Detailed Description

MortarLaplacian Solver using continuous approximation spaces solve $-\Delta u = f$ on $\Omega$ and $u= g$ on $\Gamma$

Template Parameters

Dim	the geometric dimension of the problem (e.g. Dim=2 or 3)

Inheritance diagram for MortarLaplacian< Dim, Order1, Order2 >:

Public Types
typedef boost::shared_ptr < backend_type >	backend_ptrtype

typedef Backend< value_type >	backend_type

typedef bases< Lagrange < Order1, Scalar > >	basis1_type

typedef bases< Lagrange < Order2, Scalar > >	basis2_type

typedef space1_type::element_type	element1_type

typedef space2_type::element_type	element2_type

typedef boost::shared_ptr < export_type >	export_ptrtype

typedef Exporter< mesh_type >	export_type

typedef space1_type::trace_functionspace_type	lagmult_space_type

typedef boost::shared_ptr < mesh_type >	mesh_ptrtype

typedef Mesh< Simplex< Dim, 1, Dim > >	mesh_type

typedef FunctionSpace < mesh_type, basis1_type >	space1_type

typedef FunctionSpace < mesh_type, basis2_type >	space2_type

typedef lagmult_space_type::element_type	trace_element_type

typedef boost::shared_ptr < trace_export_type >	trace_export_ptrtype

typedef Exporter< trace_mesh_type >	trace_export_type

typedef mesh_type::trace_mesh_ptrtype	trace_mesh_ptrtype

typedef mesh_type::trace_mesh_type	trace_mesh_type

typedef double	value_type

Public Member Functions
mesh_ptrtype	createMesh (double xmin, double xmax, double meshsize, int id)

void	exportResults (element1_type &u, element2_type &v, trace_element_type &t)

	MortarLaplacian ()

void	run ()

Public Member Functions inherited from Feel::Simget
	Simget ()

virtual	~Simget ()
	destructor

Simget &	operator= (Simget const &o)
	copy operator

virtual std::string	name () const
	return the name of the simget

mpi::communicator	comm () const

po::variables_map const &	vm () const

AboutData const &	about () const

double	meshSize () const
	return the mesh size

double	meshSizeInit () const
	return the mesh size

int	level () const
	return the refinement level

ptree::ptree const &	stats () const
	return the statistics associated to the simget after calling run

ptree::ptree &	stats ()
	return the statistics associated to the simget after calling run

void	setMeshSize (double h)
	set the mesh size

void	setMeshSizeInit (double h)
	set the initial mesh size

void	setLevel (int level)
	set the refinment level if applicable

virtual void	run (const double X, unsigned long P, double Y, unsigned long N)

void	print (std::ostream &out, std::vector< ptree::ptree > &stats)

Additional Inherited Members
Protected Member Functions inherited from Feel::Simget
Simget &	changeRepository (boost::format fmt)

Protected Attributes inherited from Feel::Simget
int	M_level

double	M_meshSize

double	M_meshSizeInit

ptree::ptree	M_stats