public WindMap(int xSize, int ySize, TerrainMap terrainmap, TemperatureMap temperaturemap, int month)
{
this.vectormap = new Map <Vector2>(xSize, ySize);
this.grid = new Wind[xSize, ySize];
this.xSize = xSize;
this.ySize = ySize;
this.month = month;
TradeWindGenerator twg = new TradeWindGenerator(xSize, ySize);
RecursiveWindGenerator rwg = new RecursiveWindGenerator(temperaturemap);
Map <Vector2> tradeWindMap = twg.generateTradeWindMap(terrainmap, month);
Map <Vector2> recursiveWindMap = rwg.generateRecursiveWind();
//blend
float tw;
IFunction combination = new ParabolaFunction(4, -10f, 4.15f);
for (int x = 0; x < xSize; x++)
{
for (int y = 0; y < ySize; y++)
{
tw = combination.calculate(terrainmap.grid[x, y].height);
tw = Mathf.Min(tw, 1);
tw = Mathf.Max(tw, 0);
vectormap.setAt(x, y, recursiveWindMap.grid[x, y] * (1.2f) * (1 - tw) + tradeWindMap.grid[x, y] * tw);
}
}
smoothConvert(8, terrainmap);
}
private float getLandTemperature(float latitude, int month)
{
IFunction par = new ParabolaFunction((-4f / 555f), (40f / 111f), (1140f / 37f));
return(par.calculate(latitude + Latitude.monthlyShift(month + 6, landMonthlyDelta) + 3 * landMonthlyDelta));
}
private float getSeaTemperature(float latitude, int month)
{
IFunction par = new ParabolaFunction((-1f / 252f), (5f / 36f), (275f / 14f));
return(par.calculate(latitude + Latitude.monthlyShift(month + 6, seaMonthlyDelta) + 3 * seaMonthlyDelta));
}
