

This function evaluates reduced functionals of interest for the given statevector st_u.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::ComputeReducedState ( )

protected

This function computes the solution for the state variable.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

template<class DWRC , class PDE >

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::ComputeRefinementIndicators	(	DWRC &	dwrc,
		PDE &	pde
	)

Computes the error indicators for the error of a previosly specified functional. Assumes that the primal state solution is already computed and the functional is specified (see problem::SetFunctionalForErrorEstimation).

Everything else is determined by the DWRDataContainer you use (represented by the template parameter DWRC).

Template Parameters

<DWRC>	A container for the refinement indicators See, e.g., DWRDataContainer
<PDE>	The problem contrainer

Parameters

dwrc	The data container
pde	The problem

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::declare_params ( ParameterReader &  param_reader )

static

Static member function for run time parameters.

Parameters

param_reader

An object which has run time data.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

const bool& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetAdjointReinit ( ) const

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

bool& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetAdjointReinit ( )

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

const bool& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetBuildAdjointMatrix ( ) const

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

bool& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetBuildAdjointMatrix ( )

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

const bool& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetBuildStateMatrix ( ) const

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

bool& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetBuildStateMatrix ( )

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

INTEGRATOR& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetIntegrator ( )

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

NONLINEARSOLVER & DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetNonlinearSolver ( std::string  type )

protected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

const bool& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetStateReinit ( ) const

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

bool& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetStateReinit ( )

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

const StateVector<VECTOR>& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetU ( ) const

inlineprotected

Returns the solution of the state-equation.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

StateVector<VECTOR>& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetU ( )

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

const StateVector<VECTOR>& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetZForEE ( ) const

inlineprotected

Returns the solution of the dual equation for error estimation.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

StateVector<VECTOR>& DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::GetZForEE ( )

inlineprotected

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::ReInit ( )

virtual

This function sets state- and dual vectors to their correct sizes. Further, the flags to build the system matrices are set to true.

Reimplemented from DOpE::PDEProblemInterface< PROBLEM, VECTOR, dealdim >.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::StateSizeInfo ( std::stringstream &  out )

inlinevirtual

Implementation of Virtual Method in Base Class ReducedProblemInterface

Implements DOpE::ReducedProblemInterface_Base< VECTOR >.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::WriteToFile ( const VECTOR &  v, std::string  name, std::string  outfile, std::string  dof_type, std::string  filetype  )

virtual

Here, the given VECTOR v is printed to a file of *.vtk format. However, in later implementations other file formats will be available.

Parameters

v	The VECTOR to write to a file.
name	The names of the variables, e.g., in a fluid problem: v1, v2, p.
outfile	The basic name for the output file to print.
dof_type	Has the DoF type: state or control.
filetype	The filetype. Actually, *.vtk outputs are possible.

Implements DOpE::ReducedProblemInterface_Base< VECTOR >.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::WriteToFile ( const ControlVector< VECTOR > &  v, std::string  name, std::string  dof_type  )

virtual

Here, the given ControlVector<VECTOR> v is printed to a file of *.vtk format. However, in later implementations other file formats will be available.

Parameters

v	The ControlVector<VECTOR> to write to a file.
name	The names of the variables, e.g., in a fluid problem: v1, v2, p.
dof_type	Has the DoF type: state or control.

Implements DOpE::ReducedProblemInterface_Base< VECTOR >.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::WriteToFile ( const std::vector< double > &  , std::string    )

inlinevirtual

Basic function to write a std::vector to a file.

Parameters

v	A std::vector to write to a file.
outfile	The basic name for the output file to print. Doesn't make sense here so aborts if called!

Implements DOpE::ReducedProblemInterface_Base< VECTOR >.

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

void DOpE::StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >::WriteToFileElementwise ( const Vector< double > &  v, std::string  name, std::string  outfile, std::string  dof_type, std::string  filetype  )

virtual

Here, the given Vector v (containing element-related data) is printed to a file of *.vtk format. However, in later implementations other file formats will be available.

Parameters

v	The Vector to write to a file.
name	The names of the variables, e.g., in a fluid problem: v1, v2, p.
outfile	The basic name for the output file to print.
dof_type	Has the DoF type: state or control.
filetype	The filetype. Actually, *.vtk outputs are possible.
type	How to interprete the given data, i.e. does v contain nodal-related or element-related data.

Reimplemented from DOpE::ReducedProblemInterface_Base< VECTOR >.

Friends And Related Function Documentation

template<typename NONLINEARSOLVER , typename INTEGRATOR , typename PROBLEM , typename VECTOR , int dealdim>

friend class SolutionExtractor< StatPDEProblem< NONLINEARSOLVER, INTEGRATOR, PROBLEM, VECTOR, dealdim >,VECTOR >

friend

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

• /home/wollner/src/DOpE/ThingsForMaintainer/Releases/tmp/dopelib-3.0/DOpEsrc/reducedproblems/statpdeproblem.h