public Color GetColor(int x, int y)
{
var moistureLevel = _moistureMap.GetMoisture(x, y);
var heatLevel = _comboMap.GetHeat(x, y);
var biome = whittakerGraph[(int)moistureLevel, (int)heatLevel];
/*
* if (_heightmap.GetColor(x,y)==Color.black) //if the height level is void we don't want it to be affected by moisture or heat
* {
* return Color.black;
* }
*/
if (_heightmap.GetColor(x, y) == extendedColors.DeepColor & !_maskWater) //account for water
{
return(extendedColors.DeepColor);
}
else if (_heightmap.GetColor(x, y) == extendedColors.ShallowColor & !_maskWater)
{
return(extendedColors.ShallowColor);
}
else if (_heightmap.GetColor(x, y) == extendedColors.ShallowColor & _maskWater)
{
return(Color.black);
}
else if (_heightmap.GetColor(x, y) == extendedColors.DeepColor & _maskWater)
{
return(Color.black);
}
else
{
switch (biome) //color per biome
{
case biomes.Ice:
return(extendedColors.Ice);
case biomes.BorealForest:
return(extendedColors.BorealForest);
case biomes.Desert:
return(extendedColors.Desert);
case biomes.Grassland:
return(extendedColors.Grassland);
case biomes.Savanna:
return(extendedColors.Savanna);
case biomes.SeasonalForest:
return(extendedColors.SeasonalForest);
case biomes.TemperateRainforest:
return(extendedColors.TemperateRainforest);
case biomes.TropicalRainforest:
return(extendedColors.TropicalRainforest);
case biomes.Tundra:
return(extendedColors.Tundra);
case biomes.Woodland:
return(extendedColors.Woodland);
}
}
return(Color.black);
}
