class GridManager: # Constructor def __init__(self): self.__grid = Grid() self.__gamePlayer = GamePlayer() self.__userPlayer = UserPlayer() # Start Game def startGame(self): # Will continue toggling between # Game and User turns until the # Grid is Full (which is a loss) # or a 2048 tile is encountered # (which is a win) while (not self.__grid.gridContains(2048)): self.__gamePlayer.makeMove(self.__grid) self.__grid.printGrid() if (not self.__userPlayer.makeMove(self.__grid)): print "User Lost!" break if (self.__grid.gridContains(2048)): print "User Won!"
def __init__(self, players, verbose=True):
self.max_rounds = MIN_ROUNDS + int(random.expovariate(1/(AVERAGE_ROUNDS - MIN_ROUNDS)))
self.round = 0
self.gameRoundList = []
self.gamePlayerList = []
#For each player, we're going to construct a "GamePlayer" object to help us keep
#track of food and reputation and whatnot.
for eachPlayer in players:
newGamePlayer = GamePlayer()
#Start the players off with 300*(P - 1) food
newGamePlayer.food = (len(players) - 1) * 300
newGamePlayer.player = eachPlayer
self.gamePlayerList += [newGamePlayer]
def NewSimulation(self, gameSource, numPlayers, generations,
gamesPerGeneration):
self.activePlayers = []
self.inactivePlayers = []
self.avgScores = []
self.generations = generations
self.gamesPerGeneration = gamesPerGeneration
try:
for i in range(numPlayers):
game = gameSource()
self.inactivePlayers.append(
GamePlayer(NeuralNet([16, 32, 32, 4], 0.01), game,
self.bus))
except:
super().SendEvent(SIMULATION_CREATION_FAILED())
self.hasActiveSim = False
return
self.ResetGamePlayers()
self.hasActiveSim = True
super().SendEvent(SIMULATION_CREATION_SUCCESS())
def __init__(self): self.__grid = Grid() self.__gamePlayer = GamePlayer() self.__userPlayer = UserPlayer()
