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

- c -

• c2_2m : Species< Device >
• c_m : ptl_module::species_type , Species< Device >
• calc_gen_theta_psi() : grid_class
• calculate() : EMParField< Device, DeviceOut >
• calculate_B_out() : Diag3D
• calculate_B_out_base() : Diag3D
• calculate_diagnostics() : Diag3DF0F
• calculate_E_out() : Diag3D
• calculate_gradient() : Field00< Device >
• calculate_load_imbalance() : load_balance_module
• calculate_moments_of_distribution() : Moments
• calculate_phi_ff_on_device : ElectricField< Device > , PlaneFieldGatherer
• calculate_ptl_change() : DiagF0DF
• calculate_sheath_dep() : sheath_module
• can_reuse() : GridFieldPack< Device, PIT >
• cbd0 : ElectricField< Device >
• cbdH : ElectricField< Device >
• cce_axis_overlap_first_node : coupling_core_edge_input
• cce_axis_overlap_first_surface : coupling_core_edge_input
• cce_axis_overlap_last_node : coupling_core_edge_input
• cce_axis_overlap_last_surface : coupling_core_edge_input
• cce_buffer_first_node : resamp_module
• cce_buffer_first_nodes : coupling_core_edge_input
• cce_buffer_first_surfaces : coupling_core_edge_input
• cce_buffer_freq : coupling_core_edge_input
• cce_buffer_id : resamp_module
• cce_buffer_last_node : resamp_module
• cce_buffer_last_nodes : coupling_core_edge_input
• cce_buffer_last_surfaces : coupling_core_edge_input
• cce_buffer_nb : coupling_core_edge_input
• cce_buffer_rcv_updated_bins() : resamp_module
• cce_buffer_snd_updated_bins() : resamp_module
• cce_buffer_sndrcvs : coupling_core_edge_input
• cce_buffer_sndrcvs_accessor() : resamp_module
• cce_coupling_on : coupling_core_edge_wrapper , Simulation< Device >
• cce_density_first_node : coupling_core_edge_input
• cce_density_last_node : coupling_core_edge_input
• cce_density_node_number : coupling_core_edge_input
• cce_do_resampling() : resamp_module
• cce_field_first_node : coupling_core_edge_input
• cce_field_first_surface : coupling_core_edge_input
• cce_field_last_node : coupling_core_edge_input
• cce_field_last_surface : coupling_core_edge_input
• cce_field_node_number : coupling_core_edge_input
• cce_folder : coupling_core_edge_input
• cce_forceresamp : coupling_core_edge_input
• cce_grid_nnode : resamp_module
• cce_initialize() : coupling_core_edge_wrapper
• cce_initialized : coupling_core_edge_input
• cce_inode1 : resamp_module
• cce_inode2 : resamp_module
• cce_inpsi : coupling_core_edge_input
• cce_inpsi_field : coupling_core_edge_input
• cce_my_side : coupling_core_edge_input
• cce_nbconstraint : resamp_module
• cce_nbsurfaces : coupling_core_edge_input
• cce_number_of_surface : coupling_core_edge_input
• cce_other_side : coupling_core_edge_input
• cce_outpsi : coupling_core_edge_input
• cce_overlap_first_node : coupling_core_edge_input
• cce_overlap_first_surface : coupling_core_edge_input
• cce_overlap_last_node : coupling_core_edge_input
• cce_overlap_last_surface : coupling_core_edge_input
• cce_poisson_turb() : cpp_main_loop_module
• cce_reset_particle_outside() : resamp_module
• cce_send_receive_ah() : coupling_core_edge_wrapper
• cce_send_receive_as() : coupling_core_edge_wrapper
• cce_send_receive_current() : coupling_core_edge_wrapper
• cce_send_receive_density() : coupling_core_edge_wrapper
• cce_send_receive_fields() : coupling_core_edge_wrapper
• cce_side : coupling_core_edge_input
• cce_skip_nodes : resamp_module
• cce_step_ah : coupling_core_edge_input
• cce_step_amp : coupling_core_edge_input
• cce_step_as : coupling_core_edge_input
• cce_step_cur : coupling_core_edge_input
• cce_step_den : coupling_core_edge_input
• cce_step_pot : coupling_core_edge_input
• cce_surface_first_node : coupling_core_edge_input
• cce_surface_last_node : coupling_core_edge_input
• cce_sync_initial_bufferandoverlap : coupling_core_edge_input
• cce_varpi_grid() : coupling_core_edge_wrapper
• cce_xgc_destroy() : coupling_core_edge_xgc
• cce_xgc_initialize() : coupling_core_edge_xgc
• cce_xgc_send_receive_ah() : coupling_core_edge_xgc
• cce_xgc_send_receive_ah_only() : coupling_core_edge_xgc
• cce_xgc_send_receive_as() : coupling_core_edge_xgc
• cce_xgc_send_receive_current() : coupling_core_edge_xgc
• cce_xgc_send_receive_density() : coupling_core_edge_xgc
• cce_xgc_send_receive_pot() : coupling_core_edge_xgc
• cce_xgc_send_receive_pot_only() : coupling_core_edge_xgc
• cce_xgc_varpi_grid() : coupling_core_edge_xgc
• cden0 : psn_class::psn_type
• cden00_1d_h : Charges
• central_locs_ : Collisions::CSCMatrix< Device >
• Charge() : Charge< Device, KT >
• charge : ptl_module::species_type , Species< Device >
• charge_eu : CollisionSpeciesScalars , Species< Device >
• Charges() : Charges
• check() : CommandLineInputs
• check_all_used() : NLReader::NamelistReader
• check_bin() : resamp_module
• check_boundaries() : Equilibrium , MagneticField< Device >
• check_f0_unlock() : main_extra
• check_point() : main_extra
• CheckerEntry() : CheckerEntry
• CheckpointFiles() : CheckpointFiles
• checks : ValidityCheck::Options
• choose_tmp_nphi() : PlaneFieldGatherer
• Circular : PlaneFiles , GridFiles
• clear() : Diag1D , GridFiles
• clear_active_sources() : DiagF0DF
• clear_device_views() : Neutrals< Device > , Sheath< Device > , Neutrals< Device > , Sheath< Device >
• Close() : ADIOS2Stream , XGC_IO_Stream
• close_stream() : Diagnostic
• close_streams() : Diagnostics , Sources
• cnv_00_2d : grid_class::grid_type
• cnv_2d_00 : grid_class::grid_type
• cnvt_grid_ff2real() : FieldFollowingCoordinates
• cnvt_grid_real2ff() : FieldFollowingCoordinates
• coeff : BicubCoeff , OneDCoeff , TricubCoeff
• col_grid : Sources
• col_mc : Sources
• col_mode : Sources
• collision() : CollisionGrid< Device >
• collision_c() : MonteCarloCollider< Device >
• collision_grid_index : Species< Device >
• CollisionGrid() : CollisionGrid< Device >
• collisions : Sources
• CollisionSpecies() : CollisionSpecies< Device >
• CollisionVelocityGrids() : CollisionVelocityGrids< Device >
• comm : xgc_ts_module::xgc_ts , adios2_comm_module::xgcio_type , xgc_solver_module::xgc_solver , NetworkMemoryStats , MyMPI
• CommandLineInputs() : CommandLineInputs
• compute_inner_product() : PolynomialBasis< Device >
• const_values_array_t : Collisions::GridMatrix< Device > , Collisions::CSCMatrix< Device >
• const_vector_dualview_t : Collisions::GridMatrix< Device > , Collisions::CSCMatrix< Device >
• const_vector_view_t : Collisions::GridMatrix< Device > , Collisions::CSCMatrix< Device >
• constraint : load_balance_constraint_module::performance_history
• constraint1_max : LoadBalance
• ConstraintOption : LoadBalance
• construct_circular_grid() : PlaneFiles
• construct_hex_grid() : PlaneFiles
• conv_factor : CollisionSpeciesScalars
• convert_cyl_to_mag() : FieldAlignedLocalFields< GyroKin, PhiInterpType::Planes >
• convert_mag_to_cyl() : FieldAlignedLocalFields< GyroKin, PhiInterpType::Planes >
• convert_org_to_csr() : mat_class , Matrix< Device >
• convert_to_node_format() : PlaneFiles
• convert_to_x_rgn_format() : PlaneFiles
• copy_Ah_cv_to_device_as_Ah() : ElectricField< Device >
• copy_Ah_ff_to_device() : ElectricField< Device >
• copy_bfield_from_fortran() : PerturbedBField< Device >
• copy_dpot_to_device() : ElectricField< Device >
• copy_drift_velocities() : Diag3DF0F
• copy_from_pinned() : Streamed::StreamView< T >
• copy_lost_to_host() : Sheath< Device >
• copy_matrices_to_device() : GyroAverageMatrices< Device >
• copy_particles_from_device() : Species< Device >
• copy_particles_from_device_if_not_resident() : Species< Device >
• copy_particles_from_device_if_resident() : Species< Device >
• copy_particles_to_device() : Species< Device >
• copy_particles_to_device_if_not_resident() : Species< Device >
• copy_particles_to_device_if_resident() : Species< Device >
• copy_pot_to_device() : Sheath< Device >
• copy_push_fields_to_device() : ElectricField< Device >
• copy_to_device() : Streamed::StreamView< T >
• copy_to_device_if_not_resident() : GyroAverageMatrices< Device >
• copy_to_double_view() : GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Atomic >
• copy_to_host() : Streamed::StreamView< T > , Neutrals< Device >
• copy_to_phase0() : Species< Device >
• copy_to_pinned() : Streamed::StreamView< T >
• copy_to_tmp_full() : PlaneFieldGatherer
• core() : CollisionGrid< Device >
• core_delta_init() : CollisionGrid< Device >
• core_init() : CollisionGrid< Device >
• cost : load_balance_constraint_module::performance_history
• count : GuessTable< Device > , SortViews< Device >
• count_grids() : CollisionVelocityGrids< Device >
• count_species_in_grid() : CollisionVelocityGrids< Device >
• create_1field_solver() : petsc_solver_module
• create_axisym_iter_solver() : petsc_solver_module
• create_helmholtz_solver() : petsc_solver_module
• create_petsc_comm_self() : setup_module
• create_spectral_helmholtz_solver() : petsc_solver_module
• CSCMatrix() : Collisions::CSCMatrix< Device >
• csr_cidx : Matrix< Device > , mat_class::mat_type
• csr_ridx : Matrix< Device > , mat_class::mat_type
• csr_v : Matrix< Device > , mat_class::mat_type
• ct : SimdParticles , ptl_module::ptl_type , VecParticles , ptl_module::ptl_type_aosoa
• CubInterp() : CubInterp< Device >
• cumul_cost : load_balance_module
• cumul_max_cost : load_balance_module
• cumul_total_cost : load_balance_module
• curl_nb : grid_class::grid_type
• current_drive : Sources
• current_drive_d : Simulation< Device >
• current_drive_i : Simulation< Device >
• current_drive_on : Simulation< Device >
• current_drive_p : Simulation< Device >
• current_tr : UnfusedPushTmpViews< Device >
• Custom : Species< Device >
• CustomLinShape() : Eq::CustomLinShape< Device >