Class representing the requirements for finite element calculations. More...

#include <ikarus/finiteelements/ferequirements.hh>

Inheritance diagram for Ikarus::FErequirements< SolutionVectorType_, ParameterType_ >:

Public Types
using	SolutionVectorType = std::reference_wrapper< Eigen::VectorXd >

using	SolutionVectorTypeRaw = typename Impl::DeduceRawVectorType< std::remove_cvref_t< std::reference_wrapper< Eigen::VectorXd > > >::Type

using	ParameterType = std::reference_wrapper< double >

using	ParameterTypeRaw = typename ParameterType_::type

Public Member Functions
	FErequirements ()=default

	FErequirements (Base &&base)

	FErequirements (const Base &base)

FErequirements &	operator= (const Base &base)

FErequirements &	operator= (Base &&base)

FERequirements &	addAffordance (Affordance &&affordance)
	Add an affordance to the requirements. More...

FERequirements &	insertParameter (const FEParameter &key, ParameterTypeRaw &val)
	Insert a parameter into the requirements. More...

FERequirements &	insertGlobalSolution (const FESolutions &key, SolutionVectorTypeRaw &sol)
	Insert a global solution vector into the requirements. More...

const SolutionVectorTypeRaw &	getGlobalSolution (const FESolutions &key) const
	Get the raw global solution vector for a specific type. More...

const ParameterTypeRaw &	getParameter (FEParameter &&key) const
	Get the raw parameter value for a specific key. More...

bool	hasAffordance (Affordance &&affordance) const
	Check if a specific affordance is present in the requirements. More...

Detailed Description

template<typename SolutionVectorType_ = std::reference_wrapper<Eigen::VectorXd>, typename ParameterType_ = std::reference_wrapper<double>>
class Ikarus::FErequirements< SolutionVectorType_, ParameterType_ >

Deprecated:: FErequirements is deprecaded and will be removed after v0.5. Use FERequirements instead.

This class defines the requirements for finite element calculations, including the types of solution vectors and parameters needed. It provides methods to add affordances, insert parameters, and manage global solution vectors.

Template Parameters

SolutionVectorType_	Type of the solution vector, defaulting to std::reference_wrapper<Eigen::VectorXd>.
ParameterType_	Type of the parameter, defaulting to std::reference_wrapper<double>.

Member Typedef Documentation

◆ ParameterType

using Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::ParameterType = std::reference_wrapper< double >

inherited

◆ ParameterTypeRaw

using Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::ParameterTypeRaw = typename ParameterType_::type

inherited

◆ SolutionVectorType

using Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::SolutionVectorType = std::reference_wrapper< Eigen::VectorXd >

inherited

◆ SolutionVectorTypeRaw

using Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::SolutionVectorTypeRaw = typename Impl::DeduceRawVectorType<std::remove_cvref_t<std::reference_wrapper< Eigen::VectorXd > > >::Type

inherited

Constructor & Destructor Documentation

◆ FErequirements() [1/3]

template<typename SolutionVectorType_ = std::reference_wrapper<Eigen::VectorXd>, typename ParameterType_ = std::reference_wrapper<double>>

Ikarus::FErequirements< SolutionVectorType_, ParameterType_ >::FErequirements ( )

default

◆ FErequirements() [2/3]

template<typename SolutionVectorType_ = std::reference_wrapper<Eigen::VectorXd>, typename ParameterType_ = std::reference_wrapper<double>>

Ikarus::FErequirements< SolutionVectorType_, ParameterType_ >::FErequirements ( Base && base )

inline

◆ FErequirements() [3/3]

template<typename SolutionVectorType_ = std::reference_wrapper<Eigen::VectorXd>, typename ParameterType_ = std::reference_wrapper<double>>

Ikarus::FErequirements< SolutionVectorType_, ParameterType_ >::FErequirements ( const Base & base )

inline

Member Function Documentation

◆ addAffordance()

FERequirements & Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::addAffordance ( Affordance && affordance )

inlineinherited

This function adds the specified affordance to the requirements.

Template Parameters

Affordance Type of affordance to be added.

Parameters

affordance The affordance to be added.

Returns: Reference to the updated FERequirements instance.

◆ getGlobalSolution()

const SolutionVectorTypeRaw & Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::getGlobalSolution ( const FESolutions & key ) const

inlineinherited

This function retrieves the raw global solution vector for the specified type.

Parameters

key	The key representing the type of the solution vector.

Returns: Const reference to the raw global solution vector.

Exceptions

Dune::RangeError if the specified type is not found in the requirements.

◆ getParameter()

const ParameterTypeRaw & Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::getParameter ( FEParameter && key ) const

inlineinherited

This function retrieves the raw parameter value for the specified key.

Parameters

key	The key representing the parameter.

Returns: Const reference to the raw parameter value.

Exceptions

Dune::RangeError if the specified key is not found in the requirements.

◆ hasAffordance()

bool Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::hasAffordance ( Affordance && affordance ) const

inlineinherited

This function checks if the specified affordance is present in the requirements.

Template Parameters

Affordance Type of affordance to be checked.

Parameters

affordance The affordance to be checked.

Returns: True if the affordance is present, false otherwise.

◆ insertGlobalSolution()

FERequirements & Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::insertGlobalSolution	(	const FESolutions &	key,
		SolutionVectorTypeRaw &	sol
	)

inlineinherited

This function inserts the specified global solution vector into the requirements.

Parameters

key	The key representing the type of the solution vector.
sol	Reference to the raw global solution vector.

Returns: Reference to the updated FERequirements instance.

◆ insertParameter()

FERequirements & Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd > , std::reference_wrapper< double > >::insertParameter	(	const FEParameter &	key,
		ParameterTypeRaw &	val
	)

inlineinherited

This function inserts the specified parameter into the requirements.

Parameters

key	The key representing the parameter.
val	Reference to the raw parameter value.

Returns: Reference to the updated FERequirements instance.

◆ operator=() [1/2]

template<typename SolutionVectorType_ = std::reference_wrapper<Eigen::VectorXd>, typename ParameterType_ = std::reference_wrapper<double>>

FErequirements & Ikarus::FErequirements< SolutionVectorType_, ParameterType_ >::operator= ( Base && base )

inline

◆ operator=() [2/2]

template<typename SolutionVectorType_ = std::reference_wrapper<Eigen::VectorXd>, typename ParameterType_ = std::reference_wrapper<double>>

FErequirements & Ikarus::FErequirements< SolutionVectorType_, ParameterType_ >::operator= ( const Base & base )

inline

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

ferequirements.hh

Public Types

Public Member Functions

Detailed Description

Member Typedef Documentation

◆ ParameterType

◆ ParameterTypeRaw

◆ SolutionVectorType

◆ SolutionVectorTypeRaw

Constructor & Destructor Documentation

◆ FErequirements() [1/3]

◆ FErequirements() [2/3]

◆ FErequirements() [3/3]

Member Function Documentation

◆ addAffordance()

◆ getGlobalSolution()

◆ getParameter()

◆ hasAffordance()

◆ insertGlobalSolution()

◆ insertParameter()

◆ operator=() [1/2]

◆ operator=() [2/2]