EarthSatellite = _libastro.EarthSatellite
readdb = _libastro.readdb
readtle = _libastro.readtle
constellation = _libastro.constellation
separation = _libastro.separation
now = _libastro.now
millennium_atlas = _libastro.millennium_atlas
uranometria = _libastro.uranometria
uranometria2000 = _libastro.uranometria2000
# We also create a Python class ("Mercury", "Venus", etcetera) for
# each planet and moon for which _libastro offers specific algorithms.
for index, classname, name in _libastro.builtin_planets():
exec('''
class %(name)s(_libastro.%(classname)s):
"Create a Body instance representing %(name)s"
__planet__ = %(index)r
''' % dict(name=name, classname=classname, index=index))
del index, classname, name
# We now replace two of the classes we have just created, because
# _libastro actually provides separate types for two of the bodies.
Jupiter = _libastro.Jupiter
Saturn = _libastro.Saturn
Moon = _libastro.Moon
EarthSatellite = _libastro.EarthSatellite
readdb = _libastro.readdb
readtle = _libastro.readtle
constellation = _libastro.constellation
separation = _libastro.separation
now = _libastro.now
millennium_atlas = _libastro.millennium_atlas
uranometria = _libastro.uranometria
uranometria2000 = _libastro.uranometria2000
# We also create a Python class ("Mercury", "Venus", etcetera) for
# each planet and moon for which _libastro offers specific algorithms.
for index, classname, name in _libastro.builtin_planets():
exec('''
class {name}(_libastro.{classname}):
"Create a Body instance representing {name}"
__planet__ = {index!r}
'''.format(name=name, classname=classname, index=index))
del index, classname, name
# We now replace two of the classes we have just created, because
# _libastro actually provides separate types for two of the bodies.
Jupiter = _libastro.Jupiter
Saturn = _libastro.Saturn
Moon = _libastro.Moon