def divide(self, other):
'''
Returns the elementwise ratio of this and another container
data viewed as vectors.
other: DataContainer
'''
assert_validities(self, other)
z = self.same_object()
z.handle = pysirf.cSIRF_divide(self.handle, other.handle)
check_status(z.handle)
return z
def divide(self, other, out=None):
'''
Returns the elementwise ratio of this and another container
data viewed as vectors.
other: DataContainer
out: DataContainer to store the result to.
'''
if isinstance(other, (Number, int, float, numpy.float32)):
tmp = other + numpy.zeros_like(self.as_array().shape)
other = self.copy()
other.fill(tmp)
assert_validities(self, other)
if out is None:
z = self.same_object()
else:
assert_validities(self, out)
z = out
z.handle = pysirf.cSIRF_divide(self.handle, other.handle)
check_status(z.handle)
return z
def divide(self, other, out=None):
'''
Returns the elementwise ratio of this and another container
data viewed as vectors.
other: DataContainer
out: DataContainer to store the result to.
'''
if not isinstance (other, ( DataContainer , Number )):
return NotImplemented
if isinstance(other , Number ):
tmp = other + numpy.zeros(self.shape, self.dtype)
other = self.copy()
other.fill(tmp)
assert_validities(self, other)
if out is None:
out = self.same_object()
out.handle = pysirf.cSIRF_ratio(self.handle, other.handle)
check_status(out.handle)
#out = self.copy()
else:
assert_validities(self, out)
try_calling(pysirf.cSIRF_divide(self.handle, other.handle, out.handle))
return out