/**
* Run the game with time limit (asynchronous mode). This is how it will be done in the
* competition. Can be played with and without visual display of game states.
*
* @param pacManController The Pac-Man controller
* @param ghostController The Ghosts controller
* @param visual Indicates whether or not to use visuals
*/
public void runGameTimed(
Controller<MOVE> pacManController,
Controller<EnumMap<GHOST, MOVE>> ghostController,
boolean visual) {
Game game = new Game(0);
GameView gv = null;
if (visual) gv = new GameView(game).showGame();
if (pacManController instanceof HumanController)
gv.getFrame().addKeyListener(((HumanController) pacManController).getKeyboardInput());
new Thread(pacManController).start();
new Thread(ghostController).start();
while (!game.gameOver()) {
pacManController.update(game.copy(), System.currentTimeMillis() + DELAY);
ghostController.update(game.copy(), System.currentTimeMillis() + DELAY);
try {
Thread.sleep(DELAY);
} catch (InterruptedException e) {
e.printStackTrace();
}
game.advanceGame(pacManController.getMove(), ghostController.getMove());
if (visual) gv.repaint();
}
pacManController.terminate();
ghostController.terminate();
}
/**
* Run the game in asynchronous mode but proceed as soon as both controllers replied. The time
* limit still applies so so the game will proceed after 40ms regardless of whether the
* controllers managed to calculate a turn.
*
* @param pacManController The Pac-Man controller
* @param ghostController The Ghosts controller
* @param fixedTime Whether or not to wait until 40ms are up even if both controllers already
* responded
* @param visual Indicates whether or not to use visuals
*/
public void runGameTimedSpeedOptimised(
Controller<MOVE> pacManController,
Controller<EnumMap<GHOST, MOVE>> ghostController,
boolean fixedTime,
boolean visual) {
Game game = new Game(0);
GameView gv = null;
if (visual) gv = new GameView(game).showGame();
if (pacManController instanceof HumanController)
gv.getFrame().addKeyListener(((HumanController) pacManController).getKeyboardInput());
new Thread(pacManController).start();
new Thread(ghostController).start();
while (!game.gameOver()) {
pacManController.update(game.copy(), System.currentTimeMillis() + DELAY);
ghostController.update(game.copy(), System.currentTimeMillis() + DELAY);
try {
int waited = DELAY / INTERVAL_WAIT;
for (int j = 0; j < DELAY / INTERVAL_WAIT; j++) {
Thread.sleep(INTERVAL_WAIT);
if (pacManController.hasComputed() && ghostController.hasComputed()) {
waited = j;
break;
}
}
if (fixedTime) Thread.sleep(((DELAY / INTERVAL_WAIT) - waited) * INTERVAL_WAIT);
game.advanceGame(pacManController.getMove(), ghostController.getMove());
} catch (InterruptedException e) {
e.printStackTrace();
}
if (visual) gv.repaint();
}
pacManController.terminate();
ghostController.terminate();
}
/**
* Replay a previously saved game.
*
* @param fileName The file name of the game to be played
* @param visual Indicates whether or not to use visuals
*/
public void replayGame(String fileName, boolean visual) {
ArrayList<String> timeSteps = loadReplay(fileName);
Game game = new Game(0);
GameView gv = null;
if (visual) gv = new GameView(game).showGame();
for (int j = 0; j < timeSteps.size(); j++) {
game.setGameState(timeSteps.get(j));
try {
Thread.sleep(DELAY);
} catch (InterruptedException e) {
e.printStackTrace();
}
if (visual) gv.repaint();
}
}