def __str__(self):
s = 'Wave functions: Plane wave expansion\n'
s += ' Cutoff energy: %.3f eV\n' % (self.pd.ecut * units.Hartree)
if self.dtype == float:
s += (' Number of coefficients: %d (reduced to %d)\n' %
(self.pd.ngmax * 2 - 1, self.pd.ngmax))
else:
s += (' Number of coefficients (min, max): %d, %d\n' %
(self.pd.ngmin, self.pd.ngmax))
if fftw.FFTPlan is fftw.NumpyFFTPlan:
s += " Using Numpy's FFT\n"
else:
s += ' Using FFTW library\n'
return s + FDPWWaveFunctions.__str__(self)
def __str__(self):
s = 'Wave functions: Uniform real-space grid\n'
s += ' Kinetic energy operator: %s\n' % self.kin.description
return s + FDPWWaveFunctions.__str__(self)
