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serhatyuna/enigma-example.java

Created December 19, 2018 10:46
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enigma-example.java
import enigma.console.TextWindow;
import enigma.core.Enigma;
import enigma.console.Console;
import enigma.event.TextMouseEvent;
import enigma.event.TextMouseListener;
import enigma.console.TextAttributes;
import java.awt.Color;
import java.awt.event.KeyEvent;
import java.awt.event.KeyListener;
import java.util.Random;
public class Game {
/* Enigma Console & Enigma Mouse and Key Listener */
private Console cn = Enigma.getConsole("BigCity", 100, 21, 25, 1);
private TextWindow consoleText = cn.getTextWindow();
private TextAttributes attrWalls = new TextAttributes(Color.WHITE, Color.BLUE);
private TextAttributes attrWallsGreen = new TextAttributes(Color.WHITE, Color.GREEN);
private TextAttributes attrPath = new TextAttributes(Color.BLACK, Color.WHITE);
private int mousepr; // mouse pressed?
private int mousex, mousey, mouseXTemp, mouseYTemp; // mouse text coords.
private int keypr; // key pressed?
private int rkey; // key (for press/release)
private int selectedX, selectedY;
private Object[] info = new Object[4];
private int prevDown;
private boolean oneSecondMove = false;
private boolean willBePaused = false;
// Timer
private int timeCounter;
private int timerCounter;
// Bus Stops & Bus Lines
private BusStop[] busStops;
private BusLine[] busLines;
private Bus[] buses;
private CircularQueue newPassengers;
private int passengerIDCount;
// Random
private Random random = new Random();
Game() {
// Initializing the variables
timeCounter = 0;
timerCounter = 0;
busStops = new BusStop[]{
new BusStop('A', 1, 1),
new BusStop('B', 13, 1),
new BusStop('C', 31, 1),
new BusStop('D', 49, 1),
new BusStop('E', 1, 7),
new BusStop('F', 13, 7),
new BusStop('G', 31, 7),
new BusStop('H', 49, 7),
new BusStop('I', 1, 13),
new BusStop('J', 13, 13),
new BusStop('K', 31, 13),
new BusStop('L', 43, 13),
new BusStop('M', 7, 19),
new BusStop('N', 13, 19),
new BusStop('O', 31, 19),
new BusStop('P', 43, 19)
};
busLines = new BusLine[]{
new BusLine('A', "AEIJKL", busStops),
new BusLine('B', "BFEIJNM", busStops),
new BusLine('C', "CGKJFEA", busStops),
new BusLine('D', "DCGKJNM", busStops),
new BusLine('L', "LPOKGCDH", busStops),
new BusLine('M', "MNJFGKOP", busStops)
};
buses = new Bus[]{
busLines[0].getBuses()[0],
busLines[0].getBuses()[1],
busLines[1].getBuses()[0],
busLines[1].getBuses()[1],
busLines[2].getBuses()[0],
busLines[2].getBuses()[1],
busLines[3].getBuses()[0],
busLines[3].getBuses()[1],
busLines[4].getBuses()[0],
busLines[4].getBuses()[1],
busLines[5].getBuses()[0],
busLines[5].getBuses()[1]
};
passengerIDCount = 0;
createNewPassengerQueue();
}
public void start() throws InterruptedException {
createMouseKeyListeners();
printScreen();
loop();
}
// Main Loop
private void loop() throws InterruptedException {
while (true) {
keyOperations();
if (timerCounter == 0) {
placePassenger();
printScreen();
if (timeCounter > 1) {
moveBusses();
}
checkPassengers();
if (timeCounter > 1)
printBus();
}
consoleText.setCursorPosition(61, 0);
System.out.println("Time: " + timeCounter + " ");
consoleText.setCursorPosition(61, 15);
System.out.println();
Thread.sleep(100);
timerCounter++;
if (timerCounter == 10) {
timeCounter++;
timerCounter = 0;
}
if (oneSecondMove) {
oneSecondMove = false;
}
}
}
// Prints all things on the screen
private void printScreen() {
for (int i = 0; i < 21; i++) {
for (int j = 0; j < 57; j++) {
if ((i == 1 && ((j >= 1 && j <= 7) || (j <= 25 && j >= 13) || (j <= 49 && j >= 31))) ||
(i == 7 && ((j >= 1 && j <= 31) || (j >= 37 && j <= 55))) ||
(i == 13 && ((j >= 1 && j <= 43) || (j >= 49 && j <= 55))) ||
(i == 19 && ((j >= 1 && j <= 19) || (j >= 25 && j <= 55))) ||
((j == 1) && (i >= 1 && i <= 13)) || ((j == 7) && (i >= 13 && i <= 19)) ||
((j == 13) && (i >= 1 && i <= 19)) || ((j == 19) && (i >= 7 && i <= 19)) ||
((j == 31) && (i >= 1 && i <= 19)) || ((j == 37) && (i >= 1 && i <= 19)) ||
((j == 55) && (i >= 7 && i <= 13)) || ((j == 43) && (i >= 7 && i <= 19)) ||
((j == 48) && (i >= 13 && i <= 19)) || ((j == 49) && (i >= 1 && i <= 7))) {
consoleText.output(j, i, ' ', attrPath);
} else {
consoleText.output(j, i, '#', attrWalls);
}
if (j == 1 && i == 1) {
consoleText.output(j, i, 'A', attrPath);
} else if (j == 2 && i == 2) {
consoleText.output(j, i, String.valueOf(busStops[0].getWaiting()).charAt(0), attrWalls);
} else if (j == 13 && i == 1) {
consoleText.output(j, i, 'B', attrPath);
} else if (j == 14 && i == 2) {
consoleText.output(j, i, String.valueOf(busStops[1].getWaiting()).charAt(0), attrWalls);
} else if (j == 31 && i == 1) {
consoleText.output(j, i, 'C', attrPath);
} else if (j == 32 && i == 2) {
consoleText.output(j, i, String.valueOf(busStops[2].getWaiting()).charAt(0), attrWalls);
} else if (j == 49 && i == 1) {
consoleText.output(j, i, 'D', attrPath);
} else if (j == 50 && i == 2) {
consoleText.output(j, i, String.valueOf(busStops[3].getWaiting()).charAt(0), attrWalls);
} else if (j == 1 && i == 7) {
consoleText.output(j, i, 'E', attrPath);
} else if (j == 2 && i == 8) {
consoleText.output(j, i, String.valueOf(busStops[4].getWaiting()).charAt(0), attrWalls);
} else if (j == 13 && i == 7) {
consoleText.output(j, i, 'F', attrPath);
} else if (j == 14 && i == 8) {
consoleText.output(j, i, String.valueOf(busStops[5].getWaiting()).charAt(0), attrWalls);
} else if (j == 31 && i == 7) {
consoleText.output(j, i, 'G', attrPath);
} else if (j == 32 && i == 8) {
consoleText.output(j, i, String.valueOf(busStops[6].getWaiting()).charAt(0), attrWalls);
} else if (j == 49 && i == 7) {
consoleText.output(j, i, 'H', attrPath);
} else if (j == 50 && i == 8) {
consoleText.output(j, i, String.valueOf(busStops[7].getWaiting()).charAt(0), attrWalls);
} else if (j == 1 && i == 13) {
consoleText.output(j, i, 'I', attrPath);
} else if (j == 2 && i == 14) {
consoleText.output(j, i, String.valueOf(busStops[8].getWaiting()).charAt(0), attrWalls);
} else if (j == 13 && i == 13) {
consoleText.output(j, i, 'J', attrPath);
} else if (j == 14 && i == 14) {
consoleText.output(j, i, String.valueOf(busStops[9].getWaiting()).charAt(0), attrWalls);
} else if (j == 31 && i == 13) {
consoleText.output(j, i, 'K', attrPath);
} else if (j == 32 && i == 14) {
consoleText.output(j, i, String.valueOf(busStops[10].getWaiting()).charAt(0), attrWalls);
} else if (j == 43 && i == 13) {
consoleText.output(j, i, 'L', attrPath);
} else if (j == 44 && i == 14) {
consoleText.output(j, i, String.valueOf(busStops[11].getWaiting()).charAt(0), attrWalls);
} else if (j == 7 && i == 19) {
consoleText.output(j, i, 'M', attrPath);
} else if (j == 8 && i == 20) {
consoleText.output(j, i, String.valueOf(busStops[12].getWaiting()).charAt(0), attrWalls);
} else if (j == 13 && i == 19) {
consoleText.output(j, i, 'N', attrPath);
} else if (j == 14 && i == 20) {
consoleText.output(j, i, String.valueOf(busStops[13].getWaiting()).charAt(0), attrWalls);
} else if (j == 31 && i == 19) {
consoleText.output(j, i, 'O', attrPath);
} else if (j == 32 && i == 20) {
consoleText.output(j, i, String.valueOf(busStops[14].getWaiting()).charAt(0), attrWalls);
} else if (j == 43 && i == 19) {
consoleText.output(j, i, 'P', attrPath);
} else if (j == 44 && i == 20) {
consoleText.output(j, i, String.valueOf(busStops[15].getWaiting()).charAt(0), attrWalls);
}
}
}
if (busStops[0].getWaiting() >= 10)
consoleText.output(3, 2, String.valueOf(busStops[0].getWaiting()).charAt(1), attrWalls);
if (busStops[1].getWaiting() >= 10)
consoleText.output(14, 2, String.valueOf(busStops[1].getWaiting()).charAt(1), attrWalls);
if (busStops[2].getWaiting() >= 10)
consoleText.output(32, 2, String.valueOf(busStops[2].getWaiting()).charAt(1), attrWalls);
if (busStops[3].getWaiting() >= 10)
consoleText.output(51, 2, String.valueOf(busStops[3].getWaiting()).charAt(1), attrWalls);
if (busStops[4].getWaiting() >= 10)
consoleText.output(3, 8, String.valueOf(busStops[4].getWaiting()).charAt(1), attrWalls);
if (busStops[5].getWaiting() >= 10)
consoleText.output(15, 8, String.valueOf(busStops[5].getWaiting()).charAt(1), attrWalls);
if (busStops[6].getWaiting() >= 10)
consoleText.output(33, 8, String.valueOf(busStops[6].getWaiting()).charAt(1), attrWalls);
if (busStops[7].getWaiting() >= 10)
consoleText.output(51, 8, String.valueOf(busStops[7].getWaiting()).charAt(1), attrWalls);
if (busStops[8].getWaiting() >= 10)
consoleText.output(3, 14, String.valueOf(busStops[8].getWaiting()).charAt(1), attrWalls);
if (busStops[9].getWaiting() >= 10)
consoleText.output(15, 14, String.valueOf(busStops[9].getWaiting()).charAt(1), attrWalls);
if (busStops[10].getWaiting() >= 10)
consoleText.output(33, 14, String.valueOf(busStops[10].getWaiting()).charAt(1), attrWalls);
if (busStops[11].getWaiting() >= 10)
consoleText.output(45, 14, String.valueOf(busStops[11].getWaiting()).charAt(1), attrWalls);
if (busStops[12].getWaiting() >= 10)
consoleText.output(9, 20, String.valueOf(busStops[12].getWaiting()).charAt(1), attrWalls);
if (busStops[13].getWaiting() >= 10)
consoleText.output(15, 20, String.valueOf(busStops[13].getWaiting()).charAt(1), attrWalls);
if (busStops[14].getWaiting() >= 10)
consoleText.output(33, 20, String.valueOf(busStops[14].getWaiting()).charAt(1), attrWalls);
if (busStops[15].getWaiting() >= 10)
consoleText.output(45, 20, String.valueOf(busStops[15].getWaiting()).charAt(1), attrWalls);
printPassengerQueue();
printStatistics();
}
// Move Buses
private void moveBusses() {
for (BusLine busLine : busLines) {
for (int i = 0; i < 2; i++) {
if (busLine.getBus(i).isWaiting()) {
busLine.getBus(i).setWaitingTime(busLine.getBus(i).getWaitingTime() - 1);
if (busLine.getBus(i).getWaitingTime() == 0) {
busLine.getBus(i).setWaiting(false);
}
}
if (timeCounter % 2 == 0 && !busLine.getBus(i).isWaiting()) {
if (!busLine.getDirections(i).equals("")) {
printBus(busLine, i);
} else {
busLine.setDirections(new StringBuilder(busLine.getDirectionsTemp(i)).reverse().toString(), i);
busLine.setDirectionsTemp("", i);
printBus(busLine, i);
}
char directionReverse = busLine.getDirections(i).charAt(0);
busLine.setDirections(busLine.getDirections(i).substring(1), i);
switch (directionReverse) {
case 'L':
directionReverse = 'R';
break;
case 'R':
directionReverse = 'L';
break;
case 'U':
directionReverse = 'D';
break;
case 'D':
directionReverse = 'U';
break;
}
busLine.setDirectionsTemp(busLine.getDirectionsTemp(i) + directionReverse, i);
}
}
}
}
// Prints buses
private void printBus(BusLine busLine, int i) {
char direction = busLine.getDirections(i).charAt(0);
if (direction == 'L') {
if (!busLine.getBus(i).isWaiting())
busLine.getBus(i).setX(busLine.getBus(i).getX() - 1);
char countOfPassengers = (char) (busLine.getBus(i).getCountOfPassenger() + 48);
consoleText.output(busLine.getBus(i).getX(), busLine.getBus(i).getY(), countOfPassengers, attrPath);
} else if (direction == 'R') {
if (!busLine.getBus(i).isWaiting())
busLine.getBus(i).setX(busLine.getBus(i).getX() + 1);
char countOfPassengers = (char) (busLine.getBus(i).getCountOfPassenger() + 48);
consoleText.output(busLine.getBus(i).getX(), busLine.getBus(i).getY(), countOfPassengers, attrPath);
} else if (direction == 'D') {
if (!busLine.getBus(i).isWaiting())
busLine.getBus(i).setY(busLine.getBus(i).getY() + 1);
char countOfPassengers = (char) (busLine.getBus(i).getCountOfPassenger() + 48);
consoleText.output(busLine.getBus(i).getX(), busLine.getBus(i).getY(), countOfPassengers, attrPath);
} else if (direction == 'U') {
if (!busLine.getBus(i).isWaiting())
busLine.getBus(i).setY(busLine.getBus(i).getY() - 1);
char countOfPassengers = (char) (busLine.getBus(i).getCountOfPassenger() + 48);
consoleText.output(busLine.getBus(i).getX(), busLine.getBus(i).getY(), countOfPassengers, attrPath);
}
}
// Prints statistics
private void printStatistics() {
consoleText.setCursorPosition(61, 8);
consoleText.output("Waiting : ");
int numberOfPassengersWaiting = getNumberOfPassengersWaiting();
consoleText.output(String.valueOf(numberOfPassengersWaiting));
consoleText.setCursorPosition(61, 9);
consoleText.output("Travelling : ");
int numberOfPassengersTravelling = getNumberOfPassengersTravelling();
consoleText.output(String.valueOf(numberOfPassengersTravelling));
consoleText.setCursorPosition(61, 10);
consoleText.output("Bus fullness: ");
double busFullness = getBusFullness();
String fullness = String.valueOf(busFullness);
if (busFullness == 0) {
consoleText.output(fullness + "%");
} else {
consoleText.output(fullness.substring(0, 4) + "%");
}
}
private int getNumberOfPassengersWaiting() {
int sum = 0;
for (BusStop busStop : busStops) {
if (busStop != null) sum += busStop.getWaiting();
}
return sum;
}
private int getNumberOfPassengersTravelling() {
int sum = 0;
for (BusLine busLine : busLines) {
if (busLine != null) {
for (Bus bus : busLine.getBuses()) {
if (bus != null) sum += bus.getCountOfPassenger();
}
}
}
return sum;
}
private double getBusFullness() {
int numberOfPassengersTravelling = getNumberOfPassengersTravelling();
final double maxPassenger = 96.0;
return (100 * numberOfPassengersTravelling) / maxPassenger;
}
// Prints New Passengers Queue
private void printPassengerQueue() {
Stack tempPassengerStack = new Stack(15);
for (int i = 0; i < 15; i++) {
tempPassengerStack.push(newPassengers.peek());
newPassengers.enqueue(newPassengers.dequeue());
}
consoleText.setCursorPosition(63, 3);
consoleText.output("New Passengers");
consoleText.setCursorPosition(61, 4);
consoleText.output("-------------------");
consoleText.setCursorPosition(61, 5);
consoleText.output("> ");
while (!tempPassengerStack.isEmpty()) {
Passenger passenger = (Passenger) tempPassengerStack.pop();
char startingStop = passenger.getStartPoint();
consoleText.output(startingStop);
}
consoleText.output(" >");
consoleText.setCursorPosition(61, 6);
consoleText.output("-------------------");
}
// Places the passenger
private void placePassenger() {
Passenger passenger = (Passenger) newPassengers.dequeue(); // Passenger which will be placed
for (int i = 0; i < 16; i++) {
if (busStops[i].getName() == passenger.getStartPoint()) {
busStops[i].addPassenger(passenger);
break;
}
}
int randomLineIndex = random.nextInt(6);
Passenger newPassenger = new Passenger(passengerIDCount, busLines[randomLineIndex]);
newPassengers.enqueue(newPassenger);
passengerIDCount++;
}
// Creates new passengers queue
private void createNewPassengerQueue() {
newPassengers = new CircularQueue(15);
int randomLineIndex;
for (int i = 0; i < 15; i++) {
randomLineIndex = random.nextInt(6);
Passenger newPassenger = new Passenger(passengerIDCount, busLines[randomLineIndex]);
newPassengers.enqueue(newPassenger);
passengerIDCount++;
}
}
// Creates mouse & key listeners
private void createMouseKeyListeners() {
TextMouseListener tmlis;
KeyListener klis;
// ------ Standard code for mouse and keyboard ------ Do not change
tmlis = new TextMouseListener() {
public void mouseClicked(TextMouseEvent arg0) {
}
public void mousePressed(TextMouseEvent arg0) {
if (mousepr == 0) {
mousepr = 1;
mousex = arg0.getX();
mousey = arg0.getY();
}
}
public void mouseReleased(TextMouseEvent arg0) {
}
};
klis = new KeyListener() {
public void keyTyped(KeyEvent e) {
}
public void keyPressed(KeyEvent e) {
if (keypr == 0) {
keypr = 1;
rkey = e.getKeyCode();
}
}
public void keyReleased(KeyEvent e) {
}
};
consoleText.addTextMouseListener(tmlis);
consoleText.addKeyListener(klis);
}
// Key Operations
private void keyOperations() throws InterruptedException {
if (keypr == 1 || (willBePaused && timerCounter == 0)) {
if (rkey == KeyEvent.VK_SPACE || (willBePaused && timerCounter == 0)) {
keypr = 0;// last action
rkey = 0;
willBePaused = false;
boolean flag = false;
consoleText.setCursorPosition(71, 0);
consoleText.output("(paused)");
while (!flag) {
mouseOperations();
Thread.sleep(10);
if (rkey == KeyEvent.VK_R) {
flag = true;
for (int k = 0; k < 20; k++) {
consoleText.setCursorPosition(61, 12 + k);
consoleText.output(" ");
}
} else if (rkey == KeyEvent.VK_SPACE) {
// 1 sn hareket edecek
oneSecondMove = true;
willBePaused = true;
flag = true;
} else {
rkey = 0;
keypr = 0;
}
}
}
keypr = 0;
rkey = 0;
}
}
// Mouse Operations
private void mouseOperations() {
if (mousepr == 1) { // if mouse button pressed
for (int i = 0; i < busStops.length; i++) {
if ((mousex == busStops[i].getX() && mousey == busStops[i].getY()) || (mouseXTemp == busStops[i].getX() && mouseYTemp == busStops[i].getY())) {
consoleText.output(busStops[i].getX() + 1, busStops[i].getY() + 1, (char) (busStops[i].getWaiting() + '0'), attrWallsGreen);
mouseXTemp = mousex;
mouseYTemp = mousey;
info[0] = busStops[i].getName();
info[1] = i;
} else if (mousex != busStops[i].getX() || mousey != busStops[i].getY()) {
consoleText.output(busStops[i].getX() + 1, busStops[i].getY() + 1, (char) (busStops[i].getWaiting() + '0'), attrWalls);
}
if (mouseXTemp != busStops[i].getX() || mouseYTemp != busStops[i].getY()) {
consoleText.output(busStops[i].getX() + 1, busStops[i].getY() + 1, (char) (busStops[i].getWaiting() + '0'), attrWalls);
}
consoleText.setCursorPosition(61, 12);
int down = 0;
if (info[0] != null) {
for (int k = 0; k < 20; k++) {
consoleText.setCursorPosition(61, 12 + k);
consoleText.output(" ");
}
consoleText.setCursorPosition(61, 12);
consoleText.output("Bus Stop [" + info[0] + "] Passengers:\t\t");
for (int j = 0; j < busStops[(int) info[1]].getWaitingPassengers().length; j++) {
consoleText.setCursorPosition(61, 13 + down);
if (busStops[(int) info[1]].getWaitingPassengers()[j] != null) {
consoleText.output(busStops[(int) info[1]].getWaitingPassengers()[j].getId() + ": Line" + busStops[(int) info[1]].getWaitingPassengers()[j].getLine().getName() + " " + busStops[(int) info[1]].getWaitingPassengers()[j].getStartPoint() + " - " + busStops[(int) info[1]].getWaitingPassengers()[j].getEndPoint());
if (busStops[(int) info[1]].getWaitingPassengers()[j].getLuggageNumber() == 0) {
consoleText.output("(L:-)");
} else {
consoleText.output("(L:");
for (int k = 0; k < busStops[(int) info[1]].getWaitingPassengers()[j].getLuggages().length; k++) {
Luggage luggage = busStops[(int) info[1]].getWaitingPassengers()[j].getLuggages()[k];
if (luggage != null) {
if (k + 1 != busStops[(int) info[1]].getWaitingPassengers()[j].getLuggages().length && busStops[(int) info[1]].getWaitingPassengers()[j].getLuggages()[k + 1] != null) {
consoleText.output(String.valueOf(luggage.getId()) + ",");
} else {
consoleText.output(String.valueOf(luggage.getId()));
}
}
}
consoleText.output(')');
}
down++;
}
prevDown = down;
}
}
info[2] = null;
}
for (int i = 0; i < buses.length; i++) {
if ((mousex == buses[i].getX() && mousey == buses[i].getY()) || (mouseXTemp == buses[i].getX() && mouseYTemp == buses[i].getY())) {
consoleText.output(buses[i].getX(), buses[i].getY(), (char) (buses[i].getCountOfPassenger() + '0'), attrWallsGreen);
mouseXTemp = mousex;
mouseYTemp = mousey;
info[2] = buses[i].getName();
info[3] = i;
} else if (mousex != buses[i].getX() || mousey != buses[i].getY()) {
consoleText.output(buses[i].getX(), buses[i].getY(), (char) (buses[i].getCountOfPassenger() + '0'), attrPath);
}
if (mouseXTemp != buses[i].getX() || mouseYTemp != buses[i].getY()) {
consoleText.output(buses[i].getX(), buses[i].getY(), (char) (buses[i].getCountOfPassenger() + '0'), attrPath);
}
consoleText.setCursorPosition(61, 12);
int down = 0;
if (info[2] != null) {
for (int k = 0; k < 20; k++) {
consoleText.setCursorPosition(61, 12 + k);
consoleText.output(" ");
}
consoleText.setCursorPosition(61, 12);
consoleText.output("Bus [" + buses[(int) info[3]].getName() + "] Passengers:");
for (int j = 0; j < buses[(int) info[3]].getPassengers().length; j++) {
consoleText.setCursorPosition(61, 13 + down);
if (buses[(int) info[3]].getPassengers()[j] != null) {
consoleText.output(buses[(int) info[3]].getPassengers()[j].getId() + ": " + buses[(int) info[3]].getPassengers()[j].getStartPoint() + "-" + buses[(int) info[3]].getPassengers()[j].getEndPoint());
if (buses[(int) info[3]].getPassengers()[j].getLuggageNumber() == 0) {
consoleText.output(" (L:-)");
} else {
consoleText.output(" (L:");
for (int k = 0; k < buses[(int) info[3]].getPassengers()[j].getLuggages().length; k++) {
Luggage luggage = buses[(int) info[3]].getPassengers()[j].getLuggages()[k];
if (luggage != null) {
if (k + 1 != buses[(int) info[3]].getPassengers()[j].getLuggages().length && buses[(int) info[3]].getPassengers()[j].getLuggages()[k + 1] != null) {
consoleText.output(String.valueOf(luggage.getId()) + ",");
} else {
consoleText.output(String.valueOf(luggage.getId()));
}
}
}
consoleText.output(')');
}
down++;
}
for (int j1 = 0; j1 < 8; j1++) {
consoleText.setCursorPosition(86, 12 + j1);
consoleText.output("|");
consoleText.setCursorPosition(90, 12 + j1);
consoleText.output("|");
}
consoleText.setCursorPosition(61, 19);
consoleText.output("Bus [" + buses[(int) info[3]].getName() + "] Luggage:");
consoleText.setCursorPosition(86, 20);
consoleText.output("-----");
for (int k = 0; k < 8; k++) {
consoleText.setCursorPosition(87, 12 + k);
consoleText.output(" ");
}
if (buses[(int) info[3]].getLuggages().size() != 0) {
Stack temp = new Stack(8);
int space = 8 - buses[(int) info[3]].getLuggages().size();
while (!buses[(int) info[3]].getLuggages().isEmpty()) {
consoleText.setCursorPosition(87, 12 + space);
Luggage l = (Luggage) buses[(int) info[3]].getLuggages().peek();
consoleText.output(String.valueOf(l.getId()));
space++;
temp.push(buses[(int) info[3]].getLuggages().pop());
}
while (!temp.isEmpty()) {
buses[(int) info[3]].getLuggages().push(temp.pop());
}
}
prevDown = down;
}
info[0] = null;
}
}
mousepr = 0;
}
}
// Prints busses but without moving
private void printBus() {
for (BusLine busLine : busLines) {
char countOfPassengers1 = (char) (busLine.getBus(0).getCountOfPassenger() + 48);
consoleText.output(busLine.getBus(0).getX(), busLine.getBus(0).getY(), countOfPassengers1, attrPath);
char countOfPassengers2 = (char) (busLine.getBus(1).getCountOfPassenger() + 48);
consoleText.output(busLine.getBus(1).getX(), busLine.getBus(1).getY(), countOfPassengers2, attrPath);
}
}
// Does getting in and out things for all busses
private void checkPassengers() {
for (BusLine busLine : busLines) {
for (int i = 0; i < 2; i++) {
for (BusStop busStop : busStops) {
if (busLine.getBus(i).getX() == busStop.getX() && busLine.getBus(i).getY() == busStop.getY()) {
// Get passengers out
if (busLine.getBus(i).getPassengers().length > 0) {
for (int j = 0; j < busLine.getBus(i).getPassengers().length; j++) {
if (busLine.getBus(i).getPassengers()[j] != null && busLine.equals(busLine.getBus(i).getPassengers()[j].getLine())) {
if (busLine.getBus(i).getPassengers()[j].getEndPoint() == busStop.getName()) {
int waitingTime = (busLine.getBus(i).getPassengers()[j].getLuggages() != null) ? busLine.getBus(i).getPassengers()[j].getLuggages().length : 0;
if (waitingTime > 0) {
busLine.getBus(0).setWaiting(true);
busLine.getBus(0).setWaitingTime(busLine.getBus(0).getWaitingTime() + waitingTime);
}
busLine.getBus(i).deletePassenger(busLine.getBus(i).getPassengers()[j]);
}
}
}
}
// Get passengers in
if (busStop.getWaiting() > 0 && busLine.getBus(i).hasEmptySeat()) {
for (Passenger p : busStop.getWaitingPassengers()) {
if (p != null && busLine.equals(p.getLine())) {
String lineStr = busLine.getLineStr();
int indexOfStop = lineStr.indexOf(busStop.getName());
int indexOfEndPoint = lineStr.indexOf(p.getEndPoint());
if (indexOfEndPoint > indexOfStop && i == 0) {
// Getting passengers in for first bus
if (p.getLuggages() != null) {
if (8 - busLine.getBus(0).getLuggages().size() > p.getLuggages().length) {
int waitingTime = (p.getLuggages() != null) ? p.getLuggages().length : 0;
if (waitingTime > 0) {
busLine.getBus(0).setWaiting(true);
busLine.getBus(0).setWaitingTime(busLine.getBus(0).getWaitingTime() + waitingTime);
}
busStop.deletePassenger(p);
busLine.getBus(0).addPassenger(p);
}
}
} else if (indexOfEndPoint < indexOfStop && i == 1) {
// Getting passengers in for second bus
if (p.getLuggages() != null) {
if (8 - busLine.getBus(1).getLuggages().size() > p.getLuggages().length) {
int waitingTime = (p.getLuggages() != null) ? p.getLuggages().length : 0;
if (waitingTime > 0) {
busLine.getBus(1).setWaiting(true);
busLine.getBus(1).setWaitingTime(busLine.getBus(1).getWaitingTime() + waitingTime);
}
busStop.deletePassenger(p);
busLine.getBus(1).addPassenger(p);
}
}
}
}
}
} else {
busLine.getBus(i).setWaiting(false);
}
break;
}
}
}
}
}
}
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