If anyone has the time, please have a look at the attached text file
and let me know any comments on how to improve it.
Thanks a lot
Col
#!usr/bin/env python
# title - baccarat2.py
import random
class Player(object):
"""simple Player object that
keeps tabs on bets and kitty"""
def __init__(self, name):
self.name = name
self.kitty = 2000
self.hand = []
self.wager = 0
def bet(self, wager):
self.wager = wager
self.kitty -= wager
class PlayerList(list):
"""It didn't seem right to update
a list of players in the
Player class and I did it this
way rather than using a list
and two functions"""
def win(self):
for i in self:
i.kitty += i.wager*2
def draw(self):
for i in self:
i.kitty += i.wager
class Card(object):
"""Playing cards, self-explanatory"""
def __init__(self, name):
self.name = name
if name in range(2, 10):
self.value = name
elif name in [10, "J", "Q", "K"]:
self.value = 0
elif name == "A":
self.value = 1
else:
print "unrecognised card :{0}".format(name)
import sys
sys.exit()
class Shoe(list):
"""A collection of 8 decks of cards"""
def __init__(self):
for i in range(4):
self.extend([Card(i) for i in range(2, 10)])
self.extend([Card(i) for i in (10, "J", "Q", "K", "A")])
self *= 8
random.shuffle(self)
def deal(self, two_players):
for i in range(2):
for j in two_players:
j.hand.append(self.pop())
def thirdCard(self, player):
player.hand.append(self.pop())
def total(hand):
#In baccarat the tens are discarded
return sum([i.value for i in hand])%10
def bankersThird(last_card, bankers_cards):
#Shows if the bank must stand or draw
if last_card == 0:
return bankers_cards < 4
elif last_card == 9:
if bankers_cards == 3:
return random.choice(True, False)
else:
return bankers_cards < 3
elif last_card == 8:
return bankers_cards < 3
elif last_card in (6,7):
return bankers_cards < 7
elif last_card in (4, 5):
return bankers_cards < 6
elif last_card in (3, 2):
return bankers_cards < 5
elif last_card == 1:
return bankers_cards < 4
elif isinstance(last_card, str):
return bankers_cards < 6
def playersThird(player, shoe):
#A slapped wrist for the print statement, but I was using the all the same statements
#when the total was < 5 or == 5, only the raw_input was different.
shoe.thirdCard(player)
players_cards = total(player.hand)
last_card = player.hand[-1].value
print "You drew a {0}, making a total of {1}".format(last_card, players_cards)
return players_cards, last_card
def getPlayers():
players = PlayerList()
while True:
player = raw_input("What is your name? 'f' to finish. ")
if player == "f":
break
players.append(Player(player))
return players
def legalBet(amount, available, kitty):
#Can't bet over the bank limit, or over your own kitty.
return amount.isdigit() and int(amount) <= available and int(amount) <= kitty
def takeOffBets(players):
#Just trying to make main() a bit neater.
for j in players:
if j.wager == 1000:
continue
j.kitty += j.wager
j.wager = 0
def placeBets(players):
bank_amount = 1000
total_bets = 0
bet = ""
for i in players:
while not legalBet(bet, bank_amount-total_bets, i.kitty):
bet = raw_input("How much do you bet {1}? (Must be an integer. Maximum is {0}) ".format(min(bank_amount-total_bets, i.kitty), i.name))
if bet == "banco":
print "{0}'s going all the way!!".format(i.name)
i.bet(1000)
takeOffBets(players)
for j in players:
print j.name, j.wager, j.kitty
return
else:
i.bet(int(bet))
total_bets += int(bet)
bet = "no"
def main():
shoe = Shoe()
players = getPlayers()
banker = Player("Banker")
while 1:
placeBets(players)
bets = [i.wager for i in players]
the_player = players[bets.index(max(bets))]#Only the player with the maximum bet(nearest the banker's right) plays.
two_players = [banker, the_player]
shoe.deal(two_players)
bankers_cards = total(banker.hand)
players_cards = total(the_player.hand)
print "The banker has a {0} and a {1}, making a total of {2}".format(banker.hand[0].name, banker.hand[1].name,bankers_cards)
print "{0} has a {1} and a {2}, making a total of {3}".format( the_player.name, the_player.hand[0].name, the_player.hand[1].name, players_cards)
if bankers_cards in (8, 9) or players_cards in (8, 9):
if bankers_cards > players_cards:
print "The bank wins with a natural {0}".format(bankers_cards)
elif bankers_cards < players_cards:
print "{0} wins with a natural {1}".format(the_player.name, players_cards)
players.win()
elif bankers_cards == players_cards:
print "There is a draw."
players.draw()
else:
print "Not won, lost or drawn!"
for i in players:
print i.name+" has "+str(i.kitty)
for i in two_players:
i.hand = []
continue
if players_cards > 5:
print "You must stand on a {0}".format(players_cards)
last_card = "no card"
elif players_cards < 5:
print "You must draw to a {0}".format(players_cards)
players_cards, last_card = playersThird(the_player, shoe)
else:
standordraw = "no"
while not standordraw in ("d", "s"):
standordraw = raw_input("You have 5. Do you want to (s)tand or (d)raw? ")
if standordraw == "d":
players_cards, last_card = playersThird(the_player, shoe)
if bankersThird(last_card, bankers_cards):
shoe.thirdCard(banker)
bankers_cards = total(banker.hand)
print "The bank draws a {0}".format(banker.hand[-1].name)
if bankers_cards > players_cards:
winner = "the banker"
elif bankers_cards < players_cards:
winner = the_player.name
players.win()
elif bankers_cards == players_cards:
winner = "nobody, because it's a draw."
players.draw()
print "The banker scores {0} and {1} scores {2}. The winner is {3}".format(bankers_cards, the_player.name, players_cards, winner)
for i in players:
print i.name+" has "+str(i.kitty)
for i in two_players:
i.hand = []
main()
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