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- deallocate_equilibrium_data
Deallocate all components of the structure. - initiate_equilibrium_data_for_input
Read the part of the command file that controls saving the EIRENE data to the equilibrium IDS. - collect_data_for_equilibrium_input
Read the EIRENE input data intended for the equilibrium IDS from files, - transform_equilibrium_for_ids
Transform the magnetic field data to the form suitable for the equilibrium IDS. - save_input_to_equilibrium
- fetch_input_from_equilibrium
- get_quantities_from_equilibrium
- transform_equilibrium_for_eirene
- write_input_data_from_equilibrium_ids
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Deallocate all components of the structure.
Argument | Type | Intent | Description |
|---|---|---|---|
all_data | type(equilibrium_set) | inout | structure to be deallocated |
function initiate_equilibrium_data_for_input (io_unit) result (equilibrium_files)
Read the part of the command file that controls saving the EIRENE data to the equilibrium IDS.
Argument | Type | Intent | Description |
|---|---|---|---|
equilibrium_files | type(equilibrium_file_set) | result | structure holding the file names obtained from the command file |
| io_unit | integer | in | index of the I/O unit attached to the command file |
function collect_data_for_equilibrium_input (equilibrium_files) result (equilibrium_data)
Read the EIRENE input data intended for the equilibrium IDS from files.
Uses the subroutine read_quantity_from_file (module eirene_data_io).
Argument | Type | Intent | Description |
|---|---|---|---|
equilibrium_data | type(equilibrium_data_set) | result | structure that accepts the data read from the files |
| equilibrium_files | type(equilibrium_file_set) | in | structure that holds the file names |
subroutine transform_equilibrium_for_ids (equilibrium_data)
Transform the magnetic field data to the form suitable for the equilibrium IDS. On entry, only a part of the 'equilibrium_data' is filled; the subroutine fills the rest.
The input files contain b_x, b_y, b_z (b is the mag. field unit vector), and B_total. The equilibrium IDS accepts B_R, B_Z, B_phi. Here x=R, y=Z (vertical), z=phi (toroidal).
Argument | Type | Intent | Description |
|---|---|---|---|
equilibrium_data | type(equilibrium_data_set) | inout | structure that holds all magnetic field data |
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Module global_parameters
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