Esfem Namespace Reference

The evolving surface finite element method. More...

Namespaces
	Grid
	Analytically given evolving grids and finite element functions.
	Impl
	Implementation details.
	Io
	Input output routines.
	SecOrd_op
	Parabolic and elliptic second order operators.

Classes
class	Brusselator_scheme
	Implementation of the Elliott and Styles full discretization of the tumor problem. More...
struct	BrusselatorScheme_error
	Used in brusselator_algo{,_impl}.{h,cpp}. More...
struct	Grid_error
	Used in grid.h. More...
struct	InitData_error
	Used for secOrd_op_initData.h. More...
struct	Parameter_error
	Used in io_parameter{,_impl}.{h,cpp}. More...
class	Pattern_helper
	Implementation details for Brusselator_scheme::pattern_loop(). More...
class	PreLoop_helper
	Calculates the error norm for u. More...
class	PrePattern_helper
	Implementation details for Brusselator_scheme::prePattern_loop(). More...
struct	Rhs
	For the EOC experiments. More...
struct	Rhs_error
	Used for secOrd_op_rhs.h. More...
class	RhsAndSolve_helper
	Implementation details for Brusselator_scheme::rhs_and_solve_SPDE(). More...
struct	Scalar_solver
struct	SolutionDriven_error
	Used in secOrd_op_solutionDriven{,_impl}.{h,cpp}. More...

Enumerations
enum	Growth { promoting, inhibiting }

Functions
void	brusselator_algo (int argc, char **argv)
	ESFEM algorithm. Only this should be invoked by main. More...
void	interpolate (const SecOrd_op::Init_data &, Grid::FEfun_set< Grid::Scal_FEfun > &)
	Gives initial values for the members fun, app and exact
void	head_line (Esfem::Io::Error_stream &)
	The head line is timestep L2err H1err with tab alignment.

Detailed Description

The evolving surface finite element method.

Function Documentation

void Esfem::brusselator_algo	(	int	argc,
		char **	argv
	)

ESFEM algorithm. Only this should be invoked by main.

Parameters

	argc	argc from main
[in]	argv	argv from main

Definition at line 46 of file brusselator_algo.cpp.