public void CreateCityRooms <T>(CityMapGenerator <T> mapGenerator, int maxLeafSize, int roomMaxSize, int roomMinSize) where T : class, IMap, new()
{
if (childLeafLeft != null || childLeafRight != null)
{
//# recursively search for children until you hit the end of the branch
if (childLeafLeft != null)
{
childLeafLeft.CreateCityRooms(mapGenerator, maxLeafSize, roomMaxSize, roomMinSize);
}
if (childLeafRight != null)
{
childLeafRight.CreateCityRooms(mapGenerator, maxLeafSize, roomMaxSize, roomMinSize);
}
if (childLeafLeft != null && childLeafRight != null)
{
mapGenerator.createHall(childLeafLeft.GetRoom(), childLeafRight.GetRoom());
}
}
else
{
int w = _random.Next(roomMinSize, Math.Min(roomMaxSize, leafWidth - 1));
int h = _random.Next(roomMinSize, Math.Min(roomMaxSize, leafHeight - 1));
int x = _random.Next(_x, _x + (leafWidth - 1) - w);
int y = _random.Next(_y, _y + (leafHeight - 1) - h);
_room = new Rect(x, y, w, h);
mapGenerator.createRoom(_room);
}
}
// Start is called before the first frame update
private void Start()
{
System.Random random = new System.Random(DateTime.Now.Millisecond);
IMapGenerator <Map> mapGenerator;
switch (generator)
{
case Generators.BorderOnlyMapGenerator:
{
mapGenerator = new BorderOnlyMapGenerator <Map>(mapWidth, mapHeight);
_map = Map.Create(mapGenerator);
break;
}
case Generators.BSPTreeMapGenerator:
{
mapGenerator = new BSPTreeMapGenerator <Map>(mapWidth, mapHeight, maxLeafSize, minLeafSize, roomMaxSize, roomMinSize, random);
_map = Map.Create(mapGenerator);
break;
}
case Generators.CaveMapGenerator:
{
mapGenerator = new CaveMapGenerator <Map>(mapWidth, mapHeight, neighbours, iterations, closeTileProb, lowerLimit, upperLimit, emptyNeighbours, emptyTileNeighbours, corridorSpace, corridorMaxTurns, corridorMin, corridorMax, breakOut, random);
_map = Map.Create(mapGenerator);
break;
}
case Generators.CellularAutomataMapGenerator:
{
mapGenerator = new CellularAutomataMapGenerator <Map>(mapWidth, mapHeight, fillProbability, totalIterations, cutoffOfBigAreaFill, random);
_map = Map.Create(mapGenerator);
break;
}
case Generators.CityMapGenerator:
{
mapGenerator = new CityMapGenerator <Map>(mapWidth, mapHeight, maxCityLeafSize, minCityLeafSize, roomMaxCitySize, roomMinCitySize, random);
_map = Map.Create(mapGenerator);
break;
}
case Generators.DFSMazeMapGenerator:
{
mapGenerator = new DFSMazeMapGenerator <Map>(mapWidth, mapHeight, random);
_map = Map.Create(mapGenerator);
break;
}
case Generators.DrunkardsWalkMapGenerator:
{
mapGenerator = new DrunkardsWalkMapGenerator <Map>(mapWidth, mapHeight, percentGoal, walkIterations, weightedTowardCenter, weightedTowardPreviousDirection, random);
_map = Map.Create(mapGenerator);
break;
}
case Generators.TunnelingMazeMapGenerator:
{
mapGenerator = new TunnelingMazeMapGenerator <Map>(mapWidth, mapHeight, magicNumber, random);
_map = Map.Create(mapGenerator);
break;
}
case Generators.TunnelingWithRoomsMapGenerator:
{
mapGenerator = new TunnelingWithRoomsMapGenerator <Map>(mapWidth, mapHeight, maxTunnelingRooms, roomMaxTunnelingSize, roomMinTunnelingSize, random);
_map = Map.Create(mapGenerator);
break;
}
}
Camera.main.transform.localPosition = new Vector3(_map.Width / 2, _map.Height / 2, -10);
RenderMap();
}