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| integer function, public | x_ops::init_modes (grid_eq, eq) |
| | Initializes some variables concerning the mode numbers.
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| integer function, public | x_ops::setup_modes (mds, grid_eq, grid, plot_name) |
| | Sets up some variables concerning the mode numbers.
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| integer function, public | x_ops::check_x_modes (grid_eq, eq) |
| | Checks whether the high-n approximation is valid:
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| integer function, public | x_ops::calc_res_surf (mds, grid_eq, eq, res_surf, info, jq) |
| | Calculates resonating flux surfaces for the perturbation modes.
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| integer function, public | x_ops::resonance_plot (mds, grid_eq, eq) |
| | plot \(q\)-profile or \(\iota\)-profile in flux coordinates with \(nq-m = 0\) or \(n-\iota m = 0\) indicated if requested.
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| integer function | test_du () |
| integer function, public | x_ops::calc_magn_ints (grid_eq, grid_x, eq, x, x_int, prev_style, lim_sec_x) |
| | Calculate the magnetic integrals from \(\widetilde{PV}_{k,m}^i\) and \(\widetilde{KV}_{k,m}^i\) in an equidistant grid where the step size can vary depending on the normal coordinate.
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| integer function, public | x_ops::divide_x_jobs (arr_size) |
| | Divides the perturbation jobs.
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| integer function, public | x_ops::print_debug_x_1 (mds, grid_x, x_1) |
| | Prints debug information for X_1 driver.
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| integer function, public | x_ops::print_debug_x_2 (mds, grid_x, x_2_int) |
| | Prints debug information for X_2 driver.
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