DUBeat
1.0.1
High-order discontinuous Galerkin methods and applications to cardiac electrophysiology
|
▼NDUBeat | |
▼Nmodels | |
▼Nheat_DG | |
CExactSolution | Exact solution of the problem |
CRightHandSide | Source term |
CBCNeumann | Neumann boundary condition |
CGradExactSolution | Gradient of the exact solution |
▼Nlaplace_DG | |
CExactSolution | Exact solution |
CRightHandSide | Source term |
CGradExactSolution | Gradient of the exact solution |
▼Nmonodomain_fhn_DG | |
CExactSolution | Exact solution of the trans-membrane potential |
CRightHandSide | Source term: applied current |
CBCNeumann | Neumann boundary condition of the trans-membrane potential |
CGradExactSolution | Gradient of the trans-membrane potential |
CExactSolution_w | Exact solution of the gating variable |
CGradExactSolution_w | Gradient of the gating variable |
CHeatDG | Class to solve the heat equation using the Discontinuous Galerkin method |
CLaplaceDG | Class to solve the Laplace equation using the Discontinuous Galerkin method |
CMonodomainFHNDG | Class to solve the monodomain equation with Fitzhugh-Nagumo ionic model for the cardiac electrophysiology using the discontinuous Galerkin method |
Ngenerate_convergence_plots |