class Game(): turns=5 event=None house=None players=[] solution=[] fileName = None def __init__(self, filename=None, size_of_player=20, turns=10000000, players_number=20, mask_size=3, convergence=1000, mask=MaskMoveCore): self.convergence = convergence self.mask_size = mask_size self.mask = mask self.turns = turns self.house = House() if filename is not None: self.event = Event(filename=filename) else: self.event = Event(size=size_of_player) self.size_of_player = len(self.event) for index in range(players_number): player = Player(self.size_of_player) self.players.append(player) def generateMask(self): return self.mask(self.mask_size, self.size_of_player) def play(self): self.solution = self.event.getInitialSolution() convergence = 0 #print "graph: " #print self.event print "iteration: -1; f(solution) = "+str(self.event.f(self.solution)) for turn in range(self.turns): mask = self.generateMask() for player in self.players: player.calculateWeights(mask) self.house.calculateWeights(self.players) #print "Weights of house: "+ str(self.house.weights) for player in self.players: player.makeBets(self.house) #print "The player "+ player.name +" has "+ str(player.bankroll) +" and makes bets." + str(player.bets) result = mask.calculateBestMask(self.event, self.solution) #print "The result was "+ str(result["index"]) for index in range(len(self.players)): player = self.players[index] if player.isWinner(result["index"]): player.receiveAward(self.house, result["index"]) #print "The player "+ player.name +" receives award." if player.isBroken(): #print "The player "+ player.name +" is out." self.players[index] = player.createNew() #print "The new player "+ self.players[index].name +" is in." #print "The player "+ player.name +" has "+ str(player.bankroll) #print "The house has "+ str(self.house.bankroll) if result["distance"] < self.event.f(self.solution): convergence = 0 self.solution = result["solution"] #print "iteration: "+str(turn)+"; f(solution) = "+str(self.event.f(self.solution)) else: convergence += 1 if convergence >= self.convergence: break return self.solution
class Game():
turns = 5
event = None
house = None
players = []
solution = []
fileName = None
def __init__(self,
filename=None,
size_of_player=20,
turns=10000000,
players_number=20,
mask_size=3,
convergence=1000,
mask=MaskMoveCore):
self.convergence = convergence
self.mask_size = mask_size
self.mask = mask
self.turns = turns
self.house = House()
if filename is not None:
self.event = Event(filename=filename)
else:
self.event = Event(size=size_of_player)
self.size_of_player = len(self.event)
for index in range(players_number):
player = Player(self.size_of_player)
self.players.append(player)
def generateMask(self):
return self.mask(self.mask_size, self.size_of_player)
def play(self):
self.solution = self.event.getInitialSolution()
convergence = 0
#print "graph: "
#print self.event
print "iteration: -1; f(solution) = " + str(self.event.f(
self.solution))
for turn in range(self.turns):
mask = self.generateMask()
for player in self.players:
player.calculateWeights(mask)
self.house.calculateWeights(self.players)
#print "Weights of house: "+ str(self.house.weights)
for player in self.players:
player.makeBets(self.house)
#print "The player "+ player.name +" has "+ str(player.bankroll) +" and makes bets." + str(player.bets)
result = mask.calculateBestMask(self.event, self.solution)
#print "The result was "+ str(result["index"])
for index in range(len(self.players)):
player = self.players[index]
if player.isWinner(result["index"]):
player.receiveAward(self.house, result["index"])
#print "The player "+ player.name +" receives award."
if player.isBroken():
#print "The player "+ player.name +" is out."
self.players[index] = player.createNew()
#print "The new player "+ self.players[index].name +" is in."
#print "The player "+ player.name +" has "+ str(player.bankroll)
#print "The house has "+ str(self.house.bankroll)
if result["distance"] < self.event.f(self.solution):
convergence = 0
self.solution = result["solution"]
#print "iteration: "+str(turn)+"; f(solution) = "+str(self.event.f(self.solution))
else:
convergence += 1
if convergence >= self.convergence:
break
return self.solution
