def estimateEquity2players3cards(heroCards,
villainCards,
numberOfRunouts=1000,
board=None):
deck = FULL_DECK.copy()
for h in heroCards + villainCards:
deck.remove(h)
if board:
for h in board:
deck.remove(h)
heroWins, villainWins, tie = 0, 0, 0
for i in range(numberOfRunouts):
board = deal_cards(deck.copy(), 5)
# print(board)
b1 = best5plus3(board, heroCards)
b2 = best5plus3(board, villainCards)
if (b1 > b2):
heroWins += 1
elif (b1 < b2):
villainWins += 1
else:
tie += 1
return heroWins, villainWins, tie
def main_program():
"""
:return: the table output
"""
res = {
'Pair': 0,
'Two-pairs': 0,
'Flush': 0,
'High-card': 0,
}
header = ['# of hands', 'pairs', '%', '2 pairs', '%', 'flushes', '%', 'high card', '%']
print('%10s %11s %3s %13s %3s %12s %3s %14s %3s' % (tuple(header)))
for i in range(NUM_OF_HANDS_IN_TABLE):
deck = deck_of_cards.create_deck()
for k in range(CARDS_IN_ONE_HAND):
hands = deck_of_cards.deal_cards(deck)
# Replicate to make cards in both hands
for j in range(2):
hand = hands[5 * j:5 * j + 5]
if poker_hand.check_pair(hand) == IS_PAIR:
res['Pair'] += 1
elif poker_hand.check_pair(hand) == IS_TWO_PAIRS:
res['Two-pairs'] += 1
else:
if poker_hand.check_flush(hand):
res['Flush'] += 1
else:
res['High-card'] += 1
if (i + 1) % 1000 == 0:
# only consider when the number of hands less than or equal to 100000
# and divisible by 1000 (10,000; 20,000; ... ;100,000)
percent = {}
for key in res.keys():
percent[key] = res[key] / i / 10 * 100
# Calculate the percent of kinds of cards
num_hands = (i + 1) * 10
# the number of hands run from 10,000 to 100,000 and distance is 10,000
print('{:>10,} {:>11d} {:>05.2f} {:>11d} {:>05.2f} {:>10d} {:>05.2f} {:>12d} {:>05.2f}'
.format(num_hands, res['Pair'], percent['Pair'],
res['Two-pairs'], percent['Two-pairs'], res['Flush'],
percent['Flush'], res['High-card'], percent['High-card']))
def hit(self, deck):
if self.name == 'Dealer':
deck.deal_cards(self)
elif self.name == 'Human':
deck.deal_cards(self)
board = deal_cards(deck.copy(), 5)
# print(board)
b1 = best5plus3(board, heroCards)
b2 = best5plus3(board, villainCards)
if (b1 > b2):
heroWins += 1
elif (b1 < b2):
villainWins += 1
else:
tie += 1
return heroWins, villainWins, tie
d = FULL_DECK.copy()
h1 = deal_cards(d, 3)
print("Hero has:", h1)
h2 = deal_cards(d, 3)
print("Villain has:", h2)
trials = 1000
heroWins, villainWins, ties = estimateEquity2players3cards(h1, h2, trials)
print("1k -- Hero wins:", heroWins / trials, "Villain wins:",
villainWins / trials, "Ties:", ties / trials)
trials = 2000
heroWins, villainWins, ties = estimateEquity2players3cards(h1, h2, trials)
print("2k -- Hero wins:", heroWins / trials, "Villain wins:",
villainWins / trials, "Ties:", ties / trials)
trials = 5000
from deck import Card, FULL_DECK, deal_cards
from hand import Hand, rank5
for i in range(50):
rank5(deal_cards(FULL_DECK.copy(), 5))
royal = Hand.fromString('As Ks Qs Js Ts')
quads = Hand.fromString('3s 3h 3d 3c 2c')
full = Hand.fromString('As Ah Kd Ks Kh')
flush = Hand.fromString('3s 4s 7s 9s Js')
trip2sAK = Hand.fromString('As Kh 2d 2s 2c')
trip2sAQ = Hand.fromString('As Qh 2d 2s 2c')
str8 = Hand.fromString('9d Ks Qs Js Ts')
twop = Hand.fromString('As 2c Ks Ah Kc')
pearA_962 = Hand.fromString('As Ah 9s 6d 2c')
pearA_952 = Hand.fromString('As Ah 9s 5d 2c')
hi = Hand.fromString('As Kh 9s 6d 2c')
wheel = Hand.fromString('As 5h 4s 3d 2c')
rank5(royal)
rank5(quads)
rank5(full)
rank5(flush)
rank5(str8)
rank5(trip2sAK)
rank5(trip2sAQ)
rank5(twop)
rank5(pearA_962)
rank5(hi)
rank5(wheel, loud=True)