Subprogram convert::convert_ids_to_internal_types (EQUILIBRIUM_OLD, EQUILIBRIUM_ITER, COREPROFILES_OLD, COREPROFILES_ITER,CORETRANSPORT_ITER, CORESOURCE_ITER, CORESOLVER_ITER,

We should check that this a valid boundary condition for PSI. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

We should check that this a valid boundary condition for NE. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

We should check that this a valid boundary condition for NI. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

Subprogram core_profiles_consistency::get_rotational_energy_ion (ion, nrho)

Implement the rotational pressure; temporarily return 0.

Subprogram core_profiles_consistency::get_rotational_energy_state (state, nrho)

Implement the rotational pressure; temporarily return 0.

Subprogram core_profiles_consistency::update_density_core_profiles_1d (arg)

Implement update_density_core_profiles_1d_neutrals

Subprogram core_profiles_consistency::update_pressure_core_profiles_1d_neutrals (arg)

Update pressures in neutrals%*

Subprogram equilibrium_input::equil_input (COREPROF_IN, EQUILIBRIUM_IN, EQUILIBRIUM_OUT, code_parameters, DIAG)

Add codeparam to select either isotropic or perpendicular pressure.

Subprogram ids_core_profiles_setup::core_profiles_profiles_1d_setup (arg_in, arg_out, ion_index, rho_tor_norm)

Implement setup core_profilesprofiles_1d(:)neutrals

Type ids_sanitiser::sanity_report

Add report to dataset-description IDS, under simulation, comment-before.

Type type_transport_solver_numerics::solver_io

Explain the variable SOLVER_IOTYPE