PB3D
[2.45]
Ideal linear high-n MHD stability in 3-D
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Operations concerning giving input. More...
Functions/Subroutines | |
integer function, public | read_input_opts () |
Reads input options from user-provided input file. More... | |
integer function, public | read_input_eq () |
Reads the equilibrium input file if no Richardson restart. More... | |
integer function, public | print_output_in (data_name, remove_previous_arrs) |
Print input quantities to an output file. More... | |
Operations concerning giving input.
integer function, public input_ops::print_output_in | ( | character(len=*), intent(in) | data_name, |
logical, intent(in), optional | remove_previous_arrs | ||
) |
Print input quantities to an output file.
Variables printed:
misc_in:
prog_version
, eq_style
, rho_style
, R_0
, pres_0
, B_0
, psi_0
rho_0
, T_0
, vac_perm
, use_pol_flux_F
, use_pol_flux_E
, use_normalization
, norm_disc_prec_eq
, norm_disc_style_sol
, n_r_in
, n_r_eq
, n_r_sol
, debug_version
misc_in_V:
is_asym_V
, is_freeb_V
, mnmax_V
, mpol_V
, ntor_V
, gam_V
flux_t_V
flux_p_V
pres_V
rot_t_V
q_saf_V
mn_V
R_V_c
R_V_s
Z_V_c
Z_V_s
L_V_c
L_V_s
B_V_sub:
B_V_sub_c
, B_V_sub_s
B_V:
B_V_c
, B_V_s
J_V_sup_int
jac_V:
jac_V_c
, jac_V_s
misc_in_H:
ias
, nchi
RZ_H:
R_H
, Z_H
chi_H
q_saf_H
rot_t_H
RBphi_H
pres_H
flux_p_H
flux_t_H
misc_X:
prim_X
, n_mod_X
, min_sec_X
, max_sec_X
, norm_disc_prec_X
, norm_style
, U_style
, X_style
, matrix_SLEPC_style
, K_style
, alpha_style
misc_sol:
min_r_sol
, max_r_sol
, norm_disc_prec_sol
, BC_style
, EV_BC
, EV_BC
[in] | data_name | name under which to store |
[in] | remove_previous_arrs | remove previous variables if present |
Definition at line 1175 of file input_ops.f90.
integer function, public input_ops::read_input_eq |
Reads the equilibrium input file if no Richardson restart.
These variables will be passed on through the HDF5 data system.
Definition at line 1104 of file input_ops.f90.
integer function, public input_ops::read_input_opts |
Reads input options from user-provided input file.
This is done by the master process and these variables will then be passed on through MPI to other processes in broadcast_input_opts().
Definition at line 23 of file input_ops.f90.