def test_GMT(self):
gmt = GeoLocation.GMT()
self.assertEqual(gmt.location_name, 'Greenwich, England')
self.assertEqual(gmt.longitude, 0)
self.assertEqual(gmt.latitude, 51.4772)
self.assertTrue(gmt.time_zone._filename.endswith('/GMT'))
self.assertEqual(gmt.elevation, 0)
def __init__(self, geo_location: Optional[GeoLocation] = None, date: Optional[date] = None, calculator: Optional[AstronomicalCalculations] = None):
if geo_location is None:
geo_location = GeoLocation.GMT()
if date is None:
date = datetime.today()
if calculator is None:
calculator = NOAACalculator()
self.geo_location = geo_location
self.date = date
self.astronomical_calculator = calculator
def test_standard_time_offset_for_standard_timezone(self):
geo = GeoLocation.GMT()
geo.time_zone = 'America/New_York'
self.assertEqual(geo.standard_time_offset(), -5 * GeoLocation.HOUR_MILLIS)
def test_standard_time_offset_for_gmt(self):
geo = GeoLocation.GMT()
self.assertEqual(geo.standard_time_offset(), 0)
def test_local_mean_time_offset_for_gmt(self):
geo = GeoLocation.GMT()
self.assertEqual(geo.local_mean_time_offset(), 0)
def test_antimeridian_adjustment_for_westward_crossover(self):
geo = GeoLocation.GMT()
geo.longitude = 179
geo.time_zone = 'Etc/GMT+12'
self.assertEqual(geo.antimeridian_adjustment(), 1)
def test_antimeridian_adjustment_for_standard_timezone(self):
geo = GeoLocation.GMT()
geo.time_zone = 'America/New_York'
self.assertEqual(geo.antimeridian_adjustment(), 0)
def test_antimeridian_adjustment_for_gmt(self):
geo = GeoLocation.GMT()
self.assertEqual(geo.antimeridian_adjustment(), 0)
def test_time_zone_with_timezone_object(self):
geo = GeoLocation.GMT()
geo.time_zone = tz.gettz('America/New_York')
self.assertTrue(geo.time_zone._filename.endswith('/America/New_York'))
def test_time_zone_with_string(self):
geo = GeoLocation.GMT()
geo.time_zone = 'America/New_York'
self.assertTrue(geo.time_zone._filename.endswith('/America/New_York'))
def test_longitude_cartography_west(self):
geo = GeoLocation.GMT()
geo.longitude = 41, 7, 5.17296, 'W'
self.assertEqual(geo.longitude, -41.1181036)
def test_longitude_numeric(self):
geo = GeoLocation.GMT()
geo.longitude = 23.4
self.assertEqual(geo.longitude, 23.4)
def test_latitude_cartography_south(self):
geo = GeoLocation.GMT()
geo.latitude = 41, 7, 5.17296, 'S'
self.assertEqual(geo.latitude, -41.1181036)
def test_latitude_numeric(self):
geo = GeoLocation.GMT()
geo.latitude = 33.3
self.assertEqual(geo.latitude, 33.3)