def test_intersects():
g = Geomatcher()
expected = [
'GLO',
('ecoinvent', 'UN-AMERICAS'),
('ecoinvent', 'RLA'),
('ecoinvent', 'UN-CARIBBEAN'),
]
assert g.intersects("CU") == expected
assert g.intersects("CU", exclusive=True) == ['GLO']
expected = [
('ecoinvent', 'UN-CARIBBEAN'),
('ecoinvent', 'RLA'),
('ecoinvent', 'UN-AMERICAS'),
'GLO',
]
assert g.intersects("CU", biggest_first=False) == expected
only = [
('ecoinvent', 'RLA'),
('ecoinvent', 'UN-AMERICAS'),
]
expected = [
('ecoinvent', 'UN-AMERICAS'),
('ecoinvent', 'RLA'),
]
assert g.intersects("CU", only=only) == expected
def test_intersects_row():
g = Geomatcher()
assert g.intersects("RoW") == []
assert g.intersects("RoW", include_self=True) == []
assert g.intersects("RoW", include_self=True, only=['NO', 'LT', "RoW"]) == ["RoW"]
assert g.intersects(('ecoinvent', 'NORDEL'), only=["NO", "RoW"]) == ["NO"]
assert g.intersects("NO", only=["NO", "RoW"], include_self=True, exclusive=True) == ["NO"]
assert g.intersects("NO", only=["NO", "RoW"], include_self=True, exclusive=False) == ["NO"]
assert g.intersects(('ecoinvent', 'BALTSO'), include_self=False, exclusive=True, only=['RoW', 'EE', 'LT', 'LV']) == ['EE', 'LT', 'LV']
assert g.intersects(('ecoinvent', 'BALTSO'), include_self=False, exclusive=True, only=['RoW', 'LT', 'LV']) == ['LT', 'LV']