public static void inverse(complex[] srcdst)
{
FFT f = new FFT();
fixed(complex *_srcdst = srcdst)
{
f.Inverse(_srcdst, (uint)srcdst.Length, true);
}
}
public static void inverse(complex[] src, complex[] dst)
{
uint l = (uint)System.Math.Min(src.Length, dst.Length);
FFT f = new FFT();
fixed(complex *_src = src)
fixed(complex * _dst = dst)
{
f.Inverse(_src, _dst, l, true);
}
}
public static void inverse(complex[] srcdst)
{
FFT f = new FFT();
fixed (complex* _srcdst = srcdst)
{
f.Inverse(_srcdst, (uint)srcdst.Length, true);
}
}
public static void inverse(complex[] src, complex[] dst)
{
uint l = (uint)System.Math.Min(src.Length, dst.Length);
FFT f = new FFT();
fixed (complex* _src = src)
fixed (complex* _dst = dst)
{
f.Inverse(_src, _dst, l, true);
}
}