Node Class Reference

#include <Node.hpp>

Inheritance diagram for Node:

Public Member Functions
	Node (const String &nodnam, int orient, int facies)
	Node (const String &nodnam, const VectorInt &n_type, const VectorInt &n_facs, int *ipos, int *n_fac, int *n_y1, int *n_y2)
	Node (bool flagShadow=true)
	Node (const Node &m)
Node &	operator= (const Node &m)
virtual	~Node ()
virtual String	toString (const AStringFormat *strfmt=nullptr) const override
void	getStatistics (int *node_tot, int *nfac_tot, int *ny1_tot, int *ny2_tot, double *prop_tot)
int	isValid (VectorInt &facies)
void	scaleProp (double scale)
int	proportionDefine (const VectorDouble &props)
int	getProportion (int facies, double *prop)
int	getThresh (int mode, int istop, int *rank, int *facies, double *t1min, double *t1max, double *t2min, double *t2max)
void	proportionToThresh (double rho, double t1min, double t1max, double t2min, double t2max)
int	gaussianToFacies (double y1, double y2, double *facies)
void	getInfo (int *nodes) const
String	nodePrint (bool flagProp, bool flagThresh) const
String	nodePrintShadow (bool flagProp, bool flagThresh) const
double	getT1max () const
double	getT1min () const
double	getT2max () const
double	getT2min () const
void	setT1max (double t1max)
void	setT1min (double t1min)
void	setT2max (double t2max)
void	setT2min (double t2min)
double	getCdf1max () const
double	getCdf1min () const
double	getCdf2max () const
double	getCdf2min () const
int	getFacies () const
const String &	getNodnam () const
int	getOrient () const
double	getP1 () const
double	getP2 () const
double	getProp () const
double	getAllThresh () const
void	setProp (double prop)
void	setCdf1max (double cdf1max)
void	setCdf1min (double cdf1min)
void	setCdf2max (double cdf2max)
void	setCdf2min (double cdf2min)
void	setAllThresh (double thresh)
Node *	getR1 () const
void	setR1 (Node *r1)
Node *	getR2 () const
void	setR2 (Node *r2)
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

Constructor & Destructor Documentation

Node() [1/4]

Node::Node	(	const String &	nodnam,
		int	orient,
		int	facies
	)

Node() [2/4]

Node::Node	(	const String &	nodnam,
		const VectorInt &	n_type,
		const VectorInt &	n_facs,
		int *	ipos,
		int *	n_fac,
		int *	n_y1,
		int *	n_y2
	)

Node() [3/4]

Node::Node

(

bool

flagShadow = true

)

Node() [4/4]

Node::Node

(

const Node &

m

)

~Node()

Node::~Node ( )

virtual

Member Function Documentation

gaussianToFacies()

int Node::gaussianToFacies	(	double	y1,
		double	y2,
		double *	facies
	)

Convert the two underlying GRFs into facies

Returns

1 if the facies is found; 0 otherwise

Parameters

[in]	y1	Value of the first underlying GRF
[in]	y2	Value of the second underlying GRF
[out]	facies	Facies value

getAllThresh()

double Node::getAllThresh ( ) const

inline

getCdf1max()

double Node::getCdf1max ( ) const

inline

getCdf1min()

double Node::getCdf1min ( ) const

inline

getCdf2max()

double Node::getCdf2max ( ) const

inline

getCdf2min()

double Node::getCdf2min ( ) const

inline

getFacies()

int Node::getFacies ( ) const

inline

getInfo()

void Node::getInfo

(

int *

nodes

)

const

getNodnam()

const String& Node::getNodnam ( ) const

inline

getOrient()

int Node::getOrient ( ) const

inline

getP1()

double Node::getP1 ( ) const

inline

getP2()

double Node::getP2 ( ) const

inline

getProp()

double Node::getProp ( ) const

inline

getProportion()

int Node::getProportion	(	int	facies,
		double *	prop
	)

For a given facies, return the Proportion

Parameters

facies	Target facies (starting from 1)
prop	Returned proportion

Returns

1 if the facies is found; 0 otherwise

getR1()

Node* Node::getR1 ( ) const

inline

getR2()

Node* Node::getR2 ( ) const

inline

getStatistics()

void Node::getStatistics	(	int *	node_tot,
		int *	nfac_tot,
		int *	ny1_tot,
		int *	ny2_tot,
		double *	prop_tot
	)

Calculates the statistics from a given node recursively

Parameters

[in,out]	node_tot	Number of nodes
[in,out]	nfac_tot	Number of facies
[in,out]	ny1_tot	Number of thresholds for Y1
[in,out]	ny2_tot	Number of thresholds for Y2
[in,out]	prop_tot	Total proportion

Remarks

The variables 'nfac_tot' and 'prop_tot' must set to zero

as arguments of the call

getT1max()

double Node::getT1max ( ) const

inline

getT1min()

double Node::getT1min ( ) const

inline

getT2max()

double Node::getT2max ( ) const

inline

getT2min()

double Node::getT2min ( ) const

inline

getThresh()

int Node::getThresh	(	int	mode,
		int	istop,
		int *	rank,
		int *	facies,
		double *	t1min,
		double *	t1max,
		double *	t2min,
		double *	t2max
	)

Get the threshold for a facies

Returns

1 if the facies is found; 0 otherwise

Parameters

[in]	mode	Stopping criterion 1 : when the requested facies is found 2 : when the rectangle rank is reached
[in]	istop	Value of the stopping criterion
[in]	rank	Index of the rectangle (input)
[out]	facies	Value of the facies
[out]	t1min	Minimum threshold along Y1
[out]	t1max	Maximum threshold along Y1
[out]	t2min	Minimum threshold along Y2
[out]	t2max	Maximum threshold along Y2

Remarks

Argument 'rank' must be initialized to 0 in the calling function

isValid()

int Node::isValid

(

VectorInt &

facies

)

Count the presence of each facies

Returns

Error return code

Parameters

[in]

facies

Array for counting the presence of facies

nodePrint()

String Node::nodePrint	(	bool	flagProp,
		bool	flagThresh
	)		const

Recursively print the Node

Parameters

[in]	flagProp	true if the Proportions must be printed
[in]	flagThresh	true if the Threshold must be printed

nodePrintShadow()

String Node::nodePrintShadow	(	bool	flagProp,
		bool	flagThresh
	)		const

Recursively print the Node

Parameters

[in]	flagProp	true if the Proportions must be printed
[in]	flagThresh	true if the Threshold must be printed

operator=()

Node & Node::operator=

(

const Node &

m

)

proportionDefine()

int Node::proportionDefine

(

const VectorDouble &

props

)

proportionToThresh()

void Node::proportionToThresh	(	double	rho,
		double	t1min,
		double	t1max,
		double	t2min,
		double	t2max
	)

Recursively deduce the threshold from cumulative proportions

Parameters

[in]	rho	Correlation between the GRFs
[in]	t1min	Minimum bound for the first GRF
[in]	t1max	Maximum bound for the first GRF
[in]	t2min	Minimum bound for the second GRF
[in]	t2max	Maximum bound for the second GRF

scaleProp()

void Node::scaleProp

(

double

scale

)

Scale the proportions of all facies new_prop = old_prop / scale

Parameters

[in]

scale

Scaling factor

setAllThresh()

void Node::setAllThresh ( double  thresh )

inline

setCdf1max()

void Node::setCdf1max ( double  cdf1max )

inline

setCdf1min()

void Node::setCdf1min ( double  cdf1min )

inline

setCdf2max()

void Node::setCdf2max ( double  cdf2max )

inline

setCdf2min()

void Node::setCdf2min ( double  cdf2min )

inline

setProp()

void Node::setProp ( double  prop )

inline

setR1()

void Node::setR1 ( Node *  r1 )

inline

setR2()

void Node::setR2 ( Node *  r2 )

inline

setT1max()

void Node::setT1max ( double  t1max )

inline

setT1min()

void Node::setT1min ( double  t1min )

inline

setT2max()

void Node::setT2max ( double  t2max )

inline

setT2min()

void Node::setT2min ( double  t2min )

inline

toString()

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

overridevirtual

Reimplemented from AStringable.

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

• include/LithoRule/Node.hpp
• src/LithoRule/Node.cpp