void ConnectRooms()
{
LinkedList <RoomNode> newCorridors = new LinkedList <RoomNode> ();
LinkedList <RoomNode> existingRooms = new LinkedList <RoomNode> ();
Util.LLAppend <RoomNode> (existingRooms, roomNodeList);
foreach (RoomNode roomA in roomNodeList)
{
foreach (RoomNode roomB in roomNodeList)
{
if (roomA != roomB && !roomA.connections.Contains(roomB))
{
Vector3 touchDir = RoomNode.CheckRoomTouch(roomA.octTreeNode.boundary, roomB.octTreeNode.boundary);
if (touchDir != Vector3.zero && ((Random.Range(0, 100) < 50) || !roomA.ConnectsTo(roomB)))
{
RoomNode.MakeConnections(roomA, roomB);
foreach (RoomNode c in ConnectTwoRooms(roomA, roomB, existingRooms))
{
newCorridors.AddFirst(c);
existingRooms.AddFirst(c);
}
}
}
}
}
foreach (RoomNode c in newCorridors)
{
roomNodeList.AddFirst(c);
}
}
void ConnectMulti()
{
foreach (RoomGenerator a in roomGens)
{
foreach (RoomNode roomA in a.roomNodeList)
{
foreach (RoomGenerator b in roomGens)
{
if (a != b)
{
foreach (RoomNode roomB in b.roomNodeList)
{
if (!roomA.isCorridor && !roomB.isCorridor && !roomA.connections.Contains(roomB))
{
Vector3 touchDir = RoomNode.CheckRoomTouch(roomA.octTreeNode.boundary, roomB.octTreeNode.boundary);
if (touchDir != Vector3.zero && ((Random.Range(0, 100) < 33) || !roomA.ConnectsTo(roomB)))
{
RoomNode.MakeConnections(roomA, roomB);
foreach (RoomNode c in a.BuildCorridors(roomA, roomB, Vector3.zero, allRooms))
{
interCorridors.AddFirst(c);
allRooms.AddFirst(c);
}
}
}
}
}
}
}
}
}
