FracList Class Reference

#include <FracList.hpp>

Inheritance diagram for FracList:

Public Member Functions
	FracList (int ndisc=1000, bool flag_check=true, double low0=EPSILON8, double low1=EPSILON6, double eps=EPSILON3)
	FracList (const FracList &r)
FracList &	operator= (const FracList &r)
virtual	~FracList ()
virtual String	toString (const AStringFormat *strfmt=nullptr) const override
	Interface for AStringable. More...
int	getNFracs () const
int	simulate (const FracEnviron &envir, bool flag_sim_layer, bool flag_sim_fract, int seed, bool verbose, const VectorDouble &elevations=VectorDouble())
void	addDescription (const FracDesc &description=FracDesc())
MatrixRectangular	fractureExport () const
MatrixRectangular	layinfoExport () const
int	fractureToBlock (DbGrid *dbgrid, double xmax, VectorDouble &permtab, double perm_mat, double perm_bench, int ndisc=1000., bool verbose=false, const NamingConvention &namconv=NamingConvention("Fractures"))
VectorDouble	fractureToWell (int nval, const VectorDouble &well, double xmax, const VectorDouble &permtab, int *nint, int *ncol)
int	fractureWellToBlock (DbGrid *dbgrid, int col_perm, int col_fluid, int flag_fluid, double val_fluid, const VectorDouble &wellout, int nval, int ndisc=1000., bool verbose=false)
VectorDouble	fractureExtractLength (int ifam, double cote, double dcote)
VectorDouble	fractureExtractDist (int ifam, double cote, double dcote)
void	setFamily (int i, int ifam)
void	setOrient (int i, double orient)
void	addPoint (int i, double xx, double yy)
Public Member Functions inherited from AStringable
	AStringable ()
	AStringable (const AStringable &r)
AStringable &	operator= (const AStringable &r)
virtual	~AStringable ()
virtual void	display (const AStringFormat *strfmt=nullptr) const final
virtual void	display (int level) const final

Static Public Member Functions
static FracList *	fractureImport (const VectorDouble &frac_segs, const VectorDouble &layinfo=VectorDouble(), int nfamilies=0)

Constructor & Destructor Documentation

FracList() [1/2]

FracList::FracList	(	int	ndisc = 1000,
		bool	flag_check = true,
		double	low0 = EPSILON8,
		double	low1 = EPSILON6,
		double	eps = EPSILON3
	)

FracList() [2/2]

FracList::FracList

(

const FracList &

r

)

~FracList()

FracList::~FracList ( )

virtual

Member Function Documentation

addDescription()

void FracList::addDescription

(

const FracDesc &

description = FracDesc()

)

addPoint()

void FracList::addPoint ( int  i, double  xx, double  yy  )

inline

fractureExport()

MatrixRectangular FracList::fractureExport

(

)

const

Export the Fractures

fractureExtractDist()

VectorDouble FracList::fractureExtractDist	(	int	ifam,
		double	cote,
		double	dcote
	)

Extract the fracture interdistances

Returns

The returned array

Parameters

[in]	ifam	Rank of the family or ITEST for all
[in]	cote	Selected layer or TEST for all layers
[in]	dcote	Tolerance on the layer elevation

fractureExtractLength()

VectorDouble FracList::fractureExtractLength	(	int	ifam,
		double	cote,
		double	dcote
	)

Extract the array of fracture lengths

Returns

The returned array

Parameters

[in]	ifam	Rank of the family or ITEST for all
[in]	cote	Selected layer or TEST for all layers
[in]	dcote	Tolerance on the layer elevation

fractureImport()

FracList * FracList::fractureImport ( const VectorDouble &  frac_segs, const VectorDouble &  layinfo = VectorDouble(), int  nfamilies = 0  )

static

Import the Fractures

Returns

Pointer to the FracList structure

Parameters

[in]	frac_segs	Array of fracture segments
[in]	layinfo	Array of layer information
[in]	nfamilies	Number of families

fractureToBlock()

int FracList::fractureToBlock	(	DbGrid *	dbgrid,
		double	xmax,
		VectorDouble &	permtab,
		double	perm_mat,
		double	perm_bench,
		int	ndisc = 1000.,
		bool	verbose = false,
		const NamingConvention &	namconv = NamingConvention("Fractures")
	)

Plunge a subset of the simulated fractures into a block

Returns

Error return code

Parameters

[in,out]	dbgrid	Db structure
[in]	xmax	Maximum extension along horizontal axis
[in]	permtab	Permabilities per family (starting from 0)
[in]	perm_mat	Permability for the matrix
[in]	perm_bench	Permability along the bench edge
[in]	ndisc	Number of discretization steps
[in]	verbose	Verbose flag
[in]	namconv	Naming convention

fractureToWell()

VectorDouble FracList::fractureToWell	(	int	nval,
		const VectorDouble &	well,
		double	xmax,
		const VectorDouble &	permtab,
		int *	nint,
		int *	ncol
	)

Plunge a well line in a set of fractures

Returns

Array of the intersections (should be checked against NULL)

Parameters

[in]	nval	Number of well information
[in]	well	Array giving the well trajectory
[in]	xmax	Maximum extension along horizontal axis
[in]	permtab	Permabilities per family (starting from 0) Optional
[out]	nint	Number of intersections
[out]	ncol	Number of attributes per intersection

Remarks

Output array must be freed by the calling function

fractureWellToBlock()

int FracList::fractureWellToBlock	(	DbGrid *	dbgrid,
		int	col_perm,
		int	col_fluid,
		int	flag_fluid,
		double	val_fluid,
		const VectorDouble &	wellout,
		int	nval,
		int	ndisc = 1000.,
		bool	verbose = false
	)

Plunge a line trajectory and the modified permeabilities within an existing block

Returns

Error return code

Parameters

[in,out]	dbgrid	Db structure
[in]	col_perm	Existing attribute for permeability (or ITEST)
[in]	col_fluid	Existing attribute for fluid (or ITEST)
[in]	flag_fluid	1 for performing the Fluid filling
[in]	val_fluid	Value assigned to the fluid
[in]	wellout	Pointer to the new wellout information
[in]	nval	Number of values for wellout informations
[in]	ndisc	Number of discretization steps
[in]	verbose	Verbose flag

getNFracs()

int FracList::getNFracs ( ) const

inline

layinfoExport()

MatrixRectangular FracList::layinfoExport ( ) const

inline

operator=()

FracList & FracList::operator=

(

const FracList &

r

)

setFamily()

void FracList::setFamily ( int  i, int  ifam  )

inline

setOrient()

void FracList::setOrient ( int  i, double  orient  )

inline

simulate()

int FracList::simulate	(	const FracEnviron &	envir,
		bool	flag_sim_layer,
		bool	flag_sim_fract,
		int	seed,
		bool	verbose,
		const VectorDouble &	elevations = VectorDouble()
	)

Simulate a set of fractures

Parameters

[in]	envir	Environ structure
[in]	flag_sim_layer	TRUE for simulating layers FALSE if they are read
[in]	flag_sim_fract	TRUE for simulating the fractures FALSE establish the layers and the main faults
[in]	elevations	Array of elevations (used if flag_sim_layer=F)
[in]	seed	Seed for the random number generator
[in]	verbose	Verbose option

toString()

String FracList::toString ( const AStringFormat *  strfmt = nullptr ) const

overridevirtual

Interface for AStringable.

Reimplemented from AStringable.

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

• include/Fractures/FracList.hpp
• src/Fractures/FracList.cpp