protected override void Logic()
{
switch (ExperimentID)
{
case null:
ExperimentID = "ConditionTest";
break;
case "ConditionTest":
if (SinceExReady > exsession.ReadyWait)
{
exmanager.uicontroller.IsGuideOn = exsession.IsGuideOn;
exmanager.uicontroller.FullScreen = exsession.IsFullScreen;
exmanager.uicontroller.IsFullViewport = exsession.IsFullViewport;
EL.SetExParam("NotifyExperimenter", exsession.NotifyExperimenter);
eye = EL.GetExParam <Eye>("Eye");
diameter = EL.GetEnvActiveParam <float>("Diameter");
position = EL.GetEnvActiveParam <Vector3>("Position");
ExperimentID = "Flash2Color";
}
break;
case "Flash2Color":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
switch (ExRepeat)
{
case 0:
exmanager.uicontroller.FullViewportSize();
EL.SetExParam("Eye", eye);
EL.SetExParam("CondRepeat", 100);
EL.SetExParam("ColorSpace", "DKL");
EL.SetExParam("Color", "X");
break;
case 1:
EL.SetExParam("Color", "Y");
break;
case 2:
EL.SetExParam("Color", "Z");
break;
}
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
if (ExRepeat < 3)
{
ExperimentStatus = EXPERIMENTSTATUS.NONE;
}
else
{
ExperimentID = "Color";
}
}
break;
}
break;
case "Color":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
switch (ExRepeat)
{
case 0:
EL.SetEnvActiveParam("Position", position);
EL.SetEnvActiveParam("Diameter", diameter);
EL.SetExParam("CondRepeat", 8);
EL.SetExParam("ColorSpace", "HSL");
EL.SetExParam("Color", "HueYm");
break;
case 1:
EL.SetExParam("ColorSpace", "DKL");
EL.SetExParam("Color", "HueL0");
break;
}
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
if (ExRepeat < 2)
{
ExperimentStatus = EXPERIMENTSTATUS.NONE;
}
else
{
ExperimentID = "HartleySubspace";
}
}
break;
}
break;
case "HartleySubspace":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
switch (ExRepeat)
{
case 0:
EL.SetEnvActiveParam("Position", position);
EL.SetEnvActiveParam("Diameter", diameter);
EL.SetExParam("CondRepeat", 5);
EL.SetExParam("CondDur", 35.0.GetCondDur(Screen.currentResolution.refreshRate));
EL.SetExParam("ColorSpace", "DKL");
EL.SetExParam("Color", "X");
break;
case 1:
EL.SetExParam("ColorSpace", "LMS");
EL.SetExParam("Color", "Xmcc");
break;
case 2:
EL.SetExParam("Color", "Ymcc");
break;
case 3:
EL.SetExParam("Color", "Zmcc");
break;
}
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
if (ExRepeat < 4)
{
ExperimentStatus = EXPERIMENTSTATUS.NONE;
}
else
{
ExperimentID = "OriSF";
}
}
break;
}
break;
case "OriSF":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
switch (ExRepeat)
{
case 0:
EL.SetEnvActiveParam("Position", position);
EL.SetEnvActiveParam("Diameter", diameter);
EL.SetExParam("CondRepeat", 6);
EL.SetEnvActiveParam("GratingType", "Sinusoidal");
EL.SetExParam("ColorSpace", "DKL");
EL.SetExParam("Color", "X");
break;
case 1:
EL.SetExParam("ColorSpace", "LMS");
EL.SetExParam("Color", "Xmcc");
break;
case 2:
EL.SetExParam("Color", "Ymcc");
break;
case 3:
EL.SetExParam("Color", "Zmcc");
break;
}
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
if (ExRepeat < 4)
{
ExperimentStatus = EXPERIMENTSTATUS.NONE;
}
else
{
StartStopExperimentSession(false);
exmanager.uicontroller.IsFullViewport = false;
exmanager.uicontroller.IsGuideOn = true;
return;
}
}
break;
}
break;
}
}
protected override void Logic()
{
switch (ExperimentID)
{
case null:
ExperimentID = "ConditionTest";
break;
case "ConditionTest":
if (SinceExReady > exsession.ReadyWait)
{
exmanager.uicontroller.IsGuideOn = exsession.IsGuideOn;
exmanager.uicontroller.FullScreen = exsession.IsFullScreen;
exmanager.uicontroller.IsFullViewport = exsession.IsFullViewport;
EL.SetExParam("NotifyExperimenter", exsession.NotifyExperimenter);
diameter = EL.GetEnvActiveParam <float>("Diameter");
ExperimentID = "RFBar4Deg";
}
break;
case "RFBar4Deg":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
ExperimentID = "OriSFSquareGrating";
}
break;
}
break;
case "OriSFSquareGrating":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
EL.SetEnvActiveParam("Diameter", diameter);
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
ExperimentID = "BOImage";
}
break;
}
break;
case "BOImage":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
exmanager.uicontroller.ViewportSize();
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
ExperimentID = "DynamicAdelsonFast";
}
break;
}
break;
case "DynamicAdelsonFast":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
exmanager.uicontroller.ViewportSize();
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
ExperimentID = "ContralAdelson";
}
break;
}
break;
case "ContralAdelson":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
exmanager.uicontroller.ViewportSize();
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
ExperimentID = "StaticAdelson";
}
break;
}
break;
case "StaticAdelson":
switch (ExperimentStatus)
{
case EXPERIMENTSTATUS.NONE:
if (SinceExReady > exsession.ReadyWait)
{
exmanager.uicontroller.ViewportSize();
StartExperiment();
}
break;
case EXPERIMENTSTATUS.STOPPED:
if (SinceExStop > exsession.StopWait)
{
StartStopExperimentSession(false);
exmanager.uicontroller.IsFullViewport = false;
exmanager.uicontroller.IsGuideOn = true;
return;
}
break;
}
break;
}
}