public void Generate()
{
// Manually create Sol
if (Sol)
{
randomizeMoons = false;
GenerateSol();
return;
}
// Make a single star with a single planet orbiting
var myStar = new Orbital(OrbitalType.Star);
AddOrbital(myStar);
for (var i = 0; i < numberOfPlanets; i++)
{
var planet = new Planet();
if (randomizeMoons)
{
planet.GenerateRandomMoons(numberOfMoonsPerPlanet);
}
else
{
planet.Generate(numberOfMoonsPerPlanet);
}
myStar.AddOrbital(planet);
}
Debug.WriteLine("This solar system has:");
Debug.WriteLine(this.Orbitals.Count + " stars");
}
public Orbital Earth()
{
var earth = new Orbital(OrbitalType.Planet)
{
Mass = (float)5.97 * multiplierMass,
Diameter = 12756,
Density = 5514,
Gravity = 9.8,
RotationPeriod = 24,
OrbitRadius = (ulong)149.6 * multiplierDistance,
OrbitalPeriod = 365,
OrbitalInitAngle = 338
};
var moon = new Orbital(OrbitalType.Moon)
{
Mass = (float)0.073 * multiplierMass,
Diameter = 3475,
Density = 3340,
Gravity = 1.6,
RotationPeriod = 708,
OrbitRadius = (ulong)10.9 * multiplierDistance,
OrbitalPeriod = 27,
OrbitalInitAngle = 0
};
earth.AddOrbital(moon);
return(earth);
}
private void GenerateSol()
{
//https://nssdc.gsfc.nasa.gov/planetary/factsheet/index.html
var sol = new Orbital(OrbitalType.Star);
sol.AddOrbital(new Planet().Mercury());
sol.AddOrbital(new Planet().Venus());
sol.AddOrbital(new Planet().Earth());
sol.AddOrbital(new Planet().Mars());
sol.AddOrbital(new Planet().Jupiter());
sol.AddOrbital(new Planet().Saturn());
sol.AddOrbital(new Planet().Uranus());
sol.AddOrbital(new Planet().Neptune());
if (PlutoIsAPlanet)
{
sol.AddOrbital(new Planet().Pluto());
}
AddOrbital(sol);
}