OneDimLinearElement< T > Class Template Reference

Concrete Implementation of a 1D linear (line) element for the FEM. More...

#include <OneDimLinearElement.h>

Inheritance diagram for OneDimLinearElement< T >:

Collaboration diagram for OneDimLinearElement< T >:

Public Member Functions
void	writeMatrixVectorBlock () override
	The implementation of the FEM scheme on this element type. Calculates all the values that you get solving the integrals of the FEM with the shape functions of a 1D linear element and writes them to the corresponding spots in the global capacitance matrix, stiffness matrix and forcing vector.
void	writeBoundaryCondition () override
	The implementation of a boundary cell in the FEM scheme on this element type. If this cell is a boundary cell, only this function will be run.
	OneDimLinearElement (bool is_boundary_point, std::map< std::string_view, std::vector< int > > all_boundary_points, std::vector< int > nodal_values, SimulationClassBase< T > *sim, int cell_nr, ElementProperties< T > props)
	Constructor for a OneDimLinearElement object.
	~OneDimLinearElement () override=default
Public Member Functions inherited from GenericElement< T >
void	setBoundaryConditions (std::map< std::string_view, std::unique_ptr< GenericBoundaryCondition< T > > > &boundary_cond)
	Sets the map of boundary condition objects.
std::map< std::string_view, std::unique_ptr< GenericBoundaryCondition< T > > > &	getBoundaryCondition ()
void	getReferenceToElements (GenericMatrix< T > &capacitance_matrix, GenericMatrix< T > &stiffness_matrix, std::valarray< T > &forcing_vector)
	Sets up a reference_wrapper vector to the elements within the matrix object. This adds a bit of pre-calculation overhead, but always allows const time element access even for matrix object that don't normally have const time random access. This of course assumes a static grid.
bool	isBoundary ()
	GenericElement (bool is_boundary_point, std::map< std::string_view, std::vector< int > > all_boundary_points, std::vector< int > nodal_values, SimulationClassBase< T > *sim, int num_cell, ElementProperties< T > properties)
	Constructor for a GenericElement object. Sets all parameters that are known at creation.
virtual	~GenericElement ()=default

Additional Inherited Members
Protected Attributes inherited from GenericElement< T >
bool	m_is_boundary
std::map< std::string_view, std::vector< int > >	m_boundary_points
std::vector< int >	m_nodal_values
std::vector< std::reference_wrapper< T > >	m_capacitance_matrix_elements {}
std::vector< std::reference_wrapper< T > >	m_stiffness_matrix_elements {}
std::vector< std::reference_wrapper< T > >	m_forcing_vector_elements {}
SimulationClassBase< T > *	m_sim {}
int	m_element_nr {-1}
std::map< std::string_view, std::unique_ptr< GenericBoundaryCondition< T > > >	m_boundary_conditions {}
ElementProperties< T >	m_properties {}

Detailed Description

template<typename T>
class OneDimLinearElement< T >

Concrete Implementation of a 1D linear (line) element for the FEM.

Constructor & Destructor Documentation

OneDimLinearElement()

template<typename T >

OneDimLinearElement< T >::OneDimLinearElement	(	bool	is_boundary_point,
		std::map< std::string_view, std::vector< int > >	all_boundary_points,
		std::vector< int >	nodal_values,
		SimulationClassBase< T > *	sim,
		int	cell_nr,
		ElementProperties< T >	props
	)

Constructor for a OneDimLinearElement object.

Parameters

is_boundary_point	Flag whether this element has boundary nodes or not.
all_boundary_points	A map containg the types of boundary conditions and all the nodes belonging to that type (to allow for multiple boundary conditions in one element).
nodal_values	The node numbers of all nodes within the element. Needed to sort them into the correct position within the matrix.
sim	The pointer to the sim class.
cell_nr	The number of the cell.
props	Properties of the element (length and area).

~OneDimLinearElement()

template<typename T >

OneDimLinearElement< T >::~OneDimLinearElement ( )

overridedefault

Member Function Documentation

writeBoundaryCondition()

template<typename T >

void OneDimLinearElement< T >::writeBoundaryCondition ( )

overridevirtual

The implementation of a boundary cell in the FEM scheme on this element type. If this cell is a boundary cell, only this function will be run.

Implements GenericElement< T >.

writeMatrixVectorBlock()

template<typename T >

void OneDimLinearElement< T >::writeMatrixVectorBlock ( )

overridevirtual

The implementation of the FEM scheme on this element type. Calculates all the values that you get solving the integrals of the FEM with the shape functions of a 1D linear element and writes them to the corresponding spots in the global capacitance matrix, stiffness matrix and forcing vector.

Implements GenericElement< T >.

---

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

• src/OneDimLinearElement.h