def __init__(self, verbose):
self.hand = []
self.name = random.randint(0, 1000000)
self.verbose = verbose
self.wins = 0
# For card counting
self.opponentHand = []
self.maxCards = [max(durak.Card.RANKS) for _ in durak.Card.SUITS]
self.unseenCards = set(durak.getDeck())
def __init__(self, verbose):
self.hand = []
self.name = random.randint(0, 1000000)
self.verbose = verbose
self.wins = 0
# For card counting
self.opponentHand = []
self.maxCards = [max(durak.Card.RANKS) for _ in durak.Card.SUITS]
self.unseenCards = set(durak.getDeck())
elif len(trumpCards) > 0:
return options.index(trumpCards[0])
def beginAttack(self, trumpCard, deckSize, opponentHandSize, trashCards):
return self.policy(self.hand, trumpCard.suit)
def chooseAttackCard(self, options, table, trumpCard, deckSize,
opponentHandSize, trashCards):
return self.policy(options, trumpCard.suit)
def chooseDefenseCard(self, options, table, trumpCard, deckSize,
opponentHandSize, trashCards):
return self.policy(options, trumpCard.suit)
FULL_DECK = durak.getDeck(shuffle=False)
def avgRank(cards):
rankSum = sum(c.rank for c in cards)
if len(cards) == 0:
return 0
else:
return float(rankSum) / len(cards)
def extractFeatures(hand, opponentHand, opponentHandSize, trumpCard, table,
deckSize, unseenCards):
features = [len(hand), len(table), deckSize, opponentHandSize]
for rank in durak.Card.RANKS:
rankCards = filter(lambda c: c.rank == rank, hand)
if len(nonTrumpCards) > 0:
return options.index(nonTrumpCards[0])
elif len(trumpCards) > 0:
return options.index(trumpCards[0])
def beginAttack(self, trumpCard, deckSize, opponentHandSize, trashCards):
return self.policy(self.hand, trumpCard.suit)
def chooseAttackCard(self, options, table, trumpCard, deckSize, opponentHandSize, trashCards):
return self.policy(options, trumpCard.suit)
def chooseDefenseCard(self, options, table, trumpCard, deckSize, opponentHandSize, trashCards):
return self.policy(options, trumpCard.suit)
FULL_DECK = durak.getDeck(shuffle=False)
def avgRank(cards):
rankSum = sum(c.rank for c in cards)
if len(cards) == 0:
return 0
else:
return float(rankSum) / len(cards)
def extractFeatures(hand, opponentHand, opponentHandSize,
trumpCard, table, deckSize, unseenCards):
features = [len(hand), len(table), deckSize, opponentHandSize]
for rank in durak.Card.RANKS:
rankCards = filter(lambda c: c.rank == rank, hand)
