#include "precomp.h"

Include dependency graph for part.F90:

Data Types
type	part::pointer_markers

type	part::pointer_markers_r4

type	part::pointer_markers_logic

type	part::pointer_markers_i8

type	part::pointer_quadtree

type	part::moments_3d_class

interface	part::omp_reduce_diag

Modules
module	part

Macros
#define	HDF5_RESTART

Enumerations
enum	{ part::p_parallel , part::v_parallel , part::mixed }

Functions/Subroutines
subroutine, public	part::init_particles

subroutine	part::construct_moments_3d (this, id, label, description)

subroutine	part::initpic
	Allocate and initialize particle arrays. More...

subroutine	part::check_allocation (istat, locatn, varname)

subroutine	part::allocate_work_rev

subroutine	part::deallocate_work_rev

subroutine, public	part::load_particles
	Initialize markers. More...

subroutine	load_phi (isp)
	Load markers in the toroidal direction and quasi-random numbers for other attributes. More...

subroutine	load_coord (pic1_loc, work_rev_loc, npart_loc, isp)

subroutine	load_umupvol (pic1_loc, pic2_loc, isp)

subroutine	load_weights (pic1_loc, pic2_loc, pic3_loc, work_rev_loc, isp)

subroutine	check_ffinit (pic2_loc, isp)

subroutine	load_trap_particles (pic1_loc, pic2_loc, pic3_loc, npart_loc, isp)

subroutine	load_alp (pic2_loc, work_rev_loc, isp)

subroutine	load_diag (pic1_loc, pic2_loc, isp)

subroutine, public	part::init_test_particles

subroutine, public	part::load_test_particles

subroutine	load_test (pic1_loc, pic2_loc, pic3_loc, npart_loc, isp)

real function	part::toroidal_momentum (isp, st, chit, tsubB, ut, mut, psi_correction)
	Function wrapper for toroidal momentum calculation. More...

subroutine	part::get_toroidal_momentum (isp, st, chit, ut, mut, psi_correction, tsubB, psit_prof, psit_pot, fvpllb_out, dfvpllb_den_out, dfvpllb_dpsi_out)

real function, public	part::b_star (st, chit, b, ut, tprime, addpBst, isp)
	Calculate the parallel component of b_star. More...

subroutine	part::get_dist_derivs (f0, ut, mut, b, epsilon_hat, ze, zvth2, nval, Epsi, psit, ngrad, tgrad, vpval, vpgrad, isp, df0_dek, df0_du, df0_dpsi_prof, df0_dchi_prof, df0_dpsi_pot, zecor, pot_equil, pot_equil0, chit)

subroutine, public	part::bcpart_disp (run_on_device)
	Impose particle boundary conditions in phi and s (dispatcher). More...

subroutine	part::bcpart (pic1_loc, npart_loc, isp, run_on_device)
	Boundary Conditions at s=sfmax (and s=sfmin if needed) and periodicity at phi=2pi. More...

subroutine, public	part::print_test_particles (step)

subroutine	part::printip (isp, step, ntest_loc, pion_1_loc)

subroutine, public	part::pullback

subroutine	part::weight_mixed2sympl (pic1_loc, pic2_loc, npart_loc, isp)

subroutine	part::coords_mixed2sympl (pic1_loc, pic2_loc, npart_loc, isp)

subroutine, public	part::parmove (iter, run_on_device, work1flag, work2flag, work3flag, work5flag, work6flag, work7flag, work8flag, work9flag)

subroutine, public	part::parmove_sp (iter, isp, run_on_device, work1flag, work2flag, work3flag, work5flag, work6flag, work7flag, work8flag, work9flag)

subroutine, public	part::get_larmor_indices_disp (initflag_in, adapt_only_in)

subroutine	part::get_larmor_indices (isp, pic1_loc, pic2_loc, npart_loc, initflag)
	Compute the Larmor radius and number of gyropoints, and store then in work_temp. More...

subroutine, public	part::compute_all_larmor_positions_disp (comp_dk)

subroutine	part::compute_all_larmor_positions (isp, pic1_loc, pic2_loc, npart_loc)

subroutine	part::compute_deposition_attributes_dk (u, w, uw, n)
	Compute drift-kinetic species marker attributes to be deposited. More...

subroutine, public	part::compute_reduced_weights_disp (isp, nsel_att)

subroutine	part::compute_reduced_weights (isp, pic1_loc, pic2_loc, pic3_loc, npart_loc, nsel_att)

subroutine, public	part::sort_gc_2d_disp
	Sort guiding centers of all species in the s-chi plane (so-called "cache sort") More...

subroutine, public	part::sort_gc_2d (isp)
	Sort guiding centers of one species in the s-chi plane. More...

subroutine, public	part::sort_gc_3d_disp
	Sort drift-kinetic species in 3D. More...

subroutine, public	part::unsort_gc_3d_disp
	Sort drift-kinetic species in 3D. More...

logical function	part::convert_need_field_to_logical (need_field, istep, nl_main_substep)
	Convert integer convention for when field is needed to logical. More...

subroutine, public	part::get_field_disp (field, istep, nl_main_substep, i_att)
	Evaluate field at marker positions for each species. More...

subroutine	part::get_field_disp_lvl2 (field_bspl, markers, markers_field, np, x_att, y_att, z_att, field_att, grad_field_att, need_field, need_grad_field, istep, nl_main_substep, displs, atts_offset)
	Evaluate field at marker positions for a given species and a given set of markers (guiding centers or Larmor points, sorted or not) More...

subroutine	part::change_grad_coord (np, dfield_dx, dfield_dy, gxx, gxy, gyx, gyy)
	Change coordinate of field gradient. More...

subroutine	part::gyroaverage_field (pic1_loc, work_temp_loc, npart_loc, gyro_field_att, gyro_grad_field_att, larmor_loc, need_gyro_field, need_gyro_grad_field, istep, nl_main_substep, atts_offset)
	Gyro-average field. More...

subroutine, public	part::push_disp (iter)

subroutine	part::push (pic1_loc, pic2_loc, pic3_loc, work1_loc, npart_loc, isp, iter)
	Pushes the particles according to the fields. More...

subroutine	part::diagnostics_after_loop (isp)

subroutine	part::polarisation_fieldcalc (isp)

subroutine	part::diagnostics_in_loop (ip, isp, sigmat, chit, chit_cos, chit_sin, phit, wt, dPsidt0, dPsidt1, zf0, psi0t, ze, pot_equil, tval, zvth2, rt, hh, vpt2, ut, ut2, w3t, pt, pvolgc, df0_dpsi_prof, df0_dchi_prof, dpsi_prof_dt, dchi_prof_dt, vpar, genelec, bstar_inv, bgrb, rhs, tempd, vgc, dvpadt1, dvpadt0, vgb, vpressure, veb_f, vexb, expt_back, eypt_back, b, exh, vecrossb_f2, dpotdpsi, vdr, pvol, ksieta, is_trapped, mut, umin_bin, du_flux_inv, dmu_flux_inv, gyroapar, nval, ithread)

subroutine	part::test_particle_output (isp, ip, psi0t, ze, pot_equil, wt, zvth2, nval, pvol, zf0)

subroutine	part::clear_diagnostics (isp)
	Clean diagnostics by re-initializing data array to zero. More...

subroutine, public	part::update_ffinit_or_pvol

subroutine, public	part::trap_detrap_disp

subroutine	part::trap_detrap (pic1_loc, pic3_loc, npart_loc, isp)
	Determines whether trapped particles are now free and vice versa. More...

subroutine	part::str_diagnostic_start

subroutine, public	part::init_push_diagnostics

subroutine	part::get_vdr (isp, sigmat, chit, b_inv, tprime, ut, bstar_inv, toB, dvpadt1, vgc, vgb, vexb, bgrb, genelec, vapar, rhs_type, vdr, dPsidt0, dPsidt1, vdchi)

subroutine	part::get_rhs (ip, isp, pvol, vdr, vdchi, vgc, vin, vpval, genelec, dvpadt0, dvpadt1, gyroapar, ze, zecor, dH0_dt_correction, pot_equil, pot_equil0, distribution, ut, mut, b, zvth2, nval, Epsi, psi0t, ngrad, tgrad, vpgrad, dfvpllb_dpsi, dfvpllb_den, rhs, dpotdpsi, omegasq_corr, df0_dpsi_prof, df0_dchi_prof, dpsi_prof_dt, dchi_prof_dt, rhs_type, mgradphi, vgb, vpressure, mgradapar, hh_sympl, chit, dchi_dt1, iter, ffinit, dPsidt0)

subroutine	part::get_vexbn (sigmat, chit, zvth2, rt2, hy, hz, genelec, grsigma2, grchi2, grsigmagrchi, vexbn)

subroutine	part::strong_diagnostic_output (isp, ip, psi0t, temp2, ze, vecrossb_f2, pot_equil, zf0, zvth2_inv, dpotdpsi, vdr, rhs)

subroutine	part::sum_of_weights_and_energy_transfer (isp, wt, w3t, pt, pvolgc, ze, zf0, sigmat, q_vgc_dot_genelec, q_dvpadt0_dot_gyroapar, ithread)

subroutine	part::add_to_0d (diag, i, to_add_list, ithread)

subroutine	part::max_of_0d (diag, i, to_add_list, ithread)

subroutine	part::add_to_1d (diag, diag_index, i, to_add_list, ithread)

subroutine	part::add_to_2d (diag, diag_index, diag_index2, i, to_add_list, ithread)

subroutine	part::add_to_3d (diag, diag_index, diag_index2, diag_index3, i, to_add_list, ithread)

subroutine	part::omp_reduce_diag0d (diagnostic, nl_max_)

subroutine	part::omp_reduce_diag1d (diagnostic, nl_max_)

subroutine	part::omp_reduce_diag2d (diagnostic, nl_max_)

subroutine	part::omp_reduce_diag3d (diagnostic, nl_max_)

subroutine	part::strong_flow_terms (isp, sigmat, chit, bstar_inv, genelec, pztomobstar, bgrb, addp, expt_back, eypt_back, exh, ut, mut, hh, dvpadt1_str, dvpadt0_str, vgc)

subroutine	part::diagnose_sampling (isp, s, en, pvol, w, zf0, ithread)
	Diagnose the velocity space sampling. More...

subroutine	part::diagnose_phasespace (isp, s, vpar, mu, B, pvol, w, zf0, ithread)
	Diagnose phase space properties. More...

subroutine	part::helical_flux_label (sigmat, xiang, irloc, dr_flux_inv, ipol)

subroutine	part::jdote (isp, ut2, vpt2, vpar, genelec, elec_par, wt, bstar_inv, bgrb, vgb, vpressure, veb_f, vexb, expt_back, eypt_back, dvpadt0, gyroapar, jdote_tot, ithread)

subroutine	part::mpr_es_calc (isp, ithread, iuloc, imuloc, sigmat, thetat, wt, ut2, vpt2, bstar_inv, vpar, genelec, bgrb, vgb, vpressure, veb_f)

subroutine	part::sum_moment2d (isp, irloc, ithetaloc, wt, ffinit_tmp1, ffinit_tmp2, ffinit_tmp3, ffinit_tmp4, ithread)

subroutine	part::sum_particles_in_poloidal_bins (isp, ithetaloc, wt, ffinit_tmp1, ffinit_tmp2, ffinit_tmp3, ffinit_tmp4, wt_tmp1, wt_tmp2, wt_tmp3, ithread)

subroutine	part::sum_particles_in_radial_bins (isp, ip, irloc, zf0, dPsidt1, dPsidt0, ze, wt, ut, rt2, vpar, zf0_tmp1, zf0_tmp2, zf0_tmp3, sigmat, zf0_local, grsigma2, grsigmagrchi, b, exh, wt_tmp1, wt_tmp2, wt_tmp3, vexb, ffinit_tmp1, ffinit_tmp2, ffinit_tmp3, ffinit_tmp4, ffinit_tmp5, jdote_tot, ithread)

subroutine	part::sum_in_radial_bins_island (isp, irloc, ipol, ut, gradpsi0, htildex, htildey, ze, zf0, wt, dPsidt1, ffinit_tmp1, ffinit_tmp2, ffinit_tmp3, ffinit_tmp4, ithread)

subroutine	part::push_displacements (isp, ksieta, vexb, chit_cos, chit_sin, sigmat, tempd, vgc, dvpadt1, dvpadt0, rhs, ithread)

subroutine	part::electron_fluxes_moments (isp, irloc, zf0, dPsidt1, dPsidt0, ze, wt, ffinit_tmp1, ffinit_tmp2, ffinit_tmp3, ffinit_tmp4, is_trapped, ithread)

subroutine	part::sum_fluid_moments (isp, sigmat, chit, phit, wt, ut, ut2, vpt2, ithread)

subroutine	part::sum_entropy_fluctuation (isp, wt, zf0, q_vgc_dot_genelec, zvth2_inv, df0_dpsi_prof, df0_dchi_prof, dpsi_prof_dt, ithread)

subroutine	part::sum_velocities (isp, iuloc, imuloc, wt, zf0, pvol, ithread)

subroutine, public	part::get_pos (isp, nsel_gyr_local, alp, rhog, sigma, chi, lnaveg, chit, sigmat, chi_sigma_gradients)

subroutine	part::get_n_larmor_pts (isp, nsel_gyr_local, rhog, lnaveg)
	Choice of the gyro-average algorithm. More...

subroutine, public	part::calc_dist (isp, sigmat, chit, ut, mu, psi0_corr, distribution, bst, dist_coeff, diff_t_vpll)

real function	part::ze_correction (ut, vpval)

real function, dimension(3)	part::cross_product (a, b)

subroutine, public	part::read_write_particle_data (flag, datn)

real function	part::get_fvpllb (psi, mu, en, v_pll, isp)

real function	part::vpaob_ba (psi, mu_scaled, vpll_sign)

real function, public	part::get_vpaob_ba (psi, mu, en, v_pll, isp)

subroutine	part::build_vpaob

subroutine	part::init_vpa_quants

subroutine	part::vpa_quants (psi, mu, en_star, v_pll, fvpllb, dfvpllb_den, dfvpllb_dpsi, isp)

subroutine, public	part::get_properties (ip, isp, sigmat, chit, en, b, psi0can, f0, zf0, f0_max, T, en_hamilt)
	Get species properties. More...

real function, public	part::q_of_s (zs)

subroutine, public	part::quadtree_smoothing_disp ()

subroutine	part::quadtree_smoothing_interface (pic1_loc, pic2_loc, indx, ipos, p_start, p_end, work, quadtree_array_all, npart_loc, isp, diagnose_)
	Dispatcher for the quadtree_smoothing algorithm. More...

subroutine	part::postpush_fullf (pic1_loc, pic2_loc, npart_loc, isp)

subroutine, public	part::postpush_disp

subroutine, public	part::set_weights_to_zero_at_t0

subroutine, public	part::compute_psi0_corr_disp (run_on_device)

subroutine, public	part::compute_psi0_corr (pic1_loc, pic2_loc, npart_loc, isp, run_on_device)

real function, public	part::compute_psi0_corr_one_particle (isp, st, chit, mut, ut)
	Compute the the correction term for the corrected canonical Maxwellian. More...

real function	part::bmaxi (psit)
	Approximate B(psi0,pi) by B(abs(psi0),0) if psi0 is negative. More...

subroutine	part::perp_curl_ue (s, chi, smodstar, chimodstar, phimodstar)

subroutine, public	part::diagnose_particles

subroutine, public	part::grid_pic (isp, nsel_att, reduce_flag, lb, ub, assign1, i_att)
	Charge or current deposition on grid. More...

subroutine, public	part::charge_deposition_passing_electrons_disp (isp, lb, ub, rho_passing)
	Deposit the charge of passing electrons in a separate array for new hybrid electron model. More...

subroutine	part::charge_deposition_passing_electrons (x, y, w, nl_trapped, np, lb, ub, rho_passing)
	Charge deposition routine for passing electrons. More...

pure subroutine	get_weights (xksi, wx)
	The bspline weight functions. More...

subroutine	part::l5_auto_init (isp, l5_s_array)

subroutine	part::gauss_list_init (isp, pert_table, nperts)

subroutine, public	part::grid_pic_diagnostic (isp, nsel_att, lb, ub, assign1)
	Charge or current deposition on grid. More...

subroutine	part::pszs_setboundaries (pic1_loc, pic2_loc, npart_loc, isp, lb, ub)

subroutine, public	part::pszs_calc

subroutine	part::deposit_bsplines (pszs_, isp, npart_loc, pic1_loc, pic2_loc)

subroutine	part_grid (isp, nsel_att, reduce_flag, i_att, lb, ub, assign1, assign1_passing)
	Depositions on grids. More...

subroutine	ppnd16 (p, normal_dev, ifault)

Variables
integer, save, public	part::max_work

integer, save, public	part::max_work_fields

integer, save, public	part::max_pic2

integer, save	part::nlarm_pic2

integer, save	part::max_work_rev

integer, save, public	part::max_pic5

integer, dimension(:), allocatable, save, public	part::npart

integer, dimension(:), allocatable, save, public	part::npmx

real, dimension(:), allocatable, save, public	part::total_weight

real, dimension(:), allocatable, save, public	part::dens0

real, save	part::ftrap

integer, save	part::ntrap

integer, dimension(:), allocatable, save, public	part::ntest

type(pointer_markers), dimension(:), allocatable, save, public	part::pic1

type(pointer_markers), dimension(:), allocatable, save, public	part::pic2

type(pointer_markers), dimension(:), allocatable, save, public	part::work1

type(pointer_markers), dimension(:), allocatable, save, public	part::work2

type(pointer_markers), dimension(:), allocatable, save, public	part::work_temp

type(pointer_markers), dimension(:), allocatable, save	part::work_rev

type(pointer_markers), dimension(:), allocatable, save	part::pion_1

integer, parameter	part::tpnprop =17

type(pointer_markers), dimension(:), allocatable, save, public	part::work3

type(pointer_markers), dimension(:), allocatable, save, public	part::work5

type(pointer_markers), dimension(:), allocatable, save, public	part::work6

type(pointer_markers), dimension(:), allocatable, save, public	part::work7

type(pointer_markers), dimension(:), allocatable, save, public	part::work8

type(pointer_markers), dimension(:), allocatable, save, public	part::work9

type(pointer_markers_logic), dimension(:), allocatable, save, public	part::pic3

type(pointer_markers_i8), dimension(:), allocatable, save, public	part::pic4

type(pointer_markers_r4), dimension(:), allocatable, save, public	part::pic5

real, dimension(:,:), allocatable, save	part::n_vel_1d

real, dimension(:,:), allocatable, save	part::n_vel_trap_1d

real, save	part::dr_flux_inv

real, save	part::dth_inv

real, save	part::psi0_inv

integer, save	part::irloc_in

real, dimension(:), allocatable, save	part::ppsum_buff_real

real, save	part::psi_max =1.0

real, save	part::psi_min =0.0

real, save	part::mu_max

real, save	part::mu_min

real, dimension(:,:), allocatable, save	part::vpll_momentum_bins

real, dimension(:,:), allocatable, save	part::vpbi

integer, save	part::nbin_mu_f0

real, save	part::dpsi_bin

real, save	part::dmu_bin

real, save	part::dmu_bin_2

real, dimension(:), allocatable, save	part::bin_surf_inv

real, dimension(:), allocatable, save	part::bin_vol_inv

type(pointer_quadtree), dimension(:), allocatable, save	part::qtree

integer, save	part::num_mesh

integer, save	part::qt_num_s

integer, save	part::qt_num_chi

integer, parameter	part::qt_num_s_per_ns = 2

logical, dimension(:), allocatable, save	part::qt_toggle_flag

complex, dimension(:,:,:), allocatable, save, public	part::cfield_out_3d

complex, dimension(:,:,:), allocatable, save, public	part::cfield_out_3d_fft

type(sorting_class), dimension(:), allocatable, save	part::sortings

integer, save	part::lb_wx

integer, save	part::ub_wx
	Non-null splines over interval i are [i+lb_wx,i+ub_wx]. More...

real, dimension(:,:,:), allocatable	part::rho_passing_omp
	OpenMP working array for deposition for passing electrons (field replicated among OpenMP threads) More...

type(moments_3d_class), dimension(moments_3d_size), public	part::moments_3d

real, dimension(:), allocatable	part::nptot_inv

Macro Definition Documentation

◆ HDF5_RESTART

#define HDF5_RESTART

Function/Subroutine Documentation

◆ check_ffinit()

subroutine load_particles::check_ffinit	(	real, dimension(:,:), intent(inout)	pic2_loc,
		integer, intent(in)	isp
	)

◆ get_weights()

pure subroutine charge_deposition_passing_electrons::get_weights	(	real, dimension(3), intent(in)	xksi,
		real, dimension(1:3, -1:2,0:1), intent(out)	wx
	)

private

The bspline weight functions.

Parameters

[in]	xksi	Relative position of a marker to a grid cell (s, theta_star, phi)
[out]	wx	Bspline weights

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◆ load_alp()

subroutine load_particles::load_alp	(	real, dimension(:,:), intent(inout)	pic2_loc,
		real, dimension(:,:), intent(in)	work_rev_loc,
		integer, intent(in)	isp
	)

private

Bug:: It appears "alp" is never loaded!! ALS

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◆ load_coord()

subroutine load_particles::load_coord	(	real, dimension(:,:), intent(inout)	pic1_loc,
		real, dimension(:,:), intent(in)	work_rev_loc,
		integer, intent(in)	npart_loc,
		integer, intent(in)	isp
	)

private

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◆ load_diag()

subroutine load_particles::load_diag	(	real, dimension(:,:), intent(in)	pic1_loc,
		real, dimension(:,:), intent(in)	pic2_loc,
		integer, intent(in)	isp
	)

private

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◆ load_phi()

subroutine load_particles::load_phi ( integer, intent(in) isp )

Load markers in the toroidal direction and quasi-random numbers for other attributes.

Use only prime numbers for Hammersley bases to avoid correlation between attributes

Warning: With nsel_loadphi=NSEL_UNIFORM, some clones initially have markers at the subdomain boundary, while others have markers in the middle of the subdomains, potentially leading to load imbalance in parmove for the first few time steps:

Example of imbalance with uniform loading. Simulation with 32 subdomains and 12 clones. Colored zones indicate minimum and maximum across all tasks.

Compute Hammersley sequences, permuting bases for each species attributes

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◆ load_test()

subroutine load_test_particles::load_test	(	real, dimension(:,:), intent(inout)	pic1_loc,
		real, dimension(:,:), intent(inout)	pic2_loc,
		logical, dimension(:,:), intent(inout)	pic3_loc,
		integer, intent(in)	npart_loc,
		integer, intent(in)	isp
	)

private

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◆ load_trap_particles()

subroutine load_particles::load_trap_particles	(	real, dimension(:,:), intent(in)	pic1_loc,
		real, dimension(:,:), intent(in)	pic2_loc,
		logical, dimension(:,:), intent(inout)	pic3_loc,
		integer, intent(in)	npart_loc,
		integer, intent(in)	isp
	)

private

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◆ load_umupvol()

subroutine load_particles::load_umupvol	(	real, dimension(:,:), intent(inout)	pic1_loc,
		real, dimension(:,:), intent(inout)	pic2_loc,
		integer, intent(in)	isp
	)

private

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◆ load_weights()

subroutine load_particles::load_weights	(	real, dimension(:,:), intent(inout)	pic1_loc,
		real, dimension(:,:), intent(inout)	pic2_loc,
		logical, dimension(:,:), intent(inout)	pic3_loc,
		real, dimension(:,:), intent(in)	work_rev_loc,
		integer, intent(in)	isp
	)

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◆ part_grid()

subroutine part_grid	(	integer, intent(in)	isp,
		integer, intent(in)	nsel_att,
		logical, intent(in)	reduce_flag,
		integer, intent(in)	i_att,
		integer, dimension(4), intent(in)	lb,
		integer, dimension(4), intent(in)	ub,
		real, dimension(lb(1):ub(1),lb(2):ub(2),lb(3):ub(3)), intent(out)	assign1,
		real, dimension(lb(1):ub(1),lb(2):ub(2)), intent(out), optional	assign1_passing
	)

Depositions on grids.

Parameters

[in]	isp	Species under consideration
[in]	nsel_att	Which attribute to be deposited
[in]	reduce_flag	Flag to compute reduced weights
[in]	i_att	Iteration over atts arrays
[in]	lb	Lowerbounds of the charge arrays
[in]	ub	Upperbounds of the charge arrays
[out]	assign1	Array containing the deposited quantity
[out]	assign1_passing	Array for passing charge

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◆ ppnd16()

subroutine ppnd16	(	real (dp), intent(in)	p,
		real (dp), intent(out)	normal_dev,
		integer, intent(out)	ifault
	)

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Data Types

Modules

Macros

Enumerations

Functions/Subroutines

Variables

Macro Definition Documentation

◆ HDF5_RESTART

Function/Subroutine Documentation

◆ check_ffinit()

◆ get_weights()

◆ load_alp()

◆ load_coord()

◆ load_diag()

◆ load_phi()

◆ load_test()

◆ load_trap_particles()

◆ load_umupvol()

◆ load_weights()

◆ part_grid()

◆ ppnd16()