#include <stdbool.h>
#include <opm/core/well_controls.h>

Include dependency graph for wells.h:

This graph shows which files directly or indirectly include this file:

Classes
struct	Wells

struct	CompletionData

Enumerations
enum	WellType { INJECTOR, PRODUCER }

Functions
struct Wells *	create_wells (int nphases, int nwells, int nperf)

int	add_well (enum WellType type, double depth_ref, int nperf, const double comp_frac, const int cells, const double WI, const char name, int allow_cf, struct Wells *W)

int	append_well_controls (enum WellControlType type, double target, double alq, int vfp, const double distr, int well_index, struct Wells W)

void	set_current_control (int well_index, int current_control, struct Wells *W)

void	clear_well_controls (int well_index, struct Wells *W)

void	destroy_wells (struct Wells *W)

struct Wells *	clone_wells (const struct Wells *W)

bool	wells_equal (const struct Wells W1, const struct Wells W2, bool verbose)

Detailed Description

Main OPM-Core well data structure along with functions to create, populate and destroy it.

Enumeration Type Documentation

enum WellType

Well type indicates desired/expected well behaviour.

Enumerator
INJECTOR	Well is an injector
PRODUCER	Well is a producer

Function Documentation

int add_well	(	enum WellType	type,
		double	depth_ref,
		int	nperf,
		const double *	comp_frac,
		const int *	cells,
		const double *	WI,
		const char *	name,
		int	allow_cf,
		struct Wells *	W
	)

Append a new well to an existing Wells object.

Increments W->number_of_wells by one if successful. The new well does not include operational constraints. Such information is specified using function append_well_controls(). The current control index is set to -1 (invalid).

Parameters

[in]	type	Type of well.
[in]	depth_ref	Reference depth for well's BHP.
[in]	nperf	Number of perforations.
[in]	comp_frac	Injection fraction array (size equal to W->number_of_phases) or NULL.
[in]	cells	Grid cells in which well is perforated. Should ideally be track ordered.
[in]	WI	Well production index per perforation, or NULL.
[in]	name	Name of new well. NULL if no name.
[in]	allow_cf	Flag to determine whether crossflow is allowed or not.
[in,out]	W	Existing set of wells to which new well will be added.

Returns: Non-zero (true) if successful and zero otherwise.

int append_well_controls	(	enum WellControlType	type,
		double	target,
		double	alq,
		int	vfp,
		const double *	distr,
		int	well_index,
		struct Wells *	W
	)

Append operational constraint to an existing well.

Increments ctrl->num by one if successful. Introducing a new operational constraint does not affect the well's notion of the currently active constraint represented by ctrl->current. Note that *_RATE controls now require a phase distribution array to be associated with the control, see WellControls.

Parameters

[in]	type	Control type.
[in]	target	Target value for the control.
[in]	alq	Artificial lift quantity for control (for THP type only)
[in]	vfp	VFP table number for control (for THP type only)
[in]	distr	Array of size W->number_of_phases or NULL.
[in]	well_index	Index of well to receive additional control.
[in,out]	W	Existing set of well controls.

Returns: Non-zero (true) if successful and zero (false) otherwise.

void clear_well_controls	(	int	well_index,
		struct Wells *	W
	)

Clear all controls from a single well.

Does not affect the control set capacity.

Parameters

[in]	well_index	Identity of particular well. Must be in 1 [0 .. number_of_wells - 1] .
[in,out]	W	Existing set of wells.

struct Wells* clone_wells ( const struct Wells * W )

Create a deep-copy (i.e., clone) of an existing Wells object, including its controls.

Parameters

[in] W Existing Wells object.

Returns: Complete clone of the input object. Dispose of resources using function destroy_wells() when no longer needed. Returns NULL in case of allocation failure.

struct Wells* create_wells	(	int	nphases,
		int	nwells,
		int	nperf
	)

Construct a Wells object initially capable of managing a given number of wells and total number of well connections (perforations).

Function add_well() is used to populate the Wells object. No reallocation occurs in function add_well() as long as the initially indicated capacities are sufficient. Call function destroy_wells() to dispose of the Wells object and its allocated memory resources.

Parameters

[in]	nphases	Number of active phases in simulation scenario.
[in]	nwells	Expected number of wells in simulation scenario. Pass zero if the total number of wells is unknown.
[in]	nperf	Expected total number of well connections (perforations) for all wells in simulation scenario. Pass zero if the total number of well connections is unknown.

Returns: A valid Wells object with no wells if successful, and NULL otherwise.

void destroy_wells ( struct Wells * W )

Wells object destructor.

Disposes of all resources managed by the Wells object.

The Wells object must be built using function create_wells() and subsequently populated using function add_well().

void set_current_control	(	int	well_index,
		int	current_control,
		struct Wells *	W
	)

Set the current/active control for a single well.

The new control ID must refer to a previously defined control mode. Total number of defined control modes available through function well_controls_get_num().

Parameters

[in]	well_index	Identity of particular well. Must be in 1 [0 .. number_of_wells - 1] .
[in]	current_control	Index of new control mode.
[in,out]	W	Existing set of wells.

bool wells_equal	(	const struct Wells *	W1,
		const struct Wells *	W2,
		bool	verbose
	)

Compare well structures for equality.

Two sets of wells are equal if all of the following conditions hold

They have the same number of wells
They have the same number of completions/connections
They specify the same number of phases
Individual wells with corresponding well IDs have the same names (including both being NULL).
Individual wells with corresponding well IDs have the same completions
Individual wells with corresponding well IDs have the same well types
Individual wells with corresponding well IDs specify the same reference depths
Individual wells with corresponding well IDs have the same set of defined and active operational constraints as determined by function well_controls_equal()

Parameters

[in]	W1	Existing set of wells.
[in]	W2	Existing set of wells.
[in]	verbose	Flag for whether or not to report which conditions do not hold. Use 1 verbose = 2 true to print transcript to `stdout`.

Returns: Whether or not well structures W1 and W2 represent the same set of wells.

Classes

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

Function Documentation