def glr_normal(self, n):
"""
"""
## just rotate the normal
R = self.matrix[:3, :3]
nr = numpy.dot(R, n)
if self.normalize == True:
self.normal = AtomMath.normalize(nr)
else:
self.normal = nr
def glr_normal(self, n):
"""
"""
## just rotate the normal
R = self.matrix[:3, :3]
nr = numpy.dot(R, n)
if self.normalize == True:
self.normal = AtomMath.normalize(nr)
else:
self.normal = nr
def glr_normal3(self, x, y, z):
"""
"""
## just rotate the normal
R = self.matrix[:3, :3]
n = numpy.array([x, y, z], float)
nr = numpy.dot(R, n)
if self.normalize == True:
self.normal = AtomMath.normalize(nr)
else:
self.normal = nr
def glr_normal3(self, x, y, z):
"""
"""
## just rotate the normal
R = self.matrix[:3, :3]
n = numpy.array([x, y, z], float)
nr = numpy.dot(R, n)
if self.normalize == True:
self.normal = AtomMath.normalize(nr)
else:
self.normal = nr
