def get_result(self):
res = Result()
res.energy = self.energy
res.gradient = self.gradient
res.coords = self.coords
res.nsteps = self.iter_number
res.rms = np.linalg.norm(res.gradient) / np.sqrt(len(res.gradient))
res.nfev = self.transverse_potential.nfev
res.eigenval = self.eigenval
res.eigenvec = self.get_eigenvector()
res.success = self.stop_criterion_satisfied()
return res
def get_result(self):
res = Result()
res.energy = self.energy
res.gradient = self.gradient
res.coords = self.coords
res.nsteps = self.iter_number
res.rms = np.linalg.norm(res.gradient) / np.sqrt(len(res.gradient))
res.nfev = self.transverse_potential.nfev
res.eigenval = self.eigenval
res.eigenvec = self.get_eigenvector()
res.success = self.stop_criterion_satisfied()
return res
