| construct_magnetic_field(x, y, z, x0, y0, S, ...) |
Construct self similar magnetic field configuration |
| construct_pairwise_field(x, y, z, xi, yi, ...) |
Construct self similar magnetic field configuration |
| get_flux_tubes(model, model_pars, coords, ...) |
Obtain an array of x,y coordinates and corresponding vertical |
| get_internal_energy(pressure, magp, ...) |
Convert pressures to internal energy – this may need revision if an alternative equation of state is adopted. |
| get_logical(model, l_mpi[, l_SI, l_gdf]) |
This module assigns the logical options for the model. |
| get_model(model, Nxyz, xyz_SI, scales, ...) |
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| get_parameters(model, l_mpi, logical_pars, size) |
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| get_spruit_hs(filenames, Z, scales, ...) |
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| interpolate_atmosphere(filenames, Z, scales, ...) |
This module generates a 1d array for the model plasma preesure, plasma density, temperature and mean molecular weight. |
| mhs_3D_profile(z, pressure_z, rho_z, ...) |
Return the vertical profiles for thermal pressure and density in 3D |
| save_SACsources(model, sourcesfile, Fx, Fy, ...) |
Save the balancing forces for a SAC model with multiple flux tubes in hdf5 (gdf default) format after collating the data from mpi sub processes if necessary. |
| save_SACvariables(model, filename, rho, Bx, ...) |
Save the background variables for a SAC model in hdf5 (gdf default) format after collating the data from mpi sub processes if necessary. |
| save_auxilliary1D(model, auxfile, ...) |
Save auxilliary variables for use in plotting background setup in hdf5 (gdf default) format after collating the data from mpi sub processes if necessary. |
| vertical_profile(Zint, Z, pdata_i, rdata_i, ...) |
Return the vertical profiles for thermal pressure and density in 1D. |