Fourier::FFTCC1D Class Reference

Computes 1D FFT for any size of data. This function is used internally by the ND computation. More...

Public Member Functions
	FFTCC1D ()
	FFTCC1D (const FFTCC1D &)
	Not implemented, just here to make linker complain. More...
	~FFTCC1D ()
bool	setSize (int)
	the size of fft to be calculated More...
void	setSample (int smp)
	step of the data from input More...
void	setDir (bool forward)
void	setNormalization (bool yn)
bool	run (float_complex *data)

Static Public Member Functions
static int	getFastSize (int sz)

Protected Member Functions
void	cleanUp ()
bool	getSizeFactors ()
bool	doFactor2 () const
	ret true means the whole FFT is over More...
bool	doFactor4 () const
void	doFactor3 () const
void	doFactor5 () const
void	doOtherFactor (int factor, int psz)
void	doRotation (int psz) const
bool	doFinish ()
bool	setupPermutation ()

Protected Attributes
bool	forward_
bool	normalize_
int	size_
int	sample_
int	totalsmp_
int	extsz_
int	curf_
int	rmfid_
int	cycleid_
float	exp_
float	sin2_
float_complex *	data_
float *	rdata_
float *	idata_
float *	rtmp_
float *	itmp_
float *	cosv_
float *	sinv_
int *	permutation0_
int *	permutation1_
TypeSet< int >	permutfactors_
TypeSet< int >	factors_

Detailed Description

Computes 1D FFT for any size of data. This function is used internally by the ND computation.

Constructor & Destructor Documentation

Fourier::FFTCC1D::FFTCC1D

(

)

Fourier::FFTCC1D::FFTCC1D

(

const FFTCC1D &

)

Not implemented, just here to make linker complain.

Fourier::FFTCC1D::~FFTCC1D ( )

inline

Member Function Documentation

void Fourier::FFTCC1D::cleanUp ( )

protected

bool Fourier::FFTCC1D::doFactor2 ( ) const

protected

ret true means the whole FFT is over

void Fourier::FFTCC1D::doFactor3 ( ) const

protected

bool Fourier::FFTCC1D::doFactor4 ( ) const

protected

void Fourier::FFTCC1D::doFactor5 ( ) const

protected

bool Fourier::FFTCC1D::doFinish ( )

protected

void Fourier::FFTCC1D::doOtherFactor ( int  factor, int  psz  )

protected

void Fourier::FFTCC1D::doRotation ( int  psz ) const

protected

static int Fourier::FFTCC1D::getFastSize ( int  sz )

static

bool Fourier::FFTCC1D::getSizeFactors ( )

protected

bool Fourier::FFTCC1D::run

(

float_complex *

data

)

void Fourier::FFTCC1D::setDir ( bool  forward )

inline

void Fourier::FFTCC1D::setNormalization ( bool  yn )

inline

void Fourier::FFTCC1D::setSample ( int  smp )

inline

step of the data from input

bool Fourier::FFTCC1D::setSize

(

int

)

the size of fft to be calculated

bool Fourier::FFTCC1D::setupPermutation ( )

protected

Member Data Documentation

float* Fourier::FFTCC1D::cosv_

protected

int Fourier::FFTCC1D::curf_

protected

int Fourier::FFTCC1D::cycleid_

protected

float_complex* Fourier::FFTCC1D::data_

protected

float Fourier::FFTCC1D::exp_

protected

int Fourier::FFTCC1D::extsz_

protected

TypeSet<int> Fourier::FFTCC1D::factors_

protected

bool Fourier::FFTCC1D::forward_

protected

float* Fourier::FFTCC1D::idata_

protected

float* Fourier::FFTCC1D::itmp_

protected

bool Fourier::FFTCC1D::normalize_

protected

int* Fourier::FFTCC1D::permutation0_

protected

int* Fourier::FFTCC1D::permutation1_

protected

TypeSet<int> Fourier::FFTCC1D::permutfactors_

protected

float* Fourier::FFTCC1D::rdata_

protected

int Fourier::FFTCC1D::rmfid_

protected

float* Fourier::FFTCC1D::rtmp_

protected

int Fourier::FFTCC1D::sample_

protected

float Fourier::FFTCC1D::sin2_

protected

float* Fourier::FFTCC1D::sinv_

protected

int Fourier::FFTCC1D::size_

protected

int Fourier::FFTCC1D::totalsmp_

protected