def test_commutativity(multipolygons_pair: MultipolygonsPair) -> None:
left_multipolygon, right_multipolygon = multipolygons_pair
result = complete_intersect_multipolygons(left_multipolygon,
right_multipolygon)
assert result == complete_intersect_multipolygons(right_multipolygon,
left_multipolygon)
def test_right_absorbing_element(
empty_multipolygon_with_multipolygon: MultipolygonsPair) -> None:
empty_multipolygon, multipolygon = empty_multipolygon_with_multipolygon
result = complete_intersect_multipolygons(multipolygon, empty_multipolygon)
assert is_mix_empty(result)
def test_basic(multipolygons_pair: MultipolygonsPair) -> None:
left_multipolygon, right_multipolygon = multipolygons_pair
result = complete_intersect_multipolygons(left_multipolygon,
right_multipolygon)
assert is_mix(result)
def test_absorption_identity(multipolygons_pair: MultipolygonsPair) -> None:
left_multipolygon, right_multipolygon = multipolygons_pair
result = complete_intersect_multipolygons(
left_multipolygon,
unite_multipolygons(left_multipolygon, right_multipolygon))
assert mix_similar_to_multipolygon(result, left_multipolygon)
def _intersect_with_multipolygon(
self, other: 'Multipolygon[Coordinate]') -> Compound[Coordinate]:
return (complete_intersect_multipolygons(
self, other, context=self._context) if
(_multipolygon_has_holes(self)
or _multipolygon_has_holes(other)) else
complete_intersect_multiregions(self._as_multiregion(),
other._as_multiregion(),
context=self._context))
def test_connection_with_intersect(
multipolygons_pair: MultipolygonsPair) -> None:
left_multipolygon, right_multipolygon = multipolygons_pair
result = complete_intersect_multipolygons(left_multipolygon,
right_multipolygon)
_, _, multipolygon = result
assert multipolygon == intersect_multipolygons(left_multipolygon,
right_multipolygon)
def test_reversals(multipolygons_pair: MultipolygonsPair) -> None:
left_multipolygon, right_multipolygon = multipolygons_pair
result = complete_intersect_multipolygons(left_multipolygon,
right_multipolygon)
assert result == complete_intersect_multipolygons(
reverse_multipolygon(left_multipolygon), right_multipolygon)
assert result == complete_intersect_multipolygons(
left_multipolygon, reverse_multipolygon(right_multipolygon))
assert result == complete_intersect_multipolygons(
reverse_multipolygon_borders(left_multipolygon), right_multipolygon)
assert result == complete_intersect_multipolygons(
left_multipolygon, reverse_multipolygon_borders(right_multipolygon))
assert result == complete_intersect_multipolygons(
reverse_multipolygon_holes(left_multipolygon), right_multipolygon)
assert result == complete_intersect_multipolygons(
left_multipolygon, reverse_multipolygon_holes(right_multipolygon))
assert result == complete_intersect_multipolygons(
reverse_multipolygon_holes_contours(left_multipolygon),
right_multipolygon)
assert result == complete_intersect_multipolygons(
left_multipolygon,
reverse_multipolygon_holes_contours(right_multipolygon))
def test_idempotence(multipolygon: Multipolygon) -> None:
result = complete_intersect_multipolygons(multipolygon, multipolygon)
assert mix_similar_to_multipolygon(result, multipolygon)