因此,我正在制作一个二十一点模拟器来查找某些手牌获胜与否的概率。我有一个循环循环通过一副52张牌,直到剩下4张牌。在那之内我有一个循环经销商抽奖,直到他的数量是17+就像真正的二十一点。当我运行代码时,它将成功运行一个牌组,但每次只打印同一手牌。这是代码:
# <--- PROGRAM SETUP --->
import random
# Drawing Card Function
def draw_card():
# Card Values in 1 Deck
vals = [2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,6,6,6,6,7,7,7,7,
8,8,8,8,9,9,9,9,10,10,10,10,10,10,10,10,10,10,10,
10,10,10,10,10,10,10,10,10,11,11,11,11]
# </--->
dealer = 0
player = 0
bust = 21
deck_count = 0
hand_count = 0
dealer_cards = []
# <--- // --->
cards = 52
# Loop Hands Through Deck
while(cards > 4):
# Draw Card Loop
while(dealer <= 16):
card = random.choice(vals)
vals.remove(card)
dealer_cards.append(card)
dealer = dealer + card
hand_count = hand_count + 1
cards = cards - len(dealer_cards)
# <--- Results --->
if 17 <= dealer <= 21:
print "Hand: {}, Dealer Stands @ {}".format(hand_count, dealer)
for i in dealer_cards:
print "Card: {}".format(i)
else:
print "Hand: {}, Dealer Busts @ {}".format(hand_count, dealer)
for i in dealer_cards:
print "Card: {}".format(i)
else:
deck_count = deck_count + 1
print "Deck {} is finished!".format(deck_count)
# <--- // --->
draw_card()
运行时,我得到:
Hand: 1, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 2, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 3, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 4, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 5, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 6, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 7, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 8, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 9, Dealer Stands @ 19
Card: 10
Card: 9
Hand: 10, Dealer Stands @ 19
...All the way till the deck has less than 4 cards left.
我可以修复哪一只手是一个独特的平局,而不是多次打印第一手牌?感谢
答案 0 :(得分:1)
您实际上并没有在循环迭代之间清除经销商的手。
所以,他可以画一张牌,因为他已经达到了19,永远挂在它上面,跳过内部的while dealer < 17
循环并抓住你所有的虚拟货币,因为他知道他有足够的手
如果/ else检查,只需在结果后设置dealer = 0
。
答案 1 :(得分:1)
您忘记在每次迭代前重置dealer
和dealer_cards
,因此您的while(dealer <= 16):
块将在第一次之后永远不会运行;它将继续使用相同的分数,但继续减少cards
。
将初始化移至主while
循环:
while(cards > 4):
dealer_cards = []
dealer = 0
# Draw Card Loop
while(dealer <= 16):
card = random.choice(vals)
vals.remove(card)
dealer_cards.append(card)
dealer = dealer + card
...