private void restart() {
currentTrajectory = new Trajectory(ColorGenerator.getInstance().next());
gameOver = false;
ball.setPosition(new Point(INITIAL_BALL_POSITION));
currentTrajectory.addPoint(ball.getPosition());
synchronized (trajectoriesLock) {
trajectories.add(currentTrajectory);
}
renderer.getTrajectoriesTableModel().addElement(currentTrajectory);
}
public static void main(String[] args) {
MobileFactory mf;
Mobile m;
mf = new MotorolaFactory();
m = mf.produceMobile();
m.call();
mf = new NokiaFactory();
m = mf.produceMobile();
m.call();
}
public static Item createEquipped(Mobile on, int graphic, int hue) {
long serial = ObjectRegistry.get().registerItemSerial();
Item item = new Item(serial, graphic);
item.setParent(on);
item.setHue(hue);
item.setLocation(new Point3D(0, 0, 0));
ObjectRegistry.get().registerObject(item);
on.equipItem(item);
return item;
}
private void clearTrajectories() {
synchronized (trajectoriesLock) {
trajectories.clear();
}
renderer.getTrajectoriesTableModel().removeAllElements();
currentTrajectory = new Trajectory(ColorGenerator.getInstance().current());
if (!gameOver) {
currentTrajectory.addPoint(ball.getPosition());
synchronized (trajectoriesLock) {
trajectories.add(currentTrajectory);
}
renderer.getTrajectoriesTableModel().addElement(currentTrajectory);
}
}
@Override
public void update(GameContainer gc, int delta) throws SlickException {
super.update(gc, delta);
super.ai.action(this);
// currentAnim = "walking";
}
@Override
public boolean tick(Tickable ticking, int tickID) {
tickStatus = Tickable.STATUS_MISC + 0;
super.tick(ticking, tickID);
tickStatus = Tickable.STATUS_MISC + 1;
if (tickID != Tickable.TICKID_MOB) {
tickStatus = Tickable.STATUS_NOT;
return true;
}
if (!canFreelyBehaveNormal(ticking)) {
tickStatus = Tickable.STATUS_NOT;
return true;
}
final MOB mob = (MOB) ticking;
// ridden things dont wander!
if (ticking instanceof Rideable)
if (((Rideable) ticking).numRiders() > 0) {
tickStatus = Tickable.STATUS_NOT;
return true;
}
tickStatus = Tickable.STATUS_MISC + 2;
if (((mob.amFollowing() != null) && (mob.location() == mob.amFollowing().location()))
|| (!CMLib.flags().canTaste(mob))) {
tickStatus = Tickable.STATUS_NOT;
return true;
}
tickStatus = Tickable.STATUS_MISC + 3;
final Room thisRoom = mob.location();
MOB victim = GoodGuardian.anyPeaceToMake(mob.location(), mob);
GoodGuardian.keepPeace(mob, victim);
victim = null;
int dirCode = -1;
tickStatus = Tickable.STATUS_MISC + 4;
for (int d = Directions.NUM_DIRECTIONS() - 1; d >= 0; d--) {
tickStatus = Tickable.STATUS_MISC + 5 + d;
final Room room = thisRoom.getRoomInDir(d);
final Exit exit = thisRoom.getExitInDir(d);
if ((room != null) && (exit != null) && (okRoomForMe(mob, thisRoom, room, false))) {
tickStatus = Tickable.STATUS_MISC + 20 + d;
if (exit.isOpen()) {
tickStatus = Tickable.STATUS_MISC + 40 + d;
victim = GoodGuardian.anyPeaceToMake(room, mob);
if (victim != null) {
dirCode = d;
break;
}
tickStatus = Tickable.STATUS_MISC + 60 + d;
}
tickStatus = Tickable.STATUS_MISC + 80 + d;
}
if (dirCode >= 0) break;
tickStatus = Tickable.STATUS_MISC + 100 + d;
}
tickStatus = Tickable.STATUS_MISC + 120;
if ((dirCode >= 0) && (!CMSecurity.isDisabled(CMSecurity.DisFlag.MOBILITY))) {
tickStatus = Tickable.STATUS_MISC + 121;
CMLib.tracking().walk(mob, dirCode, false, false);
tickStatus = Tickable.STATUS_MISC + 122;
GoodGuardian.keepPeace(mob, victim);
tickStatus = Tickable.STATUS_MISC + 123;
}
tickStatus = Tickable.STATUS_NOT;
return true;
}
private void update() {
if (renderer.shouldRestart()) {
restart();
renderer.setSpeedX(0.0);
renderer.setSpeedY(0.0);
renderer.setMagnusForce(0.0);
renderer.refreshInformationPanel();
renderer.resetRestartFlag();
renderer.stop();
}
if (renderer.shouldClearTrajectories()) {
clearTrajectories();
renderer.resetClearTrajectoriesFlag();
}
if (renderer.hasStarted()) {
if (!gameOver) {
synchronized (ballLock) {
Vector gravitationalForce = new Vector(0.0, -9.81 * ball.getMass());
Vector frictionForce = Vector.product(-dragCoefficient, ball.getSpeed());
Vector magnusForceTmp =
Vector.product(MAGNUS_COEFFICIENT * ball.getFrequency(), ball.getSpeed());
Vector magnusForce = new Vector(-magnusForceTmp.y, magnusForceTmp.x);
renderer.setSpeedX(ball.getSpeed().x);
renderer.setSpeedY(ball.getSpeed().y);
renderer.setMagnusForce(magnusForce.length());
renderer.refreshInformationPanel();
ball.applyForce(Vector.sum(Vector.sum(gravitationalForce, frictionForce), magnusForce));
ball.update();
if (ball.getPosition().x <= 0.0) {
gameOver = true;
}
double dy = ball.getPosition().y - ball.getSize().y / 2 - GROUND_Y;
if (dy <= 0.0) {
double t = dy / ball.getSpeed().y;
double dx = t * ball.getSpeed().x;
Point newPosition = ball.getPosition();
newPosition.x -= dx;
newPosition.y -= dy;
ball.setPosition(newPosition);
gameOver = true;
}
currentTrajectory.addPoint(ball.getPosition());
renderer.getTrajectoriesTableModel().refreshCell(trajectories.size() - 1, 1);
renderer.getTrajectoriesTableModel().refreshCell(trajectories.size() - 1, 2);
}
}
} else {
double initialSpeedX = renderer.getInitialSpeed() * Math.cos(renderer.getInitialDirection());
double initialSpeedY = renderer.getInitialSpeed() * Math.sin(renderer.getInitialDirection());
dragCoefficient = renderer.getDragCoefficient();
synchronized (ballLock) {
ball.setSpeed(new Vector(initialSpeedX, initialSpeedY));
ball.setFrequency(renderer.getFrequency());
}
}
}
