unused_fortran_inputs_module Module Reference

Public Attributes
real(8)	sml_bd_ext_delta1
real(8)	sml_bd_ext_delta2
real(8)	sml_bd_ext_delta3
real(8)	sml_bd_ext_delta4
real(8)	sml_bd_ext_delta1h
real(8)	sml_bd_ext_delta2h
real(8)	sml_bd_ext_delta3h
real(8)	sml_bd_ext_delta4h
real(8)	sml_outpsi_priv2
logical	sml_rgn1_pot0_only
logical	sml_poisson_bias
logical	sml_poisson_bias_kick
real(8)	sml_poisson_bias_psic
real(8)	sml_poisson_bias_psiw
real(8)	sml_poisson_bias_freq
real(8)	sml_poisson_bias_amp
real(8)	sml_poisson_bias_amp2
integer	sml_poisson_bias_start
logical	sml_positive_phi00_sol
logical	sml_f0_grid
logical	sml_deltaf
logical	sml_deltaf_elec
logical	sml_thermal_bath_on
logical	sml_pol_decomp =.true.
	Switch for the use of radial-poloidal domain decomposition. More...
logical	sml_create_analytic_equil
logical	sml_create_analytic_grid
integer	sml_ncycle_half
logical	sml_ff_boundary_zero_p
logical	sml_load_single_ptl
logical	sml_field_solver
integer	sml_bounce
integer	sml_bounce_zero_weight
real(8)	sml_bounce_buffer
integer	sml_restart_write_period
integer	sml_guess_table_size
real(8)	sml_bd_ext_near_wall
logical	sml_increase_ptl_tor = .false.
	increase # of particle with different toroidal angle when reading restart file More...
integer	sml_increase_ptl_factor_int = 1
	the factor to increase when sml_increase_ptl_tor More...
real(8)	sml_increase_ptl_rand_w0 = 1D-4
	random noise to w0 - to avoid identical marker of sml_increase_ptl_factor_int More...
real(8)	sml_increase_ptl_rand_w1 = 1D-4
	random noise to w1 - to avoid identical marker of sml_increase_ptl_factor_int More...
real(8)	sml_increase_ptl_rand_mu = 1D-4
	random noise to rho_parallel (v_parallel) - to avoid identical marker of sml_increase_ptl_factor_int More...
real(8)	sml_increase_ptl_rand_vp = 1D-4
	random noise to mu - to avoid identical marker of sml_increase_ptl_factor_int More...
real(8)	sml_increase_ptl_rand_phi = 1D-1
	random noise to phi (applied to core only) to avoid identical marker of sml_increase_ptl_factor_int More...
logical	sml_flat_electron_density
logical	sml_bd_ext_delta_in_simple00
logical	diag_heat_on = .false.
integer	diag_heat_nsection = 1
real(8)	diag_heat_rmax1 = 1D3
real(8)	diag_heat_rmin1 = 1D-4
real(8)	diag_heat_zmax1 = 1D3
real(8)	diag_heat_zmin1 = -1D3
real(8)	diag_heat_rmax2 = 1D3
real(8)	diag_heat_rmin2 = 1D-4
real(8)	diag_heat_zmax2 = 1D3
real(8)	diag_heat_zmin2 = -1D3
real(8)	diag_heat_rmax3 = 1D3
real(8)	diag_heat_rmin3 = 1D-4
real(8)	diag_heat_zmax3 = 1D3
real(8)	diag_heat_zmin3 = -1D3
integer	diag_heat_nr = 100
integer	diag_heat_nz = 100
integer	diag_heat_npsi = 1000
integer	diag_heat_mode =2
	(1) Use rectangular boxes to define HFS and LFS psi grid, (2) Use ordered wall nodes for measuring the heat load More...
integer	diag_heat_nseg
	Number of wall segments (mode==2) More...
integer	diag_heat_nphi =64
	Number of toroidal segments (mode==2) More...
real(kind=8)	diag_heat_delta_phi
	Size of toroidal grid (mode==2) More...
real(kind=8)	diag_heat_spacing =5D-3
	Spacing of heat_diag grid in mode==2: Refines the wall polygon in the simulation region inpsi <= psi <= outpsi. More...
integer	diag_heat_guess_table_size =10
	Number of guess table tiles per dimension. More...
logical	diag_col_convergence_stat_on
real(kind=8)	src_loop_voltage
	Inductive current drive: loop voltage (from Faraday's law curl(E)=-dB/dt) Positive loop voltage corresponds to an electron torque opposite to the toroidal direction (clockwise looking down on the torus, i.e. in negative Z-direction). More...
real(kind=8)	src_loop_voltage_psimax
	Inductive current drive: outer boundary (in pol. flux) of the loop voltage. More...
logical	sml_multirate_timestepping
logical, dimension(20)	ptl_is_gyrokinetic
real(8), dimension(20)	ptl_collision_grid_index
integer, dimension(20)	ptl_num_per_vertex
integer	ptl_num
logical, dimension(20)	ptl_maxwellian_init
integer	ptl_e_maxnum
integer	ptl_e_num
real(8)	ptl_e_mass_au
real(8)	ptl_e_charge_eu
character(len=500), dimension(20)	ptl_f_init_file
character(len=500), dimension(20)	ptl_input_file_dir
logical	sml_ignore_f0g
integer	sml_f0_grid_alpha_start
real(8)	sml_f0_grid_alpha
real(8)	sml_update_g_alpha
logical	f0_update_analytic
logical	f0_update_analytic_local
real(8)	f0_update_analytic_alpha
real(8)	f0_update_analytic_damp_width
integer	sml_00_npsi
logical	sml_node_vol_monte
integer	sml_monte_num
integer	neu_start_time
integer	rad_start_time
integer	diff_start_time
integer	src_start_time
logical	sml_current_drive_on
logical	sml_loop_voltage_fsa
integer	src_current_drive_start_time
real(8)	src_current_drive_p
real(8)	src_current_drive_i
real(8)	src_current_drive_d
logical	diag_pseudo_inv_on
logical	diag_current_drive_on
	On/Off switch for the current drive diagnostic. More...
integer	diag_current_drive_period
	Output frequency relative to sml_f_source_period. More...
real(8)	sml_em_pullback_dampfac
logical	sml_em_dasdt_hypvis
logical	sml_em_dasdt_filter_on
logical	sml_symmetric_f
logical	adios_stage_3d
logical	sml_debug_flag
integer	sml_sort_ions
integer	sml_elec_shift_max_nthreads
logical	sml_elec_use_alltoall
logical	sml_elec_use_hs_barrier0
integer	sml_elec_large_limit
logical	sml_elec_handshake
logical	sml_elec_use_hs_barrier1
logical	sml_elec_use_sendrecv
logical	sml_elec_all_sendrecv
logical	sml_elec_use_isend
logical	sml_elec_use_rsend
integer	sml_ion_shift_max_nthreads
logical	sml_ion_use_alltoall
logical	sml_ion_use_hs_barrier0
integer	sml_ion_large_limit
logical	sml_ion_handshake
logical	sml_ion_use_hs_barrier1
logical	sml_ion_use_sendrecv
logical	sml_ion_all_sendrecv
logical	sml_ion_use_isend
logical	sml_ion_use_rsend
integer	ptl_maxnum
integer	ptl_lost_nummax
integer	neu_monte_num
logical	neu_full_grid
	Use the new neutral routine (neutral_totalf) More...
logical	sml_neutral_use_ion_loss
	If .true., the charge loss used in the neutral recycling routine is computed from ion gyrocenters instead of electrons. More...
character(len=128)	neu_sepfile
character(len=128)	neu_limfile
integer	neu_col_mode
integer	neu_cx_period
integer	neu_ion_period
integer	neu_varying_mfp
integer	neu_col_period
logical	neu_update_elec
real(kind=8)	neu_t0
integer, parameter	neu_sep_mtheta =200
integer, parameter	diag_flow_npsi =80
integer	neu_sep_mtheta_file
real(kind=8), dimension(neu_sep_mtheta)	neu_sep_r
real(kind=8), dimension(neu_sep_mtheta)	neu_sep_z
real(kind=8), dimension(:), allocatable	neu_sep_r_file
real(kind=8), dimension(:), allocatable	neu_sep_z_file
real(kind=8)	neu_mfp
real(kind=8)	neu_theta_x2
real(kind=8)	neu_mfp0
real(kind=8)	neu_sep_dtheta
real(kind=8)	neu_old_inside_weight
real(kind=8), dimension(3)	neu_mom_sum_lost
real(kind=8)	neu_energy_sum_lost
real(kind=8)	neu_actual_ionized
real(kind=8)	neu_actual_accum_ionized
real(kind=8)	neu_ionize2_psi
real(kind=8)	neu_weight_accum_lost
real(kind=8)	neu_weight_accum_ionized
real(kind=8)	neu_delta_theta_lowerx1
real(kind=8)	neu_delta_theta_lowerx2
real(kind=8)	neu_delta_theta_upperx1
real(kind=8)	neu_delta_theta_upperx2
real(kind=8), dimension(2)	neu_theta_edge
real(kind=8), dimension(2)	neu_rad_edge
real(kind=8), dimension(2)	neu_theta_edge2
real(kind=8), dimension(2)	neu_rad_edge2
integer	neu_ionize_mode
real(kind=8)	neu_temp_factor
integer, parameter	neu_grid_mpsi =50
integer, parameter	neu_grid_mtheta =40
integer, parameter	neu_mtheta =200
real(kind=8), dimension(neu_mtheta)	neu_r0
real(kind=8), dimension(neu_mtheta)	neu_z0
real(kind=8), dimension(neu_mtheta)	neu_jacob
real(kind=8)	neu_dtheta
real(kind=8)	neu_psi_edge
integer	neu_mpol
integer	neu_flow_on
integer	neu_grid_mode
real(kind=8), dimension(neu_grid_mpsi, neu_grid_mtheta)	neu_grid_den
real(kind=8), dimension(neu_grid_mpsi, neu_grid_mtheta)	neu_grid_temp
real(kind=8), dimension(neu_grid_mpsi, neu_grid_mtheta)	neu_grid_wsum
real(kind=8), dimension(neu_grid_mpsi, neu_grid_mtheta)	neu_grid_esum
real(kind=8), dimension(neu_grid_mpsi, neu_grid_mtheta)	neu_grid_vol
real(kind=8), dimension(neu_grid_mpsi, neu_grid_mtheta)	neu_grid_flow
real(kind=8)	neu_grid_dtheta
real(kind=8)	neu_grid_dpsi
real(kind=8)	neu_grid_dpsi2
real(kind=8)	neu_grid_min_psi
real(kind=8)	neu_grid_max_psi
real(kind=8)	neu_ionize_elec_cooling_ev
real(kind=8)	neu_nr
integer(8), dimension(neu_grid_mpsi)	neu_cx_events
integer(8), dimension(neu_grid_mpsi)	neu_ion_events
real(kind=8), dimension(neu_grid_mpsi)	neu_ion_events_weights
real(kind=8), dimension(neu_grid_mpsi)	neu_cx_events_weights
real(kind=8), dimension(neu_sep_mtheta)	neu_lim_r
real(kind=8), dimension(neu_sep_mtheta)	neu_lim_z
integer	diag_neu_npsi
real(8)	diag_neu_pin
real(8)	diag_neu_pout
logical	diag_f0_df_on
integer	diag_f0_df_period
character(len=500)	eq_zeff_file
integer	eq_zeff_shape
real(8)	eq_zeff_v1
real(8)	eq_zeff_v2
real(8)	eq_zeff_v3
real(8)	eq_zeff_x1
real(8)	eq_zeff_x2
real(8)	eq_zeff_x3
real(kind=8)	src_pellet_r
real(kind=8)	src_pellet_z
real(kind=8)	src_pellet_cloud_a
real(kind=8)	src_pellet_cloud_b
real(kind=8)	src_pellet_cloud_angle
real(kind=8)	src_pellet_rad
real(kind=8)	src_pellet_etemp
real(kind=8)	src_pellet_itemp
integer	src_pellet_start_time
integer	src_pellet_stop_time
real(kind=8)	src_pellet_n_atoms
integer	src_pellet_ion_species
integer	smooth_n_in
integer	smooth_mode_in
integer	smooth_type_in
integer	smooth_h_n_in
integer	smooth_h_mode_in
integer	smooth_h_type_in
integer	smooth_diag_n_in
integer	smooth_diag_mode_in
integer	smooth_diag_type_in
real(8)	smooth_r1_d0_in
integer	smooth_r1_n_in
integer	smooth_r1_type_in
real(8)	smooth_nearx_d0
real(8)	smooth_nearx_dr
real(8)	smooth_nearx_dz
integer	smooth_nearx_nsmth

Member Data Documentation

logical unused_fortran_inputs_module::adios_stage_3d

logical unused_fortran_inputs_module::diag_col_convergence_stat_on

logical unused_fortran_inputs_module::diag_current_drive_on

On/Off switch for the current drive diagnostic.

integer unused_fortran_inputs_module::diag_current_drive_period

Output frequency relative to sml_f_source_period.

logical unused_fortran_inputs_module::diag_f0_df_on

integer unused_fortran_inputs_module::diag_f0_df_period

integer, parameter unused_fortran_inputs_module::diag_flow_npsi =80

real (kind=8) unused_fortran_inputs_module::diag_heat_delta_phi

Size of toroidal grid (mode==2)

integer unused_fortran_inputs_module::diag_heat_guess_table_size =10

Number of guess table tiles per dimension.

integer unused_fortran_inputs_module::diag_heat_mode =2

(1) Use rectangular boxes to define HFS and LFS psi grid, (2) Use ordered wall nodes for measuring the heat load

integer unused_fortran_inputs_module::diag_heat_nphi =64

Number of toroidal segments (mode==2)

integer unused_fortran_inputs_module::diag_heat_npsi = 1000

integer unused_fortran_inputs_module::diag_heat_nr = 100

integer unused_fortran_inputs_module::diag_heat_nsection = 1

integer unused_fortran_inputs_module::diag_heat_nseg

Number of wall segments (mode==2)

integer unused_fortran_inputs_module::diag_heat_nz = 100

logical unused_fortran_inputs_module::diag_heat_on = .false.

real (8) unused_fortran_inputs_module::diag_heat_rmax1 = 1D3

real (8) unused_fortran_inputs_module::diag_heat_rmax2 = 1D3

real (8) unused_fortran_inputs_module::diag_heat_rmax3 = 1D3

real (8) unused_fortran_inputs_module::diag_heat_rmin1 = 1D-4

real (8) unused_fortran_inputs_module::diag_heat_rmin2 = 1D-4

real (8) unused_fortran_inputs_module::diag_heat_rmin3 = 1D-4

real (kind=8) unused_fortran_inputs_module::diag_heat_spacing =5D-3

Spacing of heat_diag grid in mode==2: Refines the wall polygon in the simulation region inpsi <= psi <= outpsi.

real (8) unused_fortran_inputs_module::diag_heat_zmax1 = 1D3

real (8) unused_fortran_inputs_module::diag_heat_zmax2 = 1D3

real (8) unused_fortran_inputs_module::diag_heat_zmax3 = 1D3

real (8) unused_fortran_inputs_module::diag_heat_zmin1 = -1D3

real (8) unused_fortran_inputs_module::diag_heat_zmin2 = -1D3

real (8) unused_fortran_inputs_module::diag_heat_zmin3 = -1D3

integer unused_fortran_inputs_module::diag_neu_npsi

real (8) unused_fortran_inputs_module::diag_neu_pin

real (8) unused_fortran_inputs_module::diag_neu_pout

logical unused_fortran_inputs_module::diag_pseudo_inv_on

integer unused_fortran_inputs_module::diff_start_time

character (len=500) unused_fortran_inputs_module::eq_zeff_file

integer unused_fortran_inputs_module::eq_zeff_shape

real (8) unused_fortran_inputs_module::eq_zeff_v1

real (8) unused_fortran_inputs_module::eq_zeff_v2

real (8) unused_fortran_inputs_module::eq_zeff_v3

real (8) unused_fortran_inputs_module::eq_zeff_x1

real (8) unused_fortran_inputs_module::eq_zeff_x2

real (8) unused_fortran_inputs_module::eq_zeff_x3

logical unused_fortran_inputs_module::f0_update_analytic

real (8) unused_fortran_inputs_module::f0_update_analytic_alpha

real (8) unused_fortran_inputs_module::f0_update_analytic_damp_width

logical unused_fortran_inputs_module::f0_update_analytic_local

real (kind=8) unused_fortran_inputs_module::neu_actual_accum_ionized

real (kind=8) unused_fortran_inputs_module::neu_actual_ionized

integer unused_fortran_inputs_module::neu_col_mode

integer unused_fortran_inputs_module::neu_col_period

integer (8), dimension(neu_grid_mpsi) unused_fortran_inputs_module::neu_cx_events

real (kind=8), dimension(neu_grid_mpsi) unused_fortran_inputs_module::neu_cx_events_weights

integer unused_fortran_inputs_module::neu_cx_period

real (kind=8) unused_fortran_inputs_module::neu_delta_theta_lowerx1

real (kind=8) unused_fortran_inputs_module::neu_delta_theta_lowerx2

real (kind=8) unused_fortran_inputs_module::neu_delta_theta_upperx1

real (kind=8) unused_fortran_inputs_module::neu_delta_theta_upperx2

real (kind=8) unused_fortran_inputs_module::neu_dtheta

real (kind=8) unused_fortran_inputs_module::neu_energy_sum_lost

integer unused_fortran_inputs_module::neu_flow_on

logical unused_fortran_inputs_module::neu_full_grid

Use the new neutral routine (neutral_totalf)

real (kind=8), dimension(neu_grid_mpsi,neu_grid_mtheta) unused_fortran_inputs_module::neu_grid_den

real (kind=8) unused_fortran_inputs_module::neu_grid_dpsi

real (kind=8) unused_fortran_inputs_module::neu_grid_dpsi2

real (kind=8) unused_fortran_inputs_module::neu_grid_dtheta

real (kind=8), dimension(neu_grid_mpsi,neu_grid_mtheta) unused_fortran_inputs_module::neu_grid_esum

real (kind=8), dimension(neu_grid_mpsi,neu_grid_mtheta) unused_fortran_inputs_module::neu_grid_flow

real (kind=8) unused_fortran_inputs_module::neu_grid_max_psi

real (kind=8) unused_fortran_inputs_module::neu_grid_min_psi

integer unused_fortran_inputs_module::neu_grid_mode

integer, parameter unused_fortran_inputs_module::neu_grid_mpsi =50

integer, parameter unused_fortran_inputs_module::neu_grid_mtheta =40

real (kind=8), dimension(neu_grid_mpsi,neu_grid_mtheta) unused_fortran_inputs_module::neu_grid_temp

real (kind=8), dimension(neu_grid_mpsi,neu_grid_mtheta) unused_fortran_inputs_module::neu_grid_vol

real (kind=8), dimension(neu_grid_mpsi,neu_grid_mtheta) unused_fortran_inputs_module::neu_grid_wsum

integer (8), dimension(neu_grid_mpsi) unused_fortran_inputs_module::neu_ion_events

real (kind=8), dimension(neu_grid_mpsi) unused_fortran_inputs_module::neu_ion_events_weights

integer unused_fortran_inputs_module::neu_ion_period

real (kind=8) unused_fortran_inputs_module::neu_ionize2_psi

real (kind=8) unused_fortran_inputs_module::neu_ionize_elec_cooling_ev

integer unused_fortran_inputs_module::neu_ionize_mode

real (kind=8), dimension(neu_mtheta) unused_fortran_inputs_module::neu_jacob

real (kind=8), dimension(neu_sep_mtheta) unused_fortran_inputs_module::neu_lim_r

real (kind=8), dimension(neu_sep_mtheta) unused_fortran_inputs_module::neu_lim_z

character (len=128) unused_fortran_inputs_module::neu_limfile

real (kind=8) unused_fortran_inputs_module::neu_mfp

real (kind=8) unused_fortran_inputs_module::neu_mfp0

real (kind=8), dimension(3) unused_fortran_inputs_module::neu_mom_sum_lost

integer unused_fortran_inputs_module::neu_monte_num

integer unused_fortran_inputs_module::neu_mpol

integer, parameter unused_fortran_inputs_module::neu_mtheta =200

real (kind=8) unused_fortran_inputs_module::neu_nr

real (kind=8) unused_fortran_inputs_module::neu_old_inside_weight

real (kind=8) unused_fortran_inputs_module::neu_psi_edge

real (kind=8), dimension(neu_mtheta) unused_fortran_inputs_module::neu_r0

real (kind=8), dimension(2) unused_fortran_inputs_module::neu_rad_edge

real (kind=8), dimension(2) unused_fortran_inputs_module::neu_rad_edge2

real (kind=8) unused_fortran_inputs_module::neu_sep_dtheta

integer, parameter unused_fortran_inputs_module::neu_sep_mtheta =200

integer unused_fortran_inputs_module::neu_sep_mtheta_file

real (kind=8), dimension(neu_sep_mtheta) unused_fortran_inputs_module::neu_sep_r

real (kind=8), dimension(:), allocatable unused_fortran_inputs_module::neu_sep_r_file

real (kind=8), dimension(neu_sep_mtheta) unused_fortran_inputs_module::neu_sep_z

real (kind=8), dimension(:), allocatable unused_fortran_inputs_module::neu_sep_z_file

character (len=128) unused_fortran_inputs_module::neu_sepfile

integer unused_fortran_inputs_module::neu_start_time

real (kind=8) unused_fortran_inputs_module::neu_t0

real (kind=8) unused_fortran_inputs_module::neu_temp_factor

real (kind=8), dimension(2) unused_fortran_inputs_module::neu_theta_edge

real (kind=8), dimension(2) unused_fortran_inputs_module::neu_theta_edge2

real (kind=8) unused_fortran_inputs_module::neu_theta_x2

logical unused_fortran_inputs_module::neu_update_elec

integer unused_fortran_inputs_module::neu_varying_mfp

real (kind=8) unused_fortran_inputs_module::neu_weight_accum_ionized

real (kind=8) unused_fortran_inputs_module::neu_weight_accum_lost

real (kind=8), dimension(neu_mtheta) unused_fortran_inputs_module::neu_z0

real (8), dimension(20) unused_fortran_inputs_module::ptl_collision_grid_index

real (8) unused_fortran_inputs_module::ptl_e_charge_eu

real (8) unused_fortran_inputs_module::ptl_e_mass_au

integer unused_fortran_inputs_module::ptl_e_maxnum

integer unused_fortran_inputs_module::ptl_e_num

character (len=500), dimension(20) unused_fortran_inputs_module::ptl_f_init_file

character (len=500), dimension(20) unused_fortran_inputs_module::ptl_input_file_dir

logical, dimension(20) unused_fortran_inputs_module::ptl_is_gyrokinetic

integer unused_fortran_inputs_module::ptl_lost_nummax

integer unused_fortran_inputs_module::ptl_maxnum

logical, dimension(20) unused_fortran_inputs_module::ptl_maxwellian_init

integer unused_fortran_inputs_module::ptl_num

integer, dimension(20) unused_fortran_inputs_module::ptl_num_per_vertex

integer unused_fortran_inputs_module::rad_start_time

integer unused_fortran_inputs_module::sml_00_npsi

real (8) unused_fortran_inputs_module::sml_bd_ext_delta1

real (8) unused_fortran_inputs_module::sml_bd_ext_delta1h

real (8) unused_fortran_inputs_module::sml_bd_ext_delta2

real (8) unused_fortran_inputs_module::sml_bd_ext_delta2h

real (8) unused_fortran_inputs_module::sml_bd_ext_delta3

real (8) unused_fortran_inputs_module::sml_bd_ext_delta3h

real (8) unused_fortran_inputs_module::sml_bd_ext_delta4

real (8) unused_fortran_inputs_module::sml_bd_ext_delta4h

logical unused_fortran_inputs_module::sml_bd_ext_delta_in_simple00

real (8) unused_fortran_inputs_module::sml_bd_ext_near_wall

integer unused_fortran_inputs_module::sml_bounce

real(8) unused_fortran_inputs_module::sml_bounce_buffer

integer unused_fortran_inputs_module::sml_bounce_zero_weight

logical unused_fortran_inputs_module::sml_create_analytic_equil

logical unused_fortran_inputs_module::sml_create_analytic_grid

logical unused_fortran_inputs_module::sml_current_drive_on

logical unused_fortran_inputs_module::sml_debug_flag

logical unused_fortran_inputs_module::sml_deltaf

logical unused_fortran_inputs_module::sml_deltaf_elec

logical unused_fortran_inputs_module::sml_elec_all_sendrecv

logical unused_fortran_inputs_module::sml_elec_handshake

integer unused_fortran_inputs_module::sml_elec_large_limit

integer unused_fortran_inputs_module::sml_elec_shift_max_nthreads

logical unused_fortran_inputs_module::sml_elec_use_alltoall

logical unused_fortran_inputs_module::sml_elec_use_hs_barrier0

logical unused_fortran_inputs_module::sml_elec_use_hs_barrier1

logical unused_fortran_inputs_module::sml_elec_use_isend

logical unused_fortran_inputs_module::sml_elec_use_rsend

logical unused_fortran_inputs_module::sml_elec_use_sendrecv

logical unused_fortran_inputs_module::sml_em_dasdt_filter_on

logical unused_fortran_inputs_module::sml_em_dasdt_hypvis

real (8) unused_fortran_inputs_module::sml_em_pullback_dampfac

logical unused_fortran_inputs_module::sml_f0_grid

real (8) unused_fortran_inputs_module::sml_f0_grid_alpha

integer unused_fortran_inputs_module::sml_f0_grid_alpha_start

logical unused_fortran_inputs_module::sml_ff_boundary_zero_p

logical unused_fortran_inputs_module::sml_field_solver

logical unused_fortran_inputs_module::sml_flat_electron_density

integer unused_fortran_inputs_module::sml_guess_table_size

logical unused_fortran_inputs_module::sml_ignore_f0g

integer unused_fortran_inputs_module::sml_increase_ptl_factor_int = 1

the factor to increase when sml_increase_ptl_tor

real (8) unused_fortran_inputs_module::sml_increase_ptl_rand_mu = 1D-4

random noise to rho_parallel (v_parallel) - to avoid identical marker of sml_increase_ptl_factor_int

real (8) unused_fortran_inputs_module::sml_increase_ptl_rand_phi = 1D-1

random noise to phi (applied to core only) to avoid identical marker of sml_increase_ptl_factor_int

real (8) unused_fortran_inputs_module::sml_increase_ptl_rand_vp = 1D-4

random noise to mu - to avoid identical marker of sml_increase_ptl_factor_int

real (8) unused_fortran_inputs_module::sml_increase_ptl_rand_w0 = 1D-4

random noise to w0 - to avoid identical marker of sml_increase_ptl_factor_int

real (8) unused_fortran_inputs_module::sml_increase_ptl_rand_w1 = 1D-4

random noise to w1 - to avoid identical marker of sml_increase_ptl_factor_int

logical unused_fortran_inputs_module::sml_increase_ptl_tor = .false.

increase # of particle with different toroidal angle when reading restart file

logical unused_fortran_inputs_module::sml_ion_all_sendrecv

logical unused_fortran_inputs_module::sml_ion_handshake

integer unused_fortran_inputs_module::sml_ion_large_limit

integer unused_fortran_inputs_module::sml_ion_shift_max_nthreads

logical unused_fortran_inputs_module::sml_ion_use_alltoall

logical unused_fortran_inputs_module::sml_ion_use_hs_barrier0

logical unused_fortran_inputs_module::sml_ion_use_hs_barrier1

logical unused_fortran_inputs_module::sml_ion_use_isend

logical unused_fortran_inputs_module::sml_ion_use_rsend

logical unused_fortran_inputs_module::sml_ion_use_sendrecv

logical unused_fortran_inputs_module::sml_load_single_ptl

logical unused_fortran_inputs_module::sml_loop_voltage_fsa

integer unused_fortran_inputs_module::sml_monte_num

logical unused_fortran_inputs_module::sml_multirate_timestepping

integer unused_fortran_inputs_module::sml_ncycle_half

logical unused_fortran_inputs_module::sml_neutral_use_ion_loss

If .true., the charge loss used in the neutral recycling routine is computed from ion gyrocenters instead of electrons.

logical unused_fortran_inputs_module::sml_node_vol_monte

real (8) unused_fortran_inputs_module::sml_outpsi_priv2

logical unused_fortran_inputs_module::sml_poisson_bias

real (8) unused_fortran_inputs_module::sml_poisson_bias_amp

real (8) unused_fortran_inputs_module::sml_poisson_bias_amp2

real (8) unused_fortran_inputs_module::sml_poisson_bias_freq

logical unused_fortran_inputs_module::sml_poisson_bias_kick

real (8) unused_fortran_inputs_module::sml_poisson_bias_psic

real (8) unused_fortran_inputs_module::sml_poisson_bias_psiw

integer unused_fortran_inputs_module::sml_poisson_bias_start

logical unused_fortran_inputs_module::sml_pol_decomp =.true.

Switch for the use of radial-poloidal domain decomposition.

logical unused_fortran_inputs_module::sml_positive_phi00_sol

integer unused_fortran_inputs_module::sml_restart_write_period

logical unused_fortran_inputs_module::sml_rgn1_pot0_only

integer unused_fortran_inputs_module::sml_sort_ions

logical unused_fortran_inputs_module::sml_symmetric_f

logical unused_fortran_inputs_module::sml_thermal_bath_on

real (8) unused_fortran_inputs_module::sml_update_g_alpha

integer unused_fortran_inputs_module::smooth_diag_mode_in

integer unused_fortran_inputs_module::smooth_diag_n_in

integer unused_fortran_inputs_module::smooth_diag_type_in

integer unused_fortran_inputs_module::smooth_h_mode_in

integer unused_fortran_inputs_module::smooth_h_n_in

integer unused_fortran_inputs_module::smooth_h_type_in

integer unused_fortran_inputs_module::smooth_mode_in

integer unused_fortran_inputs_module::smooth_n_in

real (8) unused_fortran_inputs_module::smooth_nearx_d0

real (8) unused_fortran_inputs_module::smooth_nearx_dr

real (8) unused_fortran_inputs_module::smooth_nearx_dz

integer unused_fortran_inputs_module::smooth_nearx_nsmth

real (8) unused_fortran_inputs_module::smooth_r1_d0_in

integer unused_fortran_inputs_module::smooth_r1_n_in

integer unused_fortran_inputs_module::smooth_r1_type_in

integer unused_fortran_inputs_module::smooth_type_in

real (8) unused_fortran_inputs_module::src_current_drive_d

real (8) unused_fortran_inputs_module::src_current_drive_i

real (8) unused_fortran_inputs_module::src_current_drive_p

integer unused_fortran_inputs_module::src_current_drive_start_time

real (kind=8) unused_fortran_inputs_module::src_loop_voltage

Inductive current drive: loop voltage (from Faraday's law curl(E)=-dB/dt) Positive loop voltage corresponds to an electron torque opposite to the toroidal direction (clockwise looking down on the torus, i.e. in negative Z-direction).

real (kind=8) unused_fortran_inputs_module::src_loop_voltage_psimax

Inductive current drive: outer boundary (in pol. flux) of the loop voltage.

real (kind=8) unused_fortran_inputs_module::src_pellet_cloud_a

real (kind=8) unused_fortran_inputs_module::src_pellet_cloud_angle

real (kind=8) unused_fortran_inputs_module::src_pellet_cloud_b

real (kind=8) unused_fortran_inputs_module::src_pellet_etemp

integer unused_fortran_inputs_module::src_pellet_ion_species

real (kind=8) unused_fortran_inputs_module::src_pellet_itemp

real (kind=8) unused_fortran_inputs_module::src_pellet_n_atoms

real (kind=8) unused_fortran_inputs_module::src_pellet_r

real (kind=8) unused_fortran_inputs_module::src_pellet_rad

integer unused_fortran_inputs_module::src_pellet_start_time

integer unused_fortran_inputs_module::src_pellet_stop_time

real (kind=8) unused_fortran_inputs_module::src_pellet_z

integer unused_fortran_inputs_module::src_start_time

---

The documentation for this module was generated from the following file:

• /u/gitlab-xgc/builds/YGMz2TJ8/0/xgc/XGC-Devel/XGC_core/inputs_unused_in_fortran.F90