#include "geoslib_old_f.h"
#include "Basic/Utilities.hpp"
#include "Db/Db.hpp"
#include "Db/DbGrid.hpp"
#include "Basic/String.hpp"
#include <string.h>

Classes
struct	SPIMG

Functions
static double	st_htop_evaluate ()

static void	st_get_coordinates (const double pt_out, int ix, int iy, SPIMG image=SPIMG_OUT, bool flag_center=false)

static void	st_dump (bool flagMain, const String &title, double pt_out, SPIMG image)

static void	st_blank_center (SPIMG *image)

static void	st_copy_center (int mode, int iatt, SPIMG *image, double defval)

static void	st_extract_center (SPIMG *image, int iatt)

static void	st_change (double *pt_out, double value)

static void	st_convert (double hspill)

static SPIMG *	st_image_free (SPIMG *image)

static SPIMG *	st_image_alloc (double value)

static void	st_heap_add (double *p)

static double *	st_heap_del (void)

static int	st_traite (double pt_out, double pt_vois)

static void	st_print ()

static void	st_final_stats (double hspill, int ix0, int iy0)

int	spill_point (DbGrid dbgrid, int ind_depth, int ind_data, int option, bool flag_up, int verbose_step, double hmax, double h, const double th, int ix0, int *iy0)

Variables
static int	SX

static int	SY

static int	TX

static int	TY

static int	TXY

static int	SXY

static int	STEP = 0

static int	Hsize = 0

static double **	Heap

static double	HMAX

static double	HINIT

static double	HTOP

static double	BIGVAL

static int	Offset_mark_out

static int	Offset_out_in

static int	SIGNE

static int	OPTION

static int	VERBOSE_STEP

static DbGrid *	DB

static SPIMG *	SPIMG_OUT = nullptr

static SPIMG *	SPIMG_IN = nullptr

static SPIMG *	SPIMG_MARK = nullptr

static double *	PT_SPILL = nullptr

Function Documentation

◆ spill_point()

int spill_point	(	DbGrid *	dbgrid,
		int	ind_depth,
		int	ind_data,
		int	option,
		bool	flag_up,
		int	verbose_step,
		double	hmax,
		double *	h,
		const double *	th,
		int *	ix0,
		int *	iy0
	)

Evaluates the spill point

Returns: Error return code; - Memory problem; - Maximum Reservoir Thickness violation when turning UNKNOWN into; INSIDE

Parameters

[in]	dbgrid	Grid Db structure
[in]	ind_depth	Rank of the variable containing the depth
[in]	ind_data	Rank of the variable containing the data
[in]	option	0 for 4-connectivity; 1 for 8-connectivity
[in]	flag_up	TRUE when working in elevation; 0 in depth
[in]	verbose_step	Step for verbose flag
[in]	hmax	maximum reservoir thickness (FFFF not used)
[out]	h	elevation of the spill point
[out]	th	maximum reservoir thickness
[out]	ix0	location of the spill point grid node along X
[out]	iy0	location of the spill point grid node along Y

Remarks: The variable 'ind_data', which contains the constraints, must; be set to:; 0 for an idle node; 1 for a node located outside the reservoir; 2 for a node belonging to the reservoir; The numbering of the grid node corresponding to the spill point; must start with 1

◆ st_blank_center()

static void st_blank_center ( SPIMG * image )

static

Blanks the center of the image

Parameters

[in,out] image SPIMG structure to be initialized

◆ st_change()

static void st_change	(	double *	pt_out,
		double	value
	)

static

◆ st_convert()

static void st_convert ( double hspill )

static

Converts the final image into the following codes: SURFACE_INSIDE, SURFACE_OUTSIDE, SURFACE_BELOW or SURFACE_UNKNOWN

Parameters

[in] hspill spill elevation

◆ st_copy_center()

static void st_copy_center	(	int	mode,
		int	iatt,
		SPIMG *	image,
		double	defval
	)

static

Loads the center of the image from an input array

Parameters

[in]	mode	Type of information 0 : for the height variable 1 : for the data variable
[in]	iatt	Rank of the attribute
[in]	defval	Default value
[in,out]	image	SPIMG structure to be initialized

◆ st_dump()

static void st_dump	(	bool	flagMain,
		const String &	title,
		double *	pt_out,
		SPIMG *	image
	)

static

Prints the current output flag array

Parameters

[in]	flagMain	TRUE if it is called from a main level
[in]	title	Title for the dump (main level)
[in]	pt_out	Designation of the target node in 'out' (if provided)
[in]	image	Image containing the information to be displayed

◆ st_extract_center()

static void st_extract_center	(	SPIMG *	image,
		int	iatt
	)

static

Extracts an output array from the the center of the image

Parameters

[in]	image	SPIMG structure
[out]	iatt	Rank of the output attribute

◆ st_final_stats()

static void st_final_stats	(	double	hspill,
		int	ix0,
		int	iy0
	)

static

◆ st_get_coordinates()

static void st_get_coordinates	(	const double *	pt_out,
		int *	ix,
		int *	iy,
		SPIMG *	image = `SPIMG_OUT`,
		bool	flag_center = `false`
	)

static

Returns the coordinates of a point, given its pointer in 'out'

Parameters

[in]	pt_out	Address in the image
[in]	image	IMAGE structure
[in]	flag_center	When TRUE, coordinates are epressed in central image
[out]	ix	Location of the spill point grid node along X
[out]	iy	Location of the spill point grid node along Y

◆ st_heap_add()

static void st_heap_add ( double * p )

static

Add an element to the Heap Sort Pile

Parameters

[in] p pointer to the element to be added

◆ st_heap_del()

static double* st_heap_del ( void )

static

Return the first element of the Heap Sort Pile and delete it

Returns: Pointer to the first element of the Heap Sort Pile

◆ st_htop_evaluate()

static double st_htop_evaluate ( )

static

Evaluates the highest elevation within the reservoir

◆ st_image_alloc()

static SPIMG* st_image_alloc ( double value )

static

Procedure to allocates a NEW image The bitmap of the new image is set to zero

Returns: Pointer to the new image

Parameters

[in] value conventional value for initialization

◆ st_image_free()

static SPIMG* st_image_free ( SPIMG * image )

static

Procedure to free an already existig image

Returns: Pointer to the image freed (NULL)

Parameters

[in] image pointer to the image to be freed

◆ st_print()

static void st_print ( )

static

◆ st_traite()

static int st_traite	(	double *	pt_out,
		double *	pt_vois
	)

static

Checks if a current element can be processed according to its neighborhood status

Returns: Flag indicating the end of the procedure:; 1 : the current element and its neighboring one have

Remarks: two different status; 2 : the maximum reservoir thickness has been reached

Parameters

[in]	pt_out	pointer to the current element
[in]	pt_vois	pointer to the neighboring element

Variable Documentation

◆ BIGVAL

double BIGVAL

static

◆ DB

DbGrid* DB

static

◆ Heap

double** Heap

static

◆ HINIT

double HINIT

static

◆ HMAX

double HMAX

static

◆ Hsize

int Hsize = 0

static

◆ HTOP

double HTOP

static

◆ Offset_mark_out

int Offset_mark_out

static

◆ Offset_out_in

int Offset_out_in

static

◆ OPTION

int OPTION

static

◆ PT_SPILL

double* PT_SPILL = nullptr

static

◆ SIGNE

int SIGNE

static

◆ SPIMG_IN

SPIMG* SPIMG_IN = nullptr

static

◆ SPIMG_MARK

SPIMG* SPIMG_MARK = nullptr

static

◆ SPIMG_OUT

SPIMG* SPIMG_OUT = nullptr

static

◆ STEP

int STEP = 0

static

◆ SX

int SX

static

◆ SXY

int SXY

static

◆ SY

int SY

static

◆ TX

int TX

static

◆ TXY

int TXY

static

◆ TY

int TY

static

◆ VERBOSE_STEP

int VERBOSE_STEP

static

Classes

Functions

Variables

Function Documentation

◆ spill_point()

◆ st_blank_center()

◆ st_change()

◆ st_convert()

◆ st_copy_center()

◆ st_dump()

◆ st_extract_center()

◆ st_final_stats()

◆ st_get_coordinates()

◆ st_heap_add()

◆ st_heap_del()

◆ st_htop_evaluate()

◆ st_image_alloc()

◆ st_image_free()

◆ st_print()

◆ st_traite()

Variable Documentation

◆ BIGVAL

◆ DB

◆ Heap

◆ HINIT

◆ HMAX

◆ Hsize

◆ HTOP

◆ Offset_mark_out

◆ Offset_out_in

◆ OPTION

◆ PT_SPILL

◆ SIGNE

◆ SPIMG_IN

◆ SPIMG_MARK

◆ SPIMG_OUT

◆ STEP

◆ SX

◆ SXY

◆ SY

◆ TX

◆ TXY

◆ TY

◆ VERBOSE_STEP