def test_deepsky_stellarium(self):
observer = Observer.from_str("N 48° 51' 12.27\"", "E 2° 20' 55.68\"")
obstime = Time.from_localtime_str("2017-08-16 23:25:22",
"Europe/Paris")
dsobject = EquatorialCoordObject.from_str(
"20:22:00.54", "-14° 43' 20.4\"") # beta Cap
apparent = dsobject.calculate_apparent_position(observer, obstime)
self.assertAlmostEqual(apparent.azimuth,
162 + (32 / 60) + (50.2 / 3600),
places=2)
self.assertAlmostEqual(apparent.altitude,
24 + (49 / 60) + (28.4 / 3600),
places=1)
def test_jupiter(self):
observer = Observer.from_str("N 48° 51' 12.27\"", "E 2° 20' 55.68\"")
obstime = Time.from_localtime_str("2017-08-16 20:00:53",
"Europe/Paris")
jupiter = self._jupiter()
equatorial = jupiter.calculate_equatorial_position(observer, obstime)
self.assertAlmostEqual(equatorial.ra,
13 + (13 / 60) + (12.22 / 3600),
places=2)
self.assertAlmostEqual(equatorial.dec,
-(6 + (31 / 60) + (28.0 / 3600)),
places=1)
apparent = jupiter.calculate_apparent_position(observer, obstime)
self.assertAlmostEqual(apparent.azimuth,
224 + (11 / 60) + (15.7 / 3600),
places=0)
self.assertAlmostEqual(apparent.altitude,
24 + (45 / 60) + (32.5 / 3600),
places=1)