#include <UFC.h>

Collaboration diagram for dolfin::UFC:

Public Member Functions
	UFC (const Form &form)
	Constructor.

	UFC (const UFC &ufc)
	Copy constructor.

	~UFC ()
	Destructor.

void	init (const Form &form)
	Initialise memory.

void	update (const Cell &cell, const std::vector< double > &coordinate_dofs0, const ufc::cell &ufc_cell, const std::vector< bool > &enabled_coefficients)
	Update current cell.

void	update (const Cell &cell0, const std::vector< double > &coordinate_dofs0, const ufc::cell &ufc_cell0, const Cell &cell1, const std::vector< double > &coordinate_dofs1, const ufc::cell &ufc_cell1, const std::vector< bool > &enabled_coefficients)
	Update current pair of cells for macro element.

void	update (const Cell &cell, const std::vector< double > &coordinate_dofs0, const ufc::cell &ufc_cell)

void	update (const Cell &cell0, const std::vector< double > &coordinate_dofs0, const ufc::cell &ufc_cell0, const Cell &cell1, const std::vector< double > &coordinate_dofs1, const ufc::cell &ufc_cell1)

const double const	w () const
	Pointer to coefficient data. Used to support UFC interface.

double **	w ()

const double const	macro_w () const

double **	macro_w ()

ufc::cell_integral *	get_cell_integral (std::size_t domain)

ufc::exterior_facet_integral *	get_exterior_facet_integral (std::size_t domain)

ufc::interior_facet_integral *	get_interior_facet_integral (std::size_t domain)

ufc::vertex_integral *	get_vertex_integral (std::size_t domain)

ufc::custom_integral *	get_custom_integral (std::size_t domain)

ufc::cutcell_integral *	get_cutcell_integral (std::size_t domain)

ufc::interface_integral *	get_interface_integral (std::size_t domain)

ufc::overlap_integral *	get_overlap_integral (std::size_t domain)

Public Attributes
std::shared_ptr< ufc::cell_integral >	default_cell_integral

std::shared_ptr< ufc::exterior_facet_integral >	default_exterior_facet_integral

std::shared_ptr< ufc::interior_facet_integral >	default_interior_facet_integral

std::shared_ptr< ufc::vertex_integral >	default_vertex_integral

std::shared_ptr< ufc::custom_integral >	default_custom_integral

std::shared_ptr< ufc::cutcell_integral >	default_cutcell_integral

std::shared_ptr< ufc::interface_integral >	default_interface_integral

std::shared_ptr< ufc::overlap_integral >	default_overlap_integral

const ufc::form &	form
	Form.

std::vector< double >	A
	Local tensor.

std::vector< double >	A_facet
	Local tensor.

std::vector< double >	macro_A
	Local tensor for macro element.

const Form &	dolfin_form
	The form.

Detailed Description

This class is a simple data structure that holds data used during assembly of a given UFC form. Data is created for each primary argument, that is, v_j for j < r. In addition, nodal basis expansion coefficients and a finite element are created for each coefficient function.

Member Function Documentation

ufc::cell_integral* dolfin::UFC::get_cell_integral ( std::size_t domain )

inline

Get cell integral over a given domain, falling back to the default if necessary

ufc::custom_integral* dolfin::UFC::get_custom_integral ( std::size_t domain )

inline

Get custom integral over a given domain, falling back to the default if necessary

ufc::cutcell_integral* dolfin::UFC::get_cutcell_integral ( std::size_t domain )

inline

Get cutcell integral over a given domain, falling back to the default if necessary

ufc::exterior_facet_integral* dolfin::UFC::get_exterior_facet_integral ( std::size_t domain )

inline

Get exterior facet integral over a given domain, falling back to the default if necessary

ufc::interface_integral* dolfin::UFC::get_interface_integral ( std::size_t domain )

inline

Get interface integral over a given domain, falling back to the default if necessary

ufc::interior_facet_integral* dolfin::UFC::get_interior_facet_integral ( std::size_t domain )

inline

Get interior facet integral over a given domain, falling back to the default if necessary

ufc::overlap_integral* dolfin::UFC::get_overlap_integral ( std::size_t domain )

inline

Get overlap integral over a given domain, falling back to the default if necessary

ufc::vertex_integral* dolfin::UFC::get_vertex_integral ( std::size_t domain )

inline

Get point integral over a given domain, falling back to the default if necessary

const double* const* dolfin::UFC::macro_w ( ) const

inline

Pointer to macro element coefficient data. Used to support UFC interface.

double** dolfin::UFC::macro_w ( )

inline

Pointer to macro element coefficient data. Used to support UFC interface. Non-const version.

void UFC::update	(	const Cell &	cell,
		const std::vector< double > &	coordinate_dofs0,
		const ufc::cell &	ufc_cell
	)

Update current cell (TODO: Remove this when PointIntegralSolver supports the version with enabled_coefficients)

void UFC::update	(	const Cell &	cell0,
		const std::vector< double > &	coordinate_dofs0,
		const ufc::cell &	ufc_cell0,
		const Cell &	cell1,
		const std::vector< double > &	coordinate_dofs1,
		const ufc::cell &	ufc_cell1
	)

Update current pair of cells for macro element (TODO: Remove this when PointIntegralSolver supports the version with enabled_coefficients)

double** dolfin::UFC::w ( )

inline

Pointer to coefficient data. Used to support UFC interface. None const version

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

/home/fenics/shared/dolfin/fem/UFC.h
/home/fenics/shared/dolfin/fem/UFC.cpp

Public Member Functions

Public Attributes

Detailed Description

Member Function Documentation