private void Awake()
{
transitioner = GetComponent <Transitioner>();
mainTrans = mainCanvas.GetComponent <Transitionable>();
connectTrans = connectCanvas.GetComponent <Transitionable>();
onLobbyErrorListener = new Action <IEventParam>(
(e) =>
{
connectText.text = "Error: " + ((StringParam)e).val;
errorConfirmButton.gameObject.SetActive(true);
});
onTryConnectListener = new Action <IEventParam>(
(e) =>
{
IpParam p = (IpParam)e;
connectText.text = (p.host) ? "Hosting match" : "Connecting to " + p.ip;
});
onTryConnectTimeoutListener = new Action <IEventParam>(
(e) =>
{
BoolParam p = (BoolParam)e;
connectText.text = "Failed to Connect";
errorConfirmButton.gameObject.SetActive(true);
});
connectListener = new Action <IEventParam>(
(e) =>
{
connectText.text = "Starting match...";
EventManager.Instance.Raise("request-scene", new IntParam(2));
});
}
// We could enbed this into a custom editor for efficiency ( which would be a better option for a propper game ),
// however to make this example easier to follow through we simply do it when the component is started. Basically,
// This method is a complete performance mess, so apart from testing just dont use it.
private void FindAllTransitioners()
{
List <Transitionable> _foundObjects = new List <Transitionable>(); // All the objects that are found
for (int _i = 0; _i < _transitionableTags.Length; _i++) // Itterate through the tags
{
GameObject[] _cFound = GameObject.FindGameObjectsWithTag(_transitionableTags[_i]); // Find the current objects which have the itterated tag
for (int _iFound = 0; _iFound < _cFound.Length; _iFound++) // Loop through all the found objects
{
Transitionable _t = new Transitionable(_cFound[_iFound].transform); // Create a new Transitionable with the found transform
// Create a random end position for the object
_t.ePos = new Float3(Random.Range(_minRandPos + _t.position.x, _maxRandPos + _t.position.x),
Random.Range(_minRandPos + _t.position.y, _maxRandPos + _t.position.y),
Random.Range(_minRandPos + _t.position.z, _maxRandPos + _t.position.z));
// Get a random size and assign the end scale to the random size
float _rSize = Random.Range(_minRandScale, _maxRandScale);
_t.eScale = new Float3(_rSize, _rSize, _rSize);
_foundObjects.Add(_t); // Add the object to the found objects list
}
}
_toMove = _foundObjects.ToArray(); // Transform the found objects list into an array
}
IEnumerator GoOneWayCo(Transitionable origin, Transitionable target)
{
float t = origin.Out();
//// Let origin finish before target begins
//yield return new WaitForEndOfFrame();
yield return(new WaitForSeconds(t));
target.In();
yield return(null);
}
public void GoOneWay(Transitionable origin, Transitionable target)
{
StartCoroutine(GoOneWayCo(origin, target));
}
