#include <basisfunction.h>

Inheritance diagram for Sine:

Collaboration diagram for Sine:

Public Member Functions
	Sine (void)

	Sine (double freq, double phase=0.0)

virtual	~Sine (void)

double	frequency (void) const

void	setFrequency (double freq)

double	phase (void) const

void	setPhase (double phase)

void	operator() (double x, ArrayD &y) const

virtual void	basis (double x, ArrayD &y) const

double	operator() (const ArrayD &c, double x) const

virtual double	value (const ArrayD &c, double x) const

Public Member Functions inherited from BasisFunction
	BasisFunction (void)

virtual	~BasisFunction (void)

void	operator() (double x, ArrayD &y) const

double	operator() (const ArrayD &c, double x) const

Detailed Description

A sine basis function.

Author: Jan Benda

Version

1.0

$f_i(x) = sin( 2 \pi f i x + \varphi )$

$f(x) = \sum_{i=0}^n c_i sin( 2 \pi f i x + \varphi )$

Constructor & Destructor Documentation

Sine ( void )

Sine	(	double	freq,
		double	phase = `0.0`
	)

~Sine ( void )

virtual

Member Function Documentation

double frequency ( void ) const

The frequency of the sine functions.

void setFrequency ( double freq )

Set the frequency of the sine functions to freq.

double phase ( void ) const

The phase of the sine functions.

Referenced by Sine::setPhase().

void setPhase ( double phase )

Set the phase of the sine functions to phase.

References Sine::phase().

void operator()	(	double	x,
		ArrayD &	y
	)		const

Returns the values of the first y.size() basis functions at position x in y. This operator is NOT virtual in order to speed up computation when using templates. If you need a virtual function as an interface, implement basis().

References relacs::sin(), and Array< T >::size().

Referenced by Sine::basis(), and Sine::value().

void basis	(	double	x,
		ArrayD &	y
	)		const

virtual

Returns the values of the first y.size() basis functions at position x in y. This function IS virtual and might slow things down. If you need a NON virtual function as an interface, implement operator().

Reimplemented from BasisFunction.

References Sine::operator()().

double operator()	(	const ArrayD &	c,
		double	x
	)		const

Returns the linear combination of the first c.size() basis functions at position x with coefficients c. This operator is NOT virtual in order to speed up computation when using templates. If you need a virtual function as an interface, implement value().

References Array< T >::empty(), relacs::sin(), and Array< T >::size().

double value	(	const ArrayD &	c,
		double	x
	)		const

virtual

Returns the linear combination of the first c.size() basis functions at position x with coefficients c. This function IS virtual and might slow things down. If you need a NON virtual function as an interface, implement operator().

Reimplemented from BasisFunction.

References Sine::operator()().

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

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation