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In the nodesktop mode, MATLAB should work faster (I did not notice a big significant difference - YY). Using When using the nodesktop mode, do not forget to run the command 'quit()' to end the session (otherwise, a dangling MATLAB session may remain).
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The file test_put_to_IMAS.m ??????The following parameters must be defined:loads a MAT-file containing the DYON results (the name of the file is defined in the script). It is assumed that there is a structure with the name 'output' among the variables loaded from the MAT-file and that this structure holds all the data that must be saved.
The script then defines the rest of arguments of the function 'put_to_IMAS' and invokes it. The dummy arguments of this function are as follows:
| Name | Type | Description |
|---|---|---|
| output | struct | structure containing the DYON output to be saved |
| H_mass | float | mass of the H isotope (in units of the proton mass) |
| machine | symbol array | name of the IMAS database (usually a tokamak name) |
| shot | int | shot number |
| run | int | run number |
| comment | symbol array | comment characterizing the saved data (put into each IDS) |
| data_source | symbol array | text describing the origin of the data (put into each IDS) |
The function creates an IMAS data entry for the given 'shot' and 'run' parameters (note that the database with the required name must exist; otherwise, an error is raised). Then it invokes several functions that put data to separate IDS's ('put_core_profiles', 'put_core_sources', 'put_equilibrium', 'put_gas_injection', 'put_magnetics', 'put_wall', and 'put_radiation') and closes the database.
IDS core_profiles
IDS core_sources
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