Public Attributes
integer	sml_bounce

integer	sml_bounce_zero_weight

real(8)	sml_bounce_buffer

integer	sml_restart_write_period

integer	sml_guess_table_size

real(kind=8)	sml_loop_voltage
	Inductive current drive: loop voltage (from Faraday's law curl(E)=-dB/dt) More...

real(kind=8)	sml_loop_voltage_psimax
	Inductive current drive: outer boundary (in pol. flux) of the loop voltage. More...

integer	col_vb_period

integer	col_period

logical	col_accel

real(8)	col_accel_pin1

real(8)	col_accel_pout1

real(8)	col_accel_factor1

real(8)	col_accel_pin2

real(8)	col_accel_pout2

real(8)	col_accel_factor2

integer	col_accel_n

integer	col_en_col_on

logical	col_moving_frame

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	sml_ignore_f0g

integer	sml_f0_grid_alpha_start

real(8)	sml_f0_grid_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	neu_start_time

integer	rad_start_time

integer	diff_start_time

integer	src_start_time

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

Member Data Documentation

logical unused_fortran_inputs_module::col_accel

real (8) unused_fortran_inputs_module::col_accel_factor1

real (8) unused_fortran_inputs_module::col_accel_factor2

integer unused_fortran_inputs_module::col_accel_n

real (8) unused_fortran_inputs_module::col_accel_pin1

real (8) unused_fortran_inputs_module::col_accel_pin2

real (8) unused_fortran_inputs_module::col_accel_pout1

real (8) unused_fortran_inputs_module::col_accel_pout2

integer unused_fortran_inputs_module::col_en_col_on

logical unused_fortran_inputs_module::col_moving_frame

integer unused_fortran_inputs_module::col_period

integer unused_fortran_inputs_module::col_vb_period

integer, parameter unused_fortran_inputs_module::diag_flow_npsi =80

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

integer unused_fortran_inputs_module::diff_start_time

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

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

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

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_debug_flag

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

real (8) unused_fortran_inputs_module::sml_f0_grid_alpha

integer unused_fortran_inputs_module::sml_f0_grid_alpha_start

integer unused_fortran_inputs_module::sml_guess_table_size

logical unused_fortran_inputs_module::sml_ignore_f0g

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

real (kind=8) unused_fortran_inputs_module::sml_loop_voltage

Inductive current drive: loop voltage (from Faraday's law curl(E)=-dB/dt)

real (kind=8) unused_fortran_inputs_module::sml_loop_voltage_psimax

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

logical unused_fortran_inputs_module::sml_multirate_timestepping

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

integer unused_fortran_inputs_module::sml_restart_write_period

integer unused_fortran_inputs_module::sml_sort_ions

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

Public Attributes

Member Data Documentation