Vector2 GetNewRoomCoordinates(Vector2 originCoordinates, RoomDirections directionsOfRoom)
{
//This functions chooses one of the unoccupied directions around that room
//When it does, it should change that rooms m_direction to say that the opposing entrance is both open and spawned
//Debug.Log("Getting coordinates for new room");
List <Vector2> possibleCoordinates = new List <Vector2> {
};
for (int i = 0; i < 4; i++)
{
if (directionsOfRoom.m_directions[i].Open && !directionsOfRoom.m_directions[i].Spawned)
{
if (!CheckIfCoordinatesOccupied(new Vector2(originCoordinates.x + directionsOfRoom.m_directions[i].DirectionModifier.x * 20, originCoordinates.y + directionsOfRoom.m_directions[i].DirectionModifier.y * 20)))
{
possibleCoordinates.Add(new Vector2(originCoordinates.x + directionsOfRoom.m_directions[i].DirectionModifier.x * 20, originCoordinates.y + directionsOfRoom.m_directions[i].DirectionModifier.y * 20));
}
}
}
int index = Random.Range(0, possibleCoordinates.Count - 1);
if (possibleCoordinates.Count > 0)
{
return(possibleCoordinates[index]);
}
else
{
return(new Vector2(0, 0));
}
}
public void Initialize(Vector2 location)
{
CameraBoundaries = new Vector2Int(20, 20);
directions = GetComponent <RoomDirections>();
BuildWallArray();
transform.position = location;
}
public void OpenAllEntrances()
{
if (!directions)
{
directions = GetComponent <RoomDirections>();
}
directions.OpenAllEntrances();
}
public void Initialize(Vector2 location, Vector2 RoomSize)
{
CameraBoundaries = RoomSize;
directions = GetComponent <RoomDirections>();
transform.position = location;
AdjustColliders(RoomSize);
AddLocations(RoomSize);
}
public void Initialize(Vector2 RoomSize)
{
//This Initialize() function is for the origin room specifically, as it already has its own position
roomCleared = true;
OpenAllEntrances();
CameraBoundaries = RoomSize;
directions = GetComponent <RoomDirections>();
AdjustColliders(RoomSize);
}
public void GetNeighbours(Vector2 _gridPosition, int _gridSize)
{
GridPosition = _gridPosition;
//Corners
if (_gridPosition.x == 0 && _gridPosition.y == 0) //Linksonder
{
possibleDirections = RoomDirections.North | RoomDirections.East;
}
else if (_gridPosition.x == _gridSize - 1 && _gridPosition.y == 0) //Rechtsonder
{
possibleDirections = RoomDirections.North | RoomDirections.West;
}
else if (_gridPosition.x == 0 && _gridPosition.y == _gridSize - 1) //Linksboven
{
possibleDirections = RoomDirections.East | RoomDirections.South;
}
else if (_gridPosition.x == _gridSize - 1 && _gridPosition.y == _gridSize - 1) //Rechtsboven
{
possibleDirections = RoomDirections.West | RoomDirections.South;
}
//Row Bounds
else if (_gridPosition.x == _gridSize - 1)
{
possibleDirections = RoomDirections.North | RoomDirections.South | RoomDirections.West;
}
else if (_gridPosition.y == _gridSize - 1)
{
possibleDirections = RoomDirections.East | RoomDirections.South | RoomDirections.West;
}
else if (_gridPosition.x == 0)
{
possibleDirections = RoomDirections.North | RoomDirections.East | RoomDirections.South;
}
else if (_gridPosition.y == 0)
{
possibleDirections = RoomDirections.North | RoomDirections.East | RoomDirections.West;
}
else
{
possibleDirections = (RoomDirections)15;
}
}
public Vector2Int MoveToNeighbour(RoomDirections _direction)
{
Vector2Int result = new Vector2Int(0, 0);
if (_direction == RoomDirections.North)
{
result = new Vector2Int(0, 1);
}
else if (_direction == RoomDirections.East)
{
result = new Vector2Int(1, 0);
}
else if (_direction == RoomDirections.South)
{
result = new Vector2Int(0, -1);
}
else if (_direction == RoomDirections.West)
{
result = new Vector2Int(-1, 0);
}
return(result);
}
public Door(Noun myNoun, string shortDescription, Dictionary <string, Func <NounObject, string> > senses, RoomDirections direction, Func <string> newRoomF, bool canBePickedUp = true, bool canHoldItems = false) : base(myNoun, shortDescription, senses, canBePickedUp, canHoldItems)
{
newDirection = direction;
newRoom = newRoomF;
}