def test_stops_farther_than_custom_threshold_with_same_longitude_should_return_true(
self, ):
stop_1 = {"stop_lat": 45.508888, "stop_lon": -73.561668}
stop_2 = {"stop_lat": 45.508978, "stop_lon": -73.561668}
under_test = StopsLongitudeLatitudeTooClose()
self.assertFalse(under_test.execute(stop_1, stop_2, 10))
def test_stops_farther_than_default_5_meters_with_same_longitude_should_return_true(
self, ):
stop_1 = {"stop_lat": 45.508888, "stop_lon": -73.561668}
stop_2 = {"stop_lat": 45.508933, "stop_lon": -73.561668}
under_test = StopsLongitudeLatitudeTooClose()
self.assertFalse(under_test.execute(stop_1, stop_2))
def execute(self):
"""Execute comparison between the two GTFS datasets."""
stops_longitude_latitude_too_close = StopsLongitudeLatitudeTooClose()
for i in range(len(self.stops_1)):
for j in range(len(self.stops_2)):
stops_longitude_latitude_too_close.execute(
self.stops_1.iloc[i], self.stops_2.iloc[j])
def test_stops_closer_than_custom_threshold_should_return_true(self):
stop_1 = {"stop_lat": 45.508888, "stop_lon": -73.561668}
stop_2 = {"stop_lat": 45.508889, "stop_lon": -73.561669}
under_test = StopsLongitudeLatitudeTooClose()
self.assertTrue(under_test.execute(stop_1, stop_2, 10))
def test_none_stop1_should_return_none(self):
stop_1 = None
stop_2 = {"stop_lat": 45.508888, "stop_lon": -73.561668}
under_test = StopsLongitudeLatitudeTooClose()
self.assertIsNone(under_test.execute(stop_1, stop_2))