public void generateTakeoff() {
Random rand = new Random(); // new random number
if (rand.nextDouble()
<= Glider.getProbability()) { // if number matches the Glider's probability
Aircraft ac = new Glider(); // create new Glider object
ac.setPrefix("tk_"); // debug info
ac.setNumber(tcounter); // debug info
to.addAircraft(ac); // add aircraft to the queue
tcounter++;
} else if (rand.nextDouble()
<= (Glider.getProbability()
+ LightAircraft
.getProbability())) { // if number matches the Light Aircraft's probability
Aircraft ac = new LightAircraft(); // create new LightAircraft object
ac.setPrefix("tk_"); // debug info
ac.setNumber(tcounter); // debug info
to.addAircraft(ac); // add aircraft to the queue
tcounter++;
} else if (rand.nextDouble()
<= (Glider.getProbability()
+ LightAircraft.getProbability()
+ Commercial
.getProbability())) { // if number matches the Commercial Aircraft's probability
Aircraft ac = new Commercial(); // create new Commercial object
ac.setPrefix("tk_"); // debug info
ac.setNumber(tcounter); // debug info
to.addAircraft(ac); // add aircraft to the queue
tcounter++;
}
}
public void assignAircraftToRunway(Aircraft aircraft) {
if (!inUse) {
// Mark runway as being in use
inUse = true;
// Add aircraft to runway
aircraftUsingRunway = aircraft;
// Initiate the landing/departing sequence of the aircraft about to land
aircraftUsingRunway.act();
} else {
// Runway already in use
// TODO: Throw runwayAlreadyInUse exception
}
}
public void displayFlightInfo() {
System.out.println(
"Flight "
+ getFlightNumber()
+ " in the "
+ aircraft.getAircraftType()
+ " is ready for boarding.");
System.out.println("Here is the final boarding list for this flight:\n");
for (Passenger p : passCollection) {
if (p.getStatus()) setAmount(112.50);
else setAmount(75.00);
System.out.println(
p.getFirstName()
+ " "
+ p.getLastName()
+ " - "
+ (p.getStatus() ? "FIRST CLASS" : "ECONOMY CLASS")
+ " passenger. $"
+ getAmount()); // (p.getStatus()? 112.50 : 75.00));
}
}
public AircraftFlightDay(Aircraft aircraft) {
super();
this.aircraftKey = aircraft.getKey();
}
public void generateLanding() {
Random rand = new Random(); // new random number
if (rand.nextDouble()
<= Glider.getProbability()) { // if number matches the Glider's probability
Aircraft ac = new Glider(); // create new Glider object
ac.setPrefix("ln_"); // debug info
ac.setNumber(lcounter); // debug info
ln.addAircraft(ac); // add aircraft to the queue
lcounter++;
} else if (rand.nextDouble()
<= (Glider.getProbability()
+ LightAircraft
.getProbability())) { // if number matches the Light Aircraft's probability
Aircraft ac = new LightAircraft(); // create new LightAircraft object
Random gen = new Random(42); // Or choose a different seed
int flyingTime = gen.nextInt(20) + 20; // time measured in half-minutes
ac.setFuel(flyingTime); // set amount of fuel for the aircraft
ac.setPrefix("ln_"); // debug info
ac.setNumber(lcounter); // debug info
ln.addAircraft(ac); // add aircraft to the queue
lcounter++;
} else if (rand.nextDouble()
<= (Glider.getProbability()
+ LightAircraft.getProbability()
+ Commercial
.getProbability())) { // if number matches the Commercial Aircraft's probability
Aircraft ac = new Commercial(); // create new Commercial object
Random gen = new Random(42); // Or choose a different seed
int flyingTime = gen.nextInt(40) + 40; // time measured in half-minutes
ac.setFuel(flyingTime); // set amount of fuel for the aircraft
ac.setPrefix("ln_"); // debug info; //debug info
ac.setNumber(lcounter); // debug info
ln.addAircraft(ac); // add aircraft to the queue
lcounter++;
}
}
