def calculateOdds(player1, player2, stage):
tempCard = Card(1, 2)
#print player2.status.vec_cards
#print player1.status.vec_cards
myCards = [
tempCard.num_to_card(num)
for num in all_indices(1, player1.status.vec_cards[0])
]
#myCards = Card.num_to_card(self.status.vec_cards[0])
opCards = [
tempCard.num_to_card(num)
for num in all_indices(1, player2.status.vec_cards[0])
]
args = [
tempCard.getCardOfNumA(myCard.num) +
tempCard.getCharOfSuit(myCard.suit) for myCard in myCards
]
args += [
tempCard.getCardOfNumA(myCard.num) +
tempCard.getCharOfSuit(myCard.suit) for myCard in opCards
]
args += ["--"]
if stage >= 1:
flopCards = [
tempCard.num_to_card(num)
for num in all_indices(1, player1.status.vec_cards[1])
]
args += [
turnCard.getCardOfNumA(turnCard.num) +
turnCard.getCharOfSuit(turnCard.suit) for turnCard in flopCards
]
if stage >= 2:
turnCards = [
tempCard.num_to_card(num)
for num in all_indices(1, player1.status.vec_cards[2])
]
args += [
turnCard.getCardOfNumA(turnCard.num) +
turnCard.getCharOfSuit(turnCard.suit) for turnCard in turnCards
]
if stage >= 3: #should be just one
riverCards = [
tempCard.num_to_card(num)
for num in all_indices(1, player1.status.vec_cards[3])
]
args += [
turnCard.getCardOfNumA(turnCard.num) +
turnCard.getCharOfSuit(turnCard.suit) for turnCard in riverCards
]
#print check_output(["pokenum.exe", "-h"] + args)
return [
float(num) for num in (check_output(["pokenum.exe", "-h", "-t"] +
args).split()[2:])
]
def calculateOddsWithGame(game, playerNum):
tempCard = Card(1, 2)
myCards = game.players[playerNum].cards
opCards = game.players[not playerNum].cards
args = [
tempCard.getCardOfNumA(myCard.num) +
tempCard.getCharOfSuit(myCard.suit) for myCard in myCards
]
args += [
tempCard.getCardOfNumA(myCard.num) +
tempCard.getCharOfSuit(myCard.suit) for myCard in opCards
]
args += ["--"]
args += [
tableCards.getCardOfNumA(tableCards.num) +
tableCards.getCharOfSuit(tableCards.suit) for tableCards in game.table
]
return [
float(num) for num in (check_output(["pokenum.exe", "-h", "-t"] +
args).split()[2:])
]
