private void btnCreate_Click(object sender, EventArgs e)
{
u = new Universe();
u.Name = "Test universe";
u.Descrip = "For testing purposes only...";
for (int i = 0; i < nudGal.Value; i++)
{
Galaxy g = new Galaxy((int)nudGalX.Value, (int)nudGalY.Value, (int)nudGalZ.Value);
g.Name = "Test Milky Way";
int j = (int)nudStars.Value;
while (j > 0)
{
Star s = new Star(g);
s.StarSystemName = "Alpha Test";
if (g.AddStar(s, ConstantParameters.MinDistanceBetweenStars))
{
int orbits = MrRandom.rnd.Next(ConstantParameters.MaxOrbitalBodiesForStar);
List<int> freeOrbits = new List<int>();
freeOrbits.AddRange(Orbits);
for (int k = 0; k < orbits; k++)
{
int bodyType = MrRandom.rnd.Next(3);
switch (bodyType)
{
case 0:
Planet p = new Planet(s._id);
p.Size = (PlanetSize)MrRandom.rnd.Next((int)PlanetSize.MrRandom);
p.Type = (PlanetType)MrRandom.rnd.Next((int)PlanetType.MrRandom);
p.OrbitNo = freeOrbits[MrRandom.rnd.Next(freeOrbits.Count)];
freeOrbits.Remove(p.OrbitNo);
s.OrbitalBodies.Add(p);
break;
case 1:
GasGiant gg = new GasGiant (s._id);
gg.Class = (GasGiantClass)MrRandom.rnd.Next ((int)GasGiantClass.MrRandom);
gg.Size = (GasGiantSize)MrRandom.rnd.Next ((int)GasGiantSize.MrRandom);
gg.OrbitNo = freeOrbits[MrRandom.rnd.Next(freeOrbits.Count)];
freeOrbits.Remove(gg.OrbitNo);
s.OrbitalBodies.Add(gg);
break;
case 2:
AsteroidBelt a = new AsteroidBelt(s._id);
a.Density = (AsteroidDensity)MrRandom.rnd.Next((int)AsteroidDensity.MrRandom);
a.Type = (AsteroidType)MrRandom.rnd.Next((int)AsteroidType.MrRandom);
a.OrbitNo = freeOrbits[MrRandom.rnd.Next(freeOrbits.Count)];
freeOrbits.Remove(a.OrbitNo);
s.OrbitalBodies.Add(a);
break;
}
}
j = j - 1;
}
}
u.Galaxies.Add(g);
}
ShowStats();
}
public Star GenerateNewStar(Galaxy g)
{
Star s = new Star();
s._id = g.Stars.Count;
while (!g.AddStar(s, ConstantParameters.MinDistanceBetweenStars))
{
}
s.StarSystemName = this.GenerateStarName();
StarOrbitalBodyHelper sobHelper = new StarOrbitalBodyHelper();
//s.Coordinates = new Point3D() { X = MrRandom.rnd.Next(1000), Y = MrRandom.rnd.Next(800), Z = MrRandom.rnd.Next(600) };
int orbits = MrRandom.rnd.Next(ConstantParameters.MaxOrbitalBodiesForStar);
s.OrbitalIDs = new long[orbits];
List<int> freeOrbits = new List<int>();
freeOrbits.AddRange(new List<int> { 1, 2, 3, 4, 5, 6, 7, 8, 9 });
for (int k = 0; k < orbits; k++)
{
int bodyType = MrRandom.rnd.Next(3);
switch (bodyType)
{
case 0:
Planet p = new Planet(s._id);
p._id = 10 * s._id + s.OrbitalBodies.Count;
s.OrbitalIDs[k] = p._id;
p.Size = (PlanetSize)MrRandom.rnd.Next((int)PlanetSize.MrRandom);
p.Type = (PlanetType)MrRandom.rnd.Next((int)PlanetType.MrRandom);
p.OrbitNo = freeOrbits[MrRandom.rnd.Next(freeOrbits.Count)];
p.StarSystemName = s.StarSystemName;
freeOrbits.Remove(p.OrbitNo);
s.OrbitalBodies.Add(p);
sobHelper.OrbitalBody = p;
break;
case 1:
GasGiant gg = new GasGiant(s._id);
gg._id = 10 * s._id + s.OrbitalBodies.Count;
s.OrbitalIDs[k] = gg._id;
gg.Class = (GasGiantClass)MrRandom.rnd.Next((int)GasGiantClass.MrRandom);
gg.Size = (GasGiantSize)MrRandom.rnd.Next((int)GasGiantSize.MrRandom);
gg.OrbitNo = freeOrbits[MrRandom.rnd.Next(freeOrbits.Count)];
gg.StarSystemName = s.StarSystemName;
freeOrbits.Remove(gg.OrbitNo);
s.OrbitalBodies.Add(gg);
sobHelper.OrbitalBody = gg;
break;
case 2:
AsteroidBelt a = new AsteroidBelt(s._id);
a._id = 10 * s._id + s.OrbitalBodies.Count;
s.OrbitalIDs[k] = a._id;
a.Density = (AsteroidDensity)MrRandom.rnd.Next((int)AsteroidDensity.MrRandom);
a.Type = (AsteroidType)MrRandom.rnd.Next((int)AsteroidType.MrRandom);
a.OrbitNo = freeOrbits[MrRandom.rnd.Next(freeOrbits.Count)];
a.StarSystemName = s.StarSystemName;
freeOrbits.Remove(a.OrbitNo);
s.OrbitalBodies.Add(a);
sobHelper.OrbitalBody = a;
break;
}
sobHelper.Save();
}
SaveStar(s);
this.Star = s;
return s;
}
