Inheritance diagram for CDFT2D_FFTW:

Public Member Functions
	CDFT2D_FFTW (int direction=1)

bool	operator() (WaveField &tReal, WaveField &tIm) const

virtual bool	calc (WaveField &tReal, WaveField &tIm) const

virtual bool	calc (Trace &tReal, Trace &tIm) const

void	setDirection (int direction)

int	getDirection () const

void	setRotateFlag (bool rotate)

bool	getRotateFlag () const

Public Member Functions inherited from CDFT2D
	CDFT2D (int direction=1)

bool	operator() (WaveField &tReal, WaveField &tIm) const

void	setDirection (int direction)

int	getDirection () const

void	setNormType (NormType norm_type)

NormType	getNormType () const

Protected Member Functions
void	rotate (WaveField &matr) const

void	rotate (Trace &vec) const

void	norm (WaveField &matr) const

void	norm (Trace &vector) const

void	set_proper_freq (Trace &tr) const

void	set_proper_freq (WaveField &field) const

virtual void	create_1d_plan (int N0, fftw_plan &plan, fftw_complex in, fftw_complex out) const

virtual void	create_2d_plan (int N0, int N1, fftw_plan &plan, fftw_complex in, fftw_complex out) const

virtual void	destroy_plan (fftw_plan &plan) const

Additional Inherited Members
Public Types inherited from CDFT2D
enum	NormType { DINORM = 0, INORM, NONORM }

Protected Attributes inherited from CDFT2D
int	m_direction

NormType	m_norm_type

Detailed Description

Complex 2D discrete Fourier transformation

Constructor & Destructor Documentation

CDFT2D_FFTW::CDFT2D_FFTW ( int direction = 1 )

Default constructor with direction provided. 1 - Direct transform, -1 - inverse transform

virtual

Calculates 2D Fourier transformation for real and imag data provided

Implements CDFT2D.

virtual

Calculates 1D Fourier transformation for real and imag data provided

int CDFT2D_FFTW::getDirection ( ) const

inline

Get current transormation direction

bool CDFT2D_FFTW::getRotateFlag ( ) const

inline

Get current transormation direction

inline

Calculates Fourier transformation for real and imag data provided

void CDFT2D_FFTW::rotate ( WaveField & matr ) const

protected

Transform matrix in vector

void CDFT2D_FFTW::setDirection ( int direction )

inline

Available values are 1 (direct) and -1 (inverse) FFT

void CDFT2D_FFTW::setRotateFlag ( bool rotate )

inline

Available values are 1 (direct) and -1 (inverse) FFT

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