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

- m -

• m : blue_sky::closure0< R, T, M > , blue_sky::closure0< void, T, M > , blue_sky::closure1< void, T, M, A1 > , blue_sky::closure3< void, T, M, A1, A2, A3 > , blue_sky::closure4< R, T, M, A1, A2, A3, A4 > , blue_sky::closure2< R, T, M, A1, A2 > , blue_sky::closure4< void, T, M, A1, A2, A3, A4 > , blue_sky::closure5< R, T, M, A1, A2, A3, A4, A5 > , blue_sky::closure1< R, T, M, A1 > , blue_sky::closure2< void, T, M, A1, A2 > , blue_sky::closure5< void, T, M, A1, A2, A3, A4, A5 > , blue_sky::closure6< R, T, M, A1, A2, A3, A4, A5, A6 > , blue_sky::closure3< R, T, M, A1, A2, A3 > , blue_sky::closure6< void, T, M, A1, A2, A3, A4, A5, A6 >
• m_array_ : blue_sky::fi_operator_impl< strategy_type, is_w, is_g, is_o >
• m_mem : blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o >
• main_loop() : blue_sky::reservoir_simulator< strategy_t >
• main_loop_calc() : blue_sky::main_loop_calc< strategy_t, is_w, is_g, is_o >
• main_loop_calc_t : blue_sky::reservoir_simulator< strategy_t >
• MAIN_PARAMS() : blue_sky::FRACTURE_event< strategy_t > , blue_sky::PERMFRAC_event< strategy_t >
• main_params() : blue_sky::event_base< strategy_t >
• MAIN_PARAMS() : blue_sky::WELSPECS_event< strategy_t > , blue_sky::WELLCON_event< strategy_t > , blue_sky::COMPDAT_event< strategy_t > , blue_sky::WCONPROD_event< strategy_t > , blue_sky::WCONHIST_event< strategy_t > , blue_sky::WCONINJE_event< strategy_t > , blue_sky::WECON_event< strategy_t > , blue_sky::WECONINJ_event< strategy_t > , blue_sky::WEFAC_event< strategy_t > , blue_sky::WELTARG_event< strategy_t > , blue_sky::WPIMULT_event< strategy_t > , blue_sky::COMPENSATION_event< strategy_t >
• main_var : blue_sky::calc_model_data_tmp_holder< strategy_t > , blue_sky::compute_params< strategy_t >
• main_var_array_t : blue_sky::calc_model_data_tmp_holder< strategy_t > , blue_sky::calc_model< strategy_t > , blue_sky::fi_operator_impl< strategy_type, is_w, is_g, is_o > , blue_sky::tpfa::mpfa_impl< strategy_t > , blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o > , blue_sky::compute_params< strategy_t > , blue_sky::wells::mobility_calc_inj< strategy_type > , blue_sky::wells::mobility_calc_prod< strategy_type >
• main_var_up_g : blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o >
• main_var_up_o : blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o >
• main_variable : blue_sky::calc_model< strategy_t >
• main_vars : blue_sky::compute_params< strategy_t >
• main_vars_ : blue_sky::fi_operator_impl< strategy_type, is_w, is_g, is_o > , blue_sky::tpfa::mpfa_impl< strategy_t > , blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o >
• MAKE_ME_HAPPY() : blue_sky::wells::well_rate_control_factory< strategy_t >
• markers_ : blue_sky::reservoir< strategy_t >
• MASS_BALANS_ERROR : blue_sky::fi_params
• mat : blue_sky::calc_model< strategy_t >
• matrix_t : blue_sky::csr_ilu_cfl_prec< strategy_t > , blue_sky::jacobian< strategy_t > , blue_sky::jacobian_impl< strategy_t > , blue_sky::two_stage_preconditioner< strategy_t >
• MAX_ALLOWED_LIN_SOLV_RESID : blue_sky::fi_params
• max_norm_counter : blue_sky::calc_model< strategy_t >
• MAX_NORM_ON_FIRST_N : blue_sky::fi_params
• MAX_NORM_ON_TS : blue_sky::fi_params
• max_p_ : blue_sky::fi_operator_impl< strategy_type, is_w, is_g, is_o >
• MAX_P_CORRECTION : blue_sky::fi_params
• MAX_P_WELL_CORRECTION : blue_sky::fi_params
• MAX_RS_CORRECTION : blue_sky::fi_params
• MAX_S_CORRECTION : blue_sky::fi_params
• MAX_TS : blue_sky::fi_params
• max_water_cut_ : blue_sky::wells::well_limit_operation
• max_z_ : blue_sky::main_loop_calc< strategy_t, is_w, is_g, is_o >
• mb_error_ : blue_sky::fi_operator_impl< strategy_type, is_w, is_g, is_o >
• member_accessor() : blue_sky::tools::member_accessor< data_array_t, item_t >
• mesh : blue_sky::reservoir_simulator< strategy_t >
• mesh_ : blue_sky::fi_operator_impl< strategy_type, is_w, is_g, is_o > , blue_sky::main_loop_calc< strategy_t, is_w, is_g, is_o >
• mesh_iface_t : blue_sky::calc_model< strategy_t > , blue_sky::calc_perf_bhp_base< strategy_t > , blue_sky::calc_rho_base< strategy_t > , blue_sky::calc_total_average_rho< strategy_t > , blue_sky::wells::compute_factors::peaceman_model< strategy_t > , blue_sky::well< strategy_t > , blue_sky::csr_ilu_cfl_prec< strategy_t > , blue_sky::event_base< strategy_t > , blue_sky::WPIMULT_event< strategy_t > , blue_sky::facility_base< strategy_t > , blue_sky::fi_operator_impl< strategy_type, is_w, is_g, is_o > , blue_sky::jacobian< strategy_t > , blue_sky::keyword_manager< strategy_t > , blue_sky::main_loop_calc< strategy_t, is_w, is_g, is_o > , blue_sky::reservoir< strategy_t > , blue_sky::reservoir_simulator< strategy_t > , blue_sky::wells::connection< strategy_t > , blue_sky::well_event< strategy_t > , blue_sky::WELSPECS_event< strategy_t > , blue_sky::WELLCON_event< strategy_t > , blue_sky::COMPDAT_event< strategy_t > , blue_sky::WCONPROD_event< strategy_t > , blue_sky::WCONHIST_event< strategy_t > , blue_sky::WCONINJE_event< strategy_t > , blue_sky::WECON_event< strategy_t > , blue_sky::WECONINJ_event< strategy_t > , blue_sky::WEFAC_event< strategy_t > , blue_sky::WELTARG_event< strategy_t > , blue_sky::COMPENSATION_event< strategy_t > , blue_sky::FRACTURE_event< strategy_t > , blue_sky::PERMFRAC_event< strategy_t >
• method : blue_sky::str_functor< T >
• method_t : blue_sky::str_functor< T >
• MIN_CELLS_IN_REGION : blue_sky::fi_params
• min_oil_rate_ : blue_sky::wells::well_limit_operation
• min_p_ : blue_sky::fi_operator_impl< strategy_type, is_w, is_g, is_o >
• MIN_TS : blue_sky::fi_params
• min_water_cut_ : blue_sky::wells::well_limit_operation
• min_z_ : blue_sky::main_loop_calc< strategy_t, is_w, is_g, is_o >
• MINPV_handler() : blue_sky::keyword_manager< strategy_t >
• MINSV_handler() : blue_sky::keyword_manager< strategy_t >
• mloop : blue_sky::reservoir_simulator< strategy_t >
• mobility : blue_sky::calc_model_data< strategy_t >
• mobility_ : blue_sky::well_rate_control_impl< impl_type_t >::well_rate_control_impl::impl< impl_t >
• mobility_calc_ : blue_sky::wells::compute_deriv< mobility_calc_t >
• mobility_calc_inj_t : blue_sky::wells::compute_rate_2p_og_type< strategy_type > , blue_sky::wells::compute_bhp_1p_o_type< strategy_type > , blue_sky::wells::compute_rate_1p_o_type< strategy_type > , blue_sky::wells::compute_rate_2p_ow_type< strategy_type > , blue_sky::wells::compute_bhp_2p_ow_type< strategy_type > , blue_sky::wells::compute_rate_1p_w_type< strategy_type > , blue_sky::wells::compute_bhp_1p_g_type< strategy_type > , blue_sky::wells::compute_bhp_3p_type< strategy_type > , blue_sky::wells::compute_rate_1p_g_type< strategy_type > , blue_sky::wells::compute_bhp_1p_w_type< strategy_type > , blue_sky::wells::compute_bhp_2p_og_type< strategy_type > , blue_sky::wells::compute_dummy_type< strategy_type > , blue_sky::wells::compute_rate_3p_type< strategy_type >
• mobility_calc_prod_t : blue_sky::wells::compute_bhp_2p_ow_type< strategy_type > , blue_sky::wells::compute_bhp_3p_type< strategy_type > , blue_sky::wells::compute_bhp_2p_og_type< strategy_type > , blue_sky::wells::compute_rate_3p_type< strategy_type > , blue_sky::wells::compute_bhp_1p_w_type< strategy_type > , blue_sky::wells::compute_rate_1p_w_type< strategy_type > , blue_sky::wells::compute_rate_2p_og_type< strategy_type > , blue_sky::wells::compute_rate_1p_g_type< strategy_type > , blue_sky::wells::compute_bhp_1p_o_type< strategy_type > , blue_sky::wells::compute_rate_1p_o_type< strategy_type > , blue_sky::wells::compute_rate_2p_ow_type< strategy_type > , blue_sky::wells::compute_dummy_type< strategy_type > , blue_sky::wells::compute_bhp_1p_g_type< strategy_type >
• mobility_len() : blue_sky::python::py_calc_model< strategy_t >
• mobility_t : blue_sky::wells::compute_impl< rate_type, bhp_deriv_type, rate_deriv_type > , blue_sky::wells::compute_deriv< mobility_calc_t > , blue_sky::well_rate_control_impl< impl_type_t >::well_rate_control_impl::impl< impl_t > , blue_sky::wells::dummy_deriv< mobility_calc_t >
• mobility_up_g : blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o >
• mobility_up_o : blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o >
• mobility_up_w : blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o >
• mobility_value : blue_sky::wells::default_connection< strategy_t >
• model_filename() : blue_sky::reservoir_simulator< strategy_t >
• model_filename_ : blue_sky::reservoir_simulator< strategy_t >
• mpfa_base_impl() : blue_sky::mpfa::mpfa_base_impl< strategy_t, is_w, is_g, is_o >
• mpfa_calc_avarage_density() : blue_sky::tpfa::mpfa_impl< strategy_t >
• mpfa_calc_potential() : blue_sky::tpfa::mpfa_impl< strategy_t >
• mpfa_calc_upstream() : blue_sky::tpfa::mpfa_impl< strategy_t >
• mpfa_fill_jacobian() : blue_sky::tpfa::mpfa_impl< strategy_t >
• mpfa_fill_rhs() : blue_sky::tpfa::mpfa_impl< strategy_t >
• mpfa_impl() : blue_sky::tpfa::mpfa_impl< strategy_t >
• mul_perm_mult() : blue_sky::wells::connection< strategy_t >
• mult() : blue_sky::wells::connection< strategy_t > , blue_sky::wells::compute_deriv< mobility_calc_t > , blue_sky::wells::mobility_calc_prod< strategy_type > , blue_sky::wells::mobility_calc_inj< strategy_type >
• mult_ : blue_sky::wells::connection< strategy_t >
• multi_well_in_cell_flag : blue_sky::calc_model< strategy_t >
• mx_ : blue_sky::mx_inverse< array_t_ >
• mx_clmn_mul() : blue_sky::mx_clmn_mul< lhs_t, rhs_t >
• mx_holder() : blue_sky::mx_holder< array_t_, trait_t > , blue_sky::mx_holder< array_t_, ref_trait >
• mx_inverse() : blue_sky::mx_inverse< array_t_ >
• mx_mul() : blue_sky::mx_mul< lhs_t, rhs_t >
• mx_op() : blue_sky::mx_op< mx_op_t >
• mx_op_ : blue_sky::mx_op< mx_op_t >
• mx_scalar_mul() : blue_sky::mx_scalar_mul< array_t_ >
• mx_sub() : blue_sky::mx_sub< lhs_t, rhs_t >