def orthogopt(self, v, coords):
"""make v orthogonal to the zero eigenvectors at position coords"""
zev = zeroev.gramm_schmidt(self.zeroEV(coords))
zeroev.orthogonalize(v, zev)
return v
def _orthog_to_zero(self, v, coords):
zerov = [np.array(coords) / np.linalg.norm(coords)]
return orthogonalize(v, zerov)
def _orthog_to_zero(self, v, coords):
zerov = [np.array(coords)/np.linalg.norm(coords)]
return orthogonalize(v, zerov)
def ortogopt_aa(self, v, coords):
v = v.copy()
zev = zeroev.gramm_schmidt(self.zeroEV(coords))
zeroev.orthogonalize(v, zev)
return v
def orthogopt(self, v, coords):
zev = zeroev.gramm_schmidt(self.zeroEV(coords))
zeroev.orthogonalize(v, zev)
return v
def orthogopt(self, v, coords):
"""make v orthogonal to the zero eigenvectors at position coords"""
zev = zeroev.gramm_schmidt(self.zeroEV(coords))
zeroev.orthogonalize(v, zev)
return v