---

aflibFFT.cc File Reference

#include <stdio.h>
#include <stdlib.h>
#include <math.h>
#include "aflibFFT.h"

Defines
#define	pi   3.1415926535897932384626434
#define	c_re(c)    ((c).re)
#define	c_im(c)    ((c).im)
#define	c_add_mul(c, c1, c2)
#define	c_conj(c)    { c_im (c) = -c_im (c); }
#define	c_realdiv(c, real)    { c_re (c) /= (real); c_im (c) /= (real); }
#define	W(n, k)    (W_factors [((k) * (Nfactors / (n))) % Nfactors])

---

Define Documentation

#define W( n, k )   (W_factors [((k) * (Nfactors / (n))) % Nfactors])

#define c_add_mul( c, c1, c2 )

Value: { COMPLEX C1, C2; C1 = (c1); C2 = (c2); \ c_re (c) += C1.re * C2.re - C1.im * C2.im; \ c_im (c) += C1.re * C2.im + C1.im * C2.re; }

#define c_conj( c )   { c_im (c) = -c_im (c); }

#define c_im( c )   ((c).im)

#define c_re( c )   ((c).re)

#define c_realdiv( c, real )   { c_re (c) /= (real); c_im (c) /= (real); }

#define pi   3.1415926535897932384626434

---