#include <FunctionalSpirale.hpp>

Inheritance diagram for FunctionalSpirale:

Public Member Functions
	FunctionalSpirale ()

	FunctionalSpirale (double a, double b, double c, double d, double sx, double sy)

	FunctionalSpirale (const FunctionalSpirale &m)

FunctionalSpirale &	operator= (const FunctionalSpirale &m)

virtual	~FunctionalSpirale ()

virtual double	getFunctionValue (const VectorDouble &coor) const override

MatrixSquareGeneral	getFunctionMatrix (const VectorDouble &coor) const

VectorVectorDouble	getFunctionVectors (const Db db, const CovAniso cova) const

Public Member Functions inherited from AFunctional
	AFunctional (int ndim)

	AFunctional (const AFunctional &m)

AFunctional &	operator= (const AFunctional &m)

virtual	~AFunctional ()

int	getNdim () const

void	setNdim (int ndim)

VectorDouble	getFunctionValues (const Db *db, bool useSel=true) const

Constructor & Destructor Documentation

◆ FunctionalSpirale() [1/3]

FunctionalSpirale::FunctionalSpirale ( )

FunctionalSpirale::FunctionalSpirale	(	double	a,
		double	b,
		double	c,
		double	d,
		double	sx,
		double	sy
	)

FunctionalSpirale::FunctionalSpirale ( const FunctionalSpirale & m )

FunctionalSpirale::~FunctionalSpirale ( )

virtual

MatrixSquareGeneral FunctionalSpirale::getFunctionMatrix ( const VectorDouble & coor ) const

Return the anisotropy rotation matrix at a given coordinate

Parameters

coor	2-D coordinates of the target

double FunctionalSpirale::getFunctionValue ( const VectorDouble & coor ) const

overridevirtual

Return the angle (in degrees) of the spiral at a given coordinate

Parameters

coor	2-D coordinates of the target

Implements AFunctional.

VectorVectorDouble FunctionalSpirale::getFunctionVectors	(	const Db *	db,
		const CovAniso *	cova
	)		const

FunctionalSpirale & FunctionalSpirale::operator= ( const FunctionalSpirale & m )

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