blue_sky::well< strategy_t > Member List

This is the complete list of members for blue_sky::well< strategy_t >, including all inherited members.

add_connection(index_t i_coord, index_t j_coord, index_t k_coord, index_t n_block)blue_sky::well< strategy_t > [inline, virtual]
bhp() const blue_sky::well< strategy_t > [inline]
bhp_blue_sky::well< strategy_t >
bhp_depth_blue_sky::well< strategy_t >
BLUE_SKY_TYPE_DECL_T(well< strategy_t >)blue_sky::well< strategy_t >
calc_model_data_t typedefblue_sky::well< strategy_t >
calc_model_t typedefblue_sky::well< strategy_t >
calc_perf_bhp_blue_sky::well< strategy_t > [protected]
calc_perf_bhp_t typedefblue_sky::well< strategy_t >
calc_perf_density_blue_sky::well< strategy_t > [protected]
calc_perf_density_t typedefblue_sky::well< strategy_t >
calc_rho_blue_sky::well< strategy_t > [protected]
calc_rho_base_t typedefblue_sky::well< strategy_t >
calc_well_pressure_blue_sky::well< strategy_t > [protected]
calc_well_pressure_t typedefblue_sky::well< strategy_t >
check_connections_bhp(const item_array_t &pressure) const blue_sky::well< strategy_t >
check_shut(const sp_calc_model_t &calc_model)blue_sky::well< strategy_t >
clear_data()blue_sky::well< strategy_t > [virtual]
compute_connection_factor(const physical_constants &internal_constants, const sp_params_t &params, const sp_mesh_iface_t &mesh, const item_array_t &perm, const item_array_t &ntg, bool ro_calc_flag)blue_sky::well< strategy_t > [protected]
connection_t typedefblue_sky::well< strategy_t >
custom_init(const sp_calc_model_t &mdl)blue_sky::well< strategy_t > [virtual]
eliminate(rhs_item_t *array, index_t rw_index, index_t wr_index, double dt, index_t block_size) const blue_sky::well< strategy_t > [virtual]
exploitation_factor_blue_sky::well< strategy_t >
fi_check_limits() const blue_sky::well< strategy_t >
fill_jacobian(double dt, index_t block_size, const index_array_t &rows, index_array_t &cols, rhs_item_array_t &values, index_array_t &markers) const blue_sky::well< strategy_t > [virtual]
fill_rhs(double dt, index_t n_phases, bool is_g, bool is_o, bool is_w, rhs_item_array_t &rhs) const blue_sky::well< strategy_t > [virtual]
fill_rows(index_array_t &rows) const blue_sky::well< strategy_t > [virtual]
get_bhp_depth() const blue_sky::well< strategy_t > [inline]
get_bw_value()blue_sky::well< strategy_t > [virtual]
get_connection(index_t idx) const blue_sky::well< strategy_t > [inline, virtual]
get_connection_map(index_t n_block) const blue_sky::well< strategy_t > [inline, virtual]
get_connections_count() const blue_sky::well< strategy_t > [inline, virtual]
get_controller() const blue_sky::well< strategy_t >
get_input_rate() const blue_sky::well< strategy_t >
get_limit_operation() const blue_sky::well< strategy_t >
get_name() const blue_sky::well< strategy_t >
get_reference_depth(const sp_mesh_iface_t &mesh) const blue_sky::well< strategy_t >
get_reference_pressure() const blue_sky::well< strategy_t >
get_well_controller() const blue_sky::well< strategy_t >
get_ww_value()blue_sky::well< strategy_t > [virtual]
gor_blue_sky::well< strategy_t >
i_coord_blue_sky::well< strategy_t >
index_array_t typedefblue_sky::well< strategy_t >
index_t typedefblue_sky::well< strategy_t >
init_approx_is_calc_blue_sky::well< strategy_t > [protected]
input_reference_depth_blue_sky::well< strategy_t > [protected]
is_bhp() const blue_sky::well< strategy_t >
is_open() const blue_sky::well< strategy_t > [inline]
is_rate() const blue_sky::well< strategy_t >
is_shut() const blue_sky::well< strategy_t >
item_array_t typedefblue_sky::well< strategy_t >
item_t typedefblue_sky::well< strategy_t >
j_coord_blue_sky::well< strategy_t >
jacobian_matrix_t typedefblue_sky::well< strategy_t >
jmatrix_t typedefblue_sky::facility_base< strategy_t >
mesh_iface_t typedefblue_sky::well< strategy_t >
name() const blue_sky::well< strategy_t >
name_blue_sky::well< strategy_t >
open_connections_blue_sky::well< strategy_t > [protected]
pre_large_step(const sp_calc_model_t &calc_model, const sp_mesh_iface_t &mesh)blue_sky::well< strategy_t > [virtual]
pre_newton_step()blue_sky::well< strategy_t > [virtual]
pre_small_step()blue_sky::well< strategy_t > [virtual]
process(bool is_start, double dt, const sp_calc_model_t &calc_model, const sp_mesh_iface_t &mesh, sp_jmatrix_t &jmatrix)blue_sky::well< strategy_t > [virtual]
facility_base< strategy_t >::process(bool is_start, double dt, const sp_calc_model_t &calc_model, const sp_mesh_iface_t &mesh, sp_jmatrix_t &jmatrix)=0blue_sky::facility_base< strategy_t > [pure virtual]
pvt_dead_oil_t typedefblue_sky::well< strategy_t >
pvt_gas_t typedefblue_sky::well< strategy_t >
pvt_oil_t typedefblue_sky::well< strategy_t >
pvt_water_t typedefblue_sky::well< strategy_t >
rate() const blue_sky::well< strategy_t > [inline]
rate_blue_sky::well< strategy_t >
rate_data_inner_t typedefblue_sky::well< strategy_t >
rate_data_t typedefblue_sky::well< strategy_t >
rate_inj() const blue_sky::well< strategy_t > [inline]
rate_prod() const blue_sky::well< strategy_t > [inline]
rate_rc_blue_sky::well< strategy_t >
rate_total() const blue_sky::well< strategy_t > [inline]
rate_total_blue_sky::well< strategy_t >
reset_init_approx()blue_sky::well< strategy_t >
restart_newton_step()blue_sky::well< strategy_t > [virtual]
restart_small_step()blue_sky::well< strategy_t > [virtual]
restore_solution(double dt, const item_array_t &p_sol, const item_array_t &s_sol, index_t block_size)blue_sky::well< strategy_t > [virtual]
rhs_item_array_t typedefblue_sky::well< strategy_t >
rhs_item_t typedefblue_sky::well< strategy_t >
saved_niter_well_state_blue_sky::well< strategy_t >
saved_well_state_blue_sky::well< strategy_t >
set_bhp(item_t bhp)blue_sky::well< strategy_t >
set_bhp_depth(item_t bhp_depth)blue_sky::well< strategy_t >
set_controller(sp_well_controller_t controller)blue_sky::well< strategy_t >
set_coord(index_t i_coord, index_t j_coord)blue_sky::well< strategy_t >
set_exploitation_factor(item_t exploitation_factor)blue_sky::well< strategy_t >
set_limit_operation(sp_well_limit_operation_t limit_operation)blue_sky::well< strategy_t >
set_name(const std::string &name)blue_sky::well< strategy_t >
set_state(well_state_type well_state, const sp_calc_model_t &calc_model)blue_sky::well< strategy_t >
shut_well(const sp_calc_model_t &well)blue_sky::well< strategy_t > [protected]
sp_calc_model_t typedefblue_sky::well< strategy_t >
sp_calc_perf_bhp_t typedefblue_sky::well< strategy_t >
sp_calc_perf_density_t typedefblue_sky::well< strategy_t >
sp_calc_rho_t typedefblue_sky::well< strategy_t >
sp_calc_well_pressure_t typedefblue_sky::well< strategy_t >
sp_connection_t typedefblue_sky::well< strategy_t >
sp_jmatrix_t typedefblue_sky::well< strategy_t >
sp_mesh_iface_t typedefblue_sky::well< strategy_t >
sp_params_t typedefblue_sky::well< strategy_t >
sp_pvt_dead_oil_t typedefblue_sky::well< strategy_t >
sp_pvt_gas_t typedefblue_sky::well< strategy_t >
sp_pvt_oil_t typedefblue_sky::well< strategy_t >
sp_pvt_water_t typedefblue_sky::well< strategy_t >
sp_well_controller_t typedefblue_sky::well< strategy_t >
sp_well_limit_operation_t typedefblue_sky::well< strategy_t >
sp_well_t typedefblue_sky::well< strategy_t >
well(const std::string &well_name)blue_sky::well< strategy_t >
well_controller_blue_sky::well< strategy_t >
well_controller_t typedefblue_sky::well< strategy_t >
well_limit_operation_blue_sky::well< strategy_t >
well_rate_control_t typedefblue_sky::well< strategy_t >
well_state_blue_sky::well< strategy_t >
well_state_t typedefblue_sky::well< strategy_t >
well_t typedefblue_sky::well< strategy_t >
~facility_base()blue_sky::facility_base< strategy_t > [inline, virtual]
~well()blue_sky::well< strategy_t > [virtual]


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