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

- f -

• f : CollisionSpecies< Device > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Replication > , PolynomialBasisDistribution< Device > , VGridDistribution< Device > , GridField< Device, VT, PIT, TorType::OnePlane, KinType::GyroKin, ScatterType::Replication > , 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::MultiplePlanes, KinType::GyroKin, ScatterType::Atomic >
• f0 : SimdConstants , VecConstants , Species< Device >
• f0_delta_n : f0_module , Plasma
• f0_delta_t : f0_module
• f0_delta_T : Plasma
• f0_delta_u : f0_module , Plasma
• f0_den : f0_module , Plasma::DecomposedRecalculableF0Arrays
• f0_diag_on : Diag1D
• f0_dsmu : f0_module
• f0_dvp : f0_module
• f0_f0g : f0_module , Plasma
• f0_fg_T_ev : Plasma::DecomposedRecalculableF0Arrays
• f0_fg_t_ev : f0_module
• f0_fg_vth_inv : Plasma::DecomposedRecalculableF0Arrays
• f0_flow : f0_module , Plasma::DecomposedRecalculableF0Arrays
• f0_get_f0g() : f0_module
• f0_grid() : Plasma
• f0_grid_alpha : Simulation< Device >
• f0_grid_alpha_start : Simulation< Device >
• f0_grid_load_balance : pol_decomp_module
• f0_grid_ptl_imbal : pol_decomp_module
• f0_grid_vol : f0_module , Plasma::DecomposedRecalculableF0Arrays
• f0_grid_vol_vonly : f0_module , Plasma::DecomposedRecalculableF0Arrays
• f0_imu1 : f0_module
• f0_imu2 : f0_module
• f0_init_decomposed_ptrs() : f0_module
• f0_initialize_wrap() : main_module
• f0_inode1 : pol_decomp_module
• f0_inode2 : pol_decomp_module
• f0_inv_grid_vol : f0_module , Plasma::DecomposedRecalculableF0Arrays
• f0_linear_adiabatic_bd : f0_module
• f0_mu0_factor : f0_module
• f0_nmu : f0_module
• f0_node_cost : Plasma
• f0_node_cost_updated : pol_decomp_module
• f0_nvp : f0_module
• f0_ratio : pol_decomp_module
• f0_set_ptrs() : f0_module
• f0_smu_max : f0_module
• f0_t_ev : f0_module
• f0_T_ev : Plasma::DecomposedRecalculableF0Arrays
• f0_update_analytic : unused_fortran_inputs_module , Simulation< Device >
• f0_update_analytic_alpha : unused_fortran_inputs_module , Simulation< Device >
• f0_update_analytic_damp_width : unused_fortran_inputs_module , Simulation< Device >
• f0_update_analytic_local : unused_fortran_inputs_module , Simulation< Device >
• f0_upsample : cpp_input_module
• f0_upsample_cell_target : cpp_input_module
• f0_upsample_corner_cell_target : cpp_input_module
• f0_upsample_rate : cpp_input_module
• f0_upsample_skip_full_bins : cpp_input_module
• f0_upsample_tile_size : cpp_input_module
• f0_upsampling_restore_params() : resamp_module
• f0_upsampling_set_params() : resamp_module
• f0_use_linear_adiabatic : f0_module
• f0_velocity_interp_force_pseudo_inv : cpp_input_module
• f0_velocity_interp_pseudo_inv_delta_grid : cpp_input_module
• f0_velocity_interp_pseudo_inv_order : cpp_input_module
• f0_velocity_interp_pseudo_inv_particles_to_grid_petsc : cpp_input_module
• f0_velocity_interp_use_pseudo_inv : cpp_input_module
• f0_vp_max : f0_module
• f0analysis_dynamic() : f0analysis_module
• f0analysis_static() : f0analysis_module
• f0dden_n : LocalEquilProfiles< MarkerType::ReducedDeltaF >
• f0dflow : LocalEquilProfiles< MarkerType::ReducedDeltaF >
• f0dtev : LocalEquilProfiles< MarkerType::ReducedDeltaF >
• f0flow : LocalEquilProfiles< MarkerType::ReducedDeltaF >
• f0g : Distribution< Device >
• f0g_h : Distribution< Device >
• f0g_send_to_device() : Distribution< Device >
• f0tev : LocalEquilProfiles< MarkerType::ReducedDeltaF >
• f_1D : VGridDistribution< Device >
• f_analytic_shape : Species< Device >
• f_df() : CollisionGrid< Device >
• f_nan_check() : cpp_main_loop_module
• f_shift_from_f_heat_torque() : Radiation
• f_source_period : Sources
• factor : LoadingFactor
• factor1 : Simple00Solver
• factor2 : Simple00Solver
• false : sml_module
• false_shift_ie_opt : ptl_module
• fbins : resamp_module
• ff : GetPotentialGradTemp< Device, DeviceOut > , MatShellCtx
• ff_fourier_mn : grid_class::grid_type
• ff_lplane_to_neighbors : Grid< Device >
• ff_order : MagneticField< Device >
• ff_rplane_to_neighbors : Grid< Device >
• ff_step : MagneticField< Device >
• ff_to_midplane : Grid< Device >
• fft_isurf_beg : grid_class::grid_type
• fft_isurf_end : grid_class::grid_type
• fft_ntor : grid_class::grid_type
• fft_num_ntor : grid_class::grid_type
• fft_tor_exp : grid_class::grid_type
• fg_flow : Distribution< Device >
• fg_flow_h : Distribution< Device >
• fg_flow_send_to_device() : Distribution< Device >
• fg_temp_ev : Distribution< Device >
• fg_temp_ev_h : Distribution< Device >
• fg_temp_ev_send_to_device() : Distribution< Device >
• fg_temp_global : Distribution< Device >
• fg_temp_global_assigned : Distribution< Device >
• fg_temp_global_h : Distribution< Device >
• fg_temp_global_send_to_device() : Distribution< Device >
• fg_vth_inv : Distribution< Device >
• fg_vth_inv_h : Distribution< Device >
• fg_vth_inv_send_to_device() : Distribution< Device >
• fhalf : TmpColData< Device >
• field : InputPotential< Device, DeviceIn > , AlternatingStorage< Device > , EMParField< Device, DeviceOut > , MagneticField< Device > , magnetic_field
• Field00() : Field00< Device >
• field00 : GetPotGradFieldArgs< DeviceIn, DeviceOut, VT, PIT, TT, KT >
• field_aligned_initial : ParticleLoadingParams
• field_decomp : DomainDecomposition< Device >
• field_last_plane : InputPotential< Device, DeviceIn >
• field_out : EMParField< Device, DeviceOut >
• field_rho : EMParField< Device, DeviceOut >
• field_solver : Simulation< Device >
• field_type : GridField< Device, VT, PIT, TorType::OnePlane, KinType::DriftKin, ScatterType::Atomic > , 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::DriftKin, ScatterType::Atomic > , GridField< Device, VT, PIT, TorType::MultiplePlanes, KinType::GyroKin, ScatterType::Atomic >
• FieldAlignedLocalFields() : FieldAlignedLocalFields< KT, PIT > , FieldAlignedLocalFields< GyroKin, PhiInterpType::Planes >
• FieldCorrection() : FieldCorrection
• FieldDecomposition() : FieldDecomposition< Device >
• FieldFollowingCoordinates() : FieldFollowingCoordinates
• fields_at_point() : FieldAlignedLocalFields< KT, PIT > , FieldAlignedLocalFields< GyroKin, PhiInterpType::Planes > , GridFieldPack< Device, PIT >
• filename : adios2_comm_module::xgcio_type , eq_module::eq_ftn_type , FileReader
• filename_prefix : adios2_comm_module::xgcio_type
• FileRegion : PlaneFiles
• filter_bndry : EMParField< Device, DeviceOut >
• finalize_sheath_mod() : sheath_module
• find_a_plane_rank_with_last_gyromatrix() : GyroAverageMatrices< Device >
• find_bin() : resamp_module
• find_domain_owner() : FieldDecomposition< Device >
• find_freq() : MonteCarloCollider< Device >
• find_sheath_pot() : sheath_module
• finish_perf_monitor() : perf_monitor
• first_input : CommandLineInputs
• first_node : FieldDecomposition< Device >
• first_owned_node : FieldDecomposition< Device >
• first_owned_plane : FieldDecomposition< Device >
• first_plane : FieldDecomposition< Device >
• first_step : StepTrigger
• fixedZ : Radiation
• flat_marker : ParticleLoadingParams
• flat_marker_cutoff1 : ParticleLoadingParams
• flat_marker_cutoff2 : ParticleLoadingParams
• flat_marker_decay_start1 : ParticleLoadingParams
• flat_marker_decay_start2 : ParticleLoadingParams
• flat_marker_width1 : ParticleLoadingParams
• flat_marker_width2 : ParticleLoadingParams
• fld_convert_cyl_to_mag() : fld_module
• fld_convert_mag_to_cyl() : fld_module
• flow : Distribution< Device >
• Flow : VaryingBackground< Device >
• flow_global : Distribution< Device >
• flow_global_h : Distribution< Device >
• flow_global_send_to_device() : Distribution< Device >
• flow_h : Distribution< Device >
• flow_send_to_device() : Distribution< Device >
• flush_perf_monitor() : perf_monitor
• flush_timers() : cpp_main_loop_module
• flux : sml_module
• FluxSurfaceAverage() : FluxSurfaceAverage< Device >
• follow_field() : MagneticField< Device >
• follow_field_to_nearest_midplane() : Plane< Device >
• for : sml_module
• for_all() : Plasma , VertexList
• for_all_elements() : VGridDistribution< Device >
• for_all_ions() : Plasma
• for_all_nonadiabatic_species() : Plasma
• for_all_particles() : Species< Device >
• for_all_species() : Plasma
• for_each_element() : VGridDistribution< Device >
• for_electrons() : Plasma
• for_one_species() : Plasma
• for_particle_range() : Species< Device >
• force : Pseudo_inverse< Device >
• force_eq_den_quasi_neutral() : eq_module
• force_pseudo_inv() : cpp_main_loop_module
• fort_psi_pspline() : bicub_setup
• fort_psi_pspline_init() : bicub_setup
• fort_psi_pspline_init_tricub() : tricub_setup
• fort_psi_pspline_tricub() : tricub_setup
• Fortran : LoadBalance
• fortran_print_1d_array() : pushe_module_cab
• found : CommandLineInputs
• found_deprecated : InputChecker
• found_removed : InputChecker
• fourier_filt_on : Smoothing
• fourier_filter_m_range_cpp() : cpp_main_loop_module
• freq : BiasPotential
• from_flux_surface : FluxSurfaceAverage< Device >
• from_surf() : FluxSurfaceAverage< Device >
• fsa_12_matrix() : fem_operations
• fsa_21_t_matrix() : fem_operations
• fsa_matrices : Grid< Device >
• ft_plan2_1d : grid_class::grid_type
• ft_plan2_1d_c2c : grid_class::grid_type
• ft_plan_1d : grid_class::grid_type
• ft_plan_1d_c2c : grid_class::grid_type
• ftn_derivative() : eq_module
• ftn_derivative_lin() : eq_module
• ftn_evaluation() : eq_module
• ftn_evaluation_lin() : eq_module
• ftn_lin_n : eq_module
• ftr_print_double() : pushe_module_cab
• full_size : IOArray< T >
• full_spec_on : PerturbedBField< Device >