public Exits GetRandomFreeConnection()
{
List <Exits> freeExits = new List <Exits> {
};
foreach (Exits exit in roomType_.exits_)
{
if (!connectedRooms_.ContainsKey(exit))
{
// Check if the proposed new location already has something
if (FacilitySpawner.TryCoordinatesStatic(this, exit))
{
// Check if the proposed location would put it outside of the max/min bounds
Vector2 newCoords = FacilitySpawner.GetNewCoordinates(coordinate_, exit);
if (FacilitySpawner.instance_.TryMaxSize(newCoords))
{
freeExits.Add(exit);
}
;
}
;
}
}
if (freeExits.Count > 0)
{
Exits randomExit = freeExits[Random.Range(0, freeExits.Count)];
Debug.Log("Found free exit " + randomExit + " from room " + this);
return(randomExit);
}
else
{
Debug.Log("Found no free exits in room " + this);
return(Exits.NONE);
}
}
public Exits[] GetAllFreeExits(bool ignoreConstraints = true)
{
List <Exits> freeExits = new List <Exits> {
};
foreach (Exits exit in roomType_.exits_)
{
if (!connectedRooms_.ContainsKey(exit))
{
if (ignoreConstraints)
{
freeExits.Add(exit);
}
else
{
// Check if the proposed new location already has something
if (FacilitySpawner.TryCoordinatesStatic(this, exit))
{
// Check if the proposed location would put it outside of the max/min bounds
Vector2 newCoords = FacilitySpawner.GetNewCoordinates(coordinate_, exit);
if (FacilitySpawner.instance_.TryMaxSize(newCoords))
{
freeExits.Add(exit);
}
;
}
;
}
}
}
return(freeExits.ToArray());
}
public void AttemptConnectAll(bool connectReverse = true)
{ // Attempts to connect all exits, based on the coordinate data
foreach (Exits exit in roomType_.exits_)
{
if (!connectedRooms_.ContainsKey(exit))
{
// See if there's something in that direction
if (!FacilitySpawner.TryCoordinatesStatic(this, exit))
{
// Find the room that is there, and attempt a double-sided connection
Room occupyingRoom = FacilitySpawner.instance_.ReturnRoomAtCoordinates(FacilitySpawner.GetNewCoordinates(coordinate_, exit));
if (occupyingRoom != null)
{
if (occupyingRoom.roomType_.ContainsExit(FacilitySpawner.GetOppositeExit(exit)))
{
this.AttemptConnectRoom(occupyingRoom, exit, connectReverse);
}
;
}
}
}
}
}
