FFT_multi< Field, Simd > Class Template Reference

#include <fft.h>

Inheritance diagram for FFT_multi< Field, Simd >:

Public Member Functions
	FFT_multi (const Field &F, size_t k, Element w=0)
void	FFT_direct (Element *coeffs, size_t stride) const
void	FFT_inverse (Element *coeffs, size_t stride) const
const Field &	field () const
size_t	size () const
size_t	log2_size () const
const Element &	root () const
const Element	invroot () const

Constructor & Destructor Documentation

FFT_multi()

template<typename Field, typename Simd = Simd<typename Field::Element>>

FFT_multi ( const Field & F, size_t k, Element w = 0 )

inline

Member Function Documentation

FFT_direct()

template<typename Field, typename Simd = Simd<typename Field::Element>>

void FFT_direct ( Element * coeffs, size_t stride ) const

inline

FFT_inverse()

template<typename Field, typename Simd = Simd<typename Field::Element>>

void FFT_inverse ( Element * coeffs, size_t stride ) const

inline

field()

template<typename Field, typename Simd = Simd<typename Field::Element>>

const Field & field ( ) const

inline

size()

template<typename Field, typename Simd = Simd<typename Field::Element>>

size_t size ( ) const

inline

log2_size()

template<typename Field, typename Simd = Simd<typename Field::Element>>

size_t log2_size ( ) const

inline

root()

template<typename Field, typename Simd = Simd<typename Field::Element>>

const Element & root ( ) const

inline

invroot()

template<typename Field, typename Simd = Simd<typename Field::Element>>

const Element invroot ( ) const

inline

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

• fft.h