/*
* Attempt to make a transaction - validate that the participant
* can afford it, and then call out as necessary to apply changes
* to the environment to reflect the transaction.
*/
private bool attemptObtain(TreatmentObtainType t)
{
float effectiveWaitTime = -1.0f; // Seconds
float effectiveCost = -1.0f; // Lab dollars
bool transactionValid = false;
SimManager.GameState currentSimState = simManagerComponent.currentState();
if (t == TreatmentObtainType.PAY)
{
effectiveCost = simManagerComponent.getCurrentTreatmentCost();
transactionValid = (
currentSimState == SimManager.GameState.RUNNING &&
simManagerComponent.getCurrentScore() > effectiveCost
);
}
else if (t == TreatmentObtainType.WAIT)
{
effectiveWaitTime = simManagerComponent.getCurrentTreatmentWaitTime();
transactionValid = currentSimState == SimManager.GameState.RUNNING;
}
// Only apply changes to the environment if the transaction was approved
if (transactionValid)
{
if (t != TreatmentObtainType.WAIT)
{
disablePanels();
}
simManagerComponent.determinePostTreatmentActions(t, effectiveCost, effectiveWaitTime);
}
else
{
// Play a quick error sound to make them realize it didn't work
audioManagerComponent.playSound(AudioManager.SoundType.ERROR);
Debug.Log("Invalid treatment obtain attempt. Resetting " + t.ToString() + " bottle position.");
if (t == TreatmentObtainType.PAY)
{
// Detach the pill from the hand holding it
Valve.VR.InteractionSystem.Hand handHoldingPill = simManagerComponent.getHandScriptHoldingObj(payPill);
if (handHoldingPill != null)
{
handHoldingPill.DetachObject(payPill);
}
// Then, reset its position
payPill.transform.position = new Vector3(
payBottleInitXPosition,
payBottleInitYPosition,
payBottleInitZPosition
); payPill.transform.eulerAngles = new Vector3(0.0f, 0.0f, 0.0f);
payBottlePositionA = payPill.transform.position;
}
else if (t == TreatmentObtainType.WAIT)
{
// Detach the pill from the hand holding it
Valve.VR.InteractionSystem.Hand handHoldingPill = simManagerComponent.getHandScriptHoldingObj(waitPill);
if (handHoldingPill != null)
{
handHoldingPill.DetachObject(waitPill);
}
// Then, reset its position
waitPill.transform.position = new Vector3(
waitBottleInitXPosition,
waitBottleInitYPosition,
waitBottleInitZPosition
); waitPill.transform.eulerAngles = new Vector3(0.0f, 0.0f, 0.0f);
waitBottlePositionA = waitPill.transform.position;
}
else
{
Debug.Log("Unrecognized bottle type. Not resetting position.");
}
}
return(transactionValid);
}
/*
* General CSV entry into log file
*/
public void persist(
float globalTime, // Total simulation runtime (any state)
int currentDay,
SimManager.GameState currentState,
float headsetX,
float headsetY,
float headsetZ,
int headsetXRotate,
int headsetYRotate,
int headsetZRotate,
float controllerLX,
float controllerLY,
float controllerLZ,
float controllerRX,
float controllerRY,
float controllerRZ,
float bucketX,
float bucketY,
float bucketZ,
float dayTime, // Total day time (running state only)
float totalScore, // Includes deductions for payment
float dayScore, // Includes deductions for payment
float payRate, // How much 1 droplet of water is worth today
int currentlyCarrying, // Water droplets inside of the container
int cumulativeCarrying, // Amount of water carried total
int dailyCumulativeCarrying, // Total amount of water carried on this day
int cumulativeSpilled, // Total amount of water spilled
int dailyCumulativeSpilled, // Total amount of water spilled on this day
int cumulativeDelivered, // All drops that have reached the destination
int todayDelivered, // Above, except for today
bool currentDayOffersPayTreatment,
bool currentDayOffersWaitTreatment,
float currentTreatmentPayCost, // Dollars
float currentTreatmentWaitCost, // Seconds
float tremorImpairmentCurrentStrength,
float tremorImpairmentInitialStrength,
float timeWaitedForTreatmentDay,
float amountPayedForTreatmentDay,
float timeWaitedForTreatmentTotal,
float amountPayedForTreatmentTotal,
float speed // Avg speed over last second
)
{
try {
fileWriter = new System.IO.StreamWriter(Application.dataPath + "/OutputData/" + logFileName, true);
fileWriter.WriteLine(
string.Format(
TXT_OUTPUT_FMT,
globalTime.ToString(),
currentDay.ToString(),
dayTime.ToString(),
currentState.ToString(),
headsetX.ToString(),
headsetY.ToString(),
headsetZ.ToString(),
headsetXRotate.ToString(),
headsetYRotate.ToString(),
headsetZRotate.ToString(),
controllerLX.ToString(),
controllerLY.ToString(),
controllerLZ.ToString(),
controllerRX.ToString(),
controllerRY.ToString(),
controllerRZ.ToString(),
bucketX.ToString(),
bucketY.ToString(),
bucketZ.ToString(),
speed.ToString(),
currentlyCarrying.ToString(),
cumulativeCarrying.ToString(),
dailyCumulativeCarrying.ToString(),
cumulativeSpilled.ToString(),
dailyCumulativeSpilled.ToString(),
cumulativeDelivered.ToString(),
todayDelivered.ToString(),
totalScore.ToString(),
dayScore.ToString(),
payRate.ToString(),
currentDayOffersPayTreatment.ToString(),
currentDayOffersWaitTreatment.ToString(),
currentTreatmentPayCost.ToString(),
currentTreatmentWaitCost.ToString(),
tremorImpairmentCurrentStrength.ToString(),
tremorImpairmentInitialStrength.ToString(),
timeWaitedForTreatmentDay.ToString(),
amountPayedForTreatmentDay.ToString(),
timeWaitedForTreatmentTotal.ToString(),
amountPayedForTreatmentTotal.ToString()
)
); closeStreamWriter();
}
catch (System.Exception e) {
Debug.Log("Persistance exception: " + e.Message + "\n" + e.StackTrace);
}
}