public unsafe StellarClass(StellarType type, int subtype, StellarSize size)
{
this = default;
this.Type = type;
this.SubType = subtype;
this.Size = size;
}
public float StarRadius(StellarSize size)
{
switch (size)
{
case StellarSize.Ia:
return(this.StarRadiusIa);
case StellarSize.Ib:
return(this.StarRadiusIb);
case StellarSize.II:
return(this.StarRadiusII);
case StellarSize.III:
return(this.StarRadiusIII);
case StellarSize.IV:
return(this.StarRadiusIV);
case StellarSize.V:
return(this.StarRadiusV);
case StellarSize.VI:
return(this.StarRadiusVI);
case StellarSize.VII:
return(this.StarRadiusVII);
default:
return(0.0f);
}
}
public static StellarClass ChooseStellarClass(Random random)
{
StellarType type = StarHelper.ChooseStellarType(random);
int subtype = StarHelper.ChooseStellarSubType(random);
StellarSize size = StarHelper.ChooseStellarSize(random, type, subtype);
return(new StellarClass(type, subtype, size));
}
public static string Random(string Type = null, int?SubType = null, string Size = null)
{
string str = "";
StellarType stellarType = (StellarType)StellarClass._rand.Next(0, 7);
StellarSize stellarSize = (StellarSize)StellarClass._rand.Next(0, 8);
int num = StellarClass._rand.Next(0, 9);
return(str + (Type ?? stellarType.ToString()) + (object)(SubType ?? num) + (Size ?? stellarSize.ToString()));
}
public int CompareTo(object obj)
{
if (obj is StellarSize)
{
return(StellarSize.CompareTo(obj));
}
else if (obj is StellarObjectSize)
{
return(this.CompareTo((StellarObjectSize)obj));
}
return(StellarSize.CompareTo(obj));
}
public static StellarSize ChooseStellarSize(
Random random,
StellarType type,
int subtype)
{
StellarSize stellarSize = WeightedChoices.Choose <StellarSize>(random, StarHelper.StarSizeWeights);
if (stellarSize == StellarSize.IV && type >= StellarType.K && (subtype >= 5 && type <= StellarType.M) && subtype <= 9)
{
StarSystem.Trace("Special Rule: IF Star is type K5 through M9, THEN treat result IV as V.");
stellarSize = StellarSize.V;
}
if (stellarSize == StellarSize.VI && type >= StellarType.B && (subtype >= 0 && type <= StellarType.F) && subtype <= 4)
{
StarSystem.Trace("Special Rule: IF Star is type B0 through F4, THEN treat result VI as V");
stellarSize = StellarSize.V;
}
return(stellarSize);
}
public static bool TryParseSize(string str, out StellarSize value)
{
return(Enum.TryParse <StellarSize>(str, out value));
}
public Star Instantiate()
{
var candidates = Mod.Current.StellarObjectTemplates.OfType <Star>();
if (StellarSize != null)
{
candidates = candidates.Where(s => s.StellarSize == StellarSize.Value);
}
if (Age != null)
{
candidates = candidates.Where(s => s.Age == Age);
}
if (Color != null)
{
candidates = candidates.Where(s => s.Color == Color);
}
if (Brightness != null)
{
candidates = candidates.Where(s => s.Brightness == Brightness);
}
if (!candidates.Any())
{
throw new Exception("No stars in SectType.txt match the criteria:\n\tStellar Size: " + (StellarSize == null ? "Any" : StellarSize.ToString()) + "\n\tAge: " + (Age ?? "Any") + "\n\tColor: " + (Color ?? "Any") + "\n\tBrightness: " + (Brightness ?? "Any"));
}
var star = candidates.PickRandom().Instantiate();
var abil = Abilities.Instantiate();
if (abil != null)
{
star.IntrinsicAbilities.Add(abil);
}
return(star);
}
public Planet Instantiate()
{
var candidates = Mod.Current.StellarObjectTemplates.OfType <Planet>();
if (Atmosphere != null)
{
candidates = candidates.Where(p => p.Atmosphere == Atmosphere);
}
if (Surface != null)
{
candidates = candidates.Where(p => p.Surface == Surface);
}
if (StellarSize != null)
{
candidates = candidates.Where(p => p.StellarSize == StellarSize);
}
candidates = candidates.Where(p => p.Size.IsConstructed == IsConstructed);
if (!candidates.Any())
{
throw new Exception("No planets in SectType.txt match the criteria:\n\tAtmosphere: " + (Atmosphere ?? "Any") + "\n\tSurface: " + (Surface ?? "Any") + "\n\tStellar Size: " + (StellarSize == null ? "Any" : StellarSize.ToString()));
}
var planet = candidates.PickRandom().Instantiate();
if (planet.Size == null)
{
var sizes = Mod.Current.StellarObjectSizes.Where(sos => sos.StellarObjectType == "Planet" && !sos.IsConstructed && (StellarSize == null || sos.StellarSize == StellarSize.Value));
planet.Size = sizes.PickRandom();
}
var abil = Abilities.Instantiate();
if (abil != null)
{
planet.IntrinsicAbilities.Add(abil);
}
planet.ResourceValue[Resource.Minerals] = RandomHelper.Range(Galaxy.Current.MinSpawnedPlanetValue, Galaxy.Current.MaxSpawnedPlanetValue);
planet.ResourceValue[Resource.Organics] = RandomHelper.Range(Galaxy.Current.MinSpawnedPlanetValue, Galaxy.Current.MaxSpawnedPlanetValue);
planet.ResourceValue[Resource.Radioactives] = RandomHelper.Range(Galaxy.Current.MinSpawnedPlanetValue, Galaxy.Current.MaxSpawnedPlanetValue);
planet.ConditionsAmount = RandomHelper.Range(Mod.Current.Settings.MinRandomPlanetConditions, Mod.Current.Settings.MaxRandomPlanetConditions);
return(planet);
}
public AsteroidField Instantiate()
{
var candidates = Mod.Current.StellarObjectTemplates.OfType <AsteroidField>();
if (Atmosphere != null)
{
candidates = candidates.Where(ast => ast.Atmosphere == Atmosphere);
}
if (Surface != null)
{
candidates = candidates.Where(ast => ast.Surface == Surface);
}
if (StellarSize != null)
{
candidates = candidates.Where(ast => ast.StellarSize == StellarSize);
}
if (!candidates.Any())
{
throw new Exception("No asteroid fields in SectType.txt match the criteria:\n\tAtmosphere: " + (Atmosphere ?? "Any") + "\n\tSurface: " + (Surface ?? "Any") + "\n\tStellar Size: " + (StellarSize == null ? "Any" : StellarSize.ToString()));
}
var asteroids = candidates.PickRandom().Instantiate();
if (asteroids.Size == null)
{
var sizes = Mod.Current.StellarObjectSizes.Where(sos => sos.StellarObjectType == "Asteroids" && !sos.IsConstructed && (StellarSize == null || sos.StellarSize == StellarSize.Value));
asteroids.Size = sizes.PickRandom();
}
var abil = Abilities.Instantiate();
if (abil != null)
{
asteroids.IntrinsicAbilities.Add(abil);
}
asteroids.ResourceValue[Resource.Minerals] = RandomHelper.Range(Galaxy.Current.MinSpawnedAsteroidValue, Galaxy.Current.MaxSpawnedAsteroidValue);
asteroids.ResourceValue[Resource.Organics] = RandomHelper.Range(Galaxy.Current.MinSpawnedAsteroidValue, Galaxy.Current.MaxSpawnedAsteroidValue);
asteroids.ResourceValue[Resource.Radioactives] = RandomHelper.Range(Galaxy.Current.MinSpawnedAsteroidValue, Galaxy.Current.MaxSpawnedAsteroidValue);
return(asteroids);
}
public int CompareTo(StellarObjectSize obj)
{
return(StellarSize.CompareTo(obj.StellarSize));
}
public static float CalcRadius(StellarSize size)
{
return(StarSystem.Vars.StarRadius(size));
}
