Solar System

diameter_km = [200000, 4878, 12104, 12756, 6787, 142796, 120660, 51118, 48600]
diameter = [((i / 12756) * 2) for i in diameter_km]
distance_from_sun = [0, 57.9, 108.2, 149.6, 227.9, 778.6, 1433.5, 2872.5, 4495.1]

# Create spheres for the Sun and planets
trace0=spheres(diameter[0], '#ffff00', distance_from_sun[0]) # Sun
trace1=spheres(diameter[1], '#87877d', distance_from_sun[1]) # Mercury
trace2=spheres(diameter[2], '#d23100', distance_from_sun[2]) # Venus
trace3=spheres(diameter[3], '#325bff', distance_from_sun[3]) # Earth
trace4=spheres(diameter[4], '#b20000', distance_from_sun[4]) # Mars
trace5=spheres(diameter[5], '#ebebd2', distance_from_sun[5]) # Jupyter
trace6=spheres(diameter[6], '#ebcd82', distance_from_sun[6]) # Saturn
trace7=spheres(diameter[7], '#37ffda', distance_from_sun[7]) # Uranus
trace8=spheres(diameter[8], '#2500ab', distance_from_sun[8]) # Neptune

# Set up orbit traces
trace11 = orbits(distance_from_sun[1]) # Mercury
trace12 = orbits(distance_from_sun[2]) # Venus
trace13 = orbits(distance_from_sun[3]) # Earth
trace14 = orbits(distance_from_sun[4]) # Mars
trace15 = orbits(distance_from_sun[5]) # Jupyter
trace16 = orbits(distance_from_sun[6]) # Saturn
trace17 = orbits(distance_from_sun[7]) # Uranus
trace18 = orbits(distance_from_sun[8]) # Neptune

# Use the same to draw a few rings for Saturn
trace21 = orbits(23, distance_from_sun[6], '#827962', 3) 
trace22 = orbits(24, distance_from_sun[6], '#827962', 3) 
trace23 = orbits(25, distance_from_sun[6], '#827962', 3)
trace24 = orbits(26, distance_from_sun[6], '#827962', 3) 
trace25 = orbits(27, distance_from_sun[6], '#827962', 3) 
trace26 = orbits(28, distance_from_sun[6], '#827962', 3)

layout=go.Layout(title = 'Solar System', showlegend=False, margin=dict(l=0, r=0, t=0, b=0),
                  #paper_bgcolor = 'black',
                  scene = dict(xaxis=dict(title='Distance from the Sun', 
                                          titlefont_color='black', 
                                          range=[-7000,7000], 
                                          backgroundcolor='black',
                                          color='black',
                                          gridcolor='black'),
                               yaxis=dict(title='Distance from the Sun',
                                          titlefont_color='black',
                                          range=[-7000,7000],
                                          backgroundcolor='black',
                                          color='black',
                                          gridcolor='black'
                                          ),
                               zaxis=dict(title='', 
                                          range=[-7000,7000],
                                          backgroundcolor='black',
                                          color='white', 
                                          gridcolor='black'
                                         ),
                               annotations=[
                                   annot(distance_from_sun[0], 40, 'Sun', xancr='left'),
                                   annot(distance_from_sun[1], 5, 'Mercury'),
                                   annot(distance_from_sun[2], 9, 'Venus'),
                                   annot(distance_from_sun[3], 9, 'Earth'),
                                   annot(distance_from_sun[4], 7, 'Mars'),
                                   annot(distance_from_sun[5], 30, 'Jupyter'),
                                   annot(distance_from_sun[6], 28, 'Saturn'),
                                   annot(distance_from_sun[7], 20, 'Uranus'),
                                   annot(distance_from_sun[8], 20, 'Neptune'),
                                   ]
                               ))

fig = go.Figure(data = [trace0, trace1, trace2, trace3, trace4, trace5, trace6, trace7, trace8,
                        trace11, trace12, trace13, trace14, trace15, trace16, trace17, trace18,
                        trace21, trace22, trace23, trace24, trace25, trace26],
                layout = layout)

fig.show()