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| | EpotMatrixSolver (Geometry &geom) |
| | Constructor. More...
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| | EpotMatrixSolver (Geometry &geom, std::istream &s) |
| | Construct from file. More...
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| void | get_vecmat (const CRowMatrix **A, const Vector **B) |
| | Return const pointers to the matrix A and vector B of the linear problem. More...
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| void | get_resjac (const CRowMatrix **J, const Vector **R, const Vector &X) |
| | Return const pointers to jacobian matrix and residual vector of the problem to J and R at X. More...
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| void | set_initial_guess (const MeshScalarField &epot, Vector &X) const |
| | Return true if problem is linear. More...
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| void | set_solution (MeshScalarField &epot, const Vector &X) const |
| | Load electric potential from solution vector. More...
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| void | preprocess (MeshScalarField &epot, const MeshScalarField &scharge) |
| | Preprocess. More...
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| void | postprocess (void) |
| | Postprocess. More...
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| void | reset_matrix (void) |
| | Reset matrix representation. More...
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| void | shield_newton (double &rhs, double &drhs, double epot) const |
| | Return non-linear right-hand-side and it's derivative for vacuum node in shielding model plasma. More...
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| void | pexp_newton (double &rhs, double &drhs, double epot) const |
| | Return non-linear right-hand-side and it's derivative for vacuum node in positive ion plasma. More...
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| void | nsimp_newton (double &rhs, double &drhs, double epot) const |
| | Return non-linear right-hand-side and it's derivative for vacuum node in negative ion plasma. More...
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| uint8_t | boundary_index (uint32_t i) const |
| | Return bitmask indicating to which boundaries the node belongs to. More...
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| uint8_t | boundary_index (uint32_t i, uint32_t j) const |
| | Return bitmask indicating to which boundaries the node belongs to. More...
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| uint8_t | boundary_index (uint32_t i, uint32_t j, uint32_t k) const |
| | Return bitmask indicating to which boundaries the node belongs to. More...
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| uint8_t | boundary_index_general (uint32_t i, uint32_t j, uint32_t k) const |
| | Return bitmask indicating to which boundaries the node belongs to. More...
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| void | preprocess (MeshScalarField &epot) |
| | Do preprocessing action before solving. More...
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| void | postprocess (void) |
| | Do postprocessing action after solving. More...
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| virtual void | reset_problem (void)=0 |
| | Reset solver/problem settings. More...
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MeshScalarField * | evaluate_scharge (const ScalarField &__scharge) const |
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| virtual void | subsolve (MeshScalarField &epot, const MeshScalarField &scharge)=0 |
| | Solve problem with given mesh based space charge. More...
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| uint32_t | _dof |
| | Degrees of freedom. More...
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| Node2DoF | _n2d |
| | Nodes to degrees of freedom map. More...
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| CRowMatrix * | _fd_mat |
| | Finite Difference matrix. More...
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| Vector * | _fd_vec |
| | Finite Difference vector. More...
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| Vector * | _d_vec |
| | Derivative vector for nonlinear solution. More...
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| const Vector * | _sol |
| | Current solution vector. More...
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MeshScalarField * | _epot |
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const MeshScalarField * | _scharge |
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| Geometry & | _geom |
| | Geometry reference. More...
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| plasma_mode_e | _plasma |
| | Plasma simulation mode. More...
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| double | _rhoe |
| | Electron charge density (C/m3), < 0. More...
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| double | _Te |
| | Electron thermal energy, > 0. More...
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| double | _Up |
| | Plasma potential, > 0. More...
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| std::vector< double > | _rhoi |
| | Charge density for positive ions, first fast protons, then thermal ions. More...
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| std::vector< double > | _Ei |
| | Energy for positive ions, first fast protons, then thermal ions. More...
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| double | _force_pot |
| | Potential to be forced. More...
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| CallbackFunctorB_V * | _force_pot_func |
| | Force region potential function. More...
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| CallbackFunctorD_V * | _force_pot_func2 |
| | Force region potential function. More...
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| CallbackFunctorB_V * | _init_plasma_func |
| | Initial plasma region function. More...
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| CallbackFunctorB_V * | _plasma_calc_func |
| | Definition of plasma calculation region. More...
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| double | _plA |
| | Plasma parameter. For positive ion extraction: rho_th * h^2 / epsilon_0, for negative ion extraction: rho_f * h^2 / epsilon_0 for shield1: 1/Tm. More...
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| double | _plB |
| | Plasma parameter. For positive ion extraction: 1/Te, for negative ion extraction: E_f,i for shield1: phi_m/Tm. More...
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| double | _plC |
| | Plasma parameter for positive ion extraction. Up/Te. More...
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| std::vector< double > | _plD |
| | Plasma parameter for negative ion extraction. rho_th,i * h^2 / epsilon_0. More...
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| std::vector< double > | _plE |
| | Plasma parameter for negative ion extraction. 1/Ti. More...
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Parent class for Matrix-based solvers for Electric potential problem.