def testCorrectedAzimuth(self):
self.assertEquals(
'0d36.8',
str(
Correction(Angle.parse('89d20.1'), Angle.parse('154d5.4'),
Angle.parse('37d17.4'), Angle.parse('35d59.7'),
Angle.parse('74d35.3')).correctedAzimuth()))
def testLongitudeWithinHighBound(self):
try:
Correction(Angle.parse('0d0.0'), Angle.parse('359d59.9'),
Angle.parse('1d0.0'), Angle.parse('0d0.0'),
Angle.parse('0d0.0'))
except ValueError:
self.fail('longitude within bounds raised exception')
def testLatitudeWithinLowBound(self):
try:
Correction(Angle.parse('-89d59.9'), Angle.parse('0d0.0'),
Angle.parse('1d0.0'), Angle.parse('0d0.0'),
Angle.parse('0d0.0'))
except ValueError:
self.fail('latitude within bounds raised exception')
def testLatitudeOutOfLowBound(self):
try:
Correction(Angle.parse('-90d0.0'), Angle.parse('0d0.0'),
Angle.parse('1d0.0'), Angle.parse('0d0.0'),
Angle.parse('0d0.0'))
self.fail('latitude out of bounds didn\'t raise exception')
except ValueError:
sys.exc_clear()
def testDispatchNominal(self):
self.assertEquals(
'0d36.8',
Correction.dispatch({
'lat': '89d20.1',
'long': '154d5.4',
'altitude': '37d17.4',
'assumedLat': '35d59.7',
'assumedLong': '74d35.3'
})['correctedAzimuth'])
def testCorrectedDistance(self):
self.assertEquals(
3950,
Correction(Angle.parse('16d32.3'), Angle.parse('95d41.6'),
Angle.parse('13d42.3'), Angle.parse('-53d38.4'),
Angle.parse('74d35.3')).correctedDistance())
def testIntermediateDistance(self):
self.assertAlmostEquals(
-0.789,
Correction(Angle.parse('16d32.3'), Angle.parse('95d41.6'),
Angle.parse('13d42.3'), Angle.parse('-53d38.4'),
Angle.parse('74d35.3')).intermediateDistance(), 3)