def __init__(self):
self.sky = SurroundingSky()
sun = Sun((0, 0, 0), (0, 0, 0))
earth = Earth(sun.offset(79262956, -128906582, -13927363), (24.85, 15.34, 2.499))
# Some interesting values:
# Distant orbit
#self.userSpaceship = UserSpaceship(earth.offset(0, 0, 19999), earth.relativeVelocity(-4.4667, 0, 0))
# Roughly as high as the ISS
self.userSpaceship = UserSpaceship(earth.offset(0, 0, earth.radius + 340), earth.relativeVelocity(-7.73, 0, 0))
# GEO
# self.userSpaceship = UserSpaceship(earth.offset(0, 0, 42164), earth.relativeVelocity(-3.07, 0, 0))
# Here's a good resource for finding velocity for a circular orbit at a given altitude,
# though you need to remember that it's altitude and not distance from the centre of the
# Earth: <http://home.att.net/~ntdoug/UCM2.html>
spaceStation = SpaceStation(earth.offset(1, 1, earth.radius + 335), earth.relativeVelocity(-7.73, 0, 0))
self.objects = []
self.objects.append(sun)
self.objects.append(earth)
self.objects.append(self.userSpaceship)
self.objects.append(spaceStation)
self.initialDashboardRelativeTo = earth
