public IEnumerator ShutDown()
{
StatusText.text = "Afsluiten...";
LoadingButton.SetActive(false);
HideAllBut(loadingPanel);
Debug.Log("Disconnecting.");
DisconnectServices();
while (FTSInterface.getSystemIsReady())
{
yield return(new WaitForSeconds(1));
}
yield return(new WaitForSeconds(1));
Debug.Log("Quitting.");
Application.Quit();
// Kill insurance
System.Diagnostics.Process.GetCurrentProcess().Kill();
}
// Update is called once per frame
void Update()
{
if (isEnabled && FTSInterface.getSystemIsReady())
{
float qualityCh1 = FTSInterface.getQualityCh1();
float qualityCh2 = FTSInterface.getQualityCh2();
// Judge current quality
bool channel1Good = CheckChannel(qualityCh1, 1, QualityIndicatorL);
bool channel2Good = CheckChannel(qualityCh2, 2, QualityIndicatorR);
if (channel1Good && channel2Good)
{
curQualityDuration[0] = 0;
AdvanceButton.interactable = true;
curQualityStatusAllChannels = true;
}
else
{
if (curQualityStatusAllChannels)
{
curQualityDuration[0]++;
//allow for brief drop in quality
if (curQualityDuration[0] > Config.qualityTimeOut)
{
AdvanceButton.interactable = false;
curQualityStatusAllChannels = false;
}
}
}
// Calculate rolling average
float channelsAvg = (qualityCh1 + qualityCh2) / 2.0f;
avgQualityAllChannels = (channelsAvg + avgQualityAllChannels * avgQualitySamples) / (avgQualitySamples + 1);
avgQualitySamples++;
//Debug.Log("Q1=" + qualityCh1.ToString() + ", Q2=" + qualityCh2.ToString() + ", QA=" + avgQualityAllChannels.ToString());
}
}
// game state controller to switch between stages of the experiment/game
// N.B. you should never call this directly, but via the nextStage function
private IEnumerable nextStageInner()
{
while (!endAll)
{
// Start screen
FTSInterface.setMenu(false);
HideAllBut(mainPanel);
yield return(null); // wait to be called back when the stage has finished
if (endAll)
{
break; // finish if quit from main-menu
}
// show the connection panel, start trying to connect to the buffer, wait for continue to be pressed
HideAllBut(connectionPanel);
FTSInterface.setMenu(true); // BODGE: manually tell the FTS interface that it's visible.....
//Connect (); // connect to Buffer
yield return(null);
if (endAll)
{
break; // finish if quit from main-menu
}
HideAllBut(userInfoPanel); // ask user information
yield return(null);
if (userTxt.text != null)
{
FTSInterface.sendEvent(Config.userEventType, userTxt.text);
}
if (sessionTxt.text != null)
{
FTSInterface.sendEvent(Config.sessionEventType, sessionTxt.text);
}
agenticControl = agenticToggle.isOn;
if (agenticControl)
{
FTSInterface.sendEvent(Config.agenticEventType, "agentic");
}
else
{
FTSInterface.sendEvent(Config.agenticEventType, "operant");
}
if (FTSInterface.getSystemIsReady())
{
FTSInterface.setMenu(false);
}
if (Config.preMeasure)
{
cueText.text = Config.premeasureText;
HideAllBut(cuePanel);
yield return(null);
if (endAll)
{
break; // finish if quit from main-menu
}
HideAllBut(restStage);
FTSInterface.sendEvent(Config.restEventType, "start"); // first is pure rest, i.e. no baseline
yield return(null);
FTSInterface.sendEvent(Config.restEventType, "end");
}
if (Config.eyesOpenTest)
{
cueText.text = Config.eyesOpenText;
HideAllBut(cuePanel);
yield return(null);
if (endAll)
{
break; // finish if quit from main-menu
}
restCueText.text = Config.baselineCueText;
HideAllBut(restStage);
FTSInterface.sendEvent(Config.eyesOpenEventType, "start"); // first is pure rest, i.e. no baseline
yield return(null);
FTSInterface.sendEvent(Config.eyesOpenEventType, "end");
}
if (Config.eyesClosedTest)
{
cueText.text = Config.eyesClosedText;
HideAllBut(cuePanel);
yield return(null);
if (endAll)
{
break; // finish if quit from main-menu
}
restCueText.text = Config.eyesClosedCue;
HideAllBut(restStage);
FTSInterface.sendEvent(Config.eyesClosedEventType, "start"); // first is pure rest, i.e. no baseline
yield return(null);
FTSInterface.sendEvent(Config.eyesClosedEventType, "end");
audio.Play();
}
cueText.text = Config.experimentInstructText;
HideAllBut(cuePanel);
yield return(0);
if (endAll)
{
break; // finish if quit from main-menu
}
string trialType = "";
for (int si = 0; si < Config.trainingBlocks; si++)
{
// run the baseline stage
cueText.text = Config.baselineText;
HideAllBut(cuePanel);
yield return(null);
restCueText.text = Config.baselineCueText;
HideAllBut(restStage);
FTSInterface.sendEvent(Config.baselineEventType, "start"); // rest is also baseline
yield return(null);
if (endAll)
{
break; // finish if quit from main-menu
}
FTSInterface.sendEvent(Config.baselineEventType, "end");
// instructions before the control phase
if (agenticControl && si % 2 == 1)
{
trialType = "avoid";
}
else
{
trialType = "approach";
}
if (trialType.Equals("avoid"))
{
cueText.text = Config.avoidCueText;
}
else if (trialType.Equals("approach"))
{
cueText.text = Config.approachCueText;
}
HideAllBut(cuePanel);
yield return(0);
if (endAll)
{
break; // finish if quit from main-menu
}
// run the training stage
FTSInterface.sendEvent(Config.trialEventType, "start");
FTSInterface.sendEvent(Config.targetEventType, trialType);
HideAllBut(trainingStage);
yield return(null);
FTSInterface.sendEvent(Config.trialEventType, "end");
if (endAll)
{
break; // finish if quit from main-menu
}
}
if ((bool)Config.questionaire)
{
cueText.text = Config.questionaireText;
HideAllBut(cuePanel);
yield return(null);
if (endAll)
{
break; // finish if quit from main-menu
}
int questionaireStage = 0;
while (questionaireStage < 3)
{
if (moveForward)
{
questionaireStage++;
}
else
{
questionaireStage--;
}
if (questionaireStage == 1)
{
HideAllBut(questionairePanel1);
}
else if (questionaireStage == 2)
{
HideAllBut(questionairePanel2);
}
else if (questionaireStage == 3)
{
HideAllBut(questionairePanel3);
}
yield return(null);
if (endAll)
{
break; // finish if quit from main-menu
}
}
}
if ((bool)Config.evaluation)
{
LoadEvaluationPage();
yield return(null);
if (endAll)
{
break; // finish if quit from main-menu
}
}
}
splashText.text = Config.farwellText;
HideAllBut(loadingPanel);
Disconnect(true);
Application.Quit();
}