public void GenerateUndergroundWaterGrid(Map map, MapComponent_WaterGrid waterGrid, int basePoolNum, int minWaterPoolNum, float baseRainFall, float basePlantDensity, float literPerCell, IntRange poolCellRange, FloatRange baseRegenRateRange, float rainRegenRatePerCell)
{
float rainRate = map.TileInfo.rainfall / baseRainFall;
float areaRate = map.Area / BaseMapArea;
float plantRate = map.Biome.plantDensity / basePlantDensity;
int waterPoolNum = Mathf.RoundToInt(basePoolNum * rainRate * areaRate * plantRate);
//Log.Message(string.Format("rain={0},area={1},plant={2},num={3}", rainRate.ToString("F3"), areaRate.ToString("F3"), plantRate.ToString("F3"), waterPoolNum));
if (plantRate > 0.0f)
{
waterPoolNum = Mathf.Max(waterPoolNum, minWaterPoolNum);
}
for (int i = 0; i < waterPoolNum; i++)
{
IntVec3 result;
if (CellFinderLoose.TryFindRandomNotEdgeCellWith(5, (c) => !waterGrid.GetCellBool(map.cellIndices.CellToIndex(c)), map, out result))
{
int numCells = poolCellRange.RandomInRange;
float baseRegenRate = baseRegenRateRange.RandomInRange;
UndergroundWaterPool pool = new UndergroundWaterPool(waterGrid, numCells * literPerCell, WaterType.RawWater, baseRegenRate, rainRegenRatePerCell);
pool.ID = i + 1;
waterGrid.AddWaterPool(pool, GridShapeMaker.IrregularLump(result, map, numCells));
}
}
waterGrid.ModifyPoolGrid();
}
public UndergroundWaterPool(MapComponent_WaterGrid waterGrid, float maxWaterVolume, WaterType waterType, float baseRegenRate, float rainRegenRatePerCell) : this(waterGrid)
{
this.maxWaterVolume = maxWaterVolume;
this.currentWaterVolume = maxWaterVolume;
this.waterType = waterType;
this.baseRegenRate = baseRegenRate;
this.rainRegenRatePerCell = rainRegenRatePerCell;
}
public static void GenerateUndergroundWaterGrid(Map map, MapComponent_WaterGrid waterGrid, int basePoolNum = 30, int minWaterPoolNum = 3, float baseRainFall = 1000f, float basePlantDensity = 0.25f, float literPerCell = 10.0f, IntRange poolCellRange = default, FloatRange baseRegenRateRange = default, float rainRegenRatePerCell = 5.0f)
{
if (poolCellRange == default)
{
poolCellRange = new IntRange(30, 100);
}
if (baseRegenRateRange == default)
{
baseRegenRateRange = new FloatRange(10.0f, 20.0f);
}
var BaseMapArea = 250f * 250f;
var rainRate = map.TileInfo.rainfall / baseRainFall;
var areaRate = map.Area / BaseMapArea;
var plantRate = map.Biome.plantDensity / basePlantDensity;
var waterPoolNum = Mathf.RoundToInt(basePoolNum * rainRate * areaRate * plantRate);
// Log.Message(string.Format("rain={0},area={1},plant={2},num={3}", rainRate.ToString("F3"), areaRate.ToString("F3"), plantRate.ToString("F3"), waterPoolNum));
if (plantRate > 0.0f)
{
waterPoolNum = Mathf.Max(waterPoolNum, minWaterPoolNum);
}
for (var i = 0; i < waterPoolNum; i++)
{
if (!CellFinderLoose.TryFindRandomNotEdgeCellWith(5, c => !waterGrid.GetCellBool(map.cellIndices.CellToIndex(c)), map, out var result))
{
continue;
}
var numCells = poolCellRange.RandomInRange;
var baseRegenRate = baseRegenRateRange.RandomInRange;
var pool = new UndergroundWaterPool(waterGrid, numCells * literPerCell, WaterType.RawWater, baseRegenRate, rainRegenRatePerCell)
{
ID = i + 1
};
waterGrid.AddWaterPool(pool, GridShapeMaker.IrregularLump(result, map, numCells));
}
waterGrid.ModifyPoolGrid();
}
public UndergroundWaterPool(MapComponent_WaterGrid waterGrid)
{
this.waterGrid = waterGrid;
this.lastTick = Find.TickManager.TicksGame;
}
