public RlmOptimizer(IRlmDbData rlmDbData, IRlmRneuronProcessor gpu = null)
{
Resources = new Dictionary <string, Resource>();
ResourceAttributes = new Dictionary <string, ResourceAttribute>();
Constraints = new Dictionary <string, Constraint>();
CycleOutputs = new Dictionary <string, object>();
SessionOutputs = new Dictionary <string, List <object> >();
CycleInputs = new Dictionary <string, object>();
TrainingVariables.Add("CycleScore", new TrainingVariable()
{
Name = "CycleScore"
});
TrainingVariables.Add("SessionScore", new TrainingVariable()
{
Name = "SessionScore"
});
//if (!string.IsNullOrEmpty(databaseName))
//{
// DatabaseName = databaseName;
//}
RlmDbData = rlmDbData;
DatabaseName = rlmDbData.DatabaseName;
if (gpu != null)
{
Gpu = gpu;
}
}
// Update is called once per frame
public void Run()
{
switch( state )
{
case "initialize":
state = "centering";
break;
case "centering":
if( centerScriptL.Test(this.player) && centerScriptR.Test(this.player) )
{
centerScriptL.SetCenteredMaterial(true);
centerScriptR.SetCenteredMaterial(true);
if( CallTimer( delayDur ) )
{
goto case "set variables";
}
else
{
numMeasures += 2;
waitingAcceleration +=
Mathf.Sqrt( Mathf.Pow( (lastXLeft - leftPointer.transform.position.x), 2 ) + Mathf.Pow( (lastYLeft - leftPointer.transform.position.y), 2 ) ) +
Mathf.Sqrt( Mathf.Pow( (lastXRight - rightPointer.transform.position.x), 2 ) + Mathf.Pow( (lastYRight - rightPointer.transform.position.y), 2 ) );
UpdatePreviousCoordinates();
break;
}
}
else
{
centerScriptL.SetCenteredMaterial(false);
centerScriptR.SetCenteredMaterial(false);
testTimer = null;
break;
}
case "set variables":
varis = new TrainingVariables( signalRadius, center.position );
//thisCue = Instantiate( cue, Main.center, cylQuat ) as GameObject;
thisCue = Instantiate( cue, center.position, cylQuat ) as GameObject;
thisCue.renderer.material = cueMaterials[varis.cueIndex];
state = "cue";
goto case "cue";
case "cue":
if( centerScriptL.Test(this.player) && centerScriptR.Test(this.player) )
{
if( CallTimer( cueDur ) )
{
Destroy( thisCue );
state = "wait";
goto case "wait";
}
else
{
break;
}
}
else
{
testTimer = null;
Destroy( thisCue );
state = "centering";
break;
}
case "wait":
if( centerScriptL.Test(this.player) && centerScriptR.Test(this.player) )
{
// wait for random range time and show signal.
if( CallTimer( Random.Range(1.25f, 1.75f) ) )
{
averageAcceleration = waitingAcceleration / numMeasures;
state = "signal";
goto case "signal";
}
else
{
break;
}
}
else // user moved after cue and before signal.
{
ErrorFeedback(new Vector3(0.0f, 0.0f, 0.0f));
WriteData( false, "0", -0.001F, rt );
StoreJSONTrial( false, "0", -0.001F, rt );
Reset();
break;
}
case "signal":
thisSig = Instantiate(signal, varis.signalVec, Quaternion.identity) as GameObject;
thisSig.GetComponent<TrainingSignal>().SetTestingScript(this.gameObject);
if( !varis.valid )
{
thisSig.GetComponent<TrainingSignal>().setValid(false);
}
signalTime = Time.time;
state = "testing";
UpdatePreviousCoordinates();
goto case "testing";
case "testing":
DetectAcceleration();
UpdatePreviousCoordinates();
if( (!centerScriptL.Test(this.player) || !centerScriptR.Test(this.player) ) && varis.valid && !leftCenter) // user moved on a valid signal, count reaction time
{
rt = Time.time - signalTime;
leftCenter = true;
}
coordinateRecording = true;
if( CallTimer( reactDur ) )
{
// valid signal that user didn't touch
if( varis.valid ) {
ErrorFeedback(thisSig.transform.position);
WriteData( false, "1", -0.001F, rt );
StoreJSONTrial( false, "1", -0.001F, rt );
}
// user did not move on an invalid signal -> OK
else {
ValidMovePopup(new Vector3(0.0f, 0.0f, 0.0f));
// apply acceleration equal to 0.5f RT
playerMovementScript.SetSpeeds(0.8f);
playerMovementScript.ThrusterFeedback(0.8f);
this.audio.PlayOneShot(thrusterSound);
WriteData( true, "0", -0.001F, -0.001F );
StoreJSONTrial( true, "0", -0.001F, -0.001F );
}
Destroy( thisSig );
Reset();
break;
}
else if( !centerScriptL.Test(this.player) || !centerScriptR.Test(this.player) ) // user left center
{
if( !varis.valid ) // user moved on invalid signal, count as a full trial
{
ErrorFeedback(thisSig.transform.position);
WriteData( false, "0", -0.001F, Time.time - signalTime );
StoreJSONTrial( false, "0", -0.001F, Time.time - signalTime );
Destroy( thisSig );
Reset();
break;
}
}
break;
case "complete":
GracefulGoodbye();
break;
default:
break;
}
}
