private void OnRoomTraversedEvent(RoomTraversedEventArgs args)
{
if (args.CurrentRoom.gameObject != gameObject)
{
return;
}
_ending = true;
SceneFaderBehaviour.Instance.FadeInto("EndingCutscene");
}
private void OnRoomTraversedEvent(RoomTraversedEventArgs args)
{
if (args.CurrentRoom.gameObject != transform.parent.gameObject)
{
return;
}
int targetHealth = _playerHealthBehaviour.MaxHealth - IncreaseValue;
if (_playerHealthBehaviour.Value != targetHealth)
{
_playerHealthBehaviour.Value = targetHealth;
}
}
/// <summary>
/// Updates the minimap when the player traverses between rooms, this
/// is called by the EventManager when RoomTraversedEventArgs is
/// emitted.
/// </summary>
private void OnRoomTraversed(RoomTraversedEventArgs eventArgs)
{
RoomConnectionBehaviour roomConnectionBehaviour = eventArgs.CurrentRoom;
GameObject roomNode = HasRoomNode(roomConnectionBehaviour)
? GetRoomNode(roomConnectionBehaviour)
: AddRoomNode(roomConnectionBehaviour);
foreach (DoorConnectionBehaviour doorConnectionBehaviour in eventArgs.CurrentRoom.Doors)
{
RoomConnectionBehaviour connectingRoomConnectionBehaviour = doorConnectionBehaviour.ConnectingDoor.GetComponentsInParent <RoomConnectionBehaviour>(true)[0];
// add connecting room node
if (!HasRoomNode(connectingRoomConnectionBehaviour))
{
AddRoomNode(connectingRoomConnectionBehaviour);
}
// add line between room node and connecting room node
if (!HasLineNode(roomConnectionBehaviour, connectingRoomConnectionBehaviour))
{
AddLineNode(roomConnectionBehaviour, connectingRoomConnectionBehaviour);
}
}
// update room node colors
if (_currentRoomNode != null)
{
bool startingRoom = _currentRoomNode.transform.localPosition == Vector3.zero;
_currentRoomNode.GetComponent <SpriteRenderer>().color = startingRoom ? StartingRoomColor : ExploredRoomColor;
}
_currentRoomNode = roomNode;
_currentRoomNode.GetComponent <SpriteRenderer>().color = CurrentRoomColor;
// update minimap target position
_targetOffset.Value = new Vector3
{
x = -eventArgs.CurrentRoom.Position.x * _roomOffset.localScale.x * _spacing,
y = -eventArgs.CurrentRoom.Position.y * _roomOffset.localScale.y * _spacing,
z = _roomOffset.position.z,
};
}
private void OnRoomTraversed(RoomTraversedEventArgs eventArgs)
{
bool onceShut = false;
RoomClearBehaviour roomClearBehaviour =
eventArgs.CurrentRoom.GetComponent <RoomClearBehaviour>();
if (roomClearBehaviour._enemyCount == 0)
{
return;
}
foreach (DoorConnectionBehaviour doorConnectionBehaviour in roomClearBehaviour._doorConnectionBehaviours)
{
if (doorConnectionBehaviour.IsOpen)
{
doorConnectionBehaviour.Close();
if (!onceShut)
{
AudioManager.Play(DoorLock, AudioCategory.Effect);
onceShut = true;
}
}
}
}
private void OnRoomTraversed(RoomTraversedEventArgs eventArgs)
{
int id = eventArgs.CurrentRoom.gameObject.GetInstanceID();
_visitedRooms.Add(id);
}
