| Type | Location | Extends | Description |
|---|---|---|---|
| analytic_divertor_equilibrium_t | analytic_divertor_equilibrium_m | divertor_equilibrium_t | |
| carthy_t | carthy_equilibrium_m | analytic_divertor_equilibrium_t | |
| cerfons_t | cerfons_equilibrium_m | analytic_divertor_equilibrium_t | |
| circular_t | circular_equilibrium_m | equilibrium_t | |
| circular_toroidal_t | circular_toroidal_equilibrium_m | equilibrium_t | Type implementing a consistent analytical toroidal equilibrium with nested circular fluxsurfaces |
| closed_polygon2d_t | polygon_m | polygon2d_t | |
| csrmat_data_t | csrmat_m | None | Data type used to expose |
| csrmat_t | csrmat_m | None | Compressed-sparse-row (CSR) matrix format |
| divertor_equilibrium_t | divertor_equilibrium_m | equilibrium_t | |
| dommaschk_t | dommaschk_equilibrium_m | equilibrium_t | Type implementing 3D vacuum fields as described by Dommaschk [*]. These are determined with toroidal mode numbers m, poloidal mode numbers l, the number of field periods, and fitting coefficients which are specific to each magnetic configuration. |
| equilibrium_t | equilibrium_m | None | Class-instance variables |
| error_handler_t | error_handling_m | None | Type that can be used to handle errors for multiple code instances at once. Each calling code may create a singleton instance of this type. There is no initialize routine, the instance should be initialized via the constructor. |
| error_info_t | error_handling_m | None | Specifies additional user defined output for an error message that contains more than a simple message. May have a descriptive string and one dimensional integer and real arrays to print out variables. |
| flare_t | flare_equilibrium_m | equilibrium_t | Equilibrium type based on FLARE magnetic reconstruction |
| func_1D_t | root_finding_m | None | Defines function type for find_zero |
| helmholtz_matrix_data | PAccX_m | None | Holds information needed to build Helmholtz matrices for 2D problem. |
| helmholtz_vector_data | PAccX_m | None | Holds right-hand-side of Helmholtz equation and initial guess for FGMRES algorithm |
| immersed_rho_t | immersed_rho_m | immersed_t | Immersed boundary type based on rho |
| immersed_t | immersed_m | None | Abstract immersed boundary type |
| immersed_trace_t | immersed_trace_m | immersed_t | Immersed boundary type based on field line tracing |
| immersed_vessel_t | immersed_vessel_m | immersed_t | Immersed boundary type based on vessel |
| kisslinger_t | kisslinger_m | None | |
| limiting_polygon2d_t | polygon_m | closed_polygon2d_t | |
| mesh_cart_data_t | mesh_cart_m | None | Data type used to expose |
| mesh_cart_t | mesh_cart_m | None | Datatype for a mesh_2d |
| multigrid_data_t | multigrid_m | None | Data type used to expose |
| multigrid_intermediate_data_t | multigrid_m | None | Data type needed to expose |
| multigrid_solver_t | multigrid_solver_m | None | Multigrid solver object |
| multigrid_t | multigrid_m | None | Object which contains the multigrid meshes for solving Helmholtz problems. This includes nlvl number of meshes of increasing coarseness, restriction and prolongation matrices. |
| numerical_t | numerical_equilibrium_m | divertor_equilibrium_t | |
| parameters_helmholtz_solver_factory | helmholtz_solver_factory_m | None | Parameters for factory routine, with defaults |
| parbnd_taylor_t | parbnd_taylor_m | None | Handles setting of boundary conditions at parallel boundaries according to Taylor expansion method |
| polar_grid_t | polar_grid_m | None | Polar grid |
| polygon2d_t | polygon_m | None | |
| salpha_t | salpha_equilibrium_m | equilibrium_t | Type implementing an salpha like equilibrium. The equilibrium has concentric flux surfaces in a toroidal geometry. Shear as well as the q-factor can be specified. To get the correct poloidal flux in Wb = V*s the reference magnetic field strength has to be provided in Tesla and the reference length scale has to be provided in meters. |
| slab_t | slab_equilibrium_m | equilibrium_t | Type that represents the slab equilibrium |
| solver3d_CERFACS_t | solver3d_m | solver3d_t | Iterative 3D solver based on CERFACS library |
| solver3d_PIM_t | solver3d_m | solver3d_t | Iterative 3D solver based on PIM library |
| solver3d_t | solver3d_m | None | Abstract class for 3D solver |
| solver_numerical_parameters | PAccX_m | None | Holds solver numerical parameter information |
| splitting_gauss_seidel_cpu_t | splitting_m | splitting_t | Splitting solver with Gauss-Seidel splitting method on CPU |
| splitting_gauss_seidel_redblack_cpu_t | splitting_m | splitting_t | Splitting solver with Red-Black Gauss-Seidel splitting method on CPU |
| splitting_jacobi_cpu_t | splitting_m | splitting_t | Splitting solver with Jacobi splitting method on CPU |
| splitting_t | splitting_m | None | Splitting solver |