def test_dominates_earlier_departure_time(self):
label2 = LabelTimeAndRoute(departure_time=1,
arrival_time_target=10,
movement_duration=0,
first_leg_is_walk=False)
label5 = LabelTimeAndRoute(departure_time=0,
arrival_time_target=10,
movement_duration=0,
first_leg_is_walk=False)
self.assertTrue(label2.dominates(label5))
self.assertFalse(label5.dominates(label2))
def test_dominates_less_movement_duration(self):
labela = LabelTimeAndRoute(departure_time=1,
arrival_time_target=10,
movement_duration=0,
first_leg_is_walk=False)
labelb = LabelTimeAndRoute(departure_time=1,
arrival_time_target=10,
movement_duration=1,
first_leg_is_walk=False)
self.assertFalse(labelb.dominates(labela))
self.assertTrue(labela.dominates(labelb))
def test_does_not_dominate_same(self):
label2 = LabelTimeAndRoute(departure_time=1,
arrival_time_target=10,
movement_duration=0,
first_leg_is_walk=False)
label3 = LabelTimeAndRoute(departure_time=1,
arrival_time_target=10,
movement_duration=0,
first_leg_is_walk=False)
self.assertTrue(label2.dominates(label3))
self.assertTrue(label3.dominates(label2))
def test_dominates_less_movement_duration_when_arrival_time_not_the_same(
self):
# a should dominate b as the travel time is shorter
labela = LabelTimeAndRoute(departure_time=1,
arrival_time_target=9,
movement_duration=1,
first_leg_is_walk=False)
labelb = LabelTimeAndRoute(departure_time=1,
arrival_time_target=10,
movement_duration=0,
first_leg_is_walk=False)
self.assertFalse(labelb.dominates(labela))
self.assertTrue(labela.dominates(labelb))