我已经在python 3中编写了一个二十一点脚本，我认为id在进入GUI之前已经弄清了游戏逻辑。 但是对GUI和Pygame的经验很少，我似乎无法使其正常工作。 在这个阶段是否有办法将Pygame纳入我的项目，还是我应该从头开始考虑Pygame？
from random import shuffle
# define the card ranks, and suits
ranks = [i for i in range(2, 11)] + ['JACK', 'QUEEN', 'KING', 'ACE']
suits = ['SPADE', 'HEART', 'DIAMOND', 'CLUB']
## card class makes cards and assigns suits and ranks to them
def how_many_decks():
print(' how many decks would you like the new shoe to be?')
num_of_decks = input('please type a digit betwee 1 and 6!')
while True:
if not num_of_decks.isdigit():
num_of_decks = input('please type a digit betwee 1 and 6!')
elif int(num_of_decks) == 0:
print ('You cannot play with no cards!')
num_of_decks = input('please type a digit betwee 1 and 6!')
elif int(num_of_decks) > 6:
print("you can onkly jhave a maximum of 6 decks!")
num_of_decks = input('please type a digit betwee 1 and 6: ')
else:
return int(num_of_decks)
class card (object):
def __init__(self,suit,rank):
self.suit = suit
self.rank = rank
def show(self):
print('{} of {}'.format(self.rank, self.suit))
## child class of card, also assigns a blackjack score to each card
class bjcard(card):
def __init__(self,suit,rank):
card.__init__(self,suit,rank)
if type(self.rank) == int:
self.value = rank
elif self.rank == 'ACE':
self.value = 11
else:
self.value = 10
def showval(self):
card.show(self)
print('card value is: ', self.value)
#creates a deck of 52 cards from card class
class deck:
def __init__(self):
self.cards = []
for i in suits:
for j in ranks:
self.cards.append(card(i,j))
def show(self):
for card in self.cards:
card.show()
def shuffle(self):
shuffle(self.cards)
#creates a deck of 52 cards from bjcard class
class bjdeck():
def __init__(self,numberofdecks=1):
self.cards = []
for h in range(numberofdecks):
for i in suits:
for j in ranks:
self.cards.append(bjcard(i,j))
self.shuffle()
def show(self):
for card in self.cards:
card.showval()
def __len__(self):
return len(self.cards)
def shuffle(self):
shuffle(self.cards)
def reshuffle(self):
print('Reshuffling the deck!')
self.__init__(int(num_of_decks))
class hand:
def __init__(self,bet,name=None):
self.bet = bet
self.bust = False
self.stood = False
self.has_black_jack = False
print('your cards are:')
self.contents = []
self.deal(2)
if self.total==21:
self.has_black_jack = True
def deal(self,x):
global bjdd
if len(bjdd) < x:
bjdd.reshuffle()
for j in range (x):
self.contents.append(bjdd.cards.pop(0))
self.calctotalscore()
self.total = sum(i.value for i in self.contents)
self.show()
def show(self):
for card in self.contents:
card.showval()
print ('your hand total is: ' + str(sum(i.value for i in self.contents)))
def calctotalscore(self):
listofaces=[]
for i in self.contents:
if i.value == 11:
listofaces.append(self.contents.index(i))
for ace in listofaces:
if 32 > sum(i.value for i in self.contents) > 21:
self.contents[ace].value = 1
def totalscore(self):
return sum(i.value for i in self.contents)
def makedecision(self):
hitorstand = ''
while hitorstand not in ('h' , 'H' , 's' , 'S'):
self.show()
hitorstand = input('enter "H" to hit or "S" to stand: ')
return hitorstand
def playhand(self):
if self.totalscore() == 21:
return 'well done! you got BlackJack!'
while self.totalscore() < 21:
decision = self.makedecision()
if decision in('h', 'H') :
self.deal(1)
if self.totalscore() == 21:
print('well done! you hit 21!')
return
elif self.totalscore() > 21:
self.bust=True
return str('bad luck!, your hand is bust as your score of /n' + str(self.totalscore())+ 'is above 21, you lose!')
elif decision in ('s', 'S'):
self.stood = True
return ('your final hand score is: ' + str(self.totalscore())+ ' good luck!')
def newhand(self,x):
self.__init__(x)
class dealerhand(hand):
def __init__(self):
self.has_black_jack = False
self.bust = False
self.name = 'Dealer'
self.contents = []
self.deal(2)
print("The Dealer's first card is: ")
self.show_one_card()
print('\n')
def deal(self,x):
global bjdd
if len(bjdd) < x:
bjdd.reshuffle()
for j in range (x):
self.contents.append(bjdd.cards.pop(0))
self.calctotalscore()
self.total = sum(i.value for i in self.contents)
def show_one_card(self):
self.contents[0].showval()
def show(self):
for card in self.contents:
card.showval()
print ("Dealer's total is: " + str(sum(i.value for i in self.contents)))
def calctotalscore(self):
listofaces=[]
for i in self.contents:
if i.value == 11:
listofaces.append(self.contents.index(i))
for ace in listofaces:
if 32 > sum(i.value for i in self.contents) > 21:
self.contents[ace].value = 1
def totalscore(self):
self.calctotalscore()
self.total = sum(i.value for i in self.contents)
return sum(i.value for i in self.contents)
def dealer_plays(self):
if self.total==21:
self.has_black_jack = True
self.show()
while 1 < self.total<17:
self.deal(1)
self.show()
if 17 > self.total<22:
print('dealers score is: ',self.total)
elif self.total >21:
print('Dealer Busts!')
self.bust = True
def payout_time(self):
pass
## default playernames
defualtnames=['Player 0','Player 1','Player 2','Player 3','Player 4','Player 5','Player 6','Player 7','Player 8','Player 9']
class player:
def __init__(self,bankroll,name=None):
if name == None:
if len (defualtnames)>0:
self.name = defualtnames.pop(0)
else:
self.name=name
self.bankroll = bankroll
print('Hello',self.name, ', your starting balance is:',self.bankroll)
def isin(self):
bet = input(str(self.name)+', Please enter your bet amount in digits: ')
while True:
if not bet.isdigit():
bet = input(str(self.name)+'Please enter your bet in digits!')
elif int(bet) ==0:
self.bet = 0
print ('OK, you are sitting this hand out')
return
elif int(bet) > self.bankroll:
print("your account only has $"+str(self.bankroll))
bet = input('\n please enter a bet amount lower than, or equal to your account: ')
else:
self.bet = int(bet)
self.bankroll -= int(bet)
self.hand = hand(int(bet))
return
##to workout and show the player(s) with highest score
def gethiscorers(x):
hiscore = max(x.values())
hiscorers = []
for i in x:
if x[i] == hiscore:
hiscorers.append(i)
if len(hiscorers)>1:
print('the players with the highest score are: ')
print(str( hiscorers).strip('[').strip(']').strip("'").strip("'"))
print('with a score of: ', hiscore)
else:
print('the player with the highest score is: ',hiscorers[0])
print('with a score of: ', hiscore)
bjdd = bjdeck()
#deals 2 cards to dealer and shows the first 1 to the player(s)!
## start a hand with a bet of 200 and deal 2 cards to the player!
#player_name = player(1000,'Troy')
#player_name.isin()
#D_hand = dealerhand()
第二个文件是：
print('Welcome To My Blackjack Game!')
from BLACKJACK import *
def howmanycardsleft():
print(len(bjdd))
def set_players():
global a
# start six hands and a dealer
a = player(1000,'Troy')
#b = player(1000,'Troy B')
#c = player(1000,'BABBY!')
#d = player(1000,'Troy c')
#e= player(1000,'Troy d')
#f= player(1000,'Troy e')
#g= player(1000,'Troy f')
#h= player(1000,'Troy g')
#i= player(1000,'Troy h')
#print('\n')
#gethiscorers(playerscores)
def begin_game():
global players_in
global dealer
global players_left
players_left = []
players_in = []
for player in players_playing:
print(player.name,' your account has $',player.bankroll,':')
player.isin()
if player.bet > 0:
players_in.append(player)
players_left.append(player)
print('\n')
if len(players_in) == 0:
return 'Please start game with at least 1 player!'
dealer = dealerhand()
for playing_player in players_in:
print(playing_player.name,"'s turn")
playing_player.hand.playhand()
if playing_player.hand.has_black_jack:
if not dealer.has_black_jack:
print(playing_player.name, 'BLACKJACK! You Win!')
playing_player.bankroll += int(playing_player.bet * 2.5)
players_left.remove(playing_player)
elif playing_player.hand.bust:
print(playing_player.name, 'You Lose')
players_left.remove(playing_player)
if len(players_left) > 0:
print('\n')
dealer.dealer_plays()
else:
end_game()
end_game()
def end_game():
print('\n')
if dealer.has_black_jack:
for player in players_left:
if player.hand.has_black_jack:
print(player.name,'dealer also has blackjack!, you draw!')
player.bankroll += player.bet
players_left.remove(player)
else:
print('Dealer has Bad luck',player.name)
players_left.remove(player)
for player in players_left:
if dealer.bust:
print('DEALER BUSTS!')
print(player.name, 'You Win')
player.bankroll+= player.bet * 2
elif player.hand.total < dealer.total:
print(player.name, 'You Lose')
elif player.hand.total > dealer.total:
print(player.name, 'You Win')
player.bankroll += player.bet * 2
elif player.hand.total == dealer.total:
print(player.name, 'You Draw')
player.bankroll += player.bet
for broke_players in players_playing:
if broke_players.bankroll == 0:
players_playing.remove(broke_players)
if sum([players.bankroll for players in players_playing]) >0:
begin_game()
else:
print('Thanks for playing!')
input('press any button to exit game!')
return
##make list of player scores
#playerscores = {}
#for i in players_playing:
# playerscores[i.name] = (i.hand.total
if __name__ == '__main__':
#make list of hands for players in play
num_of_decks = how_many_decks()
set_players()
players_playing = [a]
begin_game()