def initLevel(self, lvlIndex, directory=''): ### Generate grid ### self.grid = BrickGrid() self.directory = directory self.grid.loadMapFromFile(LVL_DIR + self.directory + self.levels[lvlIndex]) # Start level counter self.lvlTime = Counter() self.lvlTime.start() self.lvlTime.pause() ### Concatenate objects ### self.objects = [] self.objects.append(self.grid) self.state = STATE['NEW_LIFE'] self.stateAfterScore = "" ### Collision handler ### self.ch = CollisionHandler()
class GameState(object): def __init__(self, screen): """ Init state common to all levels """ # Init sounds self.sound = SoundManager(SOUND_DIR) self.sound.loadAllSounds() # Init sprites self.sprites = SpriteManager.getInstance(IMAGE_DIR) self.sprites.loadAllImages() self.screen = screen self.gameDim = self.screen.getGameDim() # Parse directory to get levels self.levels = [lvl for lvl in os.listdir(LVL_DIR) if lvl.endswith(LVL_FORMAT)] self.currentLvl = 0 def initLevel(self, lvlIndex, directory=''): ### Generate grid ### self.grid = BrickGrid() self.directory = directory self.grid.loadMapFromFile(LVL_DIR + self.directory + self.levels[lvlIndex]) # Start level counter self.lvlTime = Counter() self.lvlTime.start() self.lvlTime.pause() ### Concatenate objects ### self.objects = [] self.objects.append(self.grid) self.state = STATE['NEW_LIFE'] self.stateAfterScore = "" ### Collision handler ### self.ch = CollisionHandler() def update(self): pass def manageGame(self, eventManager): """ Debug mode """ for p in self.players: # Paddle move if eventManager.leftHeld: p.paddle.move(DIRECTION['X']['LEFT'], 0, eventManager.isBoostingLeft, eventManager.isBoostingRight) if eventManager.rightHeld: p.paddle.move(DIRECTION['X']['RIGHT'], 0, eventManager.isBoostingLeft, eventManager.isBoostingRight) if eventManager.upHeld: p.paddle.move(0, DIRECTION['Y']['UP']) if eventManager.downHeld: p.paddle.move(0, DIRECTION['Y']['DOWN']) elif not (eventManager.leftHeld or eventManager.rightHeld or eventManager.upHeld or eventManager.downHeld): p.paddle.idle() """ Release # Paddle move if eventManager.leftHeld: self.players[0].paddle.move(dirX=DIRECTION['X']['LEFT'], dirY=0) if eventManager.rightHeld: self.players[0].paddle.move(dirX=DIRECTION['X']['RIGHT'], dirY= 0) if eventManager.upHeld: self.players[0].paddle.move(dirX=0, dirY=DIRECTION['Y']['UP']) if eventManager.downHeld: self.players[0].paddle.move(dirX=0, dirY=DIRECTION['Y']['DOWN']) """ # Update objects for o in self.objects: o.update() # Update visual effects VisualEffectManager.getInstance().update() def draw(self): # When level in progress or beginning if self.state == STATE['IN_PROGRESS'] or self.state == STATE['NEW_LIFE']: # Draw backgrounds self.screen.drawAllBG(self.grid.bgColor) # Draw state board self.screen.drawStateBoard(self.grid, self.players, self.lvlTime, self.localRecord, self.worldRecord) # Draw game objects self.screen.drawObjects(self.objects) # Draw visual effects self.screen.drawVisualEffects(VisualEffectManager.getInstance().getList()) # When level beginning or paused or life lost => print press space if self.state == STATE['NEW_LIFE'] or self.state == STATE['PAUSED']: self.screen.drawPressToContinue() # When game over or end if self.state == STATE['GAME_OVER'] or self.state == STATE['GAME_END']: # Create game over surface self.screen.createGameOver() self.screen.drawGameOver() else : # Remove game over self.screen.removeGameOver()
