def test_units_and_separators(self):
self.assertEqual(-41.38, parse_latitude('-41.38'))
self.assertEqual(-41.38, parse_latitude('41 22.8S'))
self.assertEqual(-41.38, parse_latitude('41 22 48S'))
self.assertAlmostEqual(-41.380008333333336,
parse_latitude('41:22:48.03S'))
self.assertEqual(-41.38, parse_latitude('41 22\' 48" S'))
self.assertEqual(-41.38, parse_latitude('41 22\' 48\'\' S'))
self.assertEqual(-41.38, parse_latitude(u' 41° 22\' 48" S '))
self.assertEqual(-41.38, parse_latitude(u'41°22\'48"S'))
self.assertEqual(-41.38, parse_latitude(u'41°22′48″S'))
def test_arithmetic(self):
self.assertIsNone(parse_latitude(None))
self.assertIsNone(parse_latitude(''))
self.assertEqual(1, parse_latitude('1'))
self.assertEqual(-1, parse_latitude('-1'))
self.assertEqual(1, parse_latitude('1 n'))
self.assertEqual(-1, parse_latitude('1 S '))
self.assertAlmostEqual(1.5111111111111111, parse_latitude('1 30 40 N'))
self.assertAlmostEqual(1.5111111111111111,
parse_longitude('1 30 40 E'))
self.assertAlmostEqual(-1.5111111111111111,
parse_latitude('1 30 40 S'))
self.assertAlmostEqual(-1.5111111111111111,
parse_longitude('1 30 40 W'))
self.assertAlmostEqual(89.99972222222222, parse_latitude('89 59 59 N'))
self.assertAlmostEqual(179.99972222, parse_longitude('179 59 59 e'))
self.assertAlmostEqual(-89.99972222222222,
parse_latitude('89 59 59 s'))
self.assertAlmostEqual(-179.99972222, parse_longitude('179 59 59 w'))
# DMS values with floating-point minutes
self.assertAlmostEqual(1.500185, parse_latitude('1 30 0.666 N'))
# DMS values with floating-point seconds
self.assertEqual(1.0002777777777778, parse_latitude('1 0 1 N'))
self.assertAlmostEqual(1.5166666638888888,
parse_latitude('1 30 59.99999 N'))
self.assertAlmostEqual(-179.99999999999721,
parse_longitude('179 59 59.99999999 W'))
# Zero degrees
self.assertEqual(0.5, parse_latitude('0 30 0 N'))
self.assertAlmostEqual(0.5083333333333333, parse_latitude('0 30 30 N'))
# All zeroes
self.assertEqual(0, parse_latitude('0 0 0 N'))
def test_arithmetic(self):
self.assertEqual(1, parse_latitude('1'))
self.assertEqual(-1, parse_latitude('-1'))
self.assertEqual(1, parse_latitude('1 n'))
self.assertEqual(-1, parse_latitude('1 S '))
self.assertAlmostEqual(1.5111111111111111, parse_latitude('1 30 40 N'))
self.assertAlmostEqual(1.5111111111111111, parse_longitude('1 30 40 E'))
self.assertAlmostEqual(-1.5111111111111111, parse_latitude('1 30 40 S'))
self.assertAlmostEqual(-1.5111111111111111, parse_longitude('1 30 40 W'))
self.assertAlmostEqual(89.99972222222222, parse_latitude('89 59 59 N'))
self.assertAlmostEqual(179.99972222, parse_longitude('179 59 59 e'))
self.assertAlmostEqual(-89.99972222222222, parse_latitude('89 59 59 s'))
self.assertAlmostEqual(-179.99972222, parse_longitude('179 59 59 w'))
# DMS values with floating-point minutes
self.assertAlmostEqual(1.500185, parse_latitude('1 30 0.666 N'))
# DMS values with floating-point seconds
self.assertEqual(1.0002777777777778, parse_latitude('1 0 1 N'))
self.assertAlmostEqual(1.5166666638888888, parse_latitude('1 30 59.99999 N'))
self.assertAlmostEqual(-179.99999999999721, parse_longitude('179 59 59.99999999 W'))
# Zero degrees
self.assertEqual(0.5, parse_latitude('0 30 0 N'))
self.assertAlmostEqual(0.5083333333333333, parse_latitude('0 30 30 N'))
# All zeroes
self.assertEqual(0, parse_latitude('0 0 0 N'))
def test_units_and_separators(self):
self.assertEqual(-41.38, parse_latitude('-41.38'))
self.assertEqual(-41.38, parse_latitude(u'-41.38°'))
self.assertEqual(-41.38, parse_latitude(u'41.38° S'))
self.assertEqual(-41.38, parse_latitude('41 22.8S'))
self.assertEqual(-41.38, parse_latitude('41 22 48S'))
self.assertAlmostEqual(-41.36666666666667, parse_latitude('41:22:00S'))
self.assertAlmostEqual(-41.380008333333336, parse_latitude('41:22:48.03S'))
self.assertEqual(-41.38, parse_latitude('41 22\' 48" S'))
self.assertEqual(-41.38, parse_latitude('41 22\' 48\'\' S'))
self.assertEqual(-41.38, parse_latitude(u' 41° 22\' 48" S '))
self.assertEqual(-41.38, parse_latitude(u'41°22\'48"S'))
self.assertEqual(-41.38, parse_latitude(u'41°22′48″S'))
self.assertEqual(-41, parse_latitude(u'41°00′00″S'))