| a() const noexcept | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| a_ | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | private |
| b() const noexcept | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| b_ | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | private |
| dt() const noexcept | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| dt_ | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | private |
| Du() const noexcept | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| du_ | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | private |
| Dv() const noexcept | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| dv_ | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | private |
| epsilon() const noexcept | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| epsilon_ | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | private |
| FitzHugh_Nagumo_Rule(Real a, Real b, Real epsilon, Real du, Real dv, Real dt=Real{0.01}, Real stimulus=Real{}, Kernel laplacian=laplacian_5p_kernel< Real >()) | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| kernel_type typedef | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | |
| lap_ | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | private |
| laplace_u(Neighbor_View< state_type > neighbours, const state_type ¤t) const | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inlineprivate |
| laplace_v(Neighbor_View< state_type > neighbours, const state_type ¤t) const | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inlineprivate |
| laplacian() const noexcept | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| operator()(const state_type ¤t, Neighbor_View< state_type > neighbours) const | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| state_type typedef | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | |
| stimulus() const noexcept | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | inline |
| stimulus_ | Aleph::CA::FitzHugh_Nagumo_Rule< Real, Kernel > | private |