Here is a list of all class members with links to the classes they belong to:

- n -

• n : adios2_comm_module::xgcio_timer_type , eq_module::lin_interp , mat_class::mat_type , Matrix< Device > , Eq::CustomLinShape< Device > , CollisionVelocityGrids< Device > , Streamed::Task , UniformRange , mat_class::mat_ptr_type , GuessTable< Device > , CollisionSpecies< Device >
• N : DiagF0DF
• n : HostArray< T >
• N : VaryingBackground< Device >
• n0_m_efield : ElectricField< Device >
• n_active_sources() : DiagF0DF
• n_atoms_ionized : Pellet
• n_backup_particles : Species< Device >
• n_diag_bins : ThermalBath
• n_energy_bins : ThermalBath
• n_engines : adios2_comm_module
• n_final_ghost_cells : InputPotential< Device, DeviceIn >
• n_ghost_planes : FieldDecomposition< Device >
• n_ghost_vertices : FieldDecomposition< Device >
• n_initial_ghost_cells : InputPotential< Device, DeviceIn >
• n_intpl_ranks : MyMPI
• n_modes : InitialWeights
• n_nodes : FieldDecomposition< Device > , VGridDistribution< Device >
• n_nonadiabatic_species : Plasma , Pseudo_inverse< Device >
• n_periods : LoadRegion
• n_phi_domains : FieldDecomposition< Device >
• n_pids : DomainDecomposition< Device >
• n_plane_ranks : MyMPI
• n_planes : FieldDecomposition< Device > , GridFiles
• n_pol_domains : FieldDecomposition< Device >
• n_poly : PolynomialBasis< Device >
• n_ptl : Pseudo_inverse< Device > , Species< Device >
• n_ptl_h : Pseudo_inverse< Device >
• n_ranks : FieldDecomposition< Device > , TaskGroup
• n_rhs_mat : xgc_solver_module::xgc_solver
• n_species : CollisionVelocityGrids< Device > , VGridDistribution< Device >
• n_specified_xpts() : PlaneFiles
• n_subcycles : CollisionGrid< Device >
• n_timers : adios2_comm_module
• n_unique_ranks : LoadRegion
• N_V : Eq::Profile< Device >
• N_VF_DIAG : VFDiag< PushDiagToggle::On >
• n_vr() : VGridDistribution< Device >
• n_vz() : VGridDistribution< Device >
• N_X : Eq::Profile< Device >
• n_x_point : grid_class::grid_type
• N_Y : Eq::Profile< Device >
• name : NLReader::Param , NLReader::NameList , IOScalar< T > , IOArray< T > , adios2_comm_module::xgcio_timer_type , CheckerEntry , CommandLineInputs::Option , Labeled< T, FN > , MemoryPrediction
• NameList() : NLReader::NameList
• namelist_index : NLReader::NamelistReader
• namelist_present() : NLReader::NamelistReader
• NamelistReader() : NLReader::NamelistReader
• namelists : NLReader::NamelistReader
• nb_curl_nb : grid_class::grid_type
• ncoeff : CubInterp< Device >
• nconstraint : resamp_module::resamp_bin_type
• ncycles : Species< Device >
• ncycles_between_sorts : Species< Device >
• nd : grid_class::grid_type , Projection< Device >
• ndeg : bicub_mod
• NDIM() : Field< VarType::Vector, PhiInterpType::Planes > , Field< VarType::Vector2D, PhiInterpType::Planes > , Field< VarType::Scalar, PhiInterpType::Planes > , Field< VarType::Vector2D, PhiInterpType::None > , Field< VarType::Vector, PhiInterpType::None > , Field< VarType::Scalar, PhiInterpType::None >
• ndim : GetPotentialGradTemp< Device, DeviceOut >
• near_field_pid : PlaneFieldGatherer
• nearest_node() : Grid< Device > , Plane< Device >
• nelement : mat_class::mat_ptr_type , mat_class::mat_type , Matrix< Device >
• NetworkMemoryStats() : NetworkMemoryStats
• neu_actual_accum_ionized : unused_fortran_inputs_module
• neu_actual_ionized : unused_fortran_inputs_module
• neu_adjust_n0 : neu_module
• neu_background_period : neu_module
• neu_base_den : neu_module
• neu_col_mode : unused_fortran_inputs_module
• neu_col_period : unused_fortran_inputs_module
• neu_cx_events : unused_fortran_inputs_module
• neu_cx_events_weights : unused_fortran_inputs_module
• neu_cx_period : unused_fortran_inputs_module
• neu_delta_n : neu_module
• neu_delta_theta : neu_module
• neu_delta_theta_lowerx1 : unused_fortran_inputs_module
• neu_delta_theta_lowerx2 : unused_fortran_inputs_module
• neu_delta_theta_upperx1 : unused_fortran_inputs_module
• neu_delta_theta_upperx2 : unused_fortran_inputs_module
• neu_dt : neu_module
• neu_dtheta : unused_fortran_inputs_module
• neu_energy_sum_lost : unused_fortran_inputs_module
• neu_enforce_no_neutral : neu_module
• neu_exclude_private : neu_module
• neu_flow_on : unused_fortran_inputs_module
• neu_full_grid : unused_fortran_inputs_module
• neu_grid_den : unused_fortran_inputs_module
• neu_grid_dpsi : unused_fortran_inputs_module
• neu_grid_dpsi2 : unused_fortran_inputs_module
• neu_grid_dtheta : unused_fortran_inputs_module
• neu_grid_esum : unused_fortran_inputs_module
• neu_grid_flow : unused_fortran_inputs_module
• neu_grid_max_psi : unused_fortran_inputs_module
• neu_grid_min_psi : unused_fortran_inputs_module
• neu_grid_mode : unused_fortran_inputs_module
• neu_grid_mpsi : unused_fortran_inputs_module
• neu_grid_mtheta : unused_fortran_inputs_module
• neu_grid_temp : unused_fortran_inputs_module
• neu_grid_vol : unused_fortran_inputs_module
• neu_grid_wsum : unused_fortran_inputs_module
• neu_inpsi : neu_module
• neu_ion_events : unused_fortran_inputs_module
• neu_ion_events_weights : unused_fortran_inputs_module
• neu_ion_period : unused_fortran_inputs_module
• neu_ionize2_psi : unused_fortran_inputs_module
• neu_ionize_elec_cooling_ev : unused_fortran_inputs_module
• neu_ionize_mode : unused_fortran_inputs_module
• neu_istep_max : neu_module
• neu_jacob : unused_fortran_inputs_module
• neu_lim_r : unused_fortran_inputs_module
• neu_lim_z : unused_fortran_inputs_module
• neu_limfile : unused_fortran_inputs_module
• neu_lost_rate_max : neu_module
• neu_mfp : unused_fortran_inputs_module
• neu_mfp0 : unused_fortran_inputs_module
• neu_mom_sum_lost : unused_fortran_inputs_module
• neu_monte_num : unused_fortran_inputs_module
• neu_mpol : unused_fortran_inputs_module
• neu_mtheta : unused_fortran_inputs_module
• neu_n0 : neu_module
• neu_nbirth : neu_module
• neu_nnode : neu_module
• neu_node_dens : neu_module
• neu_node_esum : neu_module
• neu_node_flow : neu_module
• neu_node_numsum : neu_module
• neu_node_relstd : neu_module
• neu_node_temp : neu_module
• neu_node_varsum : neu_module
• neu_node_vol : neu_module
• neu_node_vsum : neu_module
• neu_node_wsum : neu_module
• neu_norm_baseden : neu_module
• neu_nr : unused_fortran_inputs_module
• neu_num : neu_module
• neu_old_inside_weight : unused_fortran_inputs_module
• neu_peak_theta : neu_module
• neu_psi_edge : unused_fortran_inputs_module
• neu_r0 : unused_fortran_inputs_module
• neu_rad_edge : unused_fortran_inputs_module
• neu_rad_edge2 : unused_fortran_inputs_module
• neu_rbirth : neu_module
• neu_recycle_rate : neu_module
• neu_sep_dtheta : unused_fortran_inputs_module
• neu_sep_mtheta : unused_fortran_inputs_module
• neu_sep_mtheta_file : unused_fortran_inputs_module
• neu_sep_r : unused_fortran_inputs_module
• neu_sep_r_file : unused_fortran_inputs_module
• neu_sep_z : unused_fortran_inputs_module
• neu_sep_z_file : unused_fortran_inputs_module
• neu_sepfile : unused_fortran_inputs_module
• neu_source_match_flux : neu_module
• neu_start_time : unused_fortran_inputs_module
• neu_t0 : unused_fortran_inputs_module
• neu_temp0 : neu_module
• neu_temp_factor : unused_fortran_inputs_module
• neu_theta_edge : unused_fortran_inputs_module
• neu_theta_edge2 : unused_fortran_inputs_module
• neu_theta_x : neu_module
• neu_theta_x2 : unused_fortran_inputs_module
• neu_update_elec : unused_fortran_inputs_module
• neu_varying_mfp : unused_fortran_inputs_module
• neu_weight_accum_ionized : unused_fortran_inputs_module
• neu_weight_accum_lost : unused_fortran_inputs_module
• neu_weight_lost_max : neu_module
• neu_weight_sum_lost : neu_module
• neu_weight_wall_lost : neu_module
• neu_z0 : unused_fortran_inputs_module
• neu_zbirth : neu_module
• neutral_init() : setup_module
• neutral_particle_recycling_wrap() : cpp_main_loop_module
• Neutrals() : Neutrals< Device >
• neutrals : PushControls , Simulation< Device > , Sources
• new : sml_module
• new_communicator() : setup_module
• new_mat() : mat_class
• new_thfx2d() : two_dim_linear_fem
• new_tint2d() : two_dim_linear_fem
• new_trishp() : two_dim_linear_fem
• ngauss : dbc_mod
• nhybrid : Simulation< Device >
• nintegrals_gn() : nintegrals_mod
• nintegrals_integrand() : nintegrals_mod
• nintegrals_integrand_noparams() : nintegrals_mod
• nlr : InputChecker
• nmu : VelocityGrid
• nnode() : GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::MultiplePlanes, KinType::DriftKin, ScatterType::Atomic > , grid_class::grid_type , ElectricField< Device > , GetPotentialGradTemp< Device, DeviceOut > , Grid< Device > , Plane< Device > , PlaneFieldGatherer , GridField< Device, VT, PIT, TorType::OnePlane, KinType::GyroKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Replication > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::GyroKin, ScatterType::Replication > , GridField< Device, VT, PIT, TorType::MultiplePlanes, KinType::GyroKin, ScatterType::Atomic >
• nnodes : DomainDecomposition< Device > , PlaneFiles
• nnodes_on_plane : DomainDecomposition< Device >
• nnodes_on_surface : PlaneFiles
• nnodes_owned : FieldDecomposition< Device >
• nnz : mat_class::mat_type , Matrix< Device >
• nnz_ : Collisions::GridMatrix< Device >
• no_fp_in_f : Simulation< Device >
• no_turb : Simulation< Device >
• node : SimdGridWeights< Order::Zero, PIT >
• node_area : grid_class::grid_type
• node_area_h : VolumesAndAreas
• node_area_to_volume() : Plane< Device > , Grid< Device >
• node_based : Projection< Device >
• node_dens_h : Neutrals< Device >
• node_is_in_included_region() : Plane< Device > , Grid< Device >
• node_is_in_private_region_no_wall() : Grid< Device > , Plane< Device >
• node_is_in_region_1_or_2() : Grid< Device > , Plane< Device >
• node_is_in_region_1_or_2_no_wall() : Grid< Device > , Plane< Device >
• node_is_in_region_2_or_3_no_wall() : Grid< Device > , Plane< Device >
• node_is_in_region_3a_no_wall() : Plane< Device >
• node_is_in_region_3b() : Plane< Device >
• node_is_in_region_3b_no_wall() : Plane< Device >
• node_is_inside_psi_range() : Plane< Device > , Grid< Device >
• node_is_on_wall() : Plane< Device >
• node_offset : DomainDecomposition< Device > , GridFieldPack< Device, PIT >
• node_temp_h : Neutrals< Device >
• node_to_node_dist() : PlaneFiles
• node_to_plane_rank() : DomainDecomposition< Device >
• node_to_plane_rank_h() : DomainDecomposition< Device >
• node_to_rank() : DomainDecomposition< Device >
• node_to_wall : Plane< Device > , grid_class::grid_type
• node_vol : grid_class::grid_type
• node_vol_ff : grid_class::grid_type
• node_vol_ff_h : VolumesAndAreas
• node_vol_ff_l_h : VolumesAndAreas
• node_vol_ff_r_h : VolumesAndAreas
• node_vol_h : VolumesAndAreas
• node_vol_nearest : grid_class::grid_type
• node_vol_nearest_h : VolumesAndAreas
• nodes : Plane< Device > , PlaneFiles
• NoDevicePtl : Plasma
• NoHistory : LoadRegion
• non_aligned_ff_idx : grid_class::grid_type
• non_aligned_ff_w : grid_class::grid_type
• non_aligned_nsurf : PlaneFiles , grid_class::grid_type
• non_aligned_surf_idx : PlaneFiles , grid_class::grid_type
• non_aligned_vert : PlaneFiles , grid_class::grid_type
• nonadiabatic_idx : Species< Device >
• NoReturn : PtlMvmt
• normed_gather() : VGridDistribution< Device >
• NoSend : PtlMvmt
• np : Tricub< Device >
• npart : resamp_module::resamp_bin_type
• NPHI() : Field< VarType::Vector, PhiInterpType::Planes > , Field< VarType::Vector2D, PhiInterpType::Planes > , Field< VarType::Vector2D, PhiInterpType::None >
• nphi : grid_class::grid_type , GetPotentialGradTemp< Device, DeviceOut > , HeatDiagnostics< Device > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Replication > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::GyroKin, ScatterType::Replication > , GridField< Device, VT, PIT, TorType::MultiplePlanes, KinType::DriftKin, ScatterType::Atomic > , GetPotentialGradTemp< Device, DeviceOut > , GridField< Device, VT, PIT, TorType::MultiplePlanes, KinType::GyroKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::GyroKin, ScatterType::Atomic > , GyroAverageMatrices< Device >
• NPHI() : Field< VarType::Scalar, PhiInterpType::None >
• nphi : diag_module::poin_type
• NPHI() : Field< VarType::Vector, PhiInterpType::None >
• nphi : ElectricField< Device >
• NPHI() : Field< VarType::Scalar, PhiInterpType::Planes >
• nplanes : PlaneFieldGatherer , Grid< Device > , DomainDecomposition< Device > , Plane< Device >
• nplanes_owned : FieldDecomposition< Device >
• npsi : HeatDiagnostics< Device >
• npsi_surf : grid_class::grid_type
• npsi_surf2 : Plane< Device > , Grid< Device > , grid_class::grid_type
• nr : HeatDiagnostics< Device > , Bicub< Device > , bicub_mod::bicub_cpp_type , bicub_mod::bicub_type , Tricub< Device >
• nranks : NetworkMemoryStats , MyMPI
• nrho : ElectricField< Device > , GetPotentialGradTemp< Device, DeviceOut > , GyroAverageMatrices< Device > , grid_class::grid_type , GetPotentialGradTemp< Device, DeviceOut >
• nrhop1() : GridField< Device, VT, PIT, TorType::MultiplePlanes, KinType::GyroKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::GyroKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::MultiplePlanes, KinType::DriftKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::GyroKin, ScatterType::Replication > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Replication >
• nrk : Simulation< Device >
• nrm_std_dev() : resamp_module
• nsection : HeatDiagnostics< Device >
• nseg : HeatDiagnostics< Device >
• nshells_from_nnodes() : PlaneFiles , GridFiles
• nspecies : Plasma
• nspecies_in_grid : CollisionVelocityGrids< Device >
• nsurf : grid_class::grid_type
• nsurf1 : grid_class::grid_type
• nsurf2 : grid_class::grid_type
• nsurf3a : grid_class::grid_type
• nsurf3b : grid_class::grid_type
• nsurfaces : PlaneFiles
• nsurfaces1 : PlaneFiles
• nsurfaces2 : PlaneFiles
• nsurfaces3a : PlaneFiles
• nsurfaces3b : PlaneFiles
• nsurfs() : FluxSurfaceAverage< Device >
• ntheta0 : grid_class::grid_type
• nthreads : Simulation< Device >
• NTmp : VaryingBackground< Device >
• ntor : PerturbedBField< Device > , xgc_solver_module::xgc_solver
• ntriangle : grid_class::grid_type , Grid< Device > , Plane< Device >
• ntriangles : PlaneFiles
• num : diag_module::poin_type , ptl_module::species_type
• num_nodes_ : Collisions::GridMatrix< Device >
• num_non_aligned : grid_class::grid_type , PlaneFiles
• num_ntor : PerturbedBField< Device >
• num_rows_ : Collisions::GridMatrix< Device >
• num_shift_ie_opts : ptl_module
• num_species_ : Collisions::GridMatrix< Device >
• num_t_node : grid_class::grid_type
• num_total : diag_module::poin_type
• numeric_t : CollisionSpeciesScalars
• numeric_vth2 : CollisionSpeciesScalars
• NVARS : Diag1D , Diag3DF0F
• nvp : VelocityGrid
• nvr : VelocityGrid , CollisionVelocityGrids< Device >
• nvr_ : Collisions::CSCMatrix< Device >
• nvz : VelocityGrid , CollisionVelocityGrids< Device >
• nvz_ : Collisions::CSCMatrix< Device >
• nwall : Grid< Device > , Plane< Device > , grid_class::grid_type
• nz : bicub_mod::bicub_cpp_type , HeatDiagnostics< Device > , Tricub< Device > , bicub_mod::bicub_type , Bicub< Device >