private void AddRoom(Maze room, Vector3Int mazeOffset, Maze maze, List <Vector3Int> mask)
{
var roomBounds = room.GetBounds();
var roomOffset = roomBounds.size / 2;
var offset = roomOffset + mazeOffset;
foreach (var floorPositions in room.GetFloorPositions())
{
var offseted = floorPositions + offset;
var tile = room.FloorSpriteTilemap.GetTile(floorPositions);
maze.PlaceFloorAtPosition(offseted, tile);
if (!mask.Contains(offseted))
{
mask.Add(offseted);
}
}
foreach (var wallPositions in room.GetWallPositions())
{
var offseted = wallPositions + offset;
var tile = room.WallSpriteTilemap.GetTile(wallPositions);
maze.PlaceWallAtPosition(offseted, tile);
if (!mask.Contains(offseted))
{
mask.Add(offseted);
}
}
foreach (var floorPositions in room.GetFloorObjectsPositions())
{
var offseted = floorPositions + offset;
var tile = room.FloorObjectsTilemap.GetTile(floorPositions);
maze.PlaceFloorObjectAtPosition(offseted, tile);
if (!mask.Contains(offseted))
{
mask.Add(offseted);
}
}
foreach (var wallPositions in room.GetWallObjectsPositions())
{
var offseted = wallPositions + offset;
var tile = room.WallObjectsTilemap.GetTile(wallPositions);
maze.PlaceWallObjectAtPosition(offseted, tile);
if (!mask.Contains(offseted))
{
mask.Add(offseted);
}
}
}
private Vector3Int GetRandomPosForRoom(Maze room, BoundsInt mazeBounds)
{
var roomBounds = room.GetBounds();
int xMin = mazeBounds.xMin + 1;
int xMax = xMin + mazeBounds.size.x - roomBounds.size.x - 1;
int yMin = mazeBounds.yMin + 1;
int yMax = yMin + mazeBounds.size.y - roomBounds.size.y - 1;
int xPos = Random.Range(xMin, xMax);
int yPos = Random.Range(yMin, yMax);
return(new Vector3Int(xPos, yPos, 0));
}