def within_index(self, other):
""" Return indices of the points that are within the shape """
other = _a.asarrayd(other)
other.shape = (-1, 3)
# First check
tmp = dot(other - self.center[None, :], self._iv)
tol = 1.e-12
# Get indices where we should do the more
# expensive exact check of being inside shape
# I.e. this reduces the search space to the box
return indices_in_sphere(tmp, 1. + tol)
def within_index(self, other, tol=1.e-8):
r""" Return indices of the points that are within the shape
Parameters
----------
other : array_like
the object that is checked for containment
tol : float, optional
absolute tolerance for boundaries
"""
other = _a.asarrayd(other)
other.shape = (-1, 3)
# First check
tmp = dot(other - self.center[None, :], self._iv)
# Get indices where we should do the more
# expensive exact check of being inside shape
# I.e. this reduces the search space to the box
return indices_in_sphere(tmp, 1. + tol)