DUBeat
1.0.1
High-order discontinuous Galerkin methods and applications to cardiac electrophysiology
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#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_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"
Go to the source code of this file.
Classes | |
class | DUBeat::models::heat_DG::ExactSolution |
Exact solution of the problem. More... | |
class | DUBeat::models::heat_DG::RightHandSide |
Source term. More... | |
class | DUBeat::models::heat_DG::BCNeumann |
Neumann boundary condition. More... | |
class | DUBeat::models::heat_DG::GradExactSolution |
Gradient of the exact solution. More... | |
class | DUBeat::models::HeatDG< basis > |
Class to solve the heat equation using the Discontinuous Galerkin method. More... | |
Namespaces | |
DUBeat | |
DUBeat::models | |
DUBeat::models::heat_DG | |
Definition in file heat_dg.hpp.