class Game:
def __init__(self):
self._players_nb = None
self._blend = None
self._max_game = 100000
self._deck = Deck(6)
strat_simple = Simple()
strat_base = Base()
self._dealer = Player(10000, 1, strat_simple, 'dealer')
self._players = []
self._players.append(Player(0, 0, strat_base, 'guest'))
def play(self):
game_nb = 1
while game_nb <= self._max_game:
# Get a new deck if needed
if self._deck.isFinished():
self._deck.initCards()
# Players bet
beters = []
for player in self._players:
if player.bet():
beters.append(player)
# Dealer picks one card
self._dealer.getMainHand().addCard(self._deck.pick())
# Players pick 2 cards
for i in [1, 2]:
for player in self._players:
player.getMainHand().addCard(self._deck.pick())
# Players play
for player in self._players:
player.play(self._deck, self._dealer.getMainHand())
# Dealer plays
self._dealer.getMainHand().addCard(self._deck.pick())
self._dealer.play(self._deck)
# Money transferts
for player in self._players:
player.getGains(self._dealer.getMainHand())
self._dealer._chairs = []
game_nb += 1
print "FINAL : {0:.2f}€ in {1:.0f} hours. [{2:.2f}% benefit, {3:.2f} €/h]"\
.format(self._players[0]._pot, game_nb / 50, self._players[0]._pot / game_nb, self._players[0]._pot / (game_nb / 50))
