blue_sky::well< strategy_t > Class Template Reference

Base class for wells. More...

#include <calc_well.h>

Inheritance diagram for blue_sky::well< strategy_t >:

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Collaboration diagram for blue_sky::well< strategy_t >:

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List of all members.

Public Types
typedef well< strategy_t >	well_t
typedef strategy_t::item_array_t	item_array_t
typedef strategy_t::rhs_item_array_t	rhs_item_array_t
typedef strategy_t::index_array_t	index_array_t
typedef strategy_t::index_t	index_t
typedef strategy_t::item_t	item_t
typedef strategy_t::rhs_item_t	rhs_item_t
typedef rate_data< strategy_t >	rate_data_t
typedef rate_data_t::rate_data_inner	rate_data_inner_t
typedef well_state< strategy_t >	well_state_t
typedef wells::well_controller < strategy_t >	well_controller_t
typedef wells::well_rate_control < strategy_t >	well_rate_control_t
typedef calc_model< strategy_t >	calc_model_t
typedef calc_model_data < strategy_t >	calc_model_data_t
typedef wells::connection < strategy_t >	connection_t
typedef rs_mesh_iface< strategy_t >	mesh_iface_t
typedef jacobian_matrix < strategy_t >	jacobian_matrix_t
typedef pvt_oil< strategy_t >	pvt_oil_t
typedef pvt_dead_oil< strategy_t >	pvt_dead_oil_t
typedef pvt_gas< strategy_t >	pvt_gas_t
typedef pvt_water< strategy_t >	pvt_water_t
typedef calc_well_pressure_base < strategy_t >	calc_well_pressure_t
typedef calc_rho_base< strategy_t >	calc_rho_base_t
typedef calc_perf_density_base < strategy_t >	calc_perf_density_t
typedef calc_perf_bhp_base < strategy_t >	calc_perf_bhp_t
typedef smart_ptr < well_controller_t, true >	sp_well_controller_t
typedef smart_ptr < wells::well_limit_operation, true >	sp_well_limit_operation_t
typedef smart_ptr < calc_model_t, true >	sp_calc_model_t
typedef smart_ptr < mesh_iface_t, true >	sp_mesh_iface_t
typedef smart_ptr< well_t, true >	sp_well_t
typedef smart_ptr< pvt_oil_t, true >	sp_pvt_oil_t
typedef smart_ptr < pvt_dead_oil_t, true >	sp_pvt_dead_oil_t
typedef smart_ptr< pvt_gas_t, true >	sp_pvt_gas_t
typedef smart_ptr< pvt_water_t, true >	sp_pvt_water_t
typedef smart_ptr < jacobian_matrix_t, true >	sp_jmatrix_t
typedef smart_ptr < connection_t, true >	sp_connection_t
typedef smart_ptr < calc_well_pressure_t, true >	sp_calc_well_pressure_t
typedef smart_ptr < calc_rho_base_t, true >	sp_calc_rho_t
typedef smart_ptr < calc_perf_density_t, true >	sp_calc_perf_density_t
typedef smart_ptr < calc_perf_bhp_t, true >	sp_calc_perf_bhp_t
typedef smart_ptr< fi_params, true >	sp_params_t
Public Member Functions
virtual sp_connection_t	add_connection (index_t i_coord, index_t j_coord, index_t k_coord, index_t n_block)
	Adds connection (perforation) to well and return it.
virtual sp_connection_t	get_connection (index_t idx) const
	Returns connection (perforation) with index idx.
virtual sp_connection_t	get_connection_map (index_t n_block) const
	Returns connection (perforation) with n_block.
virtual size_t	get_connections_count () const
	Returns count of connection (perforation) for well.
void	set_coord (index_t i_coord, index_t j_coord)
	Sets coordinates of heel.
void	set_bhp_depth (item_t bhp_depth)
	Sets BHP reference depth.
void	set_state (well_state_type well_state, const sp_calc_model_t &calc_model)
	Sets initial state of well.
void	set_exploitation_factor (item_t exploitation_factor)
	Sets exploitation factor (wefac).
void	set_controller (sp_well_controller_t controller)
	Sets well controller.
void	set_limit_operation (sp_well_limit_operation_t limit_operation)
	Sets well limit operation - operation that should be performed if well limits reached.
sp_well_controller_t	get_controller () const
	Returns well_controler instance.
sp_well_limit_operation_t	get_limit_operation () const
	Returns well_limit_operation instance.
const std::string &	get_name () const
	Returns name of the well.
void	set_name (const std::string &name)
	Sets name of the well.
item_t	get_bhp_depth () const
	Returns BHP reference depth.
item_t	bhp () const
	Returns BHP value.
const rate_data_t &	rate () const
	Returns rate data.
const rate_data_t &	rate_total () const
	Returns total rate data.
const rate_data_inner_t &	rate_prod () const
	Returns production part of rate data.
const rate_data_inner_t &	rate_inj () const
	Returns injection part of rate data.
bool	is_open () const
	Checks if well is open.
const std::string &	name () const
	Returns name of the well.
void	set_bhp (item_t bhp)
	Sets value of BHP.
bool	fi_check_limits () const
item_t	get_reference_depth (const sp_mesh_iface_t &mesh) const
	Returns calculated reference depth.
item_t	get_reference_pressure () const
	Returns BHP value.
bool	check_connections_bhp (const item_array_t &pressure) const
	Checks connections BHP.
bool	is_bhp () const
	Returns true if well controlled by BHP.
bool	is_rate () const
	Returns true if well controlled by rate.
bool	is_shut () const
	Returns true is well is shuted.
const sp_well_controller_t &	get_well_controller () const
	Returns well_controller instance.
item_t	get_input_rate () const
	Returns input rate (from well_controller).
bool	check_shut (const sp_calc_model_t &calc_model)
	Checks well on shut if not shut fills open_connections_ array.
void	reset_init_approx ()
	Resets init_approx_is_calc_ flag.
virtual array_ext< item_t >	get_ww_value ()
	Returns ww_value.
virtual array_ext< item_t >	get_bw_value ()
	Returns bw_value.
virtual void	eliminate (rhs_item_t *array, index_t rw_index, index_t wr_index, double dt, index_t block_size) const
	Calculates Jacobian value and stores it in array.
virtual void	process (bool is_start, double dt, const sp_calc_model_t &calc_model, const sp_mesh_iface_t &mesh, sp_jmatrix_t &jmatrix)
	Calculates rate and deriv values for well and well perforations (connections).
virtual void	clear_data ()
	Clears well and well perforations data.
virtual void	fill_rows (index_array_t &rows) const
	Fills Jacobian rows.
virtual void	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
	Fills Jacobian colls and values, uses eliminate for fill values.
virtual void	fill_rhs (double dt, index_t n_phases, bool is_g, bool is_o, bool is_w, rhs_item_array_t &rhs) const
	Fills rhs array with rate values.
virtual void	restore_solution (double dt, const item_array_t &p_sol, const item_array_t &s_sol, index_t block_size)
	Restores solution.
virtual void	custom_init (const sp_calc_model_t &mdl)
	Custom init.
virtual void	pre_large_step (const sp_calc_model_t &calc_model, const sp_mesh_iface_t &mesh)
	Performs actions before start of each large step.
virtual void	pre_small_step ()
	Performs actions before start of each small step.
virtual void	pre_newton_step ()
	Performs actions before start of each newton step.
virtual void	restart_small_step ()
	Restores 'internal-state' of well if small step failed.
virtual void	restart_newton_step ()
	Restores 'internal-state' of well if newton step failed.
virtual	~well ()
	well dtor
	well (const std::string &well_name)
	well ctor
	BLUE_SKY_TYPE_DECL_T (well< strategy_t >)
	blue-sky type declaration
Public Attributes
std::string	name_
	Name of the well.
auto_value< index_t,-1 >	i_coord_
	i coordinate of hell (well head)
auto_value< index_t,-1 >	j_coord_
	j coordinate of hell (well head)
sp_well_controller_t	well_controller_
	well_controller instance
auto_value< item_t,-1 >	bhp_depth_
	BHP reference depth.
auto_value< item_t, 1 >	exploitation_factor_
	Exploitation factor (wefac).
well_state_t	well_state_
	State of well.
well_state_t	saved_well_state_
	State of well on begin of small (or large) step.
well_state_t	saved_niter_well_state_
	State of well on begin of newton step.
sp_well_limit_operation_t	well_limit_operation_
	well_limit_operation instance
rate_data_t	rate_
	Rate data.
rate_data_t	rate_total_
	Total rate data (from begin of simulation).
rate_data_t	rate_rc_
	Rate data in reservoir conditions.
item_t	bhp_
	BHP value.
item_t	gor_
	gas_oil_ratio value
Protected Member Functions
void	shut_well (const sp_calc_model_t &well)
	Shuts well, sets bulkp and bhp values for each perforation (connection) to value of calc_model pressure.
void	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)
	Computes perforations (connections) factor.
Protected Attributes
auto_value< bool, false >	init_approx_is_calc_
	Flag that specified should initial approximation calculated.
auto_value< item_t >	input_reference_depth_
sp_calc_well_pressure_t	calc_well_pressure_
	Instance of object that calculates well pressure.
sp_calc_rho_t	calc_rho_
sp_calc_perf_density_t	calc_perf_density_
	Instance of object that calculates well perforations density.
sp_calc_perf_bhp_t	calc_perf_bhp_
	Instance of object that calculates well perforations BHP.
index_array_t	open_connections_
	Array of indexes of open perforations (connections).

---

Detailed Description

template<typename strategy_t>
class blue_sky::well< strategy_t >

Base class for wells.

---

Member Typedef Documentation

template<typename strategy_t>

typedef calc_model_data<strategy_t> blue_sky::well< strategy_t >::calc_model_data_t

template<typename strategy_t>

typedef calc_model<strategy_t> blue_sky::well< strategy_t >::calc_model_t

Reimplemented from blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

typedef calc_perf_bhp_base<strategy_t> blue_sky::well< strategy_t >::calc_perf_bhp_t

template<typename strategy_t>

typedef calc_perf_density_base<strategy_t> blue_sky::well< strategy_t >::calc_perf_density_t

template<typename strategy_t>

typedef calc_rho_base<strategy_t> blue_sky::well< strategy_t >::calc_rho_base_t

template<typename strategy_t>

typedef calc_well_pressure_base<strategy_t> blue_sky::well< strategy_t >::calc_well_pressure_t

template<typename strategy_t>

typedef wells::connection<strategy_t> blue_sky::well< strategy_t >::connection_t

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef strategy_t::index_array_t blue_sky::well< strategy_t >::index_array_t

Reimplemented from blue_sky::facility_base< strategy_t >.

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef strategy_t::index_t blue_sky::well< strategy_t >::index_t

Reimplemented from blue_sky::facility_base< strategy_t >.

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef strategy_t::item_array_t blue_sky::well< strategy_t >::item_array_t

Reimplemented from blue_sky::facility_base< strategy_t >.

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef strategy_t::item_t blue_sky::well< strategy_t >::item_t

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef jacobian_matrix<strategy_t> blue_sky::well< strategy_t >::jacobian_matrix_t

template<typename strategy_t>

typedef rs_mesh_iface<strategy_t> blue_sky::well< strategy_t >::mesh_iface_t

Reimplemented from blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

typedef pvt_dead_oil<strategy_t> blue_sky::well< strategy_t >::pvt_dead_oil_t

template<typename strategy_t>

typedef pvt_gas<strategy_t> blue_sky::well< strategy_t >::pvt_gas_t

template<typename strategy_t>

typedef pvt_oil<strategy_t> blue_sky::well< strategy_t >::pvt_oil_t

template<typename strategy_t>

typedef pvt_water<strategy_t> blue_sky::well< strategy_t >::pvt_water_t

template<typename strategy_t>

typedef rate_data_t::rate_data_inner blue_sky::well< strategy_t >::rate_data_inner_t

template<typename strategy_t>

typedef rate_data<strategy_t> blue_sky::well< strategy_t >::rate_data_t

template<typename strategy_t>

typedef strategy_t::rhs_item_array_t blue_sky::well< strategy_t >::rhs_item_array_t

Reimplemented from blue_sky::facility_base< strategy_t >.

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef strategy_t::rhs_item_t blue_sky::well< strategy_t >::rhs_item_t

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef smart_ptr<calc_model_t, true> blue_sky::well< strategy_t >::sp_calc_model_t

Reimplemented from blue_sky::facility_base< strategy_t >.

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef smart_ptr<calc_perf_bhp_t, true> blue_sky::well< strategy_t >::sp_calc_perf_bhp_t

template<typename strategy_t>

typedef smart_ptr<calc_perf_density_t, true> blue_sky::well< strategy_t >::sp_calc_perf_density_t

template<typename strategy_t>

typedef smart_ptr<calc_rho_base_t, true> blue_sky::well< strategy_t >::sp_calc_rho_t

template<typename strategy_t>

typedef smart_ptr<calc_well_pressure_t, true> blue_sky::well< strategy_t >::sp_calc_well_pressure_t

template<typename strategy_t>

typedef smart_ptr<connection_t, true> blue_sky::well< strategy_t >::sp_connection_t

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef smart_ptr<jacobian_matrix_t, true> blue_sky::well< strategy_t >::sp_jmatrix_t

Reimplemented from blue_sky::facility_base< strategy_t >.

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef smart_ptr<mesh_iface_t, true> blue_sky::well< strategy_t >::sp_mesh_iface_t

Reimplemented from blue_sky::facility_base< strategy_t >.

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

typedef smart_ptr<fi_params, true> blue_sky::well< strategy_t >::sp_params_t

template<typename strategy_t>

typedef smart_ptr<pvt_dead_oil_t, true> blue_sky::well< strategy_t >::sp_pvt_dead_oil_t

template<typename strategy_t>

typedef smart_ptr<pvt_gas_t, true> blue_sky::well< strategy_t >::sp_pvt_gas_t

template<typename strategy_t>

typedef smart_ptr<pvt_oil_t, true> blue_sky::well< strategy_t >::sp_pvt_oil_t

template<typename strategy_t>

typedef smart_ptr<pvt_water_t, true> blue_sky::well< strategy_t >::sp_pvt_water_t

template<typename strategy_t>

typedef smart_ptr<well_controller_t, true> blue_sky::well< strategy_t >::sp_well_controller_t

template<typename strategy_t>

typedef smart_ptr<wells::well_limit_operation, true> blue_sky::well< strategy_t >::sp_well_limit_operation_t

template<typename strategy_t>

typedef smart_ptr<well_t, true> blue_sky::well< strategy_t >::sp_well_t

template<typename strategy_t>

typedef wells::well_controller<strategy_t> blue_sky::well< strategy_t >::well_controller_t

template<typename strategy_t>

typedef wells::well_rate_control<strategy_t> blue_sky::well< strategy_t >::well_rate_control_t

template<typename strategy_t>

typedef well_state<strategy_t> blue_sky::well< strategy_t >::well_state_t

template<typename strategy_t>

typedef well<strategy_t> blue_sky::well< strategy_t >::well_t

Reimplemented in blue_sky::wells::default_well< strategy_t >.

---

Constructor & Destructor Documentation

template<typename strategy_t>

virtual blue_sky::well< strategy_t >::~well

(

)

[virtual]

well dtor

template<typename strategy_t>

blue_sky::well< strategy_t >::well

(

const std::string &

well_name

)

well ctor

Parameters:

name

of new well

Todo:

Obsolete

---

Member Function Documentation

template<typename strategy_t>

virtual sp_connection_t blue_sky::well< strategy_t >::add_connection	(	index_t	i_coord,
		index_t	j_coord,
		index_t	k_coord,
		index_t	n_block
	)			[inline, virtual]

Adds connection (perforation) to well and return it.

Parameters:

	i_coord	i coordinate of perforation
	j_coord	j coordinate of perforation
	k_coord	k coordinate of perforation
	n_block	Index of block (cell) in mesh for (i, j, k) coordinates

Returns:

Created connection

template<typename strategy_t>

item_t blue_sky::well< strategy_t >::bhp

(

)

const [inline]

Returns BHP value.

Returns:

Value of BHP

template<typename strategy_t>

blue_sky::well< strategy_t >::BLUE_SKY_TYPE_DECL_T

(

well< strategy_t >

)

blue-sky type declaration

template<typename strategy_t>

bool blue_sky::well< strategy_t >::check_connections_bhp

(

const item_array_t &

pressure

)

const

Checks connections BHP.

Parameters:

pressure

Array of pressure

Returns:

True if any connection have valid BHP value otherwise false

template<typename strategy_t>

bool blue_sky::well< strategy_t >::check_shut

(

const sp_calc_model_t &

calc_model

)

Checks well on shut if not shut fills open_connections_ array.

Parameters:

calc_model

(obsolete, should be removed)

Returns:

True if well is shut

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::clear_data

(

)

[virtual]

Clears well and well perforations data.

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

void blue_sky::well< strategy_t >::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
	)			[protected]

Computes perforations (connections) factor.

Parameters:

	internal_constants
	params
	mesh
	perm
	ntg
	ro_calc_flag

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::custom_init

(

const sp_calc_model_t &

mdl

)

[virtual]

Custom init.

Parameters:

mdl

Pointer to calc_model instance

Todo:

Specify more details

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::eliminate	(	rhs_item_t *	array,
		index_t	rw_index,
		index_t	wr_index,
		double	dt,
		index_t	block_size
	)			const [virtual]

Calculates Jacobian value and stores it in array.

Parameters:

	array	Array of Jacobian values
	rw_index
	wr_index
	dt
	block_size

template<typename strategy_t>

bool blue_sky::well< strategy_t >::fi_check_limits

(

)

const

Todo:

May be this method is obsolete

template<typename strategy_t>

virtual void 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 [virtual]

Fills Jacobian colls and values, uses eliminate for fill values.

Parameters:

	dt
	block_size
	rows
	cols
	values
	markers

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::fill_rhs	(	double	dt,
		index_t	n_phases,
		bool	is_g,
		bool	is_o,
		bool	is_w,
		rhs_item_array_t &	rhs
	)			const [virtual]

Fills rhs array with rate values.

Parameters:

	dt
	n_phases
	is_g
	is_o
	is_w
	rhs	Array of rhs values

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::fill_rows

(

index_array_t &

rows

)

const [virtual]

Fills Jacobian rows.

Parameters:

rows

Array of Jacobian Rows

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

item_t blue_sky::well< strategy_t >::get_bhp_depth

(

)

const [inline]

Returns BHP reference depth.

Returns:

Value of BHP reference depth

template<typename strategy_t>

virtual array_ext<item_t> blue_sky::well< strategy_t >::get_bw_value

(

)

[virtual]

Returns bw_value.

Todo:

Obsolete, should be removed

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

virtual sp_connection_t blue_sky::well< strategy_t >::get_connection

(

index_t

idx

)

const [inline, virtual]

Returns connection (perforation) with index idx.

Parameters:

idx

Index of connection

Returns:

connection instance on success otherwise null pointer

template<typename strategy_t>

virtual sp_connection_t blue_sky::well< strategy_t >::get_connection_map

(

index_t

n_block

)

const [inline, virtual]

Returns connection (perforation) with n_block.

Parameters:

n_block

Value of block index

Returns:

connection instance on success otherwise null pointer

template<typename strategy_t>

virtual size_t blue_sky::well< strategy_t >::get_connections_count

(

)

const [inline, virtual]

Returns count of connection (perforation) for well.

Returns:

Count of connections

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

sp_well_controller_t blue_sky::well< strategy_t >::get_controller

(

)

const

Returns well_controler instance.

Returns:

well_controller instance

template<typename strategy_t>

item_t blue_sky::well< strategy_t >::get_input_rate

(

)

const

Returns input rate (from well_controller).

Returns:

Input rate

template<typename strategy_t>

sp_well_limit_operation_t blue_sky::well< strategy_t >::get_limit_operation

(

)

const

Returns well_limit_operation instance.

Returns:

well_limit_operation instance

template<typename strategy_t>

const std::string& blue_sky::well< strategy_t >::get_name

(

)

const

Returns name of the well.

Returns:

Name of the well

template<typename strategy_t>

item_t blue_sky::well< strategy_t >::get_reference_depth

(

const sp_mesh_iface_t &

mesh

)

const

Returns calculated reference depth.

Parameters:

mesh

Returns:

Value of calculated reference depth

template<typename strategy_t>

item_t blue_sky::well< strategy_t >::get_reference_pressure

(

)

const

Returns BHP value.

Returns:

BHP value

template<typename strategy_t>

const sp_well_controller_t& blue_sky::well< strategy_t >::get_well_controller

(

)

const

Returns well_controller instance.

Returns:

Pointer to well_controller instance

template<typename strategy_t>

virtual array_ext<item_t> blue_sky::well< strategy_t >::get_ww_value

(

)

[virtual]

Returns ww_value.

Todo:

Obsolete, should be removed

Reimplemented in blue_sky::wells::default_well< strategy_t >.

template<typename strategy_t>

bool blue_sky::well< strategy_t >::is_bhp

(

)

const

Returns true if well controlled by BHP.

Returns:

True if well controlled by BHP

template<typename strategy_t>

bool blue_sky::well< strategy_t >::is_open

(

)

const [inline]

Checks if well is open.

Returns:

True if well is open otherwise false

template<typename strategy_t>

bool blue_sky::well< strategy_t >::is_rate

(

)

const

Returns true if well controlled by rate.

Returns:

True if well controlled by rate

template<typename strategy_t>

bool blue_sky::well< strategy_t >::is_shut

(

)

const

Returns true is well is shuted.

Returns:

True if well state is shut

template<typename strategy_t>

const std::string& blue_sky::well< strategy_t >::name

(

)

const

Returns name of the well.

Returns:

Name of the well

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::pre_large_step	(	const sp_calc_model_t &	calc_model,
		const sp_mesh_iface_t &	mesh
	)			[virtual]

Performs actions before start of each large step.

Parameters:

	calc_model
	mesh

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::pre_newton_step

(

)

[virtual]

Performs actions before start of each newton step.

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::pre_small_step

(

)

[virtual]

Performs actions before start of each small step.

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

virtual void blue_sky::well< 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
	)			[virtual]

Calculates rate and deriv values for well and well perforations (connections).

Parameters:

	is_start
	dt
	calc_model
	mesh
	jmatrix

template<typename strategy_t>

const rate_data_t& blue_sky::well< strategy_t >::rate

(

)

const [inline]

Returns rate data.

Returns:

Rate data

template<typename strategy_t>

const rate_data_inner_t& blue_sky::well< strategy_t >::rate_inj

(

)

const [inline]

Returns injection part of rate data.

Returns:

Injection part of rate data

template<typename strategy_t>

const rate_data_inner_t& blue_sky::well< strategy_t >::rate_prod

(

)

const [inline]

Returns production part of rate data.

Returns:

Production part of rate data

template<typename strategy_t>

const rate_data_t& blue_sky::well< strategy_t >::rate_total

(

)

const [inline]

Returns total rate data.

Returns:

Total rate data

template<typename strategy_t>

void blue_sky::well< strategy_t >::reset_init_approx

(

)

Resets init_approx_is_calc_ flag.

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::restart_newton_step

(

)

[virtual]

Restores 'internal-state' of well if newton step failed.

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::restart_small_step

(

)

[virtual]

Restores 'internal-state' of well if small step failed.

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

virtual void blue_sky::well< strategy_t >::restore_solution	(	double	dt,
		const item_array_t &	p_sol,
		const item_array_t &	s_sol,
		index_t	block_size
	)			[virtual]

Restores solution.

Parameters:

	dt
	p_sol	primary solution vector
	s_sol	secondary solution vector
	block_size	size of one block in vectors

Implements blue_sky::facility_base< strategy_t >.

template<typename strategy_t>

void blue_sky::well< strategy_t >::set_bhp

(

item_t

bhp

)

Sets value of BHP.

Parameters:

bhp

Value of BHP

template<typename strategy_t>

void blue_sky::well< strategy_t >::set_bhp_depth

(

item_t

bhp_depth

)

Sets BHP reference depth.

Parameters:

bhp_depth

BHP reference depth

template<typename strategy_t>

void blue_sky::well< strategy_t >::set_controller

(

sp_well_controller_t

controller

)

Sets well controller.

Parameters:

controller

Pointer to well_control instance

template<typename strategy_t>

void blue_sky::well< strategy_t >::set_coord	(	index_t	i_coord,
		index_t	j_coord
	)

Sets coordinates of heel.

Parameters:

	i_coord	i coordinate of heel
	j_coord	j coordinate of heel

template<typename strategy_t>

void blue_sky::well< strategy_t >::set_exploitation_factor

(

item_t

exploitation_factor

)

Sets exploitation factor (wefac).

Parameters:

exploitation_factor

Todo:

Should be renamed to wefac

template<typename strategy_t>

void blue_sky::well< strategy_t >::set_limit_operation

(

sp_well_limit_operation_t

limit_operation

)

Sets well limit operation - operation that should be performed if well limits reached.

Parameters:

limit_operation

Pointer to well_limit_operation instance

template<typename strategy_t>

void blue_sky::well< strategy_t >::set_name

(

const std::string &

name

)

Sets name of the well.

Parameters:

name

Name of the well

template<typename strategy_t>

void blue_sky::well< strategy_t >::set_state	(	well_state_type	well_state,
		const sp_calc_model_t &	calc_model
	)

Sets initial state of well.

Parameters:

	well_state	initial well state
	calc_model

template<typename strategy_t>

void blue_sky::well< strategy_t >::shut_well

(

const sp_calc_model_t &

well

)

[protected]

Shuts well, sets bulkp and bhp values for each perforation (connection) to value of calc_model pressure.

Parameters:

calc_model

---

Member Data Documentation

template<typename strategy_t>

item_t blue_sky::well< strategy_t >::bhp_

BHP value.

template<typename strategy_t>

auto_value<item_t, -1> blue_sky::well< strategy_t >::bhp_depth_

BHP reference depth.

template<typename strategy_t>

sp_calc_perf_bhp_t blue_sky::well< strategy_t >::calc_perf_bhp_ [protected]

Instance of object that calculates well perforations BHP.

template<typename strategy_t>

sp_calc_perf_density_t blue_sky::well< strategy_t >::calc_perf_density_ [protected]

Instance of object that calculates well perforations density.

template<typename strategy_t>

sp_calc_rho_t blue_sky::well< strategy_t >::calc_rho_ [protected]

Todo:

Should be removed

template<typename strategy_t>

sp_calc_well_pressure_t blue_sky::well< strategy_t >::calc_well_pressure_ [protected]

Instance of object that calculates well pressure.

template<typename strategy_t>

auto_value<item_t, 1> blue_sky::well< strategy_t >::exploitation_factor_

Exploitation factor (wefac).

template<typename strategy_t>

item_t blue_sky::well< strategy_t >::gor_

gas_oil_ratio value

template<typename strategy_t>

auto_value<index_t, -1> blue_sky::well< strategy_t >::i_coord_

i coordinate of hell (well head)

template<typename strategy_t>

auto_value<bool, false> blue_sky::well< strategy_t >::init_approx_is_calc_ [protected]

Flag that specified should initial approximation calculated.

template<typename strategy_t>

auto_value<item_t> blue_sky::well< strategy_t >::input_reference_depth_ [protected]

Todo:

Should be removed

template<typename strategy_t>

auto_value<index_t, -1> blue_sky::well< strategy_t >::j_coord_

j coordinate of hell (well head)

template<typename strategy_t>

std::string blue_sky::well< strategy_t >::name_

Name of the well.

template<typename strategy_t>

index_array_t blue_sky::well< strategy_t >::open_connections_ [protected]

Array of indexes of open perforations (connections).

template<typename strategy_t>

rate_data_t blue_sky::well< strategy_t >::rate_

Rate data.

template<typename strategy_t>

rate_data_t blue_sky::well< strategy_t >::rate_rc_

Rate data in reservoir conditions.

template<typename strategy_t>

rate_data_t blue_sky::well< strategy_t >::rate_total_

Total rate data (from begin of simulation).

template<typename strategy_t>

well_state_t blue_sky::well< strategy_t >::saved_niter_well_state_

State of well on begin of newton step.

template<typename strategy_t>

well_state_t blue_sky::well< strategy_t >::saved_well_state_

State of well on begin of small (or large) step.

template<typename strategy_t>

sp_well_controller_t blue_sky::well< strategy_t >::well_controller_

well_controller instance

template<typename strategy_t>

sp_well_limit_operation_t blue_sky::well< strategy_t >::well_limit_operation_

well_limit_operation instance

template<typename strategy_t>

well_state_t blue_sky::well< strategy_t >::well_state_

State of well.

---

The documentation for this class was generated from the following file:

• calc_well.h