- a -

• a : AoSoAIndices< Device >
• AbdH : ElectricField< Device >
• abs_tol : load_balance_constraint_module
• absgradpsi : grid_class::grid_type
• absgradpsi_avg : grid_class::grid_type
• accel : MonteCarloCollider< Device >
• accel_factor1 : MonteCarloCollider< Device >
• accel_factor2 : MonteCarloCollider< Device >
• accel_n : MonteCarloCollider< Device >
• accel_pin1 : MonteCarloCollider< Device >
• accel_pin2 : MonteCarloCollider< Device >
• accel_pout1 : MonteCarloCollider< Device >
• accel_pout2 : MonteCarloCollider< Device >
• acoef : CubInterp< Device >
• acoef_cub : bicub_mod::bicub_cpp_type , bicub_mod::bicub_type
• acoeff_all : Bicub< Device > , Tricub< Device >
• add_pot0 : psn_class::psn_type , Simulation< Device >
• add_zonal : InitialWeights
• additional_moments : Diag3D
• adios2_mode : adios2_comm_module::xgcio_type
• adios2obj : adios2_comm_module
• adios_stage : Diag3D , Diag3DF0F , DiagF0
• adios_stage_3d : unused_fortran_inputs_module
• adios_stage_escaped_ptls : sml_module
• adios_stage_f0 : sml_module
• adios_stage_f0_max : sml_module
• adios_stage_f3d : sml_module
• adios_stage_f3d_max : sml_module
• adios_stage_particle : sml_module
• adios_stage_restart : sml_module , CheckpointFiles
• adios_stage_restart_f0 : CheckpointFiles
• adios_stage_restartf0 : sml_module
• adj : Plane< Device >
• adjust : Sheath< Device >
• age : load_balance_constraint_module::performance_history
• age_limit : load_balance_constraint_module
• ah : psn_class::psn_type
• Ah : ElectricField< Device >
• Ah_cv : ElectricField< Device >
• Ah_cv_h : ElectricField< Device >
• Ah_h : ElectricField< Device >
• ah_rho_ff : psn_class::psn_type
• ah_rmp : psn_class::psn_type
• all_first_node : FieldDecomposition< Device >
• all_first_plane : FieldDecomposition< Device >
• all_last_node : FieldDecomposition< Device >
• all_last_plane : FieldDecomposition< Device >
• all_species : Plasma
• alpha_fac : solver_init_module::solver_init_data
• amp : InitialWeights
• amp_0 : InitialWeights
• anisotropy_inv_sqrt : Maxwellian
• array : HostArray< T >
• As : ElectricField< Device >
• as : psn_class::psn_type
• as0 : psn_class::psn_type
• As_h : ElectricField< Device >
• As_h_backup : ElectricField< Device >
• as_rho_ff : psn_class::psn_type
• as_vac : psn_class::psn_type
• avg_free : NetworkMemoryStats
• axis : Equilibrium
• axis_b : MagneticEquilFiles2D , Equilibrium
• axis_r : MagneticEquilFiles2D
• axis_z : MagneticEquilFiles2D
• axisymmetric : Grid< Device >