public void HandleEvent(WaveEvents ev)
{
Debug.Log("Event " + ev.ToString());
if (!IsStarted())
{
return;
}
switch (GetState())
{
case WaveStates.Initial:
if (ev == WaveEvents.Wave_Initial)
{
WriteLog("Initial Target Waved");
ChangeState(WaveStates.Delay);
}
break;
case WaveStates.Target:
if ((int)ev == currentLight && randomProbability <= collisionProbability)
{
WriteLog("Probability for Wave " + currentWave + ": " + randomProbability);
trialController.correctWaves++;
lightResults = LightResults.Correct;
ChangeState(WaveStates.Feedback);
}
else if ((int)ev == currentLight && randomProbability > collisionProbability)
{
WriteLog("Probability for Wave " + currentWave + ": " + randomProbability);
}
else if ((int)ev != currentLight)
{
lightResults = LightResults.Incorrect;
trialController.incorrectWaves++;
ChangeState(WaveStates.Feedback);
}
break;
case WaveStates.End:
break;
}
}
public void Update()
{
if (!IsStarted())
{
return;
}
switch (GetState())
{
case WaveStates.Idle:
if (GetTimeInState() > 0.25f)
{
ChangeState(WaveStates.Initial);
}
break;
case WaveStates.Initial:
if (GetTimeInState() > 0.25f && !initialLightOn)
{
TurnOnInitial();
}
break;
case WaveStates.Delay:
if (GetTimeInState() > 0.5f && !targetLightOn)
{
ChangeState(WaveStates.Target);
}
break;
case WaveStates.Target:
// Wait between the lights turning on and off
if (GetTimeInState() > collisionDelay && targetLightOn && !targetColliderOn)
{
collisionLights.SetActive(true);
targetColliderOn = true;
}
if (GetTimeInState() > waveTimeOut && targetLightOn)
{
trialController.lateWaves++;
lightResults = LightResults.Late;
ChangeState(WaveStates.Feedback);
}
break;
case WaveStates.Feedback:
if (GetTimeInState() > 0.25f && !feedbackOn)
{
GiveFeedback();
}
if (GetTimeInState() > 1.5f && feedbackOn)
{
ChangeState(WaveStates.Interval);
}
break;
case WaveStates.End:
break;
}
}
