blue_sky Namespace Reference


Namespaces
namespace	debug
namespace	detail
namespace	mpfa
namespace	norms
namespace	python
namespace	table
namespace	tools
namespace	tpfa
namespace	wells
namespace	xxx
Classes
class	calc_model_data_tmp_holder
	holds temporary data (shored on new newton iteration, for example) More...
class	calc_model
	holds calculated data and implements some useful functions More...
class	calc_model_data
	calc_model data holder, holds calculated values for each mesh cell More...
struct	calc_model_type_helper
class	calc_perf_bhp
	Calculates perforation (well connection) bhp value, implements calc_perf_bhp_base interface. More...
class	calc_perf_bhp_base
	Base class (interface) for well perforation bhp calculation. More...
class	calc_perf_density_base
	Base class (interface) for well perforation density calculation. More...
class	calc_rho_base
	Base class for density (rho) calculation. More...
class	calc_total_average_rho
	Calculates total average density (rho). More...
class	well_state
	Incapsulates state of well. More...
class	well
	Base class for wells. More...
class	well_factory
	Creates wells and perforations. More...
class	calc_well_pressure_base
	Base class for objects that calculate BHP for well. More...
class	calc_well_pressure
	Calculates BHP for well. More...
class	closure0
	Implements 'closure' with no params and return type R. More...
struct	closure0< void, T, M >
class	closure1
	Implements 'closure' with 1 param and return type R. More...
struct	closure1< void, T, M, A1 >
class	closure2
	Implements 'closure' with 2 param and return type R. More...
struct	closure2< void, T, M, A1, A2 >
class	closure3
	Implements 'closure' with 3 param and return type R. More...
struct	closure3< void, T, M, A1, A2, A3 >
class	closure4
	Implements 'closure' with 4 param and return type R. More...
struct	closure4< void, T, M, A1, A2, A3, A4 >
class	closure5
	Implements 'closure' with 5 param and return type R. More...
struct	closure5< void, T, M, A1, A2, A3, A4, A5 >
class	closure6
	Implements 'closure' with 6 param and return type R. More...
struct	closure6< void, T, M, A1, A2, A3, A4, A5, A6 >
class	csr_ilu_cfl_prec
	Builds matrix based on CFL for csr_ilu prec and solves this matrix. More...
class	data_storage
class	data_serializer
class	data_storage_interface
class	default_rr_eliminator
	Declaration of default_rr_eliminator. More...
struct	default_rr_eliminator< 3 >
struct	default_rr_eliminator< 2 >
struct	default_rr_eliminator< 1 >
class	event_base
	Base class for model events. More...
class	event_filter
	Filters events. More...
class	event_manager
	class to store events and to manage of them More...
struct	ref_trait
struct	ref_unsafe_trait
struct	const_trait
struct	const_unsafe_trait
struct	mx_holder
struct	mx_holder< array_t_, ref_trait >
struct	clmn_holder
struct	clmn_holder< array_t_, const_unsafe_trait >
struct	clmn_holder< array_t_, ref_trait >
struct	line_holder
struct	line_holder< array_type, const_unsafe_trait >
struct	line_holder< array_type, ref_unsafe_trait >
struct	line_holder< array_type, ref_trait >
struct	mx_op
struct	clmn_op
struct	line_op
struct	scalar_op
struct	mx_mul
struct	mx_sub
struct	mx_clmn_mul
struct	clmn_line_mul
struct	line_clmn_mul
struct	clmn_sub
struct	mx_scalar_mul
struct	clmn_scalar_mul
struct	line_mul
struct	line_sub
struct	mx_inverse
class	facility_base
	Base class (interface) for facilities (wells e.t.c). More...
class	facility_manager
	Facilities manager. More...
class	fi_operator_impl
	Implementation of fi_operator, parametrized with is_w, is_g, is_o (for water, gas, oil phases). More...
class	fi_params
class	fip_results
class	fip_results_storage
struct	save_fip_data
class	fracture
class	jacobian
	Incapsulates solving of jacobian matrix. More...
class	jacobian_impl
	Implementation of jacobian class methods, used to reduce some overhead. More...
class	keyword_manager
	Class-factory which contains a set of handlers for different keywords. More...
class	main_loop_calc_base
	Base interface for main_loop calculation implementation. More...
class	main_loop_calc
	Main calculation loop implementation. More...
class	v_minus_vs_prod
	Incapsulates A = A - B * C operation, A, B, C vectors. More...
struct	v_minus_vs_prod< 1 >
struct	v_minus_vs_prod< 2 >
struct	v_minus_vs_prod< 3 >
class	m_minus_vv_prod
	Incapsulates A = A - B * C operation, A - matrix, B, C - vectors. More...
struct	m_minus_vv_prod< 1 >
struct	m_minus_vv_prod< 2 >
struct	m_minus_vv_prod< 3 >
class	norms_storage
	class for storing different norms More...
class	reservoir
	storage for and manager of facilities. also stores reservoir rates. More...
class	reservoir_simulator
	main class of reservoir_simulator implementation, implements bs_node More...
struct	save_connection_data
struct	str_functor
	functor for boost spirit string parsers handling More...
struct	trans_multipliers_calc
class	two_stage_preconditioner
	Class declaration for two stage preconditioner. More...
class	rate_data
	Stores rate data. More...
class	well_event
	Base class for well events. More...
class	WELSPECS_event
	WELSPECS keyword. More...
class	WELLCON_event
	WELLCON keyword. More...
class	COMPDAT_event
	COMPDAT keyword. More...
class	WCONPROD_event
	WCONPROD keyword. More...
class	WCONHIST_event
	WCONHIST keyword. More...
class	WCONINJE_event
	WCONINJE keyword. More...
class	WECON_event
	WECON keyword. More...
class	WECONINJ_event
	WECONINJ keyword. More...
class	WEFAC_event
	WEFAC keyword. More...
class	WELTARG_event
	WELTARG keyword. More...
class	WPIMULT_event
	WPIMULT keyword. More...
class	COMPENSATION_event
	COMPENSATION keyword. More...
class	FRACTURE_event
	FRACTURE keyword. More...
class	PERMFRAC_event
	PERMFRAC keyword. More...
struct	one_call_proxy
struct	two_call_proxy
struct	compute_params
class	well_rate_control_impl
class	well_data_printer
	Prints well information tables. More...
class	connection_results
	Stores results for connection. More...
class	well_results
	Stores results for well. More...
class	well_results_storage
	Storage for well and connection results. More...
class	save_well_data
	Saves well and connection data to well_results_storage. More...
class	wellbore_density_calc
	Calculates density for all well perforations. More...
Enumerations
enum	restore_solution_return_type { SMALL_TIME_STEP_FAIL = -1, SMALL_TIME_STEP_OK = 0, SMALL_TIME_STEP_CHOP = 256 }
	type of return value for restore_solution More...
enum	well_state_type { well_open, well_shut, well_state_total }
	Type of well status. More...
enum	fip_d_params { FIP_D_PARAM_COIP = 0, FIP_D_PARAM_CMOIP, FIP_D_PARAM_CWIP, FIP_D_PARAM_CGIP, FIP_D_PARAM_HPROD, FIP_D_PARAM_PAV, FIP_D_PARAM_CPVOL, FIP_D_PARAM_OIL_IN, FIP_D_PARAM_WATER_IN, FIP_D_PARAM_WATER_OUT, FIP_D_PARAM_SWAV, FIP_D_PARAM_SOAV, FIP_D_PARAM_SGAV, FIP_D_PARAM_GOR, FIP_D_PARAM_COUNT }
enum	well_d_params { WELL_D_PARAM_COR = 0, WELL_D_PARAM_CWR, WELL_D_PARAM_CGR, WELL_D_PARAM_CLR, WELL_D_PARAM_COI, WELL_D_PARAM_CWI, WELL_D_PARAM_CGI, WELL_D_PARAM_HCOR, WELL_D_PARAM_HCWR, WELL_D_PARAM_HCGR, WELL_D_PARAM_HCLR, WELL_D_PARAM_HCOI, WELL_D_PARAM_HCWI, WELL_D_PARAM_HCGI, WELL_D_PARAM_CBHP, WELL_D_PARAM_HBHP, WELL_D_PARAM_TOR, WELL_D_PARAM_TWR, WELL_D_PARAM_TGR, WELL_D_PARAM_TLR, WELL_D_PARAM_TOI, WELL_D_PARAM_TWI, WELL_D_PARAM_TGI, WELL_D_PARAM_HTOR, WELL_D_PARAM_HTWR, WELL_D_PARAM_HTGR, WELL_D_PARAM_HTLR, WELL_D_PARAM_HTOI, WELL_D_PARAM_HTWI, WELL_D_PARAM_HTGI, WELL_D_PARAM_WEFAC, WELL_D_PARAM_WBP1, WELL_D_PARAM_WBP4, WELL_D_PARAM_WBP5, WELL_D_PARAM_WBP9, WELL_D_PARAM_COUNT }
	Floating point parameters for well. More...
enum	conn_d_params { CONN_D_PARAM_COR = 0, CONN_D_PARAM_CWR, CONN_D_PARAM_CGR, CONN_D_PARAM_CLR, CONN_D_PARAM_COI, CONN_D_PARAM_CWI, CONN_D_PARAM_CGI, CONN_D_PARAM_BHP, CONN_D_PARAM_BULKP, CONN_D_PARAM_TOR, CONN_D_PARAM_TWR, CONN_D_PARAM_TGR, CONN_D_PARAM_TLR, CONN_D_PARAM_TOI, CONN_D_PARAM_TWI, CONN_D_PARAM_TGI, CONN_D_PARAM_FACTOR, CONN_D_PARAM_DEPTH, CONN_D_PARAM_COUNT }
	Floating point paramters for connection. More...
enum	conn_i_params { CONN_I_PARAM_STATUS = 0, CONN_I_PARAM_GRP_STATUS, CONN_I_PARAM_I, CONN_I_PARAM_J, CONN_I_PARAM_K1, CONN_I_PARAM_K2, CONN_I_PARAM_NBLOCK, CONN_I_PARAM_COUNT }
	Integer parameters for connection. More...
enum	well_i_params { WELL_I_PARAM_HSTATUS = 0, WELL_I_PARAM_STATUS, WELL_I_PARAM_COUNT }
	Integer parameters for well. More...
Functions
template<typename item_t , typename wefac_t >
item_t	apply_wefac (item_t item, wefac_t wefac)
	applies wefac factor to passed value
	DEF_FUN (cap_pressure, 2,(FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN(s_deriv_cap_pressure
FI_PHASE_GAS	DEF_FUN (relative_perm, 3,(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN_2(s_deriv_relative_perm
FI_PHASE_GAS FI_PHASE_GAS	DEF_FUN (invers_fvf, 3,(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN(p_deriv_invers_fvf
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	DEF_FUN (invers_viscosity, 3,(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN(p_deriv_invers_viscosity
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	DEF_FUN (invers_visc_fvf, 3,(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN(p_deriv_invers_visc_fvf
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	DEF_FUN (density, 3,(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN(p_density
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	DEF_FUN (mobility, 3,(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN(p_deriv_mobility
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	DEF_FUN_2 (s_deriv_mobility, 3,(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS), 3,(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN_PAIR(s_deriv_invers_fvf
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	DEF_FUN_PAIR (s_deriv_invers_viscosity, p_deriv_invers_viscosity, s_deriv_cap_pressure, 2,(FI_PHASE_WATER, FI_PHASE_GAS)) DEF_FUN_PAIR(s_deriv_invers_visc_fvf
bool	calc_rho_register_types (const blue_sky::plugin_descriptor &pd)
	Registers calc_rho and calc_total_averga_rho types in blue-sky kernel.
well_state_type	well_state_cast (const std::string &str)
bool	calc_well_register_types (const blue_sky::plugin_descriptor &pd)
	Registers well types in blue-sky kernel.
bool	well_factory_register_type (const blue_sky::plugin_descriptor &pd)
	Registers well factory types in blue-sky kernel.
bool	calc_well_pressure_register_types (const blue_sky::plugin_descriptor &pd)
	Registers calc_well_pressure types in blue-sky kernel.
template<typename R , typename T >
closure0< R, T, R(T::*)()>	closure (R(T::*m)())
template<typename R , typename T , typename A1 >
closure1< R, T, R(T::*)(A1) const, A1 >	closure (R(T::*m)(A1) const, A1 a1)
template<typename R , typename T , typename A1 , typename A2 >
closure2< R, T, R(T::*)(A1, A2), A1, A2 >	closure (R(T::*m)(A1, A2), A1 a1, A2 a2)
template<typename R , typename T , typename A1 , typename A2 , typename A3 >
closure3< R, T, R(T::*)(A1, A2, A3), A1, A2, A3 >	closure (R(T::*m)(A1, A2, A3), A1 a1, A2 a2, A3 a3)
template<typename R , typename T , typename A1 , typename A2 , typename A3 , typename A4 >
closure4< R, T, R(T::*)(A1, A2, A3, A4), A1, A2, A3, A4 >	closure (R(T::*m)(A1, A2, A3, A4), A1 a1, A2 a2, A3 a3, A4 a4)
template<typename R , typename T , typename A1 , typename A2 , typename A3 , typename A4 , typename A5 >
closure5< R, T, R(T::*)(A1, A2, A3, A4, A5) const, A1, A2, A3, A4, A5 >	closure (R(T::*m)(A1, A2, A3, A4, A5) const, A1 a1, A2 a2, A3 a3, A4 a4, A5 a5)
template<typename R , typename T , typename A1 , typename A2 , typename A3 , typename A4 , typename A5 , typename A6 >
closure6< R, T, R(T::*)(A1, A2, A3, A4, A5, A6) const, A1, A2, A3, A4, A5, A6 >	closure (R(T::*m)(A1, A2, A3, A4, A5, A6) const, A1 a1, A2 a2, A3 a3, A4 a4, A5 a5, A6 a6)
bool	data_storage_register_type (const plugin_descriptor &pd)
bool	data_serializer_register_type (const plugin_descriptor &pd)
bool	data_storage_interface_register_type (const plugin_descriptor &pd)
bool	event_base_register_types (const plugin_descriptor &pd)
	Registers event_base types in blue-sky kernel.
bool	well_events_register_type (const blue_sky::plugin_descriptor &pd)
	registers types of events in blue-sky kernel
bool	event_manager_register_types (const plugin_descriptor &pd)
	registers types of event_manager in blue-sky kernel
template<typename lhs_t , typename rhs_t >
mx_op< mx_mul< lhs_t, rhs_t > >	operator* (const mx_op< lhs_t > &lhs, const mx_op< rhs_t > &rhs)
template<typename lhs_t , typename array_t >
mx_op< mx_mul< lhs_t, mx_holder< array_t > > >	operator* (const mx_op< lhs_t > &lhs, const mx_holder< array_t > &rhs)
template<typename array_t , typename rhs_t >
mx_op< mx_mul< mx_holder < array_t >, rhs_t > >	operator* (const mx_holder< array_t > &lhs, const mx_op< rhs_t > &rhs)
template<typename array_t , typename rhs_t >
mx_op< mx_sub< mx_holder < array_t >, rhs_t > >	operator- (const mx_holder< array_t > &lhs, const mx_op< rhs_t > &rhs)
template<typename lhs_t , typename array_t >
mx_op< mx_sub< lhs_t, mx_holder< array_t > > >	operator- (const mx_op< lhs_t > &lhs, const mx_holder< array_t > &rhs)
template<typename lhs_t , typename rhs_t >
mx_op< mx_sub< lhs_t, rhs_t > >	operator- (const mx_op< lhs_t > &lhs, const mx_op< rhs_t > &rhs)
template<typename lhs_t , typename rhs_t >
mx_op< clmn_line_mul < clmn_holder< lhs_t > , line_holder< rhs_t > > >	operator* (const clmn_holder< lhs_t > &lhs, const line_holder< rhs_t > &rhs)
template<typename lhs_t , typename rhs_t >
mx_op< clmn_line_mul < clmn_holder< lhs_t > , line_holder< rhs_t, const_unsafe_trait > > >	operator* (const clmn_holder< lhs_t > &lhs, const line_holder< rhs_t, const_unsafe_trait > &rhs)
template<typename lhs_t , typename rhs_t >
mx_op< clmn_line_mul< lhs_t, line_holder< rhs_t > > >	operator* (const clmn_op< lhs_t > &lhs, line_holder< rhs_t > &rhs)
template<typename lhs_t , typename rhs_t >
line_op< line_mul< line_holder < lhs_t >, line_holder< rhs_t, const_unsafe_trait > > >	operator* (const line_holder< lhs_t > &lhs, const line_holder< rhs_t, const_unsafe_trait > &rhs)
template<typename lhs_t , typename lhs_trait_t , typename rhs_t , typename rhs_trait_t >
scalar_op< line_clmn_mul < line_holder< lhs_t, lhs_trait_t >, clmn_holder < rhs_t, rhs_trait_t > > >	operator* (const line_holder< lhs_t, lhs_trait_t > &lhs, const clmn_holder< rhs_t, rhs_trait_t > &rhs)
template<typename lhs_t , typename rhs_t , typename rhs_trait_t >
scalar_op< line_clmn_mul < lhs_t, clmn_holder< rhs_t, rhs_trait_t > > >	operator* (const line_op< lhs_t > &lhs, const clmn_holder< rhs_t, rhs_trait_t > &rhs)
template<typename lhs_t , typename rhs_t >
line_op< line_mul< lhs_t, rhs_t > >	operator* (const line_op< lhs_t > &lhs, const line_op< rhs_t > &rhs)
template<typename lhs_t , typename rhs_t , typename rhs_trait_t >
line_op< line_mul< lhs_t, line_holder< rhs_t, rhs_trait_t > > >	operator* (const line_op< lhs_t > &lhs, const line_holder< rhs_t, rhs_trait_t > &rhs)
template<typename lhs_t , typename lhs_trait_t , typename rhs_t >
line_op< line_sub< line_holder < lhs_t, lhs_trait_t >, rhs_t > >	operator- (const line_holder< lhs_t, lhs_trait_t > &lhs, const line_op< rhs_t > &rhs)
template<typename lhs_t , typename rhs_t >
line_op< line_sub< lhs_t, rhs_t > >	operator- (const line_op< lhs_t > &lhs, const line_op< rhs_t > &rhs)
template<typename array_t >
clmn_op< mx_clmn_mul < mx_holder< array_t > , clmn_holder< array_t > > >	operator* (const mx_holder< array_t > &mx, const clmn_holder< array_t > &column)
template<typename lhs_t , typename array_t >
clmn_op< mx_clmn_mul< lhs_t, clmn_holder< array_t > > >	operator* (const mx_op< lhs_t > &lhs, const clmn_holder< array_t > &column)
template<typename lhs_t , typename rhs_t >
clmn_op< clmn_sub< lhs_t, rhs_t > >	operator- (const clmn_op< lhs_t > &lhs, const clmn_op< rhs_t > &rhs)
template<typename lhs_t , typename lhs_trait_t , typename rhs_t , typename rhs_trait_t >
clmn_op< clmn_sub< clmn_holder < lhs_t, lhs_trait_t > , clmn_holder< rhs_t, rhs_trait_t > > >	operator- (const clmn_holder< lhs_t, lhs_trait_t > &lhs, const clmn_holder< rhs_t, rhs_trait_t > &rhs)
template<typename lhs_t , typename lhs_trait_t , typename rhs_t >
clmn_op< clmn_sub< clmn_holder < lhs_t, lhs_trait_t >, rhs_t > >	operator- (const clmn_holder< lhs_t, lhs_trait_t > &lhs, const clmn_op< rhs_t > &rhs)
template<typename mx_t >
mx_op< mx_scalar_mul< typename mx_t::array_t > >	operator* (const mx_t &mx, typename mx_t::value_type scalar)
template<typename lhs_t >
mx_op< mx_scalar_mul< lhs_t > >	operator* (const mx_op< lhs_t > &mx, typename lhs_t::value_type scalar)
template<typename array_t >
clmn_op< clmn_scalar_mul < array_t > >	operator* (const clmn_holder< array_t > &clmn, typename array_t::value_type scalar)
template<typename lhs_t >
clmn_op< clmn_scalar_mul< lhs_t > >	operator* (const clmn_op< lhs_t > &clmn, typename lhs_t::value_type scalar)
template<typename array_t >
clmn_op< clmn_scalar_mul < array_t > >	operator* (typename array_t::value_type scalar, const clmn_holder< array_t > &clmn)
template<typename lhs_t , typename rhs_t , typename rhs_trait_t >
line_op< clmn_scalar_mul< rhs_t > >	operator* (lhs_t scalar, const line_holder< rhs_t, rhs_trait_t > &rhs)
template<typename lhs_t , typename lhs_trait_t >
line_op< clmn_scalar_mul< lhs_t > >	operator* (const line_holder< lhs_t, lhs_trait_t > &lhs, typename lhs_t::value_type scalar)
template<typename item_t , typename rhs_t >
item_t	operator- (item_t lhs, const scalar_op< rhs_t > &rhs)
template<typename mx_t >
mx_op< mx_inverse< typename mx_t::array_t > >	inverse (const mx_t &mx)
bool	facility_manager_register_type (const blue_sky::plugin_descriptor &pd)
	Registers facility_manager types in blue-sky kernel.
template<typename strategy_t , typename method_t >
void	for_each_well (facility_manager< strategy_t > &facility_list, method_t method)
	For each well in facility_list calls method method.
template<typename strategy_t , typename method_t >
void	for_each_facility (facility_manager< strategy_t > &facility_list, method_t method)
	For each facility in facility_list calls method method.
template<typename strategy_t , typename method_t >
bool	for_each_well_while_cond (facility_manager< strategy_t > &facility_list, method_t method)
	For each well in facilit_list calls method method while method not return true.
template<typename strategy_t , typename method_t >
size_t	for_each_well_acc (facility_manager< strategy_t > &facility_list, method_t method)
	Accumulates values returned by method for each well in facility_list.
template<typename matrix_t >
void	calc_inverse_matrix (int n, matrix_t &matrix)
	Calculates inverse matrix.
bool	reservoir_simulator_register_types (const plugin_descriptor &pd)
	registers reservoir_simulator types in blue-sky kernel
bool	two_stage_prec_register_type (const blue_sky::plugin_descriptor &pd)
	Registers types in blue-sky kernel.
template<typename this_t , typename callee_t >
static one_call_proxy< this_t, callee_t >	one_call (this_t *this_, callee_t callee)
template<typename this_t , typename callee_t >
static two_call_proxy< this_t, callee_t >	two_call (this_t *this_, callee_t first_callee, callee_t second_callee)
template<typename data_t , typename params_t >
void	compute_potentials (const data_t &data, params_t &params)
template<typename params_t >
bool	is_prod_potential (const params_t &params)
template<typename params_t , typename inj_inner_loop_t , typename prod_inner_loop_t >
void	connection_loop (params_t &params, const inj_inner_loop_t &inj_inner_loop, const prod_inner_loop_t &prod_inner_loop)
template<typename params_t , typename inner_loop_t >
void	update_wr_connection_loop (params_t &params, const inner_loop_t &inner_loop)
template<typename params_t , typename inner_loop_t >
void	apply_wefac_connection_loop (params_t &params, const inner_loop_t &inner_loop)
Variables
	FI_PHASE_WATER
FI_PHASE_GAS	FI_PHASE_OIL
FI_PHASE_GAS	FI_PHASE_GAS
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	p_deriv_invers_fvf
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	s_deriv_cap_pressure
FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS	p_deriv_invers_visc_fvf
closure0< R, T, R(T::*)() const	closure )(R(T::*m)() const)
class BS_API_PLUGIN	keyword_info_base
struct BS_API_PLUGIN	trans_multipliers_calc
class BS_API_PLUGIN	well

Enumeration Type Documentation

enum blue_sky::conn_d_params

Floating point paramters for connection.

Enumerator:

CONN_D_PARAM_COR	0 - current oil rate
CONN_D_PARAM_CWR	1 - current water rate
CONN_D_PARAM_CGR	2 - current gas rate
CONN_D_PARAM_CLR	3 - current liquid rate
CONN_D_PARAM_COI	4 - current oil injection
CONN_D_PARAM_CWI	5 - current water injection
CONN_D_PARAM_CGI	6 - current gas injection
CONN_D_PARAM_BHP	7 - BHP for connection
CONN_D_PARAM_BULKP	8 - bulk pressure
CONN_D_PARAM_TOR	9 - total oil rate
CONN_D_PARAM_TWR	10- total water rate
CONN_D_PARAM_TGR	11- total gas rate
CONN_D_PARAM_TLR	12- total liquid rate
CONN_D_PARAM_TOI	13- total oil injection
CONN_D_PARAM_TWI	14- total water injection
CONN_D_PARAM_TGI	15- total gas injection
CONN_D_PARAM_FACTOR	16- connection factor
CONN_D_PARAM_DEPTH	17- connection depth
CONN_D_PARAM_COUNT

enum blue_sky::conn_i_params

Integer parameters for connection.

Enumerator:

CONN_I_PARAM_STATUS	0 - state of connection: 0 - close, 1 - open
CONN_I_PARAM_GRP_STATUS	1 - type of connection: 0 - usual, 1 - grp_primary, 2 - grp_secondary
CONN_I_PARAM_I	2 - index of connection block by X axes in mesh
CONN_I_PARAM_J	3 - index of connection block by Y axes in mesh
CONN_I_PARAM_K1	4 - start layer index of connection block by Z
CONN_I_PARAM_K2	5 - end layer index of connection block by Z
CONN_I_PARAM_NBLOCK	6 - block number in mesh
CONN_I_PARAM_COUNT

enum blue_sky::fip_d_params

Enumerator:

FIP_D_PARAM_COIP
FIP_D_PARAM_CMOIP
FIP_D_PARAM_CWIP
FIP_D_PARAM_CGIP
FIP_D_PARAM_HPROD
FIP_D_PARAM_PAV
FIP_D_PARAM_CPVOL
FIP_D_PARAM_OIL_IN
FIP_D_PARAM_WATER_IN
FIP_D_PARAM_WATER_OUT
FIP_D_PARAM_SWAV
FIP_D_PARAM_SOAV
FIP_D_PARAM_SGAV
FIP_D_PARAM_GOR
FIP_D_PARAM_COUNT

enum blue_sky::restore_solution_return_type

type of return value for restore_solution

Todo:: describe enum values

Enumerator:

SMALL_TIME_STEP_FAIL	solution restoring failed, newton process should be terminated
SMALL_TIME_STEP_OK	solution restored successfully
SMALL_TIME_STEP_CHOP	solution restoring failed, newton process should be restarted

enum blue_sky::well_d_params

Floating point parameters for well.

Enumerator:

WELL_D_PARAM_COR	0 - current oil rate
WELL_D_PARAM_CWR	1 - current water rate
WELL_D_PARAM_CGR	2 - current gas rate
WELL_D_PARAM_CLR	3 - current liquid rate
WELL_D_PARAM_COI	4 - current oil injection
WELL_D_PARAM_CWI	5 - current water injection
WELL_D_PARAM_CGI	6 - current gas injection
WELL_D_PARAM_HCOR	7 - current history oil rate
WELL_D_PARAM_HCWR	8 - current history water rate
WELL_D_PARAM_HCGR	9 - current history gas rate
WELL_D_PARAM_HCLR	10- current history liquid rate
WELL_D_PARAM_HCOI	11- current history oil injection
WELL_D_PARAM_HCWI	12- current history water injection
WELL_D_PARAM_HCGI	13- current history gas injection
WELL_D_PARAM_CBHP	14- BHP for connection
WELL_D_PARAM_HBHP	15- BHP defined for well
WELL_D_PARAM_TOR	16- total oil rate
WELL_D_PARAM_TWR	17- total water rate
WELL_D_PARAM_TGR	18- total gas rate
WELL_D_PARAM_TLR	19- total liquid rate
WELL_D_PARAM_TOI	20- total oil injection
WELL_D_PARAM_TWI	21- total water injection
WELL_D_PARAM_TGI	22- total gas injection
WELL_D_PARAM_HTOR	23- total history oil rate
WELL_D_PARAM_HTWR	24- total history water rate
WELL_D_PARAM_HTGR	25- total history gas rate
WELL_D_PARAM_HTLR	26- total history liquid rate
WELL_D_PARAM_HTOI	27- total history oil injection
WELL_D_PARAM_HTWI	28- total history water injection
WELL_D_PARAM_HTGI	29- total history gas injection
WELL_D_PARAM_WEFAC	30- wefac (effectivity of well)
WELL_D_PARAM_WBP1	31- average well's pressure for 1 block
WELL_D_PARAM_WBP4	32- average well's pressure for 4 block
WELL_D_PARAM_WBP5	33- average well's pressure for 5 block
WELL_D_PARAM_WBP9	34- average well's pressure for 9 block
WELL_D_PARAM_COUNT

enum blue_sky::well_i_params

Integer parameters for well.

Todo:: Describe elements

Enumerator:

WELL_I_PARAM_HSTATUS
WELL_I_PARAM_STATUS
WELL_I_PARAM_COUNT

enum blue_sky::well_state_type

Type of well status.

Enumerator:

well_open	Well is open.
well_shut	Well is shut.
well_state_total

Function Documentation

template<typename item_t , typename wefac_t >

item_t blue_sky::apply_wefac	(	item_t	item,
		wefac_t	wefac
	)			`[inline]`

applies wefac factor to passed value

Parameters:

	item	value to wefac applied
	wefac	wefac factor, applies only if wefac > 0.0

Returns:: return wefac * item

Referenced by blue_sky::main_loop_calc< strategy_t, is_w, is_g, is_o >::compute_acc_rates(), blue_sky::well_rate_control_impl< impl_type_t >::compute_derivs(), blue_sky::well_rate_control_impl< impl_type_t >::compute_rate(), and blue_sky::save_connection_data< strategy_t >::save().

template<typename params_t , typename inner_loop_t >

void blue_sky::apply_wefac_connection_loop	(	params_t &	params,
		const inner_loop_t &	inner_loop
	)			`[inline]`

Referenced by blue_sky::well_rate_control_impl< impl_type_t >::compute_derivs(), and blue_sky::well_rate_control_impl< impl_type_t >::compute_rate().

template<typename matrix_t >

void blue_sky::calc_inverse_matrix	(	int	n,
		matrix_t &	matrix
	)			`[inline]`

Calculates inverse matrix.

Parameters:

	n	Size of matrix
	matrix	Original matrix

Returns:: 0 on success otherwise -1

Referenced by blue_sky::mx_inverse< array_t_ >::mx_inverse().

bool blue_sky::calc_rho_register_types ( const blue_sky::plugin_descriptor & pd )

Registers calc_rho and calc_total_averga_rho types in blue-sky kernel.

Parameters:

pd

plugin_descriptor

Returns:: true if types registered successfully

bool blue_sky::calc_well_pressure_register_types ( const blue_sky::plugin_descriptor & pd )

Registers calc_well_pressure types in blue-sky kernel.

Parameters:

pd

plugin_descriptor

Returns:: True if all types registered successfully

bool blue_sky::calc_well_register_types ( const blue_sky::plugin_descriptor & pd )

Registers well types in blue-sky kernel.

Parameters:

pd

plugin_desriptor

Returns:: True if all types registered successfully

template<typename R , typename T , typename A1 , typename A2 , typename A3 , typename A4 , typename A5 , typename A6 >

closure6<R, T, R (T::*) (A1, A2, A3, A4, A5, A6) const, A1, A2, A3, A4, A5, A6> blue_sky::closure	(	R(T::*)(A1, A2, A3, A4, A5, A6) const	m,
		A1	a1,
		A2	a2,
		A3	a3,
		A4	a4,
		A5	a5,
		A6	a6
	)			`[inline]`

template<typename R , typename T , typename A1 , typename A2 , typename A3 , typename A4 , typename A5 >

closure5<R, T, R (T::*) (A1, A2, A3, A4, A5) const, A1, A2, A3, A4, A5> blue_sky::closure	(	R(T::*)(A1, A2, A3, A4, A5) const	m,
		A1	a1,
		A2	a2,
		A3	a3,
		A4	a4,
		A5	a5
	)			`[inline]`

template<typename R , typename T , typename A1 , typename A2 , typename A3 , typename A4 >

closure4<R, T, R (T::*) (A1, A2, A3, A4), A1, A2, A3, A4> blue_sky::closure	(	R(T::*)(A1, A2, A3, A4)	m,
		A1	a1,
		A2	a2,
		A3	a3,
		A4	a4
	)			`[inline]`

template<typename R , typename T , typename A1 , typename A2 , typename A3 >

closure3<R, T, R (T::*) (A1, A2, A3), A1, A2, A3> blue_sky::closure	(	R(T::*)(A1, A2, A3)	m,
		A1	a1,
		A2	a2,
		A3	a3
	)			`[inline]`

template<typename R , typename T , typename A1 , typename A2 >

closure2<R, T, R (T::*) (A1, A2), A1, A2> blue_sky::closure	(	R(T::*)(A1, A2)	m,
		A1	a1,
		A2	a2
	)			`[inline]`

template<typename R , typename T , typename A1 >

closure1<R, T, R (T::*) (A1) const, A1> blue_sky::closure	(	R(T::*)(A1) const	m,
		A1	a1
	)			`[inline]`

template<typename R , typename T >

closure0<R, T, R (T::*) ()> blue_sky::closure ( R(T::*)() m ) [inline]

template<typename data_t , typename params_t >

void blue_sky::compute_potentials	(	const data_t &	data,
		params_t &	params
	)			`[inline]`

References CAP_PRESSURE, FI_PHASE_GAS, and FI_PHASE_WATER.

Referenced by connection_loop().

template<typename params_t , typename inj_inner_loop_t , typename prod_inner_loop_t >

void blue_sky::connection_loop	(	params_t &	params,
		const inj_inner_loop_t &	inj_inner_loop,
		const prod_inner_loop_t &	prod_inner_loop
	)			`[inline]`

References compute_potentials(), and is_prod_potential().

Referenced by blue_sky::well_rate_control_impl< impl_type_t >::compute_derivs(), and blue_sky::well_rate_control_impl< impl_type_t >::compute_rate().

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bool blue_sky::data_serializer_register_type ( const plugin_descriptor & pd )

bool blue_sky::data_storage_interface_register_type ( const plugin_descriptor & pd )

bool blue_sky::data_storage_register_type ( const plugin_descriptor & pd )

FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS blue_sky::DEF_FUN	(	mobility	,
		3	,
		(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)
	)

Type Constraints

FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS blue_sky::DEF_FUN	(	density	,
		3	,
		(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)
	)

Type Constraints

FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS blue_sky::DEF_FUN	(	invers_visc_fvf	,
		3	,
		(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)
	)

Type Constraints

FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS blue_sky::DEF_FUN	(	invers_viscosity	,
		3	,
		(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)
	)

Type Constraints

FI_PHASE_GAS FI_PHASE_GAS blue_sky::DEF_FUN	(	invers_fvf	,
		3	,
		(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)
	)

Type Constraints

FI_PHASE_GAS blue_sky::DEF_FUN	(	relative_perm	,
		3	,
		(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)
	)

Type Constraints

blue_sky::DEF_FUN	(	cap_pressure	,
		2	,
		(FI_PHASE_WATER, FI_PHASE_GAS)
	)

FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS blue_sky::DEF_FUN_2	(	s_deriv_mobility	,
		3	,
		(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)	,
		3	,
		(FI_PHASE_OIL, FI_PHASE_WATER, FI_PHASE_GAS)
	)

Type Constraints

FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS FI_PHASE_GAS blue_sky::DEF_FUN_PAIR	(	s_deriv_invers_viscosity	,
		p_deriv_invers_viscosity	,
		s_deriv_cap_pressure	,
		2	,
		(FI_PHASE_WATER, FI_PHASE_GAS)
	)

Type Constraints

bool blue_sky::event_base_register_types ( const plugin_descriptor & pd )

Registers event_base types in blue-sky kernel.

Parameters:

pd

plugin_descriptor

Returns:: True if all types registered successfully

bool blue_sky::event_manager_register_types ( const plugin_descriptor & pd )

registers types of event_manager in blue-sky kernel

Parameters:

pd

plugin_descriptor

Returns:: true if all types registered successfully

bool blue_sky::facility_manager_register_type ( const blue_sky::plugin_descriptor & pd )

Registers facility_manager types in blue-sky kernel.

Parameters:

pd

plugin_descriptor

Returns:: True if all types registered successfully

template<typename strategy_t , typename method_t >

void blue_sky::for_each_facility	(	facility_manager< strategy_t > &	facility_list,
		method_t	method
	)			`[inline]`

For each facility in facility_list calls method method.

Parameters:

	facility_list
	method

References blue_sky::facility_manager< strategy_t >::wells_begin(), and blue_sky::facility_manager< strategy_t >::wells_end().

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template<typename strategy_t , typename method_t >

void blue_sky::for_each_well	(	facility_manager< strategy_t > &	facility_list,
		method_t	method
	)			`[inline]`

For each well in facility_list calls method method.

Parameters:

	facility_list
	method

References well, blue_sky::facility_manager< strategy_t >::wells_begin(), and blue_sky::facility_manager< strategy_t >::wells_end().

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template<typename strategy_t , typename method_t >

size_t blue_sky::for_each_well_acc	(	facility_manager< strategy_t > &	facility_list,
		method_t	method
	)			`[inline]`

Accumulates values returned by method for each well in facility_list.

Parameters:

	facility_list
	method

Returns:: Accumulated value

References well, blue_sky::facility_manager< strategy_t >::wells_begin(), and blue_sky::facility_manager< strategy_t >::wells_end().

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template<typename strategy_t , typename method_t >

bool blue_sky::for_each_well_while_cond	(	facility_manager< strategy_t > &	facility_list,
		method_t	method
	)			`[inline]`

For each well in facilit_list calls method method while method not return true.

Parameters:

	facility_list
	method

Returns:: True if for any well in list method returns true

References well, blue_sky::facility_manager< strategy_t >::wells_begin(), and blue_sky::facility_manager< strategy_t >::wells_end().

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template<typename mx_t >

mx_op<mx_inverse <typename mx_t::array_t> > blue_sky::inverse ( const mx_t & mx ) [inline]

template<typename params_t >

bool blue_sky::is_prod_potential ( const params_t & params ) [inline]

Referenced by connection_loop().

template<typename this_t , typename callee_t >

static one_call_proxy<this_t, callee_t> blue_sky::one_call	(	this_t *	this_,
		callee_t	callee
	)			`[inline, static]`

Referenced by blue_sky::well_rate_control_impl< impl_type_t >::compute_derivs(), and blue_sky::well_rate_control_impl< impl_type_t >::compute_rate().

template<typename lhs_t , typename lhs_trait_t >

line_op<clmn_scalar_mul <lhs_t> > blue_sky::operator*	(	const line_holder< lhs_t, lhs_trait_t > &	lhs,
		typename lhs_t::value_type	scalar
	)			`[inline]`

References blue_sky::line_holder< array_type, trait_t >::array_, and blue_sky::line_holder< array_type, trait_t >::block_size().

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template<typename lhs_t , typename rhs_t , typename rhs_trait_t >

line_op<clmn_scalar_mul <rhs_t> > blue_sky::operator*	(	lhs_t	scalar,
		const line_holder< rhs_t, rhs_trait_t > &	rhs
	)			`[inline]`

References blue_sky::line_holder< array_type, trait_t >::array_, and blue_sky::line_holder< array_type, trait_t >::block_size().

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template<typename array_t >

clmn_op<clmn_scalar_mul <array_t> > blue_sky::operator*	(	typename array_t::value_type	scalar,
		const clmn_holder< array_t > &	clmn
	)			`[inline]`

References blue_sky::clmn_holder< array_t_, trait_t >::array_, and blue_sky::clmn_holder< array_t_, trait_t >::block_size_.

template<typename lhs_t >

clmn_op<clmn_scalar_mul <lhs_t> > blue_sky::operator*	(	const clmn_op< lhs_t > &	clmn,
		typename lhs_t::value_type	scalar
	)			`[inline]`

References blue_sky::clmn_op< clmn_op_t >::block_size(), and blue_sky::clmn_op< clmn_op_t >::clmn_op_.

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template<typename array_t >

clmn_op<clmn_scalar_mul <array_t> > blue_sky::operator*	(	const clmn_holder< array_t > &	clmn,
		typename array_t::value_type	scalar
	)			`[inline]`

References blue_sky::clmn_holder< array_t_, trait_t >::array_, and blue_sky::clmn_holder< array_t_, trait_t >::block_size_.

template<typename lhs_t >

mx_op<mx_scalar_mul <lhs_t> > blue_sky::operator*	(	const mx_op< lhs_t > &	mx,
		typename lhs_t::value_type	scalar
	)			`[inline]`

References blue_sky::mx_op< mx_op_t >::block_size(), and blue_sky::mx_op< mx_op_t >::mx_op_.

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template<typename mx_t >

mx_op<mx_scalar_mul <typename mx_t::array_t> > blue_sky::operator*	(	const mx_t &	mx,
		typename mx_t::value_type	scalar
	)			`[inline]`

template<typename lhs_t , typename array_t >

clmn_op<mx_clmn_mul <lhs_t, clmn_holder <array_t> > > blue_sky::operator*	(	const mx_op< lhs_t > &	lhs,
		const clmn_holder< array_t > &	column
	)			`[inline]`

References blue_sky::mx_op< mx_op_t >::mx_op_.

template<typename array_t >

clmn_op<mx_clmn_mul <mx_holder <array_t>, clmn_holder <array_t> > > blue_sky::operator*	(	const mx_holder< array_t > &	mx,
		const clmn_holder< array_t > &	column
	)			`[inline]`

template<typename lhs_t , typename rhs_t , typename rhs_trait_t >

line_op<line_mul <lhs_t, line_holder <rhs_t, rhs_trait_t> > > blue_sky::operator*	(	const line_op< lhs_t > &	lhs,
		const line_holder< rhs_t, rhs_trait_t > &	rhs
	)			`[inline]`

References blue_sky::line_op< line_op_t >::line_op_.

template<typename lhs_t , typename rhs_t >

line_op<line_mul <lhs_t, rhs_t> > blue_sky::operator*	(	const line_op< lhs_t > &	lhs,
		const line_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::line_op< line_op_t >::line_op_.

template<typename lhs_t , typename rhs_t , typename rhs_trait_t >

scalar_op<line_clmn_mul <lhs_t, clmn_holder <rhs_t, rhs_trait_t> > > blue_sky::operator*	(	const line_op< lhs_t > &	lhs,
		const clmn_holder< rhs_t, rhs_trait_t > &	rhs
	)			`[inline]`

References blue_sky::line_op< line_op_t >::line_op_.

template<typename lhs_t , typename lhs_trait_t , typename rhs_t , typename rhs_trait_t >

scalar_op<line_clmn_mul <line_holder <lhs_t, lhs_trait_t>, clmn_holder <rhs_t, rhs_trait_t> > > blue_sky::operator*	(	const line_holder< lhs_t, lhs_trait_t > &	lhs,
		const clmn_holder< rhs_t, rhs_trait_t > &	rhs
	)			`[inline]`

template<typename lhs_t , typename rhs_t >

line_op<line_mul <line_holder <lhs_t>, line_holder <rhs_t, const_unsafe_trait> > > blue_sky::operator*	(	const line_holder< lhs_t > &	lhs,
		const line_holder< rhs_t, const_unsafe_trait > &	rhs
	)			`[inline]`

template<typename lhs_t , typename rhs_t >

mx_op<clmn_line_mul <lhs_t, line_holder <rhs_t> > > blue_sky::operator*	(	const clmn_op< lhs_t > &	lhs,
		line_holder< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::clmn_op< clmn_op_t >::clmn_op_.

template<typename lhs_t , typename rhs_t >

mx_op<clmn_line_mul <clmn_holder <lhs_t>, line_holder <rhs_t, const_unsafe_trait> > > blue_sky::operator*	(	const clmn_holder< lhs_t > &	lhs,
		const line_holder< rhs_t, const_unsafe_trait > &	rhs
	)			`[inline]`

template<typename lhs_t , typename rhs_t >

mx_op<clmn_line_mul <clmn_holder <lhs_t>, line_holder <rhs_t> > > blue_sky::operator*	(	const clmn_holder< lhs_t > &	lhs,
		const line_holder< rhs_t > &	rhs
	)			`[inline]`

template<typename array_t , typename rhs_t >

mx_op<mx_mul <mx_holder <array_t>, rhs_t> > blue_sky::operator*	(	const mx_holder< array_t > &	lhs,
		const mx_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::mx_op< mx_op_t >::mx_op_.

template<typename lhs_t , typename array_t >

mx_op<mx_mul <lhs_t, mx_holder <array_t> > > blue_sky::operator*	(	const mx_op< lhs_t > &	lhs,
		const mx_holder< array_t > &	rhs
	)			`[inline]`

References blue_sky::mx_op< mx_op_t >::mx_op_.

template<typename lhs_t , typename rhs_t >

mx_op<mx_mul <lhs_t, rhs_t> > blue_sky::operator*	(	const mx_op< lhs_t > &	lhs,
		const mx_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::mx_op< mx_op_t >::mx_op_.

template<typename item_t , typename rhs_t >

item_t blue_sky::operator-	(	item_t	lhs,
		const scalar_op< rhs_t > &	rhs
	)			`[inline]`

template<typename lhs_t , typename lhs_trait_t , typename rhs_t >

clmn_op<clmn_sub <clmn_holder <lhs_t, lhs_trait_t>, rhs_t> > blue_sky::operator-	(	const clmn_holder< lhs_t, lhs_trait_t > &	lhs,
		const clmn_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::clmn_op< clmn_op_t >::clmn_op_.

template<typename lhs_t , typename lhs_trait_t , typename rhs_t , typename rhs_trait_t >

clmn_op<clmn_sub <clmn_holder <lhs_t, lhs_trait_t>, clmn_holder <rhs_t, rhs_trait_t> > > blue_sky::operator-	(	const clmn_holder< lhs_t, lhs_trait_t > &	lhs,
		const clmn_holder< rhs_t, rhs_trait_t > &	rhs
	)			`[inline]`

template<typename lhs_t , typename rhs_t >

clmn_op<clmn_sub <lhs_t, rhs_t> > blue_sky::operator-	(	const clmn_op< lhs_t > &	lhs,
		const clmn_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::clmn_op< clmn_op_t >::clmn_op_.

template<typename lhs_t , typename rhs_t >

line_op<line_sub <lhs_t, rhs_t> > blue_sky::operator-	(	const line_op< lhs_t > &	lhs,
		const line_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::line_op< line_op_t >::line_op_.

template<typename lhs_t , typename lhs_trait_t , typename rhs_t >

line_op<line_sub <line_holder <lhs_t, lhs_trait_t>, rhs_t> > blue_sky::operator-	(	const line_holder< lhs_t, lhs_trait_t > &	lhs,
		const line_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::line_op< line_op_t >::line_op_.

template<typename lhs_t , typename rhs_t >

mx_op<mx_sub <lhs_t, rhs_t> > blue_sky::operator-	(	const mx_op< lhs_t > &	lhs,
		const mx_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::mx_op< mx_op_t >::mx_op_.

template<typename lhs_t , typename array_t >

mx_op<mx_sub <lhs_t, mx_holder <array_t> > > blue_sky::operator-	(	const mx_op< lhs_t > &	lhs,
		const mx_holder< array_t > &	rhs
	)			`[inline]`

References blue_sky::mx_op< mx_op_t >::mx_op_.

template<typename array_t , typename rhs_t >

mx_op<mx_sub <mx_holder <array_t>, rhs_t> > blue_sky::operator-	(	const mx_holder< array_t > &	lhs,
		const mx_op< rhs_t > &	rhs
	)			`[inline]`

References blue_sky::mx_op< mx_op_t >::mx_op_.

bool blue_sky::reservoir_simulator_register_types ( const plugin_descriptor & pd )

registers reservoir_simulator types in blue-sky kernel

Parameters:

pd

plugin descriptor

Returns:: true if all types registered successfully

template<typename this_t , typename callee_t >

static two_call_proxy<this_t, callee_t> blue_sky::two_call	(	this_t *	this_,
		callee_t	first_callee,
		callee_t	second_callee
	)			`[inline, static]`

Referenced by blue_sky::well_rate_control_impl< impl_type_t >::compute_derivs().

bool blue_sky::two_stage_prec_register_type ( const blue_sky::plugin_descriptor & pd )

Registers types in blue-sky kernel.

Parameters:

pd

plugin_descriptor

Returns:: True if all types registered successfully

template<typename params_t , typename inner_loop_t >

void blue_sky::update_wr_connection_loop	(	params_t &	params,
		const inner_loop_t &	inner_loop
	)			`[inline]`

Referenced by blue_sky::well_rate_control_impl< impl_type_t >::compute_derivs().

bool blue_sky::well_events_register_type ( const blue_sky::plugin_descriptor & pd )

registers types of events in blue-sky kernel

Parameters:

pd

plugin_descriptor

Returns:: true if all types registered successfully

bool blue_sky::well_factory_register_type ( const blue_sky::plugin_descriptor & pd )

Registers well factory types in blue-sky kernel.

Parameters:

pd

plugin_desriptor

Returns:: True if all types registered successfully

well_state_type blue_sky::well_state_cast ( const std::string & str )

Variable Documentation

closure6<R, T, R (T::*) (A1, A2, A3, A4, A5, A6), A1, A2, A3, A4, A5, A6 blue_sky::closure)(R(T::*m)(A1, A2, A3, A4, A5, A6), A1 a1, A2 a2, A3 a3, A4 a4, A5 a5, A6 a6) [inline]

FI_PHASE_GAS blue_sky::FI_PHASE_GAS