Signal processing windows

Collaboration diagram for Signal processing windows:

Functions
double	Bartlet (double Argument, long WindowHalfLength)
double	Blackman (double Argument, long WindowHalfLength)
double	Dirichlet (double Argument, long WindowHalfLength)
double	HammingClassic (double Argument, long WindowHalfLength)
double	HammingExact (double Argument, long WindowHalfLength)
double	Hanning (double Argument, long WindowHalfLength)

Detailed Description

Function Documentation

Bartlet()

double Bartlet	(	double	Argument,
		long	WindowHalfLength
	)

Returns the value of a Bartlet (triangular) window evaluated at Argument. The width of the symmetric window is (2 * H)

Blackman()

double Blackman	(	double	Argument,
		long	WindowHalfLength
	)

Returns the value of a Blackman window evaluated at Argument. The width of the symmetric window is (2 * H)

Dirichlet()

double Dirichlet	(	double	Argument,
		long	WindowHalfLength
	)

Returns the value of a Dirichlet (rectangular) window evaluated at Argument. The width of the symmetric window is (2 * H)

HammingClassic()

double HammingClassic	(	double	Argument,
		long	WindowHalfLength
	)

Returns the value of a Hamming window evaluated at Argument. Classic Hamming weights are used. The width of the symmetric window is (2 * H)

HammingExact()

double HammingExact	(	double	Argument,
		long	WindowHalfLength
	)

Returns the value of a Hamming window evaluated at Argument. Optimal (non-classic) weights are used. The width of the symmetric window is (2 * H)

Hanning()

double Hanning	(	double	Argument,
		long	WindowHalfLength
	)

Returns the value of a Hanning window evaluated at Argument. The width of the symmetric window is (2 * H)