public override void ResetVariables()
{
base.ResetVariables();
_body = "";
_bodyValue = 0;
_gravity = "";
_atmosphericPresence = "";
_hasAtmosphere = false;
_atmosphericComposition = "";
_atmosphereTainted = false;
_atmospherePure = false;
_climate = "";
_habitabiliy = Habitabiliy.Inhospitable;
_orbitalFeaturesNode = null;
_nativeSpeciesNode = null;
_primitiveXenosNode = null;
_numContinents = 0;
_numIslands = 0;
_environment = null;
ClimateType = ClimateTypes.Undefined;
AtmosphereType = AtmosphereTypes.Undefined;
_forceInhabitable = false;
_isInhabitantHomeWorld = false;
}
public override void Generate()
{
_primitiveXenosNode = new PrimitiveXenosNode(_systemCreationRules)
{
Parent = this
};
Children.Add(_primitiveXenosNode);
_nativeSpeciesNode = new NativeSpeciesNode(_systemCreationRules)
{
Parent = this
};
Children.Add(_nativeSpeciesNode);
NodeBase zoneNode = Parent;
while (!(zoneNode is ZoneNode))
{
zoneNode = zoneNode.Parent;
}
_effectiveSystemZone = (zoneNode as ZoneNode).Zone;
if (_effectiveSystemZoneCloserToSun)
{
switch (_effectiveSystemZone)
{
case SystemZone.InnerCauldron:
break;
case SystemZone.PrimaryBiosphere:
_effectiveSystemZone = SystemZone.InnerCauldron;
break;
case SystemZone.OuterReaches:
_effectiveSystemZone = SystemZone.PrimaryBiosphere;
break;
default:
throw new ArgumentOutOfRangeException();
}
}
int gravityRollModifier = 0;
EffectivePlanetSize effectivePlanetSize = EffectivePlanetSize.Small;
int maximumMineralResourceAbundance = -1;
int mineralResourceAbundanceModifier = 0;
int orbitalFeaturesModifier = 0;
int atmosphericPresenceModifier = 0;
int atmosphericCompositionModifier = 0;
int habitabilityModifier = 0;
int maxHabitabilityRoll = 9999;
// Generate Body
int randValue = Globals.RollD10();
if (randValue > _maxSize)
{
randValue = _maxSize;
}
switch (randValue)
{
case 1:
_body = "Low-Mass";
gravityRollModifier -= 7;
effectivePlanetSize = EffectivePlanetSize.Small;
maximumMineralResourceAbundance = 40;
break;
case 2:
case 3:
_body = "Small";
gravityRollModifier -= 5;
effectivePlanetSize = EffectivePlanetSize.Small;
break;
case 4:
_body = "Small and Dense";
effectivePlanetSize = EffectivePlanetSize.Small;
mineralResourceAbundanceModifier += 10;
break;
case 5:
case 6:
case 7:
_body = "Large";
effectivePlanetSize = EffectivePlanetSize.Large;
break;
case 8:
_body = "Large and Dense";
effectivePlanetSize = EffectivePlanetSize.Large;
gravityRollModifier += 5;
mineralResourceAbundanceModifier += 10;
break;
case 9:
case 10:
_body = "Vast";
effectivePlanetSize = EffectivePlanetSize.Vast;
gravityRollModifier += 4;
break;
}
_bodyValue = randValue;
int numOrbitalFeaturesToGenerate;
// Generate Gravity
randValue = Globals.RollD10() + gravityRollModifier;
if (randValue <= 2)
{
_gravity = "Low";
orbitalFeaturesModifier -= 10;
atmosphericPresenceModifier -= 2;
numOrbitalFeaturesToGenerate = Globals.RollD5() - 3;
}
else if (randValue <= 8)
{
_gravity = "Normal";
numOrbitalFeaturesToGenerate = Globals.RollD5() - 2;
}
else
{
_gravity = "High";
orbitalFeaturesModifier += 10;
atmosphericPresenceModifier += 1;
numOrbitalFeaturesToGenerate = Globals.RollD5() - 1;
}
if (numOrbitalFeaturesToGenerate < 1)
{
numOrbitalFeaturesToGenerate = 1;
}
if (_isMoon)
{
numOrbitalFeaturesToGenerate = 0;
}
// Generate Orbital Features
for (int i = 0; i < numOrbitalFeaturesToGenerate; i++)
{
randValue = Globals.RollD100() + orbitalFeaturesModifier;
if (randValue <= 45)
{
// No feature
}
else if (randValue <= 60)
{
// Generate an Asteroid
if (_orbitalFeaturesNode == null)
{
_orbitalFeaturesNode = new OrbitalFeaturesNode(_systemCreationRules)
{
Parent = this
};
Children.Add(_orbitalFeaturesNode);
}
_orbitalFeaturesNode.AddAsteroid();
}
else if (randValue <= 90)
{
// Generate a Lesser Moon
if (_orbitalFeaturesNode == null)
{
_orbitalFeaturesNode = new OrbitalFeaturesNode(_systemCreationRules)
{
Parent = this
};
Children.Add(_orbitalFeaturesNode);
}
_orbitalFeaturesNode.AddLesserMoon();
}
else
{
// Generate a Moon
if (_orbitalFeaturesNode == null)
{
_orbitalFeaturesNode = new OrbitalFeaturesNode(_systemCreationRules)
{
Parent = this
};
Children.Add(_orbitalFeaturesNode);
}
_orbitalFeaturesNode.AddMoon(_bodyValue, false);
}
}
GenerateNamesForOrbitalFeatures();
// Generate Atmospheric Presence
if (_systemCreationRules.HavenThickerAtmospheresInPrimaryBiosphere &&
_effectiveSystemZone == SystemZone.PrimaryBiosphere)
{
atmosphericPresenceModifier += 1;
atmosphericCompositionModifier += 2;
}
randValue = Globals.RollD10() + atmosphericPresenceModifier;
if (randValue <= 1 && !_forceInhabitable)
{
AtmosphereType = AtmosphereTypes.None;
_atmosphericPresence = "None";
_hasAtmosphere = false;
}
else if (randValue <= 4)
{
AtmosphereType = AtmosphereTypes.Thin;
_atmosphericPresence = "Thin";
_hasAtmosphere = true;
}
else if (randValue <= 9)
{
AtmosphereType = AtmosphereTypes.Moderate;
_atmosphericPresence = "Moderate";
_hasAtmosphere = true;
}
else
{
AtmosphereType = AtmosphereTypes.Heavy;
_atmosphericPresence = "Heavy";
_hasAtmosphere = true;
}
// Generate Atmospheric Composition
if (_hasAtmosphere)
{
randValue = Globals.RollD10() + atmosphericCompositionModifier;
if (randValue <= 1 && !_forceInhabitable)
{
_atmosphericComposition = "Deadly";
_atmosphereTainted = false;
_atmospherePure = false;
}
else if (randValue <= 2 && !_forceInhabitable)
{
_atmosphericComposition = "Corrosive";
_atmosphereTainted = false;
_atmospherePure = false;
}
else if (randValue <= 5 && !_forceInhabitable)
{
_atmosphericComposition = "Toxic";
_atmosphereTainted = false;
_atmospherePure = false;
}
else if (randValue <= 7)
{
_atmosphericComposition = "Tainted";
_atmosphereTainted = true;
_atmospherePure = false;
}
else
{
_atmosphericComposition = "Pure";
_atmosphereTainted = false;
_atmospherePure = true;
}
}
else
{
_atmosphericComposition = "None";
_atmosphereTainted = false;
_atmospherePure = false;
}
// Generate Climate
if (_hasAtmosphere)
{
int climateModifier = 0;
if (_effectiveSystemZone == SystemZone.InnerCauldron)
{
climateModifier -= 6;
}
else if (_effectiveSystemZone == SystemZone.OuterReaches)
{
climateModifier += 6;
}
randValue = Globals.RollD10() + climateModifier;
if (randValue <= 0 && !_forceInhabitable)
{
ClimateType = ClimateTypes.BurningWorld;
_climate = "Burning World";
habitabilityModifier -= 7;
maxHabitabilityRoll = 3;
}
else if (randValue <= 3)
{
ClimateType = ClimateTypes.HotWorld;
_climate = "Hot World";
habitabilityModifier -= 2;
}
else if (randValue <= 7)
{
ClimateType = ClimateTypes.TemperateWorld;
_climate = "Temperate World";
}
else if (randValue <= 10 || _forceInhabitable)
{
ClimateType = ClimateTypes.ColdWorld;
_climate = "Cold World";
habitabilityModifier -= 2;
}
else
{
ClimateType = ClimateTypes.IceWorld;
_climate = "Ice World";
habitabilityModifier -= 7;
maxHabitabilityRoll = 3;
}
}
else
{
if (_effectiveSystemZone == SystemZone.InnerCauldron)
{
_climate = "Burning World";
habitabilityModifier -= 7;
}
else if (_effectiveSystemZone == SystemZone.OuterReaches)
{
_climate = "Ice World";
habitabilityModifier -= 7;
}
else if (Globals.RollD10() <= 5)
{
_climate = "Burning World";
habitabilityModifier -= 7;
}
else
{
_climate = "Ice World";
habitabilityModifier -= 7;
}
}
// Generate Habitability
bool chanceOfAdaptedLife = false;
if (Globals.RollD100() <= 2) // Provide a tiny chance that life develops on worlds that don't normally support it
{
chanceOfAdaptedLife = true;
maxHabitabilityRoll = 9999;
}
if ((_hasAtmosphere &&
(_atmosphereTainted || _atmospherePure)) ||
chanceOfAdaptedLife)
{
if (_systemCreationRules.HavenBetterHabitability)
{
habitabilityModifier += 2;
}
randValue = Globals.RollD10() + habitabilityModifier;
if (randValue > maxHabitabilityRoll)
{
randValue = maxHabitabilityRoll;
}
if (randValue <= 1)
{
_habitabiliy = Habitabiliy.Inhospitable;
}
else if (randValue <= 3)
{
_habitabiliy = Habitabiliy.TrappedWater;
}
else if (randValue <= 5)
{
_habitabiliy = Habitabiliy.LiquidWater;
}
else if (randValue <= 7)
{
_habitabiliy = Habitabiliy.LimitedEcosystem;
}
else
{
_habitabiliy = Habitabiliy.Verdant;
}
}
else
{
_habitabiliy = Habitabiliy.Inhospitable;
}
if (_forceInhabitable)
{
if (_habitabiliy != Habitabiliy.LimitedEcosystem && _habitabiliy != Habitabiliy.Verdant)
{
_habitabiliy = Globals.RollD5() <= 2 ? Habitabiliy.LimitedEcosystem : Habitabiliy.Verdant;
}
}
// Generate Landmasses
bool addLandmasses = false;
if (_habitabiliy == Habitabiliy.LiquidWater ||
_habitabiliy == Habitabiliy.LimitedEcosystem ||
_habitabiliy == Habitabiliy.Verdant)
{
if (Globals.RollD10() >= 4)
{
addLandmasses = true;
}
}
else if (Globals.RollD10() >= 8)
{
addLandmasses = true;
}
if (addLandmasses)
{
_numContinents = Globals.RollD5();
int temp1 = Globals.RollD100();
int temp2 = Globals.RollD100();
_numIslands = temp1 < temp2 ? temp1 : temp2;
if (effectivePlanetSize == EffectivePlanetSize.Small)
{
_numIslands -= 15;
if (_numIslands > 20)
{
_numIslands = 10 + Globals.RollD10();
}
}
if (effectivePlanetSize == EffectivePlanetSize.Large)
{
_numIslands -= 10;
if (_numIslands > 50)
{
_numIslands = 40 + Globals.RollD10();
}
}
if (_habitabiliy == Habitabiliy.Inhospitable || _habitabiliy == Habitabiliy.TrappedWater)
{
_numIslands -= 30;
}
if (_numIslands < 0)
{
_numIslands = 0;
}
}
// Generate Environments
if (/*_numContinents > 0 &&*/
(_habitabiliy == Habitabiliy.LimitedEcosystem ||
_habitabiliy == Habitabiliy.Verdant))
{
int numTerritories = Globals.RollD5();
if (effectivePlanetSize == EffectivePlanetSize.Small)
{
numTerritories -= 2;
}
if (effectivePlanetSize == EffectivePlanetSize.Vast)
{
numTerritories += 3;
}
if (_habitabiliy == Habitabiliy.Verdant)
{
numTerritories += 2;
}
if (numTerritories < 1)
{
numTerritories = 1;
}
_environment = new Environment(numTerritories);
_environment.Generate();
}
else
{
_environment = new Environment(0);
}
// Generate Base Mineral Resources
int numMineralResources;
switch (effectivePlanetSize)
{
case EffectivePlanetSize.Small:
numMineralResources = Globals.RollD5() - 2;
if (numMineralResources < 0)
{
numMineralResources = 0;
}
break;
case EffectivePlanetSize.Large:
numMineralResources = Globals.RollD5();
break;
case EffectivePlanetSize.Vast:
numMineralResources = Globals.RollD10();
break;
default:
throw new ArgumentOutOfRangeException();
}
numMineralResources += _systemCreationRules.NumExtraMineralResourcesPerPlanet;
GenerateMineralResources(numMineralResources, mineralResourceAbundanceModifier, maximumMineralResourceAbundance);
if (_systemCreationRules.ChanceForExtraExoticMaterialsPerPlanet)
{
GenerateExoticMaterialsResource(1, mineralResourceAbundanceModifier, maximumMineralResourceAbundance);
}
// Generate Additional Resources
int numOrganicCompoundsFromTerritories = _environment.GetNumOrganicCompounds();
for (int i = 0; i < numOrganicCompoundsFromTerritories; i++)
{
GenerateOrganicCompound();
}
int numAdditionalResources;
switch (effectivePlanetSize)
{
case EffectivePlanetSize.Small:
numAdditionalResources = Globals.RollD5() - 3;
if (numAdditionalResources < 0)
{
numAdditionalResources = 0;
}
break;
case EffectivePlanetSize.Large:
numAdditionalResources = Globals.RollD5() - 2;
if (numAdditionalResources < 0)
{
numAdditionalResources = 0;
}
break;
case EffectivePlanetSize.Vast:
numAdditionalResources = Globals.RollD5() - 1;
if (numAdditionalResources < 0)
{
numAdditionalResources = 0;
}
break;
default:
throw new ArgumentOutOfRangeException();
}
for (int i = 0; i < numAdditionalResources; i++)
{
switch (Globals.RollD10())
{
case 1:
case 2:
int bonusArcheotechAbundance = 0;
if (_systemCreationRules.RuinedEmpireIncreasedAbundanceArcheotechCaches)
{
bonusArcheotechAbundance += Globals.RollD10() + 5;
}
GenerateArcheotechCache(bonusArcheotechAbundance);
break;
case 3:
case 4:
case 5:
case 6:
GenerateMineralResources(1, mineralResourceAbundanceModifier, maximumMineralResourceAbundance);
break;
case 7:
case 8:
if (_habitabiliy == Habitabiliy.Verdant ||
_habitabiliy == Habitabiliy.LimitedEcosystem)
{
GenerateOrganicCompound();
}
else
{
i--; // Re-roll this result
}
break;
case 9:
case 10:
int bonusXenotechAbundance = 0;
if (_systemCreationRules.RuinedEmpireIncreasedAbundanceXenosRuins)
{
bonusXenotechAbundance += Globals.RollD10() + 5;
}
GenerateXenosRuins(bonusXenotechAbundance);
break;
}
}
// Generate Landmarks
_environment.GenerateLandmarks(this, effectivePlanetSize);
// Generate Inhabitants
if ((_habitabiliy == Habitabiliy.Verdant ||
_habitabiliy == Habitabiliy.LimitedEcosystem))
{
if (Globals.RollD10() >= 8)
{
GenerateInhabitants();
}
}
else
{
if (Globals.RollD10() >= 10)
{
GenerateInhabitants();
}
}
if (_primitiveXenosNode.Children.Count < 1)
{
Children.Remove(_primitiveXenosNode);
}
// Generate Native Species
int numNotableSpeciesFromTerritories = _environment.GetNumNotableSpecies();
int numNativeSpecies = numNotableSpeciesFromTerritories;
if (_habitabiliy == Habitabiliy.LimitedEcosystem)
{
numNativeSpecies += Globals.RollD5() + 1;
}
else if (_habitabiliy == Habitabiliy.Verdant)
{
numNativeSpecies += Globals.RollD5() + 5;
}
if (Properties.Settings.Default.UseKoronusBestiaryForXenosGeneration == false &&
Properties.Settings.Default.UseStarsOfInequityForXenosGeneration == false)
{
numNativeSpecies = 0;
}
if (numNativeSpecies <= 0)
{
Children.Remove(_nativeSpeciesNode);
}
else
{
WorldType worldType = WorldType.TemperateWorld;
if (ClimateType == ClimateTypes.IceWorld)
{
worldType = WorldType.IceWorld;
}
if (ClimateType == ClimateTypes.BurningWorld)
{
worldType = WorldType.VolcanicWorld;
}
if (ClimateType == ClimateTypes.HotWorld && Globals.RollD10() <= 6)
{
worldType = WorldType.DesertWorld;
}
if (ClimateType == ClimateTypes.ColdWorld && Globals.RollD10() <= 6)
{
worldType = WorldType.IceWorld;
}
WorldType = worldType;
for (int i = 0; i < numNativeSpecies; i++)
{
List <WorldType> notableSpeciesTerrainTypes = _environment.GetWorldTypesForNotableSpecies(this);
if (notableSpeciesTerrainTypes.Count >= i + 1)
{
worldType = notableSpeciesTerrainTypes[i];
}
_nativeSpeciesNode.AddXenos(worldType);
}
}
}