void Awake()
{
// subscribe to events from within the TorchEvent
torchEvent = GetComponent <TorchEvent>();
torchEvent.onSignalEnabledEvent += OpenDoor;
torchEvent.onRequiredTorchLitEvent += OnRequiredTorchLit;
torchEvent.onRequiredTorchUnlitEvent += OnRequiredTorchUnlit;
}
void Awake()
{
// subscribe to events from within the TorchEvent
torchEvent = GetComponent <TorchEvent>();
spikeTrap = GetComponent <SpikeTrap>();
torchEvent.onSignalEnabledEvent += EnableSpike;
torchEvent.onSignalDisabledEvent += DisableSpike;
}
//run before Start()
public bool SpawnTorch(TorchEvent torchEvent)
{
if (torchLocation != null)
{
GameObject newTorch = Instantiate(torchPrefab);
newTorch.transform.rotation = torchLocation.transform.rotation;
newTorch.transform.position = torchLocation.transform.position;
torchEvent.AddRequiredTorch(newTorch.GetComponent <Torch>());
//foreach(GameObject spike in spikeList)
// spike.GetComponent<TorchEvent>().AddRequiredTorch(newTorch.GetComponent<Torch>());
return(true);
}
return(false);
}
private void SpawnTorches(List <GameObject> roomList)
{
int torchCount = 0;
TorchEvent te = bossRoomPrefab.transform.Find("Architecture").Find("doors").Find("Door").GetComponent <TorchEvent>();
for (int i = roomList.Count - 1; i >= 0; i--)
{
MiscSpawn ms;
if (ms = roomList[i].GetComponent <MiscSpawn>())
{
if (ms.SpawnTorch(te))
{
torchCount++;
}
if (torchCount >= maxTorches)
{
break;
}
}
}
}
void DisableSpike(TorchEvent torchEvent)
{
spikeTrap.shouldStayRetracted = true;
}
void EnableSpike(TorchEvent torchEvent)
{
spikeTrap.shouldStayRetracted = false;
}
void OpenDoor(TorchEvent torchEvent)
{
// TODO play an animation here instead.
transform.position = finalPosition.position;
}
void OnRequiredTorchUnlit(TorchEvent torchEvent, Torch torch)
{
// TODO show a visual representation of how many torches are lit, and how many remain
}
