void Update()
{
if (Input.GetMouseButtonDown(0))
{
/*physical = mapObject.GetComponent<PhysicalMap>();
* physical.init(xSize, ySize);
* HeightMapGenerator hgen = new HeightMapGenerator();
* Heightmap heightmap = hgen.generateMap(xSize, ySize);
* WaterMap watermap = new WaterMap(heightmap);
* terrainmap = new TerrainMap(heightmap, watermap);
* temperaturemap = new TemperatureMap(terrainmap, Random.Range(0, 11));
* tr = new TemperatureRenderer(new LandmassMap(terrainmap), temperaturemap);
* physical.draw(tr);*/
physical = mapObject.GetComponent <PhysicalMap>();
physical.init(xSize, ySize);
MapSerializable mser = MapSerializable.loadFromFile("testHM");
Heightmap heightmap = new Heightmap(xSize, ySize, 0.5f, mser.grid);
WaterMap watermap = new WaterMap(heightmap);
terrainmap = new TerrainMap(heightmap, watermap);
mser = MapSerializable.loadFromFile("testTM");
temperaturemap = new TemperatureMap(xSize, ySize, mser.grid, terrainmap);
tr = new TemperatureRenderer(new LandmassMap(terrainmap), temperaturemap);
physical.draw(tr);
}
if (Input.GetMouseButtonDown(1))
{
if (state == 0)
{
RecursiveWindGenerator wgen = new RecursiveWindGenerator(temperaturemap);
wm = new WindMap(xSize, ySize, terrainmap, temperaturemap, 3);
WindSpeedRenderer wsr = new WindSpeedRenderer(wm, new LandmassMap(terrainmap));
WindDirectionRenderer wdr = new WindDirectionRenderer(wm, new LandmassMap(terrainmap));
physical.draw(wsr);
state++;
}
else if (state >= 1)
{
RecursiveWindGenerator wgen = new RecursiveWindGenerator(temperaturemap);
wm = new WindMap(xSize, ySize, terrainmap, temperaturemap, state);
WindSpeedRenderer wsr = new WindSpeedRenderer(wm, new LandmassMap(terrainmap));
WindDirectionRenderer wdr = new WindDirectionRenderer(wm, new LandmassMap(terrainmap));
physical.draw(wdr);
state++;
}
}
}
public Multirotor(Coordinate coordinate, WindMap windMap) : base(coordinate)
{
_windMap = windMap;
_countSteps = Rand.GenerateInRange(500, 700);
}
public WindSpeedRenderer(WindMap windmap, LandmassMap landmassmap)
{
scale = new ColorScale(Color.blue, Color.red, 0, 1);
m = windmap;
lm = landmassmap;
}
public WeatherBalloon(Coordinate coordinate, WindMap windMap) : base(coordinate)
{
_windMap = windMap;
_countSteps = Rand.GenerateInRange(500, 700);
}
public WindDirectionRenderer(WindMap windmap, LandmassMap landmassmap)
{
m = windmap;
l = landmassmap;
}
