private Code.MapGeneration.Room CarveRoom(int xSize, int ySize, bool overlap = false)
{
// If overlap is set to true, then the carver doesn't care if it draws over other rooms.
// This method only tries to carve a room 100 times -- if it can't find a good place in that
// many goes, it gives up.
Code.MapGeneration.Room r = new Code.MapGeneration.Room();
r.xDimension = xSize;
r.yDimension = ySize;
for (int i = 1; i <= 100; i++)
{
// I know row 0, col 0, row yDimension, and col xDimension are forbidden. So.
r.TopLeftX = Game.Dice.XdY(1, (XDimension - 1) - xSize);
r.TopLeftY = Game.Dice.XdY(1, (YDimension - 1) - ySize);
if (!overlap)
{
// Check each corner to make sure it's not covered.
if (TileArray[r.TopLeftX, r.TopLeftY].Name != "floor" &&
TileArray[r.TopLeftX, r.TopLeftY + ySize - 1].Name != "floor" &&
TileArray[r.TopLeftX + xSize - 1, r.TopLeftY].Name != "floor" &&
TileArray[r.TopLeftX + xSize - 1, r.TopLeftY + ySize - 1].Name != "floor")
{
// We're good. Carve and return.
r.CalculateCentre(); // While I'm thinking of it.
for (int x = 0; x < xSize; x++)
{
for (int y = 0; y < ySize; y++)
{
TileArray[r.TopLeftX + x, r.TopLeftY + y].MakeTile("floor");
}
}
return(r);
}
}
}
// If we get here, room generation has failed.
if (Globals.DEBUG_MODE)
{
Game.Globals.DEBUG_ERROR_LIST.Add("Room generation failed!");
}
r.CentreX = -1;
return(r);
}
private void GenerateDungeonMap()
{
// A dungeon map fills the entire level with wall, then cuts ten rooms, then links them with tunnels.
// Right now it produces quite an open-plan dungeon. Which I'm okay with?
// But I think I need to refine the overlap parameters.
for (int i = 0; i <= TileArray.GetUpperBound(0); i++)
{
for (int j = 0; j <= TileArray.GetUpperBound(1); j++)
{
TileArray[i, j] = new Tile(i, j);
TileArray[i, j].MakeTile("wall");
}
}
// Carve some rooms.
List <Code.MapGeneration.Room> RoomList = new List <Code.MapGeneration.Room>();
for (int i = 1; i <= 10; i++)
{
int xDim = Game.Dice.XdY(1, 7) + 3;
int yDim = Game.Dice.XdY(1, 7) + 3;
Code.MapGeneration.Room r = CarveRoom(xDim, yDim);
if (r.CentreX != -1)
{
RoomList.Add(CarveRoom(xDim, yDim));
}
// If r.centrex IS -1, that means the room generation failed.
}
// Link the rooms with tunnels.
// Nice basic L-shaped tunnels for now.
for (int i = 0; i < RoomList.Count - 1; i++)
{
if (RoomList[i].CentreX > 0) // Ruling out the duff rooms.
{
// Go across.
CarveLine(RoomList[i].CentreX, RoomList[i].CentreY, RoomList[i + 1].CentreX, RoomList[i].CentreY);
// Go down.
CarveLine(RoomList[i].CentreX, RoomList[i].CentreY, RoomList[i].CentreX, RoomList[i + 1].CentreY);
}
}
// And then one more to link room(last) to room(first).
// TODO: THIS ISN'T WORKING.
for (int i = RoomList.Count - 1; i > 0; i--)
{
if (RoomList[i].CentreX != -1)
{
CarveLine(RoomList[i].CentreX, RoomList[i].CentreY, RoomList[0].CentreX, RoomList[i].CentreY);
CarveLine(RoomList[i].CentreX, RoomList[i].CentreY, RoomList[i].CentreX, RoomList[0].CentreY);
break;
}
}
// And then we drop the player in the start of Room 1.
int x = RoomList[0].CentreX;
int y = RoomList[0].CentreY;
InstantiatePlayer(TileArray[x, y]);
}
