public static float GetBiomeFishSpawnRateFactor(Map map)
{
float biomeFactor = 1f;
if (map.Biome == BiomeDefOf.BorealForest)
{
biomeFactor = 1.2f;
}
else if ((map.Biome == BiomeDefOf.Tundra) ||
(map.Biome == BiomeDefOf.AridShrubland))
{
biomeFactor = 1.4f;
}
else if ((map.Biome == BiomeDefOf.IceSheet) ||
(map.Biome == BiomeDefOf.Desert))
{
biomeFactor = 1.6f;
}
else if ((map.Biome == BiomeDefOf.SeaIce) ||
(map.Biome == BiomeDef.Named("ExtremeDesert")))
{
biomeFactor = 1.8f;
}
return(biomeFactor);
}
public void ApplyInjuriesOrIllnessToTeam(Map map, List <Pawn> teamPawns)
{
if ((map.Biome == BiomeDefOf.TropicalRainforest) ||
(map.Biome == BiomeDef.Named("TropicalSwamp")))
{
// Apply malaria/sleeping sickness to all team pawns in tropical or swamp biomes.
HediffDef illness = null;
if (Rand.Value < 0.5f)
{
illness = HediffDef.Named("SleepingSickness");
}
else
{
illness = HediffDefOf.Malaria;
}
foreach (Pawn pawn in teamPawns)
{
pawn.health.AddHediff(illness);
}
}
else
{
// Randomly damage some pawns.
int injuredPawnsNumber = Mathf.RoundToInt(Rand.Range(0.25f, 0.5f) * teamPawns.Count);
injuredPawnsNumber = Mathf.Clamp(injuredPawnsNumber, 1, teamPawns.Count - 1);
for (int pawnIndex = 0; pawnIndex < injuredPawnsNumber; pawnIndex++)
{
Expedition.RandomlyDamagePawn(teamPawns[pawnIndex], Rand.Range(1, 2), Rand.Range(12, 20));
}
}
}
public static float GetBiomeMaxFishStockFactor(BiomeDef biome)
{
float biomeFactor = 1f;
if (biome == BiomeDefOf.BorealForest)
{
biomeFactor = 0.8f;
}
else if ((biome == BiomeDefOf.Tundra) ||
(biome == BiomeDefOf.AridShrubland))
{
biomeFactor = 0.6f;
}
else if ((biome == BiomeDefOf.SeaIce) ||
(biome == BiomeDefOf.Desert))
{
biomeFactor = 0.4f;
}
else if ((biome == BiomeDefOf.IceSheet) ||
(biome == BiomeDef.Named("ExtremeDesert")))
{
biomeFactor = 0.2f;
}
return(biomeFactor);
}
public static int RandomSettlementTileFor_WoodElves(Faction faction, bool mustBeAutoChoosable = false)
{
for (int i = 0; i < 500; i++)
{
int num;
if ((from _ in Enumerable.Range(0, 100)
select Rand.Range(0, Find.WorldGrid.TilesCount)).TryRandomElementByWeight(delegate(int x)
{
Tile tile = Find.WorldGrid[x];
if (!tile.biome.canBuildBase || tile.hilliness == Hilliness.Impassable)
{
return(0f);
}
if (tile.biome == BiomeDef.Named("LotRE_MallornForest"))
{
return(1000f);
}
return(0f); //tile.biome.settlementSelectionWeight;
}, out num))
{
if (TileFinder.IsValidTileForNewSettlement(num, null))
{
return(num);
}
}
}
Log.Error("Failed to find faction base tile for " + faction);
return(0);
}
public void SpreadPurityFromPoint(int start)
{
HashSet <int> toConvert = new HashSet <int>();
HashSet <int> neighbors = new HashSet <int>();
toConvert.Add(start);
List <int> tmpTiles = new List <int>();
for (int i = 0; i <= 12; i++)
{
foreach (int t in toConvert)
{
Find.WorldGrid.GetTileNeighbors(t, tmpTiles);
//neighbors.UnionWith(tmpTiles);
//neighbors.Add(tmpTiles.RandomElement());
neighbors.AddRange(tmpTiles.TakeRandom(2));
}
toConvert.UnionWith(neighbors);
}
foreach (int t in toConvert)
{
Tile tile = Find.WorldGrid[t];
tile.biome = BiomeDef.Named(cache[t].originalBiome);
PurifyTile(t);
}
}
public static ZoneType GetRandomZoneTypeExteriorZone(OG_OutpostData outpostData)
{
List <ZoneTypeWithWeight> exteriorZonesList = new List <ZoneTypeWithWeight>();
if (outpostData.isMilitary)
{
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.WaterPool, 5f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.Cemetery, 4f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.ExteriorRecRoom, 2f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.ShootingRange, 7f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.MortarBay, 5f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.Empty, 2f));
}
else
{
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.WaterPool, 4f));
if ((Find.Map.Biome != BiomeDef.Named("ExtremeDesert")) &&
(Find.Map.Biome != BiomeDef.Named("IceSheet")))
{
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.Farm, 5f));
}
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.Cemetery, 3f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.ExteriorRecRoom, 5f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.ShootingRange, 1f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.MortarBay, 1f));
exteriorZonesList.Add(new ZoneTypeWithWeight(ZoneType.Empty, 1f));
}
ZoneType exteriorZoneType = GetRandomZoneTypeByWeight(exteriorZonesList);
return(exteriorZoneType);
}
private static void EditAnimalDefs()
{
foreach (PawnKindDef current in DefDatabase <PawnKindDef> .AllDefs)
{
if (current.RaceProps.wildBiomes != null && current.defName != "Cobra")
{
for (int j = 0; j < current.RaceProps.wildBiomes.Count; j++)
{
if (current.RaceProps.wildBiomes[j].biome.defName == "Tundra")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Permafrost");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "TemperateForest")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Grassland");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "BorealForest")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Steppes");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "AridShrubland")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Savanna");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "Desert")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_TemperateDesert");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord2.biome = BiomeDef.Named("RRP_Oasis");
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord2);
}
}
}
}
}
public static int RandomSettlementTileFor_Townsfolk(Faction faction, bool mustBeAutoChoosable = false)
{
for (var i = 0; i < 500; i++)
{
if (!(from _ in Enumerable.Range(0, 100)
select Rand.Range(0, Find.WorldGrid.TilesCount)).TryRandomElementByWeight(delegate(int x)
{
var tile = Find.WorldGrid[x];
if (!tile.biome.canBuildBase || tile.hilliness == Hilliness.Impassable)
{
return(0f);
}
var neighbors = new List <int>();
Find.WorldGrid.GetTileNeighbors(x, neighbors);
//Log.Message("Neighbors " + neighbors.Count.ToString());
if (neighbors.Count <= 0)
{
return(tile.biome.settlementSelectionWeight);
}
foreach (var y in neighbors)
{
var tile2 = Find.WorldGrid[y];
if (tile2.biome == BiomeDefOf.IceSheet || tile2.biome == BiomeDef.Named("SeaIce"))
{
return(0f);
}
if (tile2.WaterCovered)
{
return(1000f);
}
}
return(tile.biome.settlementSelectionWeight);
}, out var num))
{
continue;
}
if (TileFinder.IsValidTileForNewSettlement(num))
{
return(num);
}
}
Log.Error("Failed to find faction base tile for " + faction);
return(0);
}
/// <summary>
/// Update the max fishing stock according to terrain and biome (to avoid exploits due to terrain changes).
/// </summary>
public void UpdateMaxFishStock()
{
int maxFishStockTerrain = maxFishStockDefault;
// Compute max fish stock according to surrounding aquatic cells.
float aquaticCellsNumber = 0;
foreach (IntVec3 cell in GenRadial.RadialCellsAround(this.Position, this.def.specialDisplayRadius, true))
{
if (cell.InBounds(this.Map) == false)
{
continue;
}
if (Util_FishIndustry.IsAquaticTerrain(this.Map, cell))
{
aquaticCellsNumber++;
}
}
float aquaticCellsNumberThreshold = (float)(GenRadial.NumCellsInRadius(this.def.specialDisplayRadius)) / 2f;
if (aquaticCellsNumber < aquaticCellsNumberThreshold)
{
maxFishStockTerrain = Mathf.CeilToInt((float)maxFishStockDefault * (aquaticCellsNumber / aquaticCellsNumberThreshold));
}
// Compute max fish stock according to biome.
int maxFishStockBiome = maxFishStockDefault;
if ((this.Map.Biome == BiomeDef.Named("AridShrubland")) ||
(this.Map.Biome == BiomeDef.Named("Tundra")))
{
maxFishStockBiome = 3;
}
else if ((this.Map.Biome == BiomeDef.Named("IceSheet")) ||
(this.Map.Biome == BiomeDef.Named("Desert")))
{
maxFishStockBiome = 2;
}
else if ((this.Map.Biome == BiomeDef.Named("SeaIce")) ||
(this.Map.Biome == BiomeDef.Named("ExtremeDesert")))
{
maxFishStockBiome = 1;
}
this.maxFishStock = Math.Min(maxFishStockTerrain, maxFishStockBiome);
if (this.maxFishStock < 1)
{
this.maxFishStock = 1;
}
}
public static void ClearAlienBiomesOuterTheSources()
{
for (int i = PurpleIvyData.TotalPollutedBiomes.Count - 1; i >= 0; i--)
{
int tile = PurpleIvyData.TotalPollutedBiomes[i];
if (PurpleIvyUtils.TileInRadiusOfInfectedSites(tile) != true)
{
Log.Message("Return old biome: " + tile.ToString());
BiomeDef origBiome = Find.WorldGrid[tile].biome;
BiomeDef newBiome = BiomeDef.Named(origBiome.defName.ReplaceFirst("PI_", string.Empty));
Find.WorldGrid[tile].biome = newBiome;
PurpleIvyData.TotalPollutedBiomes.Remove(tile);
PurpleIvyData.BiomesToRenderNow.Add(tile);
}
}
}
private static void Postfix()
{
var settlements = Find.WorldObjects.SettlementBases;
foreach (var settlement in settlements)
{
Log.Message(settlement.Faction.def.defName + " owns tile " + settlement.Tile + " with biome " +
Find.WorldGrid[settlement.Tile].biome.defName);
if (settlement.Faction.def.defName != "Horrors")
{
continue;
}
var settlementTile = Find.WorldGrid[settlement.Tile];
settlementTile.biome = BiomeDef.Named("HorrorWastes");
}
}
public override void Generate(Map map)
{
Terrain.baseGenstep.Generate(map);
if (!Find.World.grid[map.Tile].biome.Equals(BiomeDef.Named("Caves")))
{
return;
}
TerrainGrid terrainGrid = map.terrainGrid;
IntVec3 arg_4A_0 = map.Size;
IntVec3 arg_55_0 = map.Size;
foreach (IntVec3 current in map.AllCells)
{
if (RocksFromGrid.RiverMap[current.x, current.z] == 1)
{
terrainGrid.SetTerrain(current, TerrainDefOf.WaterDeep);
}
}
generateBridge = false;
foreach (IntVec3 current in map.AllCells)
{
if (RocksFromGrid.RiverMap[current.x, current.z] == 1 && Rand.Value > 0.8)
{
generateBridge = true;
GenerateBridge(new IntVec3[] { current }, map);
}
}
ModuleBase moduleBase = new Perlin(0.021999999716877937, 2.0, 0.5, 6, Rand.Range(0, 2147483647), QualityMode.High);
int[,] ravineGrid = MapGen.GenRiver(map.Size.x, map.Size.z, moduleBase);
foreach (IntVec3 current in map.AllCells)
{
if (ravineGrid[current.x, current.z] == 1)
{
map.thingGrid.ThingsAt(current).ToList().ForEach((Thing t) => t.Destroy());
map.roofGrid.SetRoof(current, null);
}
}
GenerateOpening(MapGenerator.PlayerStartSpot, map);
}
/// <summary>
/// Compute the max fishing stock and fish respawn rate according to terrain and biome (to avoid exploits due to terrain changes).
/// </summary>
public void ComputeMaxFishStockAndRespawnPeriod()
{
// Compute max fish stock according to biome.
this.maxFishStock = maxFishStockDefault;
if (this.Map.Biome == BiomeDefOf.BorealForest)
{
this.maxFishStock = 4;
}
else if ((this.Map.Biome == BiomeDefOf.Tundra) ||
(this.Map.Biome == BiomeDefOf.AridShrubland))
{
this.maxFishStock = 3;
}
else if ((this.Map.Biome == BiomeDefOf.IceSheet) ||
(this.Map.Biome == BiomeDefOf.Desert))
{
this.maxFishStock = 2;
}
else if ((this.Map.Biome == BiomeDefOf.SeaIce) ||
(this.Map.Biome == BiomeDef.Named("ExtremeDesert")))
{
this.maxFishStock = 1;
}
// Compute fish stock respawn period factor according to surrounding aquatic cells.
float aquaticCellsProportion = Util_FishIndustry.GetAquaticCellsProportionInRadius(this.Position, this.Map, Building_FishingPier.optimalAquaticAreaRadius);
float fishRespawnFactor = 1f;
if (aquaticCellsProportion < optimalAquaticCellsProportion)
{
fishRespawnFactor = (aquaticCellsProportion / optimalAquaticCellsProportion);
}
if (fishRespawnFactor <= 0)
{
// Avoid division by 0.
fishRespawnFactor = 0.05f;
}
this.fishStockRespawnInterval = Mathf.CeilToInt((2f * GenDate.TicksPerDay) / ((float)this.maxFishStock * fishRespawnFactor));
}
public static void Postfix(int tileID, ref Tile __result)
{
if (__result.biome.defName.Contains("Archipelago"))
{
if (Rand.Value > 0.03f)
{
__result.biome = BiomeDef.Named("Ocean");
}
else
{
__result.elevation += 100;
if (Rand.Value < 0.33f)
{
__result.hilliness = Hilliness.SmallHills;
if (Rand.Value < 0.25f)
{
__result.hilliness = Hilliness.LargeHills;
}
}
}
}
}
static RPF_Initializer()
{
foreach (ThingDef current in DefDatabase <ThingDef> .AllDefsListForReading)
{
if (current.plant != null)
{
if (current.plant.wildBiomes != null)
{
for (int j = 0; j < current.plant.wildBiomes.Count; j++)
{
if (current.plant.wildBiomes[j].biome.defName == "Tundra")
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("Permafrost");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
}
}
}
}
foreach (PawnKindDef current in DefDatabase <PawnKindDef> .AllDefs)
{
if (current.RaceProps.wildBiomes != null)
{
for (int j = 0; j < current.RaceProps.wildBiomes.Count; j++)
{
if (current.RaceProps.wildBiomes[j].biome.defName == "Tundra")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("Permafrost");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
}
}
}
}
public override void Generate(Map map)
{
Log.Message("hey2");
if (!Find.World.grid[map.Tile].biome.Equals(BiomeDef.Named("Caves")))
{
RocksFromGrid.baseGenstep.Generate(map);
return;
}
MapGenFloatGrid elevation = MapGenerator.Elevation;
int x = map.Size.x;
int z = map.Size.z;
int[,] array = MapGen.GenMap(x, z, 5, 0.5);
RocksFromGrid.RiverMap = MapGen.GenRiver(x, z, null);
foreach (IntVec3 current in map.AllCells)
{
if (array[current.x, current.z] == 1 && RocksFromGrid.RiverMap[current.x, current.z] == 0)
{
GenSpawn.Spawn(GenStep_RocksFromGrid.RockDefAt(current), current, map);
}
map.roofGrid.SetRoof(current, RoofDefOf.RoofRockThick);
}
}
public void fillRadius(bool forced = false)
{
int newRadius = this.GetRadius();
if (this.radius != newRadius || forced == true)
{
//PurpleIvyData.BiomesToRenderNow = new List<int>();
this.radius = newRadius;
List <int> tiles = new List <int>();
PurpleIvyData.BiomesDirty = true;
if (this.radius < newRadius)
{
PurpleIvyData.BiomesToClear = true;
}
Find.WorldFloodFiller.FloodFill(this.infectedTile, (int tile) => true, delegate(int tile, int dist)
{
if (dist > this.radius)
{
return(true);
}
tiles.Add(tile);
return(false);
}, int.MaxValue, null);
foreach (int tile in tiles)
{
BiomeDef origBiome = Find.WorldGrid[tile].biome;
if (!origBiome.defName.StartsWith("PI_"))
{
Log.Message("Change biome: " + tile.ToString());
BiomeDef infectedBiome = BiomeDef.Named("PI_" + origBiome.defName);
Find.WorldGrid[tile].biome = infectedBiome;
PurpleIvyData.TotalPollutedBiomes.Add(tile);
PurpleIvyData.BiomesToRenderNow.Add(tile);
}
}
}
}
// adapted from RF-Archipelagos
private static void AddPlantsWildBiomes()
{
foreach (ThingDef current in DefDatabase <ThingDef> .AllDefsListForReading)
{
if (current.plant?.wildBiomes != null)
{
// to check if it's in any of these biomes already
if (!current.plant.wildBiomes.Any(w => w.biome.defName.Contains("ZBiome")))
{
//Sandbar
if (current.plant.wildBiomes.Any(b => b.biome.defName == "ExtremeDesert"))
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Sandbar_NoBeach");
newRecord1.commonality = current.plant.wildBiomes.Where(bi => bi.biome.defName == "ExtremeDesert").FirstOrDefault().commonality;
current.plant.wildBiomes.Add(newRecord1);
}
else if (current.plant.wildBiomes.Any(b => b.biome.defName == "Desert"))
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Sandbar_NoBeach");
newRecord1.commonality = current.plant.wildBiomes.Where(bi => bi.biome.defName == "Desert").FirstOrDefault().commonality;
current.plant.wildBiomes.Add(newRecord1);
}
else if (current.plant.wildBiomes.Any(b => b.biome.defName == "Tundra"))
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_GlacialShield");
newRecord1.commonality = current.plant.wildBiomes.Where(bi => bi.biome.defName == "Tundra").FirstOrDefault().commonality;
if (current.plant.IsTree)
{
newRecord1.commonality *= 1.7f;
}
if (current.plant.purpose == PlantPurpose.Beauty || current.plant.purpose == PlantPurpose.Food)
{
newRecord1.commonality *= 1.2f;
}
current.plant.wildBiomes.Add(newRecord1);
}
for (int j = 0; j < current.plant.wildBiomes.Count; j++)
{
// icebergs
if (current.plant.wildBiomes[j].biome.defName == "SeaIce")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Iceberg_NoBeach");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
}
//Meadow
if (current.plant.wildBiomes[j].biome.defName == "BorealForest")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_AlpineMeadow");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
if (current.plant.IsTree)
{
newRecord1.commonality *= 0.4f;
}
else if (current.plant.purpose == PlantPurpose.Beauty)
{
newRecord1.commonality *= 2f;
}
current.plant.wildBiomes.Add(newRecord1);
}
// Grasslands
if (current.plant.wildBiomes[j].biome.defName == "AridShrubland")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Grasslands");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
if (current.plant.IsTree)
{
newRecord1.commonality *= 0.4f;
}
current.plant.wildBiomes.Add(newRecord1);
}
// Dunes and Oasis
if (current.plant.wildBiomes[j].biome.defName == "AridShrubland")
{
if (current.plant.purpose == PlantPurpose.Food)
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_CoastalDunes");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord2.biome = BiomeDef.Named("ZBiome_DesertOasis");
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord2);
}
}
if (current.plant.wildBiomes[j].biome.defName == "TropicalRainforest")
{
if (current.plant.purpose != PlantPurpose.Food)
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_CoastalDunes");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord2.biome = BiomeDef.Named("ZBiome_DesertOasis");
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord2);
}
if (!current.plant.IsTree)
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_CloudForest");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
}
}
if (current.plant.wildBiomes[j].biome.defName == "TemperateForest")
{
if (current.plant.IsTree)
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_CloudForest");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
}
// Badlands
if (!current.plant.wildBiomes.Any(b => b.biome.defName == "TemperateSwamp"))
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Badlands");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
}
}
//Marsh
if (current.plant.wildBiomes[j].biome.defName == "ColdBog")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Marsh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
if (current.plant.IsTree)
{
newRecord1.commonality *= 0.3f;
}
current.plant.wildBiomes.Add(newRecord1);
}
}
}
}
}
}
// adapted from RF-Archipelagos
private static void AddAnimalsWildBiomes()
{
foreach (PawnKindDef current in DefDatabase <PawnKindDef> .AllDefs)
{
if (current.RaceProps?.wildBiomes != null)
{
// to check if it's in any of these biomes already
if (!current.RaceProps.wildBiomes.Any(w => w.biome.defName.Contains("ZBiome")))
{
//Dunes, Oasis
if (current.RaceProps.wildBiomes.Any(b => b.biome.defName == "Desert"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_CoastalDunes");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "Desert").FirstOrDefault().commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord2.biome = BiomeDef.Named("ZBiome_DesertOasis");
newRecord2.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "Desert").FirstOrDefault().commonality;
current.RaceProps.wildBiomes.Add(newRecord2);
}
else if (current.RaceProps.wildBiomes.Any(b => b.biome.defName == "ExtremeDesert"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_CoastalDunes");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "ExtremeDesert").FirstOrDefault().commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord2.biome = BiomeDef.Named("ZBiome_DesertOasis");
newRecord2.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "ExtremeDesert").FirstOrDefault().commonality;
current.RaceProps.wildBiomes.Add(newRecord2);
}
//Cloud Forest
if (current.RaceProps.wildBiomes.Any(b => b.biome.defName == "TropicalRainforest"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_CloudForest");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "TropicalRainforest").FirstOrDefault().commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
}
else if (current.RaceProps.baseBodySize <= 0.5f && current.RaceProps.wildBiomes.Any(b => b.biome.defName == "TemperateForest"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_CloudForest");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "TemperateForest").FirstOrDefault().commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
}
//Badlands
if (current.RaceProps.wildBiomes.Any(b => b.biome.defName == "TemperateForest"))
{
if (!current.RaceProps.wildBiomes.Any(b => b.biome.defName == "TemperateSwamp"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Badlands");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "TemperateForest").FirstOrDefault().commonality;
if (!current.RaceProps.predator && current.RaceProps.baseBodySize > 1.0) // less large herbivores
{
newRecord1.commonality *= 0.5f;
}
current.RaceProps.wildBiomes.Add(newRecord1);
}
else if (current.RaceProps.wildBiomes.Any(b => b.biome.defName == "AridShrubland"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Badlands");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "TemperateForest").FirstOrDefault().commonality;
newRecord1.commonality *= 0.5f;
if (!current.RaceProps.predator && current.RaceProps.baseBodySize > 1.0) // less large herbivores
{
newRecord1.commonality *= 0.5f;
}
current.RaceProps.wildBiomes.Add(newRecord1);
}
}
// Glacial Shield
if (current.RaceProps.wildBiomes.Any(b => b.biome.defName == "Tundra"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_GlacialShield");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "Tundra").FirstOrDefault().commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
}
else if (current.RaceProps.wildBiomes.Any(b => b.biome.defName == "IceSheet"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_GlacialShield");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "IceSheet").FirstOrDefault().commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
}
else if (current.RaceProps.wildBiomes.Any(b => b.biome.defName == "BorealForest"))
{
if (!current.RaceProps.wildBiomes.Any(b => b.biome.defName == "TemperateForest"))
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_GlacialShield");
newRecord1.commonality = current.RaceProps.wildBiomes.Where(bi => bi.biome.defName == "BorealForest").FirstOrDefault().commonality;
newRecord1.commonality *= 0.5f;
current.RaceProps.wildBiomes.Add(newRecord1);
}
}
for (int j = 0; j < current.RaceProps.wildBiomes.Count; j++)
{
//Iceberg
if (current.RaceProps.wildBiomes[j].biome.defName == "SeaIce")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Iceberg_NoBeach");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
}
//Meadow
if (current.RaceProps.wildBiomes[j].biome.defName == "BorealForest")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_AlpineMeadow");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
if (current.RaceProps.predator && current.RaceProps.maxPreyBodySize >= 0.9f)
{
newRecord1.commonality *= 0.5f;
}
current.RaceProps.wildBiomes.Add(newRecord1);
}
//Grasslands
if (current.RaceProps.wildBiomes[j].biome.defName == "AridShrubland")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Grasslands");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
if (current.RaceProps.herdAnimal)
{
newRecord1.commonality *= 1.5f;
}
else
{
newRecord1.commonality *= 0.5f;
}
current.RaceProps.wildBiomes.Add(newRecord1);
}
//Sandbar
if (current.RaceProps.wildBiomes[j].biome.defName == "ExtremeDesert")
{
AnimalBiomeRecord newRecord3 = new AnimalBiomeRecord();
newRecord3.biome = BiomeDef.Named("ZBiome_Sandbar_NoBeach");
newRecord3.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord3);
}
//Marsh
if (current.RaceProps.wildBiomes[j].biome.defName == "ColdBog")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ZBiome_Marsh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
}
}
}
}
}
}
private static bool Prefix()
{
WorldGrid worldGrid = Find.WorldGrid;
bool[] flagArray = new bool[worldGrid.TilesCount];
List <int> nums = new List <int>();
for (int i = 0; i < worldGrid.TilesCount; i++)
{
if (!flagArray[i])
{
if (worldGrid[i].biome == BiomeDefOf.Ocean || (worldGrid[i].biome.defName != null && worldGrid[i].biome.defName.Contains("Archipelago")))
{
Find.WorldFloodFiller.FloodFill(i, (int tid) => (worldGrid[tid].biome == BiomeDefOf.Ocean || (worldGrid[tid].biome.defName != null && worldGrid[tid].biome.defName.Contains("Archipelago"))), (int tid) => {
nums.Add(tid);
flagArray[tid] = true;
}, 2147483647);
if (nums.Count <= 180)
{
for (int j = 0; j < nums.Count; j++)
{
if (worldGrid[nums[j]].biome.defName != null && worldGrid[nums[j]].biome.defName == "BorealArchipelago")
{
worldGrid[nums[j]].biome = BiomeDef.Named("BorealArchipelago_Fresh");
}
else if (worldGrid[nums[j]].biome.defName != null && worldGrid[nums[j]].biome.defName == "ColdBogArchipelago")
{
worldGrid[nums[j]].biome = BiomeDef.Named("ColdBogArchipelago_Fresh");
}
else if (worldGrid[nums[j]].biome.defName != null && worldGrid[nums[j]].biome.defName == "DesertArchipelago")
{
worldGrid[nums[j]].biome = BiomeDef.Named("DesertArchipelago_Fresh");
}
else if (worldGrid[nums[j]].biome.defName != null && worldGrid[nums[j]].biome.defName == "TemperateArchipelago")
{
worldGrid[nums[j]].biome = BiomeDef.Named("TemperateArchipelago_Fresh");
}
else if (worldGrid[nums[j]].biome.defName != null && worldGrid[nums[j]].biome.defName == "TemperateSwampArchipelago")
{
worldGrid[nums[j]].biome = BiomeDef.Named("TemperateSwampArchipelago_Fresh");
}
else if (worldGrid[nums[j]].biome.defName != null && worldGrid[nums[j]].biome.defName == "TropicalArchipelago")
{
worldGrid[nums[j]].biome = BiomeDef.Named("TropicalArchipelago_Fresh");
}
else if (worldGrid[nums[j]].biome.defName != null && worldGrid[nums[j]].biome.defName == "TropicalSwampArchipelago")
{
worldGrid[nums[j]].biome = BiomeDef.Named("TropicalSwampArchipelago_Fresh");
}
else if (worldGrid[nums[j]].biome.defName != null && worldGrid[nums[j]].biome.defName == "TundraArchipelago")
{
worldGrid[nums[j]].biome = BiomeDef.Named("TundraArchipelago_Fresh");
}
else
{
worldGrid[nums[j]].biome = BiomeDefOf.Lake;
}
}
}
nums.Clear();
}
}
}
return(false);
}
public override void WorldComponentTick()
{
if (cache == null)
{
PopulateCache();
}
//if (Find.TickManager.TicksGame % 500 == 84) // 5 days to cover standard world at this speed
if (Find.TickManager.TicksGame % 2000 == 84)
{
//Log.Message("Growing tiles");
if (!Find.WorldGrid.tiles.Any(t => t.biome.defName == "ZTB_Corruption") || Find.TickManager.TicksGame % 200000 == 84)
{
Log.Message("Spawning corruption");
Tile tile = Find.WorldGrid.tiles.Where(t => !t.WaterCovered && t.biome != ZTB_DefOf.ZTB_Corruption).RandomElement();
if (tile != null)
{
tile.biome = BiomeDef.Named("ZTB_Corruption");
CorruptTile(Find.WorldGrid.tiles.FindIndex(x => x == tile));
}
}
else
{
//Log.Message("Expanding corruption.....");
List <TileConversionData> corruptTiles = cache.Where(x => x.convStatus == ConvStatus.Corrupt).ToList();
List <int> tmpTiles = new List <int>();
foreach (TileConversionData tile in corruptTiles)
{
Find.WorldGrid.GetTileNeighbors(tile.tile, tmpTiles);
int tileID = tmpTiles.RandomElement();
Tile toConvert = Find.WorldGrid[tileID];
if (toConvert.biome.defName != "ZTB_Corruption" && !toConvert.WaterCovered)
{
if (cache[tileID].lastConvertedTick + 500000 < Find.TickManager.TicksGame) // don't instantly reconvert tiles
{
toConvert.biome = BiomeDef.Named("ZTB_Corruption");
CorruptTile(tileID);
}
}
}
}
if (Find.TickManager.TicksGame % 60000 == 84)
{
// randomly clear corruption from faction bases
Settlement settlement = Find.World.worldObjects.Settlements.RandomElement();
foreach (Settlement sett in Find.World.worldObjects.Settlements)
{
if (Rand.Chance(0.005f))
{
if (!sett.Faction.IsPlayer && cache[sett.Tile].convStatus != ConvStatus.Pure)
{
SpreadPurityFromPoint(settlement.Tile);
}
}
}
// regenerate world map
Find.World.renderer.SetDirty <WorldLayer_Terrain>();
}
}
}
static Planets_Initializer()
{
if (ModsConfig.ActiveModsInLoadOrder.Any(mod => mod.Name.Contains("My Little Planet")))
{
Controller.Settings.usingMLP = true;
}
if (ModsConfig.ActiveModsInLoadOrder.Any(mod => mod.Name.Contains("Faction Control")))
{
Controller.Settings.usingFactionControl = true;
}
if (ModsConfig.ActiveModsInLoadOrder.Any(mod => mod.Name.Contains("Nature's Pretty Sweet")))
{
Controller.Settings.otherGrassland = true;
Controller.Settings.otherSavanna = true;
}
if (ModsConfig.ActiveModsInLoadOrder.Any(mod => mod.Name.Contains("Terra Project (Core)")))
{
Controller.Settings.otherSavanna = true;
}
if (ModsConfig.ActiveModsInLoadOrder.Any(mod => mod.Name.Contains("Advanced Biomes")))
{
Controller.Settings.otherSavanna = true;
}
foreach (ThingDef current in DefDatabase <ThingDef> .AllDefsListForReading)
{
if (current.plant != null)
{
if (current.plant.wildBiomes != null)
{
for (int j = 0; j < current.plant.wildBiomes.Count; j++)
{
if (current.plant.wildBiomes[j].biome.defName == "Tundra")
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Permafrost");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
if (current.plant.wildBiomes[j].biome.defName == "TemperateForest")
{
if (!current.defName.Contains("Tree"))
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Grassland");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
}
if (current.plant.wildBiomes[j].biome.defName == "BorealForest")
{
if (!current.defName.Contains("Tree"))
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Steppes");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
}
if (current.plant.wildBiomes[j].biome.defName == "AridShrubland")
{
if (!current.defName.Contains("Acacia"))
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Savanna");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
}
if (current.plant.wildBiomes[j].biome.defName == "Desert")
{
if (!current.defName.Contains("Acacia"))
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_TemperateDesert");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord2.biome = BiomeDef.Named("RRP_Oasis");
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord2);
}
}
}
}
}
}
foreach (PawnKindDef current in DefDatabase <PawnKindDef> .AllDefs)
{
if (current.RaceProps.wildBiomes != null && current.defName != "Cobra")
{
for (int j = 0; j < current.RaceProps.wildBiomes.Count; j++)
{
if (current.RaceProps.wildBiomes[j].biome.defName == "Tundra")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Permafrost");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "TemperateForest")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Grassland");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "BorealForest")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Steppes");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "AridShrubland")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Savanna");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "Desert")
{
AnimalBiomeRecord newRecord = new AnimalBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_TemperateDesert");
newRecord.commonality = current.RaceProps.wildBiomes[j].commonality / 2;
current.RaceProps.wildBiomes.Add(newRecord);
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord2.biome = BiomeDef.Named("RRP_Oasis");
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord2);
}
}
}
}
}
static Archi_Initializer()
{
foreach (ThingDef current in DefDatabase <ThingDef> .AllDefsListForReading)
{
if (current.plant != null)
{
if (current.plant.wildBiomes != null)
{
for (int j = 0; j < current.plant.wildBiomes.Count; j++)
{
if (current.plant.wildBiomes[j].biome.defName == "AridShrubland")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("DesertArchipelago");
newRecord2.biome = BiomeDef.Named("DesertArchipelago_Fresh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
current.plant.wildBiomes.Add(newRecord2);
}
if (current.plant.wildBiomes[j].biome.defName == "BorealForest")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("BorealArchipelago");
newRecord2.biome = BiomeDef.Named("BorealArchipelago_Fresh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
current.plant.wildBiomes.Add(newRecord2);
}
if (current.plant.wildBiomes[j].biome.defName == "ColdBog")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("ColdBogArchipelago");
newRecord2.biome = BiomeDef.Named("ColdBogArchipelago_Fresh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
current.plant.wildBiomes.Add(newRecord2);
}
if (current.plant.wildBiomes[j].biome.defName == "TemperateForest")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("TemperateArchipelago");
newRecord2.biome = BiomeDef.Named("TemperateArchipelago_Fresh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
current.plant.wildBiomes.Add(newRecord2);
}
if (current.plant.wildBiomes[j].biome.defName == "TemperateSwamp")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("TemperateSwampArchipelago");
newRecord2.biome = BiomeDef.Named("TemperateSwampArchipelago_Fresh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
current.plant.wildBiomes.Add(newRecord2);
}
if (current.plant.wildBiomes[j].biome.defName == "TropicalRainforest")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("TropicalArchipelago");
newRecord2.biome = BiomeDef.Named("TropicalArchipelago_Fresh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
current.plant.wildBiomes.Add(newRecord2);
}
if (current.plant.wildBiomes[j].biome.defName == "TropicalSwamp")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("TropicalSwampArchipelago");
newRecord2.biome = BiomeDef.Named("TropicalSwampArchipelago_Fresh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
current.plant.wildBiomes.Add(newRecord2);
}
if (current.plant.wildBiomes[j].biome.defName == "Tundra")
{
PlantBiomeRecord newRecord1 = new PlantBiomeRecord();
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord1.biome = BiomeDef.Named("TundraArchipelago");
newRecord2.biome = BiomeDef.Named("TundraArchipelago_Fresh");
newRecord1.commonality = current.plant.wildBiomes[j].commonality;
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord1);
current.plant.wildBiomes.Add(newRecord2);
}
}
}
}
}
foreach (PawnKindDef current in DefDatabase <PawnKindDef> .AllDefs)
{
if (current.RaceProps.wildBiomes != null && current.defName != "Cobra")
{
for (int j = 0; j < current.RaceProps.wildBiomes.Count; j++)
{
if (current.RaceProps.wildBiomes[j].biome.defName == "AridShrubland")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("DesertArchipelago");
newRecord2.biome = BiomeDef.Named("DesertArchipelago_Fresh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
current.RaceProps.wildBiomes.Add(newRecord2);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "BorealForest")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("BorealArchipelago");
newRecord2.biome = BiomeDef.Named("BorealArchipelago_Fresh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
current.RaceProps.wildBiomes.Add(newRecord2);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "ColdBog")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("ColdBogArchipelago");
newRecord2.biome = BiomeDef.Named("ColdBogArchipelago_Fresh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
current.RaceProps.wildBiomes.Add(newRecord2);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "TemperateForest")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("TemperateArchipelago");
newRecord2.biome = BiomeDef.Named("TemperateArchipelago_Fresh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
current.RaceProps.wildBiomes.Add(newRecord2);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "TemperateSwamp")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("TemperateSwampArchipelago");
newRecord2.biome = BiomeDef.Named("TemperateSwampArchipelago_Fresh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
current.RaceProps.wildBiomes.Add(newRecord2);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "TropicalRainforest")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("TropicalArchipelago");
newRecord2.biome = BiomeDef.Named("TropicalArchipelago_Fresh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
current.RaceProps.wildBiomes.Add(newRecord2);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "TropicalSwamp")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("TropicalSwampArchipelago");
newRecord2.biome = BiomeDef.Named("TropicalSwampArchipelago_Fresh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
current.RaceProps.wildBiomes.Add(newRecord2);
}
if (current.RaceProps.wildBiomes[j].biome.defName == "Tundra")
{
AnimalBiomeRecord newRecord1 = new AnimalBiomeRecord();
AnimalBiomeRecord newRecord2 = new AnimalBiomeRecord();
newRecord1.biome = BiomeDef.Named("TundraArchipelago");
newRecord2.biome = BiomeDef.Named("TundraArchipelago_Fresh");
newRecord1.commonality = current.RaceProps.wildBiomes[j].commonality;
newRecord2.commonality = current.RaceProps.wildBiomes[j].commonality;
current.RaceProps.wildBiomes.Add(newRecord1);
current.RaceProps.wildBiomes.Add(newRecord2);
}
}
}
}
}
private static void EditPlantDefs()
{
foreach (ThingDef current in DefDatabase <ThingDef> .AllDefsListForReading)
{
if (current.plant != null)
{
if (current.plant.wildBiomes != null)
{
for (int j = 0; j < current.plant.wildBiomes.Count; j++)
{
if (current.plant.wildBiomes[j].biome.defName == "Tundra")
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Permafrost");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
if (current.plant.wildBiomes[j].biome.defName == "TemperateForest")
{
if (!current.defName.Contains("Tree"))
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Grassland");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
}
if (current.plant.wildBiomes[j].biome.defName == "BorealForest")
{
if (!current.defName.Contains("Tree"))
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Steppes");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
}
if (current.plant.wildBiomes[j].biome.defName == "AridShrubland")
{
if (!current.defName.Contains("Acacia"))
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_Savanna");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
}
}
if (current.plant.wildBiomes[j].biome.defName == "Desert")
{
if (!current.defName.Contains("Acacia"))
{
PlantBiomeRecord newRecord = new PlantBiomeRecord();
newRecord.biome = BiomeDef.Named("RRP_TemperateDesert");
newRecord.commonality = current.plant.wildBiomes[j].commonality / 2;
current.plant.wildBiomes.Add(newRecord);
PlantBiomeRecord newRecord2 = new PlantBiomeRecord();
newRecord2.biome = BiomeDef.Named("RRP_Oasis");
newRecord2.commonality = current.plant.wildBiomes[j].commonality;
current.plant.wildBiomes.Add(newRecord2);
}
}
}
}
}
}
}
