private void printStatistics() {
// add statements into this method!
System.out.println("****End of simulation report****");
System.out.println("\t" + " have arrived :" + totalArrival);
System.out.println("\t" + " have gone away :" + numGoAway);
System.out.println("\t" + " have been served :" + numServed);
System.out.println("****Current gaspump info****");
;
gasStationObj.printStatistics();
System.out.println("\tTotal waiting time : " + totalWaitingTime);
System.out.println("\tAverage waiting time : " + (totalWaitingTime / numServed));
System.out.println("****Busy Gas Pump info****");
while (!gasStationObj.emptyBusyGasPumpQ()) {
GasPump tempgas = gasStationObj.removeBusyGasPumpQ();
tempgas.printStatistics();
}
System.out.println("****Free Gas Pump Info****");
while (!gasStationObj.emptyFreeGasPumpQ()) {
GasPump tempgas1 = gasStationObj.removeFreeGasPumpQ();
tempgas1.printStatistics();
}
// print out simulation results
// see the given example in project statement
// you need to display all free and busy tellers
}
private void doSimulation() {
// add statements
gasStationObj = new GasStation(numGasPumps, carQLimitation, 1);
// Initialize GasStation
// Time driver simulation loop
for (int currentTime = 0; currentTime < simulationTime; currentTime++) {
// Step 1: any new car enters the gas station?
getCarData();
// Step 1.1: setup car data
if (anyNewArrival) {
if (gasStationObj.isCarQTooLong()) {
numGoAway++;
System.out.println("Car leaves because the queue was too long.");
} else {
somecar = new Car(carIdCounter, serviceDuration, currentTime);
totalArrival++;
gasStationObj.insertCarQ(somecar);
System.out.println("Car " + totalArrival + " has arrived!");
// Step 1.2: check car waiting queue too long?
}
} else {
System.out.println("\tNo new car!");
}
// Step 2: free busy pumps, add to free pumpQ
if (!gasStationObj.emptyBusyGasPumpQ()) {
if (currentTime >= gasStationObj.getFrontBusyGasPumpQ().getEndIntervalTime()) {
if (gasStationObj.numFreeGasPumps() < numGasPumps) {
GasPump btp = gasStationObj.removeBusyGasPumpQ();
Car tempcar = btp.switchBusyToFree();
gasStationObj.insertFreeGasPumpQ(btp);
}
}
}
// Step 3: get free pumps to serve waiting cars
if (gasStationObj.numFreeGasPumps() != 0 && !gasStationObj.emptyCarQ()) {
GasPump fp = gasStationObj.removeFreeGasPumpQ();
Car tempscar = gasStationObj.removeCarQ();
gasStationObj.insertBusyGasPumpQ(fp);
fp.switchFreeToBusy(tempscar, currentTime);
numServed++;
}
if (anyNewArrival) {
carIdCounter++;
}
if (!gasStationObj.emptyCarQ()) {
totalWaitingTime++;
}
}
} // end simulation loop