monodomain_fhn_dg.hpp File Reference

#include <math.h>
#include <memory>
#include <vector>
#include "../source/DUBValues.hpp"
#include "../source/DUB_FEM_handler.hpp"
#include "../source/assemble_DG.hpp"
#include "../source/face_handler_DG.hpp"
#include "../source/model_DG.hpp"
#include "../source/model_DG_t.hpp"
#include "../source/volume_handler_DG.hpp"
#include "source/core_model.hpp"
#include "source/geometry/mesh_handler.hpp"
#include "source/init.hpp"
#include "source/io/data_writer.hpp"
#include "source/numerics/bc_handler.hpp"
#include "source/numerics/linear_solver_handler.hpp"
#include "source/numerics/preconditioner_handler.hpp"
#include "source/numerics/tools.hpp"

Include dependency graph for monodomain_fhn_dg.hpp:

Go to the source code of this file.

Classes
class	DUBeat::models::monodomain_fhn_DG::ExactSolution
	Exact solution of the trans-membrane potential. More...
class	DUBeat::models::monodomain_fhn_DG::RightHandSide
	Source term: applied current. More...
class	DUBeat::models::monodomain_fhn_DG::BCNeumann
	Neumann boundary condition of the trans-membrane potential. More...
class	DUBeat::models::monodomain_fhn_DG::GradExactSolution
	Gradient of the trans-membrane potential. More...
class	DUBeat::models::monodomain_fhn_DG::ExactSolution_w
	Exact solution of the gating variable. More...
class	DUBeat::models::monodomain_fhn_DG::GradExactSolution_w
	Gradient of the gating variable. More...
class	DUBeat::models::MonodomainFHNDG< basis >
	Class to solve the monodomain equation with Fitzhugh-Nagumo ionic model for the cardiac electrophysiology using the discontinuous Galerkin method. More...

Namespaces
	DUBeat
	DUBeat::models
	DUBeat::models::monodomain_fhn_DG

Detailed Description

Author

Federica Botta feder.nosp@m.ica..nosp@m.botta.nosp@m.@mai.nosp@m.l.pol.nosp@m.imi..nosp@m.it.

Matteo Calafà matte.nosp@m.o.ca.nosp@m.lafa@.nosp@m.mail.nosp@m..poli.nosp@m.mi.i.nosp@m.t.

Definition in file monodomain_fhn_dg.hpp.