class Game(object): conn = None view = None ais = [] map = None gameOver = False #Initialises the game def initGame(self, connector, view, parameters): if(len(parameters) == 2): width = int(parameters[0]) height = int(parameters[1]) else: width = 42 height = 42 self.conn = connector self.view = view self.map = Map(self.view, width, height) self.gameOver = False self.view.displayGrid(0, 0, width * 10, height * 10, 10, 10, 0x303030, False) #Sets the player score def setScore(self, aiId, score): self.connector.setScore(aiId, score) #Adds an AI def addAi(self, aiId, playerName, aiName): self.ais.append(aiId) self.map.addHunter(aiId) #Removes an AI def aiTimedOut(self, aiId): self.map.getHunter(aiId).delete() self.ais.remove(aiId) self.conn.stopAi(aiId) #Ends the game def endGame(self): self.gameOver = True #Plays the game def play(self): for aiId in self.ais: self.conn.callAiFunction(aiId, PHASE_INIT) for numTurn in range(1000): for aiId in self.ais: self.conn.callAiFunction(aiId, PHASE_PLAY) nb = self.map.treasuresFound(aiId) if nb > 0: self.conn.incrementScore(aiId, nb) for aiId in self.ais: self.conn.callAiFunction(aiId, PHASE_REINIT) self.conn.setFrame() self.view.deleteTemporaryShapes() if self.gameOver: break #getMapSize def getMapSize(self): return self.map.getSize() #getPosition def getPosition(self, aiId) : return self.map.getHunter(aiId).getPosition() #move def move(self, aiId, direction): self.map.getHunter(aiId).move(direction) #peek def peek(self, aiId): return self.map.peek(aiId)
