TurningDirection Class Reference

#include <TurningDirection.hpp>

Public Member Functions
	TurningDirection ()
	TurningDirection (const TurningDirection &r)
TurningDirection &	operator= (const TurningDirection &r)
virtual	~TurningDirection ()
const VectorDouble &	getAng () const
double	getAng (int i) const
double	getDXP () const
double	getDYP () const
double	getDZP () const
double	getT00 () const
double	getTmax () const
double	getTmin () const
double	getScale () const
void	setAng (const VectorDouble &ang)
void	setAng (int i, double value)
void	setDXP (double dxp)
void	setDYP (double dyp)
void	setDZP (double dzp)
void	setT00 (double t00)
void	setTmax (double tmax)
void	setTmin (double tmin)
void	setScale (double scale)
double	projectPoint (const Db *db, int iech) const
double	projectGrid (const DbGrid *db, int ix, int iy, int iz) const

Private Attributes
double	_tmin
double	_tmax
double	_scale
double	_t00
double	_dxp
double	_dyp
double	_dzp
VectorDouble	_ang

Detailed Description

Class for management of Directions used in Turning Band algorithm Remark: The 3-D definition is compulsory (even in 2-D)

Constructor & Destructor Documentation

TurningDirection() [1/2]

TurningDirection::TurningDirection

(

)

TurningDirection() [2/2]

TurningDirection::TurningDirection

(

const TurningDirection &

r

)

~TurningDirection()

TurningDirection::~TurningDirection ( )

virtual

Member Function Documentation

getAng() [1/2]

const VectorDouble& TurningDirection::getAng ( ) const

inline

getAng() [2/2]

double TurningDirection::getAng ( int  i ) const

inline

getDXP()

double TurningDirection::getDXP ( ) const

inline

getDYP()

double TurningDirection::getDYP ( ) const

inline

getDZP()

double TurningDirection::getDZP ( ) const

inline

getScale()

double TurningDirection::getScale ( ) const

inline

getT00()

double TurningDirection::getT00 ( ) const

inline

getTmax()

double TurningDirection::getTmax ( ) const

inline

getTmin()

double TurningDirection::getTmin ( ) const

inline

operator=()

TurningDirection & TurningDirection::operator=

(

const TurningDirection &

r

)

projectGrid()

double TurningDirection::projectGrid	(	const DbGrid *	db,
		int	ix,
		int	iy,
		int	iz
	)		const

Calculates the projection of a grid node on a turning band

Returns

Projection value

Parameters

[in]	db	Db structure
[in]	ix	grid index along X
[in]	iy	grid index along Y
[in]	iz	grid index along Z

projectPoint()

double TurningDirection::projectPoint	(	const Db *	db,
		int	iech
	)		const

Calculates the projection of a point on a turning band

Returns

Projection value

Parameters

[in]	db	Db structure
[in]	iech	rank of the sample

setAng() [1/2]

void TurningDirection::setAng ( const VectorDouble &  ang )

inline

setAng() [2/2]

void TurningDirection::setAng ( int  i, double  value  )

inline

setDXP()

void TurningDirection::setDXP ( double  dxp )

inline

setDYP()

void TurningDirection::setDYP ( double  dyp )

inline

setDZP()

void TurningDirection::setDZP ( double  dzp )

inline

setScale()

void TurningDirection::setScale ( double  scale )

inline

setT00()

void TurningDirection::setT00 ( double  t00 )

inline

setTmax()

void TurningDirection::setTmax ( double  tmax )

inline

setTmin()

void TurningDirection::setTmin ( double  tmin )

inline

Member Data Documentation

_ang

VectorDouble TurningDirection::_ang

private

_dxp

double TurningDirection::_dxp

private

_dyp

double TurningDirection::_dyp

private

_dzp

double TurningDirection::_dzp

private

_scale

double TurningDirection::_scale

private

_t00

double TurningDirection::_t00

private

_tmax

double TurningDirection::_tmax

private

_tmin

double TurningDirection::_tmin

private

---

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

• include/Simulation/TurningDirection.hpp
• src/Simulation/TurningDirection.cpp