def test_dateobs(self):
"""
Test several values of dateobs
"""
for dt in range(6):
next_field = get_next_field(self.dateobs + dt/24.0, self.skylevel, \
self.transparency, self.previoustiles, self.programname)
def test_dateobs(self):
"""
Test several values of dateobs
"""
for dt in range(6):
next_field = get_next_field(self.dateobs + dt/24.0, self.skylevel, \
self.transparency, self.previoustiles, self.programname)
def test_previoustiles(self):
"""
Test that previoustiles are in fact excluded
"""
previoustiles = []
for test in range(10):
next_field = get_next_field(self.dateobs, self.skylevel, \
self.seeing, self.transparency, previoustiles, self.programname)
self.assertNotIn(next_field['tileid'], previoustiles)
previoustiles.append(next_field['tileid'])
def test_previoustiles(self):
"""
Test that previoustiles are in fact excluded
"""
previoustiles = []
for test in range(10):
next_field = get_next_field(self.dateobs, self.skylevel, \
self.seeing, self.transparency, previoustiles, self.programname)
self.assertNotIn(next_field['tileid'], previoustiles)
previoustiles.append(next_field['tileid'])
def test_rightanswer(self):
"""
Test that the tileid returned is correct for the specified date. The values in
the rightanswer array were found by hand to be the 'correct' answer (i.e the tile
with the minimum declination, within +/- 15 degrees of the meridian.
"""
rightanswer = [23492, 28072, 14976, 2435, 3784, 120, 316, 2110, 23492, 28072]
for test in range(10):
next_field = get_next_field(2458728.708 + 137.0*test, self.skylevel, self.seeing, \
self.transparency, self.previoustiles, self.programname)
self.assertEqual(next_field['tileid'], rightanswer[test])
def test_rightanswer(self):
"""
Test that the tileid returned is correct for the specified date. The values in
the rightanswer array were found by hand to be the 'correct' answer (i.e the tile
with the minimum declination, within +/- 15 degrees of the meridian.
"""
rightanswer = [23492, 28072, 26499, 2435, 26832, 11522, 23364, 25159, 23492, 28072]
for test in range(10):
next_field = get_next_field(2458728.708 + 137.0*test, self.skylevel, self.seeing, \
self.transparency, self.previoustiles, self.programname)
self.assertEqual(next_field['tileid'], rightanswer[test])
def test_output(self):
"""
Test get_next_field output
"""
next_field = get_next_field(self.dateobs, self.skylevel, self.seeing, \
self.transparency, self.previoustiles, self.programname)
#- Confirm that the output has the correct keys
self.assertLess(next_field['telera'], 360.0)
self.assertGreaterEqual(next_field['telera'], 0.0)
self.assertLess(next_field['teledec'], 90.0)
self.assertGreater(next_field['teledec'], -90.0)
self.assertGreater(next_field['tileid'], 0)
self.assertIsInstance(next_field['tileid'], int)
self.assertLessEqual(next_field['exptime'], next_field['maxtime'])
self.assertEqual(self.programname, next_field['programname'])
#- for a few keys, just check that they exist for now
self.assertIn('gfa', next_field)
self.assertIn('fibers', next_field)
def test_output(self):
"""
Test get_next_field output
"""
next_field = get_next_field(self.dateobs, self.skylevel, self.seeing, \
self.transparency, self.previoustiles, self.programname)
#- Confirm that the output has the correct keys
self.assertLess(next_field['telera'], 360.0)
self.assertGreaterEqual(next_field['telera'], 0.0)
self.assertLess(next_field['teledec'], 90.0)
self.assertGreater(next_field['teledec'], -90.0)
self.assertGreater(next_field['tileid'], 0)
self.assertIsInstance(next_field['tileid'], int)
self.assertLessEqual(next_field['exptime'], next_field['maxtime'])
self.assertEqual(self.programname, next_field['programname'])
#- for a few keys, just check that they exist for now
self.assertIn('gfa', next_field)
self.assertIn('fibers', next_field)
