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XGCa
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XGCa
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Data Types | |
| type | poin_type |
| Data structure for Poincare diagnostic. More... | |
Public Attributes | |
| integer, parameter | diag_max_sp_num =2 |
| integer | diag_tracer_period = 100 |
| integer | diag_tracer_n = 1 |
| integer | diag_tracer_sp = 1 |
| integer | diag_particle_mod = 0 |
| integer | diag_particle_period = 1 |
| integer, parameter | diag_1d_npv1 =19 |
| logical | diag_1d_on = .true. |
| integer | diag_1d_period = 10 |
| integer | diag_1d_npsi = 80 |
| real(8) | diag_1d_pin = 0D0 |
| real(8) | diag_1d_pout = 1.05D0 |
| real(8) | diag_1d_dp |
| real(8) | diag_1d_dp_inv |
| real(8), dimension(:), allocatable | diag_1d_vol |
| integer | diag_1d_isp |
| integer | diag_1d_nsp |
| real(8), dimension(:,:,:,:), allocatable, target | diag_1d_f_pv1 |
| real(8), dimension(:,:,:,:), allocatable, target | diag_1d_df_pv1 |
| real(8), dimension(:,:,:,:), allocatable | diag_1d_f0_pv1 |
| logical | diag_3d_on = .true. |
| integer | diag_3d_period |
| integer | diag_f3d_period = 1 |
| Period in time steps for 3D distribution function diagnostic —> needs to be a multiple of sml_f_source_period. More... | |
| logical | diag_3d_more = .false. |
| integer, parameter | diag_3d_nvar =3 |
| integer, parameter | diag_f3d_ndiag =16 |
| Number of diagnostics in 3D-f diagnostic. More... | |
| real(8), dimension(:,:,:), allocatable, target | diag_3d_add |
| logical | diag_weight_stats = .false. |
| switches particle weight diagnostics on and off (marker density, mean weight, weight variance) More... | |
| integer | diag_f0_period = 100 |
| logical | diag_f0_g =.false. |
| writing f0_g output in restart_dir/xgc.f0.xxx.bp More... | |
| logical | diag_f0_n =.false. |
| writing f0_n output in restart_dir/xgc.f0.xxx.bp More... | |
| real(8), dimension(:,:,:,:), allocatable | diag_f0_df_pv1 |
| real(8), dimension(:,:,:,:), allocatable, target | diag_f0_df_pv2 |
| logical | diag_f0_df_on = .true. |
| Switch for f0_df (grid-conservation) diagnostic. More... | |
| integer | diag_f0_df_period = 1 |
| Output interval for f0_df diagnostic in units of sml_f_source_period. More... | |
| integer, parameter | diag_f0_df_npv1 =5 |
| integer, parameter | diag_f0_df_nsource =7 |
| number of type of sources (1) diffusion, (2) collision, (3) heat_torque, (4) neutral, (5) pellet ablation, (6) radiation, (7) total after reverse interpolation to particles More... | |
| logical | diag_col_convergence_stat_on =.false. |
| Swithes file-output of convergence status of the collision operator on/off. More... | |
| integer | diag_neutral_period = 100 |
| The number of discrete timesteps between writing the neutral output files. Should generally be equal to neu_background_period. More... | |
| logical | diag_heat_on = .false. |
| integer, parameter | diag_heat_nvar =5 |
| 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 |
| real(8), dimension(3), target | diag_heat_rmax |
| real(8), dimension(3), target | diag_heat_rmin |
| real(8), dimension(3), target | diag_heat_zmax |
| real(8), dimension(3), target | diag_heat_zmin |
| real(8), dimension(3), target | diag_heat_dr |
| real(8), dimension(3), target | diag_heat_dz |
| real(8), dimension(3), target | diag_heat_pmax |
| real(8), dimension(3), target | diag_heat_pmin |
| real(8), dimension(3), target | diag_heat_dp |
| integer | diag_heat_nr = 100 |
| integer | diag_heat_nz = 100 |
| integer | diag_heat_npsi = 1000 |
| real(8), dimension(:,:,:,:,:,:), allocatable, target | diag_heat_pv |
| real(8), dimension(:,:,:,:,:), allocatable, target | diag_heat_pv_psi |
| 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), dimension(:,:,:,:,:), allocatable, target | diag_heat_pv_psi2 |
| Storage for heat load data (mode==2) More... | |
| real(kind=8), dimension(:), allocatable, target | diag_heat_r2 |
| R of wall nodes (mode==2) More... | |
| real(kind=8), dimension(:), allocatable, target | diag_heat_z2 |
| Z of wall nodes (mode==2) More... | |
| real(kind=8), dimension(:), allocatable | diag_heat_psi2 |
| psi of wall segments (mode==2) More... | |
| real(kind=8), dimension(:), allocatable | diag_heat_ds2 |
| area of wall segments (mode==2) More... | |
| real(kind=8), dimension(:), allocatable | diag_heat_strike_angle2 |
| strike angle of the magnetic field at wall segments (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... | |
| integer | diag_poin_nrec = 1000 |
| Size of data buffer (number of time slices) for Poincare diagnostic (sml_special==4) More... | |
| integer | diag_poin_isp = 1 |
| Species for which a Poincare plot is recorded (sml_special==4) More... | |
| type(poin_type) | diag_poin |
| real(8), dimension(:,:), allocatable, target | diag_marker_den |
| For the marker particle density. More... | |
| real(8), dimension(:,:), allocatable, target | diag_weight_mean |
| The mean marker weight. More... | |
| real(8), dimension(:,:), allocatable, target | diag_weight_variance |
| The variance of the marker particle weights. More... | |
| integer | diag_ps_reset_period =10 |
| real(8) | diag_ps_pin =0.8 |
| real(8) | diag_ps_pout =0.81 |
| real (8), dimension(:,:,:,:), allocatable, target diag_module::diag_1d_df_pv1 |
| real (8) diag_module::diag_1d_dp |
| real (8) diag_module::diag_1d_dp_inv |
| real (8), dimension(:,:,:,:), allocatable diag_module::diag_1d_f0_pv1 |
| real (8), dimension(:,:,:,:), allocatable, target diag_module::diag_1d_f_pv1 |
| integer diag_module::diag_1d_isp |
| integer diag_module::diag_1d_npsi = 80 |
| integer, parameter diag_module::diag_1d_npv1 =19 |
| integer diag_module::diag_1d_nsp |
| logical diag_module::diag_1d_on = .true. |
| integer diag_module::diag_1d_period = 10 |
| real (8) diag_module::diag_1d_pin = 0D0 |
| real (8) diag_module::diag_1d_pout = 1.05D0 |
| real (8), dimension(:), allocatable diag_module::diag_1d_vol |
| real (8), dimension(:,:,:), allocatable, target diag_module::diag_3d_add |
| logical diag_module::diag_3d_more = .false. |
| integer, parameter diag_module::diag_3d_nvar =3 |
| logical diag_module::diag_3d_on = .true. |
| integer diag_module::diag_3d_period |
| logical diag_module::diag_col_convergence_stat_on =.false. |
Swithes file-output of convergence status of the collision operator on/off.
| integer, parameter diag_module::diag_f0_df_npv1 =5 |
| integer, parameter diag_module::diag_f0_df_nsource =7 |
number of type of sources (1) diffusion, (2) collision, (3) heat_torque, (4) neutral, (5) pellet ablation, (6) radiation, (7) total after reverse interpolation to particles
| logical diag_module::diag_f0_df_on = .true. |
Switch for f0_df (grid-conservation) diagnostic.
| integer diag_module::diag_f0_df_period = 1 |
Output interval for f0_df diagnostic in units of sml_f_source_period.
| real (8), dimension(:,:,:,:), allocatable diag_module::diag_f0_df_pv1 |
| real (8), dimension(:,:,:,:), allocatable, target diag_module::diag_f0_df_pv2 |
| logical diag_module::diag_f0_g =.false. |
writing f0_g output in restart_dir/xgc.f0.xxx.bp
| logical diag_module::diag_f0_n =.false. |
writing f0_n output in restart_dir/xgc.f0.xxx.bp
| integer diag_module::diag_f0_period = 100 |
| integer, parameter diag_module::diag_f3d_ndiag =16 |
Number of diagnostics in 3D-f diagnostic.
| integer diag_module::diag_f3d_period = 1 |
Period in time steps for 3D distribution function diagnostic —> needs to be a multiple of sml_f_source_period.
| real (kind=8) diag_module::diag_heat_delta_phi |
Size of toroidal grid (mode==2)
| real (8), dimension(3), target diag_module::diag_heat_dp |
| real (8), dimension(3), target diag_module::diag_heat_dr |
| real (kind=8), dimension(:), allocatable diag_module::diag_heat_ds2 |
area of wall segments (mode==2)
| real (8), dimension(3), target diag_module::diag_heat_dz |
| integer diag_module::diag_heat_guess_table_size =10 |
Number of guess table tiles per dimension.
| integer diag_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 diag_module::diag_heat_nphi =64 |
Number of toroidal segments (mode==2)
| integer diag_module::diag_heat_npsi = 1000 |
| integer diag_module::diag_heat_nr = 100 |
| integer diag_module::diag_heat_nsection = 1 |
| integer diag_module::diag_heat_nseg |
Number of wall segments (mode==2)
| integer, parameter diag_module::diag_heat_nvar =5 |
| integer diag_module::diag_heat_nz = 100 |
| logical diag_module::diag_heat_on = .false. |
| real (8), dimension(3), target diag_module::diag_heat_pmax |
| real (8), dimension(3), target diag_module::diag_heat_pmin |
| real (kind=8), dimension(:), allocatable diag_module::diag_heat_psi2 |
psi of wall segments (mode==2)
| real (8), dimension(:,:,:,:,:,:), allocatable, target diag_module::diag_heat_pv |
| real (8), dimension(:,:,:,:,:), allocatable, target diag_module::diag_heat_pv_psi |
| real (kind=8), dimension(:,:,:,:,:), allocatable, target diag_module::diag_heat_pv_psi2 |
Storage for heat load data (mode==2)
| real (kind=8), dimension(:), allocatable, target diag_module::diag_heat_r2 |
R of wall nodes (mode==2)
| real (8), dimension(3), target diag_module::diag_heat_rmax |
| real (8) diag_module::diag_heat_rmax1 = 1D3 |
| real (8) diag_module::diag_heat_rmax2 = 1D3 |
| real (8) diag_module::diag_heat_rmax3 = 1D3 |
| real (8), dimension(3), target diag_module::diag_heat_rmin |
| real (8) diag_module::diag_heat_rmin1 = 1D-4 |
| real (8) diag_module::diag_heat_rmin2 = 1D-4 |
| real (8) diag_module::diag_heat_rmin3 = 1D-4 |
| real (kind=8) diag_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 (kind=8), dimension(:), allocatable diag_module::diag_heat_strike_angle2 |
strike angle of the magnetic field at wall segments (mode==2)
| real (kind=8), dimension(:), allocatable, target diag_module::diag_heat_z2 |
Z of wall nodes (mode==2)
| real (8), dimension(3), target diag_module::diag_heat_zmax |
| real (8) diag_module::diag_heat_zmax1 = 1D3 |
| real (8) diag_module::diag_heat_zmax2 = 1D3 |
| real (8) diag_module::diag_heat_zmax3 = 1D3 |
| real (8), dimension(3), target diag_module::diag_heat_zmin |
| real (8) diag_module::diag_heat_zmin1 = -1D3 |
| real (8) diag_module::diag_heat_zmin2 = -1D3 |
| real (8) diag_module::diag_heat_zmin3 = -1D3 |
| real (8), dimension(:,:), allocatable, target diag_module::diag_marker_den |
For the marker particle density.
| integer, parameter diag_module::diag_max_sp_num =2 |
| integer diag_module::diag_neutral_period = 100 |
The number of discrete timesteps between writing the neutral output files. Should generally be equal to neu_background_period.
| integer diag_module::diag_particle_mod = 0 |
| integer diag_module::diag_particle_period = 1 |
| type(poin_type) diag_module::diag_poin |
| integer diag_module::diag_poin_isp = 1 |
Species for which a Poincare plot is recorded (sml_special==4)
| integer diag_module::diag_poin_nrec = 1000 |
Size of data buffer (number of time slices) for Poincare diagnostic (sml_special==4)
| real (8) diag_module::diag_ps_pin =0.8 |
| real (8) diag_module::diag_ps_pout =0.81 |
| integer diag_module::diag_ps_reset_period =10 |
| integer diag_module::diag_tracer_n = 1 |
| integer diag_module::diag_tracer_period = 100 |
| integer diag_module::diag_tracer_sp = 1 |
| real (8), dimension(:,:), allocatable, target diag_module::diag_weight_mean |
The mean marker weight.
| logical diag_module::diag_weight_stats = .false. |
switches particle weight diagnostics on and off (marker density, mean weight, weight variance)
| real (8), dimension(:,:), allocatable, target diag_module::diag_weight_variance |
The variance of the marker particle weights.
1.8.5