def test_exception_split_gt_1(self, l):
with raises(ValueError):
age.split_element(1, 5)
l.check(('gnome.array_types.ArrayType',
'ERROR',
"'num' to split into must be at least 2"))
def test_split_element_clone_values(self, num):
''' as an example age should get cloned upon split '''
# use an object of ArrayType (base) instance
vals = age.initialize(10)
vals[:] = np.arange(0, 100, 10)
split_into = num
ix = 5
split_elems = age.split_element(split_into, vals[ix])
assert split_elems.dtype == vals.dtype
assert np.all(split_elems[:] == vals[ix])
assert len(split_elems) == split_into
new_vals = self._replace_le_after_split(vals, ix, split_elems)
assert np.all(new_vals[ix:ix + split_into] == new_vals[ix])
assert np.all(new_vals[:ix] == vals[:ix])
assert np.all(new_vals[ix + split_into:] == vals[ix + 1:])
assert len(new_vals) == len(vals) + num - 1
def test_split_element_clone_values(self, num):
''' as an example age should get cloned upon split '''
# use an object of ArrayType (base) instance
vals = age.initialize(10)
vals[:] = np.arange(0, 100, 10)
split_into = num
ix = 5
split_elems = age.split_element(split_into, vals[ix])
assert split_elems.dtype == vals.dtype
assert np.all(split_elems[:] == vals[ix])
assert len(split_elems) == split_into
new_vals = self._replace_le_after_split(vals, ix, split_elems)
assert np.all(new_vals[ix:ix + split_into] == new_vals[ix])
assert np.all(new_vals[:ix] == vals[:ix])
assert np.all(new_vals[ix + split_into:] == vals[ix + 1:])
assert len(new_vals) == len(vals) + num - 1
def test_exception_split_gt_1(self, l):
with raises(ValueError):
age.split_element(1, 5)
l.check(('gnome.array_types.ArrayType', 'ERROR',
"'num' to split into must be at least 2"))
