#include <HHO2D.hpp>

Public Member Functions
	HHO2D (HybridCore &, const size_t, const size_t, const bool use_threads=true, size_t doeT=0, size_t doeF=0)
	Class constructor: initialises the model by providing a HybridCore object, and the exact solution and boundary conditions of the model.

void	assemble ()
	A general assemble routine that calculates the statically condensed matrices required by solve.

UVector	solve ()
	Solves the statically condensed system.

UVector	neumann_solve ()
	Solves the system when the model is ill posed (not yet running)

double	energy_norm (const UVector)
	Returns the energy norm of a given UVector.

void	set_global_operator (const MatrixFType &)
	Set the global operator.

void	set_load_vector (const VectorFType &)
	Set the load vector.

void	plot (const std::string, const UVector &, const FType< double > &)
	Plot the numerical and exact solutions.

VectorFType	standard_load_vector (const CellFType< double > &)
	Returns the standard load vector (f, v_T)_T with no Neumann boundary conditions.

VectorFType	standard_load_vector (const CellFType< double > &, const CellFType< VectorRd > &, const BoundaryConditions &)
	Returns the standard load vector (f, v_T)_T.

VectorFType	standard_load_vector (const CellFType< double > &, const FType< double > &, const BoundaryConditions &)
	Returns the standard load vector (f, v_T)_T.

void	set_dirichlet (const FType< double > &, const size_t)
	Set the Dirichlet boundary conditions.

void	set_dirichlet (const size_t)
	Set the Dirichlet boundary condition to zero.

Eigen::SparseMatrix< double >	get_SysMat ()
	Return the (statically condensed) matrix system.

double	get_assembly_time () const
	CPU time to assemble the scheme.

double	get_solving_time () const
	CPU time to solve the scheme.

double	get_solving_error () const
	Residual after solving the scheme.

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

Schemes/HHO-general/HHO2D.hpp
Schemes/HHO-general/HHO2D.cpp

Public Member Functions