def test_get_8077_hoyle_ecliptic_on_dev_sprint_day_2():
hoyle = KeplerianOrbit( hoyle_8077['semimajor_axis'],
hoyle_8077['eccentricity'],
hoyle_8077['inclination'],
hoyle_8077['longitude_ascending'],
hoyle_8077['argument_perihelion'],
hoyle_8077['mean_anomaly'],
hoyle_8077['epoch'])
date = JulianDate(tt=julian_date(2013, 8, 13, 0))
expected = ICRCoordinates(2.421251271197979, -1.918893007049262, -0.09813403009731327)
test = hoyle.getECLCoordinatesOnJulianDate(date)
#print test
assert test.distanceFrom(expected) < DISTANCE_EPSILON
def test_get_8077_hoyle_ecliptic_on_dev_sprint_day_2():
hoyle = KeplerianOrbit(hoyle_8077['semimajor_axis'],
hoyle_8077['eccentricity'],
hoyle_8077['inclination'],
hoyle_8077['longitude_ascending'],
hoyle_8077['argument_perihelion'],
hoyle_8077['mean_anomaly'], hoyle_8077['epoch'])
date = JulianDate(tt=(2013, 8, 13))
# print date.tt
test = hoyle.getECLCoordinatesOnJulianDate(date)
#print test
epsilon = 2e-2
assert abs(test.x - 2.421251271197979) < epsilon
assert abs(test.y - -1.918893007049262) < epsilon
assert abs(test.z - -0.09813403009731327) < epsilon
def test_instantiate_8077_hoyle():
hoyle = KeplerianOrbit(hoyle_8077['semimajor_axis'],
hoyle_8077['eccentricity'],
hoyle_8077['inclination'],
hoyle_8077['longitude_ascending'],
hoyle_8077['argument_perihelion'],
hoyle_8077['mean_anomaly'], hoyle_8077['epoch'])
assert hoyle is not None
def test_get_8077_hoyle_ecliptic_on_dev_sprint_day_2():
hoyle = KeplerianOrbit( hoyle_8077['semimajor_axis'],
hoyle_8077['eccentricity'],
hoyle_8077['inclination'],
hoyle_8077['longitude_ascending'],
hoyle_8077['argument_perihelion'],
hoyle_8077['mean_anomaly'],
hoyle_8077['epoch'])
date = JulianDate(tt=(2013, 8, 13))
# print date.tt
test = hoyle.getECLCoordinatesOnJulianDate(date)
#print test
epsilon = 2e-2
assert abs(test.x - 2.421251271197979) < epsilon
assert abs(test.y - -1.918893007049262) < epsilon
assert abs(test.z - -0.09813403009731327) < epsilon
def test_instantiate_8077_hoyle():
ts = api.load.timescale()
hoyle = KeplerianOrbit(hoyle_8077['semimajor_axis'],
hoyle_8077['eccentricity'],
hoyle_8077['inclination'],
hoyle_8077['longitude_ascending'],
hoyle_8077['argument_perihelion'],
hoyle_8077['mean_anomaly'],
ts.tt(jd=hoyle_8077['epoch_tt']))
assert hoyle is not None
