/// <summary>
/// Callback that happens whenever an active distractor has finished.
/// This is mostly where cleanup happens.
/// </summary>
public void OnDistractorEnd()
{
// If AC2F managed to align the user, then we have to return to the gains that were used right before alignment.
if (_alignmentComplete)
{
MAX_ROT_GAIN = _baseMaximumRotationGain;
MIN_ROT_GAIN = _baseMinimumRotationGain;
}
_distractorIsActive = false;
_distractorEndCallback?.Invoke();
_futureVirtualWalkingDirection = Vector3.zero;
RequestAlgorithmSwitch(false);
_currentActiveDistractor.FinaliseDistractor();
_currentActiveDistractor = null;
_gameManager.StopBattleTheme();
_distractorCooldownMagnitudeAccumulation = 0f;
}
/// <summary>
/// Callback that happens whenever the user has moved outside of the safe area in the physical space.
/// It initialises and spawns a distractor to help reorient the user back towards the centre of the physical space.
/// </summary>
public void OnDistractorTrigger()
{
if (!_distractorsEnabled || _distractorCooldownMagnitudeAccumulation <= _distractorMagnitudeCooldownAfterDeath)
{
return;
}
if (_distractorIsActive || !_gameManager._gameStarted)
{
return;
}
_distractorIsActive = true;
_distractorTriggerCallback?.Invoke();
_alignmentComplete = false;
var _averageFuture = Vector3.zero;
for (int i = 0; i < _positionSamples.Size; i++)
{
_averageFuture += _positionSamples[i];
}
_futureVirtualWalkingDirection = (_averageFuture / _positionSamples.Size).normalized;
RequestAlgorithmSwitch(true);
if (_debugDistractor != null)
{
_currentActiveDistractor = Instantiate(_debugDistractor).GetComponent <DistractorEnemy>();
}
else
{
// This approach should allow for semi random distractor choices, which mostly avoids repeats of the same one.
var chosenPrefab = _randomDistractorPoolList[Random.Range(0, _randomDistractorPoolList.Count)];
var newDistractor = Instantiate(chosenPrefab).GetComponent <DistractorEnemy>();
_currentActiveDistractor = newDistractor;
_randomDistractorPoolList.Remove(chosenPrefab);
if (_randomDistractorPoolList.Count == 0)
{
RepopulateRandomDistractorList();
}
}
_currentActiveDistractor.InitialiseDistractor(this);
}
