public void Generate()
{
Debug.Assert(Systems.Count <= 0, "Universe already created");
//Create a galaxy
Galaxy g = new Galaxy()
{
Position = Vector2.Zero
};
//Add solar systems
for (int i = 0; i < total * total; i++)
{
int posX = ((i % total) * apart) + Game.random.Next(-deviation, deviation);
int posY = ((i / total) * apart) + Game.random.Next(-deviation, deviation);
//Add system
if (i == 0)
{
g.Children.Add(new SolarSystem()
{
Name = PlanetNamer.NamePlanet(),
Position = Vector2.Zero,
});
}
else
{
Vector2 Position = new Vector2(posX, posY);
g.Children.Add(new SolarSystem()
{
Name = PlanetNamer.NamePlanet(),
Position = Position,
});
}
//Planets per system
int totalPlanets = Game.random.Deviation(3, 11, 7);
//Loop through planets to be made
for (int planet = 0; planet < totalPlanets; planet++)
{
//First object is always a sun
if (planet == 0)
{
//Choose a type of sun
PlanetarySubType SubType = SunType.GetRandom();
//Add and set it up
g.Children[i].Children.Add(new PlanetaryObject(g.Children[i].Name, planet, g.Children[i], PlanetaryType.Sun, SubType)
{
Diameter = Game.random.Deviation((SubType as SunType).MinDiameter, (SubType as SunType).MaxDiameter, (SubType as SunType).AvgDiameter),
Color = ((SunType)SubType).Colors[Game.random.Next(0, ((SunType)SubType).Colors.Length)],
OuterRadius = 0,
Position = g.Children[i].Position,
Angle = 0,
});
}
//Others are planets
else
{
//Choose type of planet
PlanetarySubType SubType = PlanetType.GetRandom((float)planet / (float)totalPlanets);
//Choose diameter
int Diameter = (int)MathHelper.Clamp(((float)(planet - 1) / (float)totalPlanets <= .5f ? (int)(((float)(planet - 1) / (float)totalPlanets) * (100f * 2)) + 156 : (int)((1f - ((float)(planet) / ((float)totalPlanets - 1))) * (100f * 2)) + 156) + Game.random.Next(-30, 30), 156, 256);
//Choose 'outer radius', the ring
float OuterRadius = 0;
if (planet == 1) //First planet in system
{
OuterRadius = (g.Children[i].Children[0].Diameter) + Diameter + Game.random.Next(120, 220);
}
else
{
OuterRadius = g.Children[i].Children[planet - 1].OuterRadius + (g.Children[i].Children[planet - 1].Diameter) + Game.random.Next(0, 65);
}
//Add and set it up
g.Children[i].Children.Add(new PlanetaryObject(g.Children[i].Name, planet, g.Children[i], PlanetaryType.Planet, SubType)
{
Diameter = Diameter,
Color = Color.Lerp(((PlanetType)SubType).Colors[Game.random.Next(0, ((PlanetType)SubType).Colors.Length)],
((PlanetType)SubType).Colors[Game.random.Next(0, ((PlanetType)SubType).Colors.Length)], (float)Game.random.NextDouble()),
OuterRadius = OuterRadius,
Angle = Game.random.Next(0, 360),
});
g.Children[i].Radius = OuterRadius;
}
}
}
Systems.Add(g);
HomePlanet = g.Children[(g.Children.Count / 2) + (total / 2)].Children[1];
TotalSize = total;
}
static PlanetType()
{
PlanetTypes = new List <PlanetType>();
Inferno = new PlanetType("Inferno")
{
Range = new Tuple <float, float>(0, 0.15f),
Colors = new Color[] { new Color(190, 100, 15), new Color(190, 40, 15), new Color(220, 80, 0), new Color(220, 160, 0), new Color(220, 120, 60), new Color(230, 40, 0), new Color(250, 180, 0), new Color(230, 30, 0) },
MinDiameter = 590,
MaxDiameter = 730,
AvgDiameter = 660,
};
Barren = new PlanetType("Barren")
{
Range = new Tuple <float, float>(Inferno.Range.Item2, 0.17f),
Colors = new Color[] { new Color(200, 170, 140), new Color(160, 140, 130), new Color(190, 160, 130) },
MinDiameter = 590,
MaxDiameter = 730,
AvgDiameter = 660,
};
Desert = new PlanetType("Desert")
{
Range = new Tuple <float, float>(Barren.Range.Item2, .334f),
Colors = new Color[] { new Color(230, 220, 135), new Color(230, 170, 70), new Color(230, 200, 120), },
MinDiameter = 590,
MaxDiameter = 730,
AvgDiameter = 660,
};
Tropical = new PlanetType("Tropical")
{
Range = new Tuple <float, float>(.3f, .53f),
Colors = new Color[] { new Color(0, 180, 10), new Color(0, 138, 10), new Color(120, 200, 30), new Color(140, 175, 0), new Color(70, 180, 0), new Color(190, 230, 0), new Color(100, 220, 50), new Color(70, 150, 0), new Color(130, 200, 0), },
MinDiameter = 590,
MaxDiameter = 730,
AvgDiameter = 660,
};
Temperate = new PlanetType("Temperate")
{
Range = new Tuple <float, float>(.5f, .82f),
Colors = new Color[] { new Color(0, 180, 10), new Color(0, 210, 10), new Color(0, 230, 10), new Color(0, 225, 10), new Color(0, 240, 10), new Color(50, 235, 75), new Color(25, 205, 50), new Color(80, 210, 30), new Color(10, 130, 40), new Color(35, 130, 60), new Color(35, 130, 110), new Color(35, 130, 92), new Color(10, 180, 110), new Color(120, 180, 50), new Color(100, 180, 50), },
MinDiameter = 900,
MaxDiameter = 1000,
AvgDiameter = 950,
};
Tundra = new PlanetType("Tundra")
{
Range = new Tuple <float, float>(.76f, 0.86f),
Colors = new Color[] { new Color(186, 225, 184), new Color(200, 225, 222), new Color(130, 200, 200), new Color(125, 200, 195), new Color(125, 180, 160), new Color(15, 100, 70) },
MinDiameter = 590,
MaxDiameter = 730,
AvgDiameter = 660,
};
Artic = new PlanetType("Artic")
{
Range = new Tuple <float, float>(0.86f, 1f),
Colors = new Color[] { new Color(200, 225, 240), new Color(140, 150, 240), new Color(30, 125, 140), new Color(125, 200, 195), new Color(100, 220, 230), new Color(90, 160, 230), new Color(230, 250, 252) },
MinDiameter = 590,
MaxDiameter = 730,
AvgDiameter = 660,
};
}