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ETS
\$Id: Doxyfile 2162 2020-02-26 14:16:09Z g2dpc $
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ETS
\$Id: Doxyfile 2162 2020-02-26 14:16:09Z g2dpc $
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  allocate_deallocate | This module contains routines for allocation/deallocation if CPOs used in ETS |
| analytical_functions | Analytical functions for the calculation of the "analytic" solution |
| analytics1 | Module for manufacture of a test case for the ETS |
| auxiliaries | |
| bdseq_coeff | |
| bnd_modul | |
| convergence_check | Module provides the convergence check for the ETS |
| convert | Module converts to/from CPOs to ETS types |
| convert_neutrals | ?? |
| copy_cpo_ets | Module provides routines for copying parts of CPOs (COREPROF and EQUILIBRIUM) |
| coronal | |
 cos_precision | Types |
| cos_rpdederive_interface | Derivative calculation of y=f(x) : dy/dx |
| cos_util | Cos_util |
| current_calculations | |
| cytran_mod | |
| delta3_combiner | |
| delta_combiner | |
| emeq | EMEQ_E3M |
| emeq_equil | Replacement for the EMEQ common block |
| equilibrium_augmenter | Augment an inverse equilibrium with psi, Br, Bz and Bphi as a function of R and Z |
| equilibrium_input | EQUILIBRIUM_INPUT |
| equilibrium_start | EQUILIBRIUM_START |
| equilibrium_tools | |
| equilibrium_work | |
| error_analysis | This module is an example for the error_analysis module which shall hold the user defined error analysis functions |
| etaigb_coeff | |
| ets | Module provides the interface between (external) CPO and internal ETS derived types |
| ets_math | |
| ets_plasma | The module declares types of variables used in ETS (transport code) |
| ets_species_module | |
| ets_start | |
| ets_version | |
| ets_wrapper_bdseq | Wrapper for BDSEQ |
| ets_wrapper_chease | Wrapper for CHEASE |
| ets_wrapper_emeq_e3m | Wrapper for EMEQ |
| ets_wrapper_etaigb | Wrapper for ETAIGB |
| ets_wrapper_helena | Wrapper for HELENA |
| ets_wrapper_neowes | Wrapper for NEOWES |
| ets_wrapper_spider | Wrapper for SPIDER |
| fill_cpos | |
| fortranparser | |
| fortranparser_parameters | |
| fusion_dist_sources_module | Module implementing fusion sources |
| fusion_sources_module | Module implementing fusion sources |
| gausian_src | |
| gbtransport | |
| generic_sources | Implements generic sources (ECRH, ICRH, NBI) |
| global_plasma_parameters | |
| gts_coefficients | |
| gts_gauss | |
| gts_grid | |
| gts_matrix | |
| gts_parameters | |
| gts_schema | |
| gts_values | |
| helena21_mod | |
| helena_axis | |
| helena_boundary | |
| helena_constants | |
| helena_elements | |
| helena_gauss_4 | |
| helena_grid | |
| helena_map | |
| helena_matrix | |
| helena_phys | |
| helena_profiles | |
| helena_spline | |
| helena_surfaces | |
| impurity | IMPURITY |
| integration | |
| interpolate_cpo | |
| itm_test_routines | Module provides routines for testing |
| itm_test_routines_etseq | Module provides routines for testing |
| itm_toolbox | Prototype ITM_TOOLBOX |
| joiner | Module joins CPOs |
| manipulator_tools | |
| manipulator_type | |
| mapping_mod | |
| math_functions | |
| matrix_calculations | |
| mod_corners | |
| mod_dat | |
| mod_dete | |
| mod_equilibrium | |
| mod_f90_kind | Types |
| mod_gauss | |
| mod_helena_io | |
| mod_interpolation | |
| mod_itm | |
| mod_map | |
| mod_mesh | |
| mod_meshacc | |
| mod_ne_te_profile | |
| mod_nodes | |
| mod_output | |
| mod_parameter | |
| mod_profiles | |
| mod_solver | |
| mod_spider | |
| mod_spline | |
| mod_suydam | |
| mod_turb | |
| nclass_itm | NCLASS-Calculates NeoCLASSical transport properties |
| neutrals | |
| neutrals_settings | ?? |
| parameters | |
| pedestal | Module provides the interface between (external) CPO and internal ETS derived types |
| phys_constants | |
| phys_functions | |
| phys_profiles | |
| plasma_collisionality | This routine calculates the collision frquencies and various exchange terms determined by collisions |
| plasma_composition | |
| plot_data | |
| qsort_c_module | |
| s4_parameters | |
| schemas | |
| solver | |
| source_combiner | |
| source_dummy | Module provides the dummy source to the ETS |
| spec_kind_mod | For REAL variables: Use p=6, r=35 for single precision on 32 bit machine Use p=12,r=100 for double precision on 32 bit machine for single precision on 64 bit machine Parameters for SELECTED_REAL_KIND: p -number of digits r -range of exponent from -r to r |
| spider_spline | |
| spitzer | |
| synchrotron | |
| transport_combiner | |
| type_analytics | The module declares types of variables used in analytical solution |
| type_neutrals | ?? |
| type_solver | |
 write_cpo_allocate_deallocate | This module contains routines for allocation/deallocation if CPOs used in ETS |
1.8.5 
