Implementation of SecOrd_op::vIdata::ssef() More...

Inheritance diagram for Esfem::Impl::sphere_eigenFun:

Collaboration diagram for Esfem::Impl::sphere_eigenFun:

Public Types
using	Fun_space = Esfem::Grid::Grid_and_time::Vec_Function_space
	$f\colon \R^3\to\R^3$

using	Domain = typename Fun_space::DomainType
	$\R^3$

using	Range = typename Fun_space::RangeType
	$\R^3$

Public Member Functions
	sphere_eigenFun (const Grid::Grid_and_time &)
	Get time provider.

sphere_eigenFun *	clone () override
	Virtual copy constructor.

void	interpolate (Grid::Vec_FEfun &) const override
	Lagrange interpolation.

void	evaluate (const Domain &, Range &) const
	Required for the dune Lagrange interpolation class.

Public Member Functions inherited from Esfem::SecOrd_op::vIdata
virtual	~vIdata ()
	Abstract base class.

Private Attributes
const Dune::Fem::TimeProviderBase &	tp
	Current time.

Additional Inherited Members
Static Public Member Functions inherited from Esfem::SecOrd_op::vIdata
static vIdata *	new_ssef (const Grid::Grid_and_time &)
	Stationary sphere eigen functions. More...

static vIdata *	new_sms (const Grid::Grid_and_time &)
	Exact sphere solution of mean curvature flow. More...

static vIdata *	new_sls (const Grid::Grid_and_time &)
	For Brusselator_scheme::eoc_sls()

static vIdata *	new_v_sls (const Grid::Grid_and_time &)
	Exact velocity for Brusselator_scheme::eoc_sls()

static vIdata *	new_sd (const Grid::Grid_and_time &)
	For Brusselator_scheme::sd()

Detailed Description

Implementation of SecOrd_op::vIdata::ssef()

Definition at line 182 of file secOrd_op_initData_impl.h.

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

Public Types