Here is a list of all file members with links to the files they belong to:

- s -

• save_Ah() : solve_ampere.cpp
• save_ah() : poisson.F90
• save_rhs_ampere() : solve_ampere.cpp
• save_rhs_poisson() : poisson.F90 , solve_poisson_turb.cpp
• Scalar : field.hpp
• scalar_view_wrap() : xgc_io.hpp
• ScalarGridField : grid_field.hpp
• scatter() : scatter.cpp , scatter.hpp
• scatter< DriftKin, PIT_GLOBAL >() : scatter.cpp
• scatter< GyroKin, PIT_GLOBAL >() : scatter.cpp
• SCATTER_TYPE_GLOBAL : access_add.hpp
• ScatterType : access_add.hpp
• search_tr2() : search.F90
• search_tr_check_guess() : search.F90
• SelfComm : gyro_avg_mat.hpp
• send_ptls_to_analysis_nodes() : diagnosis.cpp
• send_recv_flux_surfaces() : send_recv_flux_surfs.cpp , send_recv_flux_surfs.hpp
• send_recv_potential() : send_recv_potential.cpp , send_recv_potential.hpp
• send_recv_potential2() : send_recv_potential.cpp , send_recv_potential.hpp
• send_recv_vertices() : send_recv_flux_surfs.cpp
• sendright_recvleft_As_vac() : perturbed_B_field.cpp
• sequential_index_search() : radiation.cpp
• set_3db_rampup_fac() : checkpoint_files.cpp
• set_bndry_values_axisym() : solve_poisson_axisym.cpp
• set_cce_buffers() : cce_fcoupling_resample.cpp
• set_decaying_boundary() : poisson_extra.F90
• set_f0_f0g_ptr() : plasma.hpp
• set_f0_node_cost_as_updated() : collisions.cpp
• set_fort_fsamat_ptr() : flux_surface_average.cpp
• set_fortran_equil_vals() : read.F90 , magnetic_field.cpp
• set_fortran_flx_aif_format() : grid_files.cpp
• set_fortran_I_interp_ptrs_vals() : cub_interp.cpp
• set_fortran_psi_bicub_ptrs_vals() : bicub.cpp
• set_fortran_sml_restart_false() : checkpoint_files.cpp
• set_gradient_mat_flux_aligned() : init_gradient_mat.cpp
• set_is_periodic() : fourier_filter.cpp
• set_loading_factors() : load.F90 , xgc.cpp
• set_m_limit() : fourier_filter.cpp
• set_min_max_num() : species.hpp
• set_mom_module_ptrs() : moments.cpp
• set_NaNs_to_zero() : set_nans_to_zero.cpp , set_nans_to_zero.hpp
• set_natural_boundary() : poisson.F90 , solve_poisson_axisym.cpp
• set_natural_boundary_fort() : solve_poisson_axisym.cpp
• set_neutral_pointers() : neutrals.cpp
• set_petsc_rhs_vec_axisym() : solve_poisson_axisym.cpp
• set_petsc_rhs_vec_axisymmetric_poisson() : poisson.F90
• set_phase0_kernel() : unfused_push_algorithm.cpp
• set_psi00_volume_analytic() : get_volume.cpp
• set_resamp_eq_bins() : resampling.cpp
• set_rho_pointers() : electric_field.hpp
• set_rhs_bd_and_sol_bd() : poisson.F90 , solve_poisson_axisym.cpp
• set_rhs_poisson_axisym() : solve_poisson_axisym.cpp
• set_rhs_poisson_step_two() : solve_poisson_axisym.cpp
• set_rhs_poisson_turb() : solve_poisson_turb.cpp
• set_sml_em_es_step() : switch_em_es.cpp
• set_sml_istep_and_gstep() : main_loop.cpp , xgc.cpp
• set_sml_monte_num() : init_objects.cpp , init_objects.hpp
• set_sml_time() : checkpoint_files.cpp , main_loop.cpp
• set_spall_num_and_ptr() : species.hpp
• set_species_maxgid() : checkpoint_files.cpp
• set_to_sheath_pot() : poisson.F90 , solve_poisson_axisym.cpp
• set_vol_and_nodes_used() : pellet.cpp
• set_weights() : load_balance.hpp
• set_zero_for_nan() : tiny_functions.F90
• setup_and_push() : push.cpp , push.hpp
• setup_cce_initialize() : xgc.cpp
• setup_init_grid() : xgc.cpp
• setup_init_ksp_comm() : xgc.cpp
• setup_one_d_cub() : cub_interp.cpp
• setup_post_process_input_p1() : xgc.cpp
• setup_post_process_input_p2() : xgc.cpp
• setup_psn_mem_alloc() : xgc.cpp
• setup_read_input() : xgc.cpp
• setup_sheath_mode_2() : push.hpp
• setup_solver_boundaries() : setup_solver_boundaries.cpp , setup_solver_boundaries.hpp
• setup_threads() : xgc.cpp
• setup_xgc_read() : xgc.cpp
• sheath_adjust_mode1() : sheath_adjust.hpp
• sheath_adjust_mode2() : sheath_adjust.cpp , sheath_adjust.hpp
• sheath_adjust_mode2_p2() : sheath_adjust.cpp
• sheath_mode2_deposition_diagnostics_and_w1() : sheath_adjust.cpp
• sheath_pot_init() : poisson_extra.F90
• shift() : shift.cpp , shift.hpp
• shift_all_species() : shift.cpp , shift.hpp
• simd_2_AoSoA() : particles.hpp , particles.tpp
• simd_aind4() : module.F90
• simd_aind8() : module.F90
• simd_sind4() : module.F90
• simd_sind8() : module.F90
• simpleFOM() : simpleFOM.hpp
• simulation_color() : xgc.cpp
• SlowingDown : globals.hpp
• SML_COMM_COMPNODE : adios2.hpp
• SML_COMM_ONEPERNODE : adios2.hpp
• SML_COMM_RANK : my_mpi.cpp , my_mpi.hpp
• SML_COMM_RANK_COMPNODE : adios2.hpp
• SML_COMM_RANK_ONEPERNODE : adios2.hpp
• SML_COMM_SIZE : my_mpi.cpp , my_mpi.hpp
• SML_COMM_SIZE_COMPNODE : adios2.hpp
• SML_COMM_SIZE_ONEPERNODE : adios2.hpp
• SML_COMM_WORLD : my_mpi.cpp , my_mpi.hpp
• sml_read_checkpoint_files() : checkpoint_files.cpp
• sml_write_checkpoint_files() : checkpoint_files.cpp
• smooth_all_delta() : update_analytic_f0_old.cpp
• smooth_and_filter() : diffusion.cpp , update_analytic_f0.cpp
• smooth_delta() : update_analytic_f0_old.cpp
• smooth_moments() : diffusion.cpp
• smooth_pol() : search.F90
• smooth_pol_wrap() : search.F90 , diffusion.cpp , update_analytic_f0.cpp , update_analytic_f0_old.cpp , solve_poisson_axisym.cpp
• smooth_tr_connect() : poisson_extra.F90
• solve() : solve.cpp , solve.hpp , solve.cpp
• solve_ampere() : solve_ampere.cpp , solve_ampere.hpp , poisson.F90
• solve_ampere_cv() : poisson.F90 , solve.cpp
• solve_ampere_cv_spec() : solve.cpp , poisson.F90
• solve_ampere_fort() : solve.cpp
• solve_ampere_spec() : solve.cpp , poisson.F90
• solve_axisym_poisson_iter() : solve_poisson_axisym.cpp
• solve_axisymmetric_poisson_iter() : poisson.F90
• solve_axisymmetric_poisson_two_step_fsa() : solve_poisson_axisym.cpp , poisson.F90
• solve_for_E() : solve_poisson_axisym.cpp
• solve_for_fields() : solve_algorithm.hpp , solve_algorithm.cpp
• solve_poisson_axisym() : solve_poisson_axisym.cpp , solve_poisson_axisym.hpp
• solve_poisson_turb() : solve_poisson_turb.cpp , solve_poisson_turb.hpp
• solve_tridiagonal_system() : spline_1d_interpolation.cpp
• solver00_use_this_rank_int() : solve_poisson_axisym.cpp , poisson.F90
• solvera_use_this_rank_int() : poisson.F90
• solverA_use_this_rank_int() : solve_ampere.cpp
• solverH_use_this_rank_int() : solve_poisson_turb.cpp , solve_poisson_axisym.cpp
• solverh_use_this_rank_int() : poisson.F90
• SolverSetting : solver_settings.hpp
• sort_aosoa() : sort.cpp
• sort_particles_by_field_id() : sort.hpp , sort.cpp
• sort_particles_by_key() : sort.hpp , sort.cpp
• sort_particles_by_pid() : sort.hpp , sort.cpp
• sort_particles_by_triangle() : sort.hpp , sort.cpp
• sort_sheath_particles() : sort.cpp
• SpeciesType : globals.hpp
• spectral_solver_decompose() : spectral_decomposition.cpp , spectral_decomposition.hpp
• spectral_solver_reassemble() : spectral_decomposition.hpp , spectral_decomposition.cpp
• spitzer_res_fort() : plasma.cpp
• spline_interpolation_to_uniform() : spline_1d_interpolation.cpp , spline_1d_interpolation.hpp
• split_indices_omp() : guess_table_setup.F90
• split_indices_single() : guess_table_setup.F90
• split_segments() : split_segments.cpp , split_segments.hpp
• split_toroidal_average() : toroidal_average.hpp
• split_weight_algorithm() : split_weight_algorithm.hpp , split_weight_algorithm.cpp
• startrz() : neutral_totalf.F90
• static_sheath_pot() : poisson_extra.F90
• Stellarator : globals.hpp
• STELLARATOR_PLANE_LIMIT : grid_files.cpp
• subarray_deep_copy() : array_deep_copy.hpp
• subtract_As_vac() : solve_ampere.cpp
• subtract_as_vac() : poisson.F90
• sum_view() : view_arithmetic.hpp
• switch_em_es() : switch_em_es.hpp , switch_em_es.cpp