public void draw(Graphics2D g) {
bg.draw(g);
tileMap.draw(g);
for (int i = 0; i < pictures.size(); i++) {
Images j = pictures.get(i);
j.draw(g);
}
// pinkDoor.Draw(g);
// greenDoor.Draw(g);
for (int i = 0; i < buttons.size(); i++) {
Button b = buttons.get(i);
b.draw(g);
}
for (int i = 0; i < doors.size(); i++) {
Door d = doors.get(i);
d.Draw(g);
}
for (int i = 0; i < players.size(); i++) {
MapObject m = players.get(i);
m.draw(g);
}
for (int i = 0; i < walls.size(); i++) {
walls.get(i).draw(g);
}
if (!fadein.isDone()) {
fadein.draw(g);
}
fadeout.draw(g);
}
public void checkColoredDoors() {
if (pinkDoor.isSatisfied() && greenDoor.isSatisfied()) {
fadeout.go();
if (fadeout.isDone()) {
players.clear();
gsm.currentLevel = 4;
gsm.setState(GameStateManager.LOADINGSTATE);
}
}
}
public void checkRegularDoor10() {
if (door10.isSatisfied()) {
fadeout.go();
if (fadeout.isDone()) {
gsm.currentLevel = 11;
doors.remove(door10);
gsm.setState(GameStateManager.LOADINGSTATE);
}
}
}
public void whatUpdate() {
if (gsm.getCurrentLevel() == 1) {
ji.update();
door1.checkPlayers(ji, moved);
checkRegularDoor1();
}
if (gsm.getCurrentLevel() == 2) {
rae.update();
door2.checkPlayers(rae, moved);
checkRegularDoor2();
}
if (gsm.getCurrentLevel() == 3) {
pinkDoor.checkRae(rae, moved);
greenDoor.checkJi(ji, moved);
checkColoredDoors();
}
if (gsm.getCurrentLevel() == 4) {
door4.checkRae(rae, moved);
checkRegularDoor4();
}
if (gsm.getCurrentLevel() == 5) {
door5.checkPlayers(ji, rae, moved);
checkRegularDoor5();
}
if (gsm.getCurrentLevel() == 6) {
door6.checkPlayers(ji, rae, moved);
checkRegularDoor6();
ji.checkCatch(rae);
}
if (gsm.getCurrentLevel() == 7) {
door7.checkPlayers(ji, rae, moved);
checkRegularDoor7();
ji.checkCatch(rae);
}
if (gsm.getCurrentLevel() == 8) {
door8.checkPlayers(ji, rae, moved);
checkRegularDoor8();
ji.checkCatch(rae);
}
if (gsm.getCurrentLevel() == 9) {
door9.checkPlayers(ji, rae, moved);
checkRegularDoor9();
ji.checkCatch(rae);
}
if (gsm.getCurrentLevel() == 10) {
button.checkPress(ji);
button.updateWall(ji);
button.update();
door10.checkPlayers(ji, rae, moved);
checkRegularDoor10();
}
if (gsm.getCurrentLevel() >= 3) {
ji.update();
rae.update();
ji.checkCatch(rae);
if (ji.fellDead() || rae.fellDead()) {
restart();
}
}
}
public void populateDoors() {
doors = new ArrayList<Door>();
for (int i = 0; i < doors.size(); i++) {
Door d = doors.get(i);
doors.remove(d);
}
if (gsm.getCurrentLevel() == 1) {
door1 = new Door(tileMap, "normal");
door1.setPosition(580, 355);
doors.add(door1);
}
if (gsm.getCurrentLevel() == 2) {
door2 = new Door(tileMap, "normal");
door2.setPosition(80, 325);
doors.add(door2);
}
if (gsm.getCurrentLevel() == 3) {
pinkDoor = new Door(tileMap, "pink");
pinkDoor.setPosition(380, 322);
doors.add(pinkDoor);
greenDoor = new Door(tileMap, "green");
greenDoor.setPosition(260, 355);
doors.add(greenDoor);
}
if (gsm.getCurrentLevel() == 4) {
door4 = new Door(tileMap, "normal");
door4.setPosition(580, 291);
doors.add(door4);
}
if (gsm.getCurrentLevel() == 5) {
door5 = new Door(tileMap, "normal");
door5.setPosition(92, 161);
doors.add(door5);
System.out.println(door5.isSatisfied());
}
if (gsm.getCurrentLevel() == 6) {
door6 = new Door(tileMap, "normal");
door6.setPosition(580, 418);
doors.add(door6);
}
if (gsm.getCurrentLevel() == 7) {
door7 = new Door(tileMap, "normal");
door7.setPosition(285, 97);
doors.add(door7);
}
if (gsm.getCurrentLevel() == 8) {
door8 = new Door(tileMap, "normal");
door8.setPosition(578, 417);
doors.add(door8);
}
if (gsm.getCurrentLevel() == 9) {
door9 = new Door(tileMap, "normal");
door9.setPosition(305, 97);
doors.add(door9);
}
if (gsm.getCurrentLevel() == 10) {
door10 = new Door(tileMap, "normal");
door10.setPosition(60, 162);
doors.add(door10);
}
}