from IPython.display import clear_output
import time
import random
colors = []
faces = []
values = {}
deck = []
ip=[0]
id=[0]
def shufflecards():
global colors,faces,values,deck
colors = ['spades', 'hearts', 'diamonds', 'clubs']
faces = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
values = dict(zip(faces, [11, 2, 3, 4, 5, 6, 7, 8, 9, 10, 10, 10, 10]))
deck = [face + ' of ' + color for color in colors for face in faces]
random.shuffle(deck)
class Black_Jack_Bank(object):
def __init__(self,bankroll=100):
self.bankroll = bankroll
def add_money(self,add=20):
self.bankroll += add
def sub_money(self,sub=10):
trymoney = self.bankroll - sub
if(trymoney<0):
print"You Do Not Have Enough Money :("
while True :
passtry:
clear_output()
print"You have Gone Broke. So What? You Were Born to Overcome. You are not Destined to Lose."
val = int(raw_input("1. Enter Money to Bank\n2.GO Broke:P\nEnter Your Choice : "))
except:
print "Looks like you did not enter a valid choice !\nTry Some Numbers."
continue
else:
if(val == 1):
while True :
try:
print"You have Gone Broke. So What? You Were Born to Overcome. You are not Destined to Lose."
self.new_amount = int(raw_input("Empty Your Pockets :) Add Money To Casion Bank ! : "))
except:
print "Looks like you did not enter a valid choice !\nTry Some Numbers."
continue
else:
self.bankroll = self.new_amount
break
if(val == 2):
continue
break
while True:
try:
self.bet = int(raw_input("\nPlease enter your Bet : "))
except:
print "Oops ! Thats not a valid Bet ! \nTry Some Numbers"
continue
else:
trymoney1 = self.bankroll - self.bet
if(trymoney1<0):
print "Do Not Spend MONEY you don't have."
print "Your Current Balance is : "
print self.bankroll
continue
self.bankroll -= self.bet
break
def get_money(self):
return self.bankroll
def get_bet(self):
return self.bet
def blackjack_sub(self,sub):
self.bet = sub
self.bankroll -= self.bet
class Black_Jack_Gameplay(object):
def __init__(self):
self.player_card = []
self.valuep = 0
self.dealer_card = []
self.valued = 0
def dealer_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
print '\nDealers Cards are : '
print"[' * ', '{a}']".format(a=self.dealer_card[1])
def player_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
print '\nYour Initial Cards are : '
print self.player_card
print self.valuep
def player_hand_hit(self):
if(ip[0] == 0):
if( self.player_card[0] == 'A of spades' or self.player_card[0] == 'A of hearts' or
self.player_card[0] == 'A of diamonds' or self.player_card[0] == 'A of clubs' or
self.player_card[1] == 'A of spades' or self.player_card[1] == 'A of hearts' or
self.player_card[1] == 'A of diamonds' or self.player_card[1] == 'A of clubs'):
values['A']=1
ip[0] = 1
self.valuep = self.valuep - 10
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
clear_output()
print '\nDealers Card are :'
print"[' * ', '{a}']".format(a=self.dealer_card[1])
print '\nYour Cards are : '
print self.player_card
print self.valuep
def dealer_hand_hit(self):
if(self.valued>=17):
clear_output()
print '\nYour Cards are : '
print self.player_card
print '\nDealers Cards are :'
print self.dealer_card
print self.valued
while self.valued < 17 :
#Once Player Stands The Dealer will play till Soft Hand is Reached
if(id[0] == 0):
if( self.dealer_card[0] == 'A of spades' or self.dealer_card[0] == 'A of hearts' or
self.dealer_card[0] == 'A of diamonds' or self.dealer_card[0] == 'A of clubs' or
self.dealer_card[1] == 'A of spades' or self.dealer_card[1] == 'A of hearts' or
self.dealer_card[1] == 'A of diamonds' or self.dealer_card[1] == 'A of clubs'
):
values['A']=1
id[0] =1
self.valued = self.valued - 10
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
clear_output()
print '\nYour Cards are :'
print self.player_card
print '\nDealers Cards are : '
print self.dealer_card
print self.valued
def player_win(self):
if (self.valuep == 21):
clear_output()
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Win'
if(self.valuep > 21):
clear_output()
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Burst'
if(self.valuep < 21):
return 'C'
def dealer_win(self):
if (self.valued == 21):
return 'BJ'
if(self.valued > 21):
return 'B'
if (self.valued > self.valuep):
return 'W'
if(self.valued < self.valuep):
return 'L'
if(self.valued == self.valuep):
return 'D'
player_name = raw_input("Please Enter Your Name : ")
game_on = True
input1 = 0
gamebet1=0
while True:
try:
gamebet1 = inputint(raw_input("Empty Your Pockets :) Add Money To Casion Bank ! : "))
except:
print "Oops ! Thats not a valid Amount ! \nTry Some Numbers"
continue
else:
player_bank = Black_Jack_Bank(gamebet1)
break
while game_on:
clear_output()
print 'Welcome To Black Jack'
player_bank = Black_Jack_Bank(gamebet1)
gamebet = player_bank.sub_money()
gamebet1 = player_bank.get_money()
gamebet2 = player_bank.get_bet()
print'Shuffling Cards . . . & Counting Money'
time.sleep(3)
shufflecards()
clear_output()
print"Dealer's Card are as follows"
player_name = Black_Jack_Gameplay()
player_name.dealer_hand_initial()
player_name.player_hand_initial()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! Its BlackJack"
player_bank.add_money((gamebet2)*2.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
y = player_name.dealer_win()
if(y == 'BJ'):
print "Yipee ! Its BlackJack"
player_bank.blackjack_sub((gamebet2)*0.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
while True:
try:
val = int(raw_input("Please enter \n1. Hit\n2. Stand\n3. Current Balanace\n4. Exit Game\nPlease Enter Your Choice : "))
except:
print "Looks like you did not enter a Valid Choice!"
continue
else:
if(val == 1):
player_name.player_hand_hit()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! You Win !"
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'Burst'):
print"Woopsie ! It's a burst"
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'C'):
continue
if(val == 2):
player_name.dealer_hand_hit()
y = player_name.dealer_win()
if(y == 'B'):
print'Dealer Bursts ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'BJ'):
print"Hmmm ! Dealer Wins"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'W'):
print'Hmmm ! Dealer Wins'
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'L'):
print'Yipee ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'D'):
print"Woah !It's a Draw"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(val == 3):
print gamebet1
if(val == 4):
player_name.dealer_hand_hit()
y = player_name.dealer_win()
if(y == 'B'):
print'Dealer Bursts ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(57)
game_on break
if(y == 'BJ'):
print"Hmmm ! Dealer Wins"
player_bank.add_money(gamebet2)
gamebet1 = Falseplayer_bank.get_money()
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'W'):
print'Hmmm ! Dealer Wins'
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'L'):
print'Yipee ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'D'):
print"Woah !It's a Draw"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
from IPython.display import clear_output
import time
import random
colors = []
faces = []
values = {}
deck = []
ip=[0]
id=[0]
def shufflecards():
global colors,faces,values,deck
colors = ['spades', 'hearts', 'diamonds', 'clubs']
faces = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
values = dict(zip(faces, [11, 2, 3, 4, 5, 6, 7, 8, 9, 10, 10, 10, 10]))
deck = [face + ' of ' + color for color in colors for face in faces]
random.shuffle(deck)
class Black_Jack_Bank(object):
def __init__(self,bankroll=100):
self.bankroll = bankroll
def add_money(self,add=20):
self.bankroll += add
def sub_money(self,sub=10):
trymoney = self.bankroll - sub
if(trymoney<0):
print"You Do Not Have Enough Money :("
while True :
pass
while True:
try:
self.bet = int(raw_input("\nPlease enter your Bet : "))
except:
print "Oops ! Thats not a valid Bet ! \nTry Some Numbers"
continue
else:
self.bankroll -= self.bet
break
def get_money(self):
return self.bankroll
def get_bet(self):
return self.bet
def blackjack_sub(self,sub):
self.bet = sub
self.bankroll -= self.bet
class Black_Jack_Gameplay(object):
def __init__(self):
self.player_card = []
self.valuep = 0
self.dealer_card = []
self.valued = 0
def dealer_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
print '\nDealers Cards are : '
print"[' * ', '{a}']".format(a=self.dealer_card[1])
def player_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
print '\nYour Initial Cards are : '
print self.player_card
print self.valuep
def player_hand_hit(self):
if(ip[0] == 0):
if( self.player_card[0] == 'A of spades' or self.player_card[0] == 'A of hearts' or
self.player_card[0] == 'A of diamonds' or self.player_card[0] == 'A of clubs' or
self.player_card[1] == 'A of spades' or self.player_card[1] == 'A of hearts' or
self.player_card[1] == 'A of diamonds' or self.player_card[1] == 'A of clubs'):
values['A']=1
ip[0] = 1
self.valuep = self.valuep - 10
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
clear_output()
print '\nDealers Card are :'
print"[' * ', '{a}']".format(a=self.dealer_card[1])
print '\nYour Cards are : '
print self.player_card
print self.valuep
def dealer_hand_hit(self):
if(self.valued>=17):
clear_output()
print '\nYour Cards are : '
print self.player_card
print '\nDealers Cards are :'
print self.dealer_card
print self.valued
while self.valued < 17 :
#Once Player Stands The Dealer will play till Soft Hand is Reached
if(id[0] == 0):
if( self.dealer_card[0] == 'A of spades' or self.dealer_card[0] == 'A of hearts' or
self.dealer_card[0] == 'A of diamonds' or self.dealer_card[0] == 'A of clubs' or
self.dealer_card[1] == 'A of spades' or self.dealer_card[1] == 'A of hearts' or
self.dealer_card[1] == 'A of diamonds' or self.dealer_card[1] == 'A of clubs'
):
values['A']=1
id[0] =1
self.valued = self.valued - 10
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
clear_output()
print '\nYour Cards are :'
print self.player_card
print '\nDealers Cards are : '
print self.dealer_card
print self.valued
def player_win(self):
if (self.valuep == 21):
clear_output()
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Win'
if(self.valuep > 21):
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Burst'
if(self.valuep < 21):
return 'C'
def dealer_win(self):
if (self.valued == 21):
return 'BJ'
if(self.valued > 21):
return 'B'
if (self.valued > self.valuep):
return 'W'
if(self.valued < self.valuep):
return 'L'
if(self.valued == self.valuep):
return 'D'
player_name = raw_input("Please Enter Your Name : ")
game_on = True
input1 = 0
gamebet1=0
gamebet1 = input("Empty Your Pockets :) Add Money To Casion Bank ! : ")
player_bank = Black_Jack_Bank(gamebet1)
while game_on:
clear_output()
print 'Welcome To Black Jack'
player_bank = Black_Jack_Bank(gamebet1)
gamebet = player_bank.sub_money()
gamebet1 = player_bank.get_money()
gamebet2 = player_bank.get_bet()
print'Shuffling Cards . . . & Counting Money'
time.sleep(3)
shufflecards()
clear_output()
print"Dealer's Card are as follows"
player_name = Black_Jack_Gameplay()
player_name.dealer_hand_initial()
player_name.player_hand_initial()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! Its BlackJack"
player_bank.add_money((gamebet2)*2.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
y = player_name.dealer_win()
if(y == 'BJ'):
print "Yipee ! Its BlackJack"
player_bank.blackjack_sub((gamebet2)*0.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
while True:
try:
val = int(raw_input("Please enter \n1. Hit\n2. Stand\n3. Current Balanace\n4. Exit Game\nPlease Enter Your Choice : "))
except:
print "Looks like you did not enter a Valid Choice!"
continue
else:
if(val == 1):
player_name.player_hand_hit()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! You Win !"
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'Burst'):
print"Woopsie ! It's a burst"
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'C'):
continue
if(val == 2):
player_name.dealer_hand_hit()
y = player_name.dealer_win()
if(y == 'B'):
print'Dealer Bursts ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'BJ'):
print"Hmmm ! Dealer Wins"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'W'):
print'Hmmm ! Dealer Wins'
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'L'):
print'Yipee ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'D'):
print"Woah !It's a Draw"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(val == 3):
print gamebet1
if(val == 4):
print gamebet1
time.sleep(5)
game_on = False
from IPython.display import clear_output
import time
import random
colors = []
faces = []
values = {}
deck = []
ip=[0]
id=[0]
def shufflecards():
global colors,faces,values,deck
colors = ['spades', 'hearts', 'diamonds', 'clubs']
faces = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
values = dict(zip(faces, [11, 2, 3, 4, 5, 6, 7, 8, 9, 10, 10, 10, 10]))
deck = [face + ' of ' + color for color in colors for face in faces]
random.shuffle(deck)
class Black_Jack_Bank(object):
def __init__(self,bankroll=100):
self.bankroll = bankroll
def add_money(self,add=20):
self.bankroll += add
def sub_money(self,sub=10):
trymoney = self.bankroll - sub
if(trymoney<0):
while True :
try:
clear_output()
print"You have Gone Broke. So What? You Were Born to Overcome. You are not Destined to Lose."
val = int(raw_input("1. Enter Money to Bank\n2.GO Broke:P\nEnter Your Choice : "))
except:
print "Looks like you did not enter a valid choice !\nTry Some Numbers."
continue
else:
if(val == 1):
while True :
try:
print"You have Gone Broke. So What? You Were Born to Overcome. You are not Destined to Lose."
self.new_amount = int(raw_input("Empty Your Pockets :) Add Money To Casion Bank ! : "))
except:
print "Looks like you did not enter a valid choice !\nTry Some Numbers."
continue
else:
self.bankroll = self.new_amount
break
if(val == 2):
continue
break
while True:
try:
self.bet = int(raw_input("\nPlease enter your Bet : "))
except:
print "Oops ! Thats not a valid Bet ! \nTry Some Numbers"
continue
else:
trymoney1 = self.bankroll - self.bet
if(trymoney1<0):
print "Do Not Spend MONEY you don't have."
print "Your Current Balance is : "
print self.bankroll
continue
self.bankroll -= self.bet
break
def get_money(self):
return self.bankroll
def get_bet(self):
return self.bet
def blackjack_sub(self,sub):
self.bet = sub
self.bankroll -= self.bet
class Black_Jack_Gameplay(object):
def __init__(self):
self.player_card = []
self.valuep = 0
self.dealer_card = []
self.valued = 0
def dealer_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
print '\nDealers Cards are : '
print"[' * ', '{a}']".format(a=self.dealer_card[1])
def player_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
print '\nYour Initial Cards are : '
print self.player_card
print self.valuep
def player_hand_hit(self):
if(ip[0] == 0):
if( self.player_card[0] == 'A of spades' or self.player_card[0] == 'A of hearts' or
self.player_card[0] == 'A of diamonds' or self.player_card[0] == 'A of clubs' or
self.player_card[1] == 'A of spades' or self.player_card[1] == 'A of hearts' or
self.player_card[1] == 'A of diamonds' or self.player_card[1] == 'A of clubs'):
values['A']=1
ip[0] = 1
self.valuep = self.valuep - 10
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
clear_output()
print '\nDealers Card are :'
print"[' * ', '{a}']".format(a=self.dealer_card[1])
print '\nYour Cards are : '
print self.player_card
print self.valuep
def dealer_hand_hit(self):
if(self.valued>=17):
clear_output()
print '\nYour Cards are : '
print self.player_card
print '\nDealers Cards are :'
print self.dealer_card
print self.valued
while self.valued < 17 :
#Once Player Stands The Dealer will play till Soft Hand is Reached
if(id[0] == 0):
if( self.dealer_card[0] == 'A of spades' or self.dealer_card[0] == 'A of hearts' or
self.dealer_card[0] == 'A of diamonds' or self.dealer_card[0] == 'A of clubs' or
self.dealer_card[1] == 'A of spades' or self.dealer_card[1] == 'A of hearts' or
self.dealer_card[1] == 'A of diamonds' or self.dealer_card[1] == 'A of clubs'
):
values['A']=1
id[0] =1
self.valued = self.valued - 10
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
clear_output()
print '\nYour Cards are :'
print self.player_card
print '\nDealers Cards are : '
print self.dealer_card
print self.valued
def player_win(self):
if (self.valuep == 21):
clear_output()
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Win'
if(self.valuep > 21):
clear_output()
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Burst'
if(self.valuep < 21):
return 'C'
def dealer_win(self):
if (self.valued == 21):
return 'BJ'
if(self.valued > 21):
return 'B'
if (self.valued > self.valuep):
return 'W'
if(self.valued < self.valuep):
return 'L'
if(self.valued == self.valuep):
return 'D'
player_name = raw_input("Please Enter Your Name : ")
game_on = True
input1 = 0
gamebet1=0
while True:
try:
gamebet1 = int(raw_input("Empty Your Pockets :) Add Money To Casion Bank ! : "))
except:
print "Oops ! Thats not a valid Amount ! \nTry Some Numbers"
continue
else:
player_bank = Black_Jack_Bank(gamebet1)
break
while game_on:
clear_output()
print 'Welcome To Black Jack'
player_bank = Black_Jack_Bank(gamebet1)
gamebet = player_bank.sub_money()
gamebet1 = player_bank.get_money()
gamebet2 = player_bank.get_bet()
print'Shuffling Cards . . . & Counting Money'
time.sleep(3)
shufflecards()
clear_output()
print"Dealer's Card are as follows"
player_name = Black_Jack_Gameplay()
player_name.dealer_hand_initial()
player_name.player_hand_initial()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! Its BlackJack"
player_bank.add_money((gamebet2)*2.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
y = player_name.dealer_win()
if(y == 'BJ'):
print "Yipee ! Its BlackJack"
player_bank.blackjack_sub((gamebet2)*0.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
while True:
try:
val = int(raw_input("Please enter \n1. Hit\n2. Stand\n3. Current Balanace\n4. Exit Game\nPlease Enter Your Choice : "))
except:
print "Looks like you did not enter a Valid Choice!"
continue
else:
if(val == 1):
player_name.player_hand_hit()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! You Win !"
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'Burst'):
print"Woopsie ! It's a burst"
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'C'):
continue
if(val == 2):
player_name.dealer_hand_hit()
y = player_name.dealer_win()
if(y == 'B'):
print'Dealer Bursts ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'BJ'):
print"Hmmm ! Dealer Wins"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'W'):
print'Hmmm ! Dealer Wins'
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'L'):
print'Yipee ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'D'):
print"Woah !It's a Draw"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(val == 3):
print gamebet1
if(val == 4):
player_name.dealer_hand_hit()
y = player_name.dealer_win()
if(y == 'B'):
print'Dealer Bursts ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'BJ'):
print"Hmmm ! Dealer Wins"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'W'):
print'Hmmm ! Dealer Wins'
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'L'):
print'Yipee ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'D'):
print"Woah !It's a Draw"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your CheckOut Balance is : %s "%(gamebet1)
time.sleep(7)
break
from IPython.display import clear_output
import time
import random
colors = []
faces = []
values = {}
deck = []
ip=[0]
id=[0]
def shufflecards():
global colors,faces,values,deck
colors = ['spades', 'hearts', 'diamonds', 'clubs']
faces = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
values = dict(zip(faces, [11, 2, 3, 4, 5, 6, 7, 8, 9, 10, 10, 10, 10]))
deck = [face + ' of ' + color for color in colors for face in faces]
random.shuffle(deck)
class Black_Jack_Bank(object):
def __init__(self,bankroll=100):
self.bankroll = bankroll
def add_money(self,add=20):
self.bankroll += add
def sub_money(self,sub=10):
trymoney = self.bankroll - sub
if(trymoney<0):
print"You Do Not Have Enough Money :("
while True :
pass
while True:
try:
self.bet = int(raw_input("\nPlease enter your Bet : "))
except:
print "Oops ! Thats not a valid Bet ! \nTry Some Numbers"
continue
else:
self.bankroll -= self.bet
break
def get_money(self):
return self.bankroll
def get_bet(self):
return self.bet
def blackjack_sub(self,sub):
self.bet = sub
self.bankroll -= self.bet
class Black_Jack_Gameplay(object):
def __init__(self):
self.player_card = []
self.valuep = 0
self.dealer_card = []
self.valued = 0
def dealer_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
print '\nDealers Cards are : '
print"[' * ', '{a}']".format(a=self.dealer_card[1])
def player_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
print '\nYour Initial Cards are : '
print self.player_card
print self.valuep
def player_hand_hit(self):
if(ip[0] == 0):
if( self.player_card[0] == 'A of spades' or self.player_card[0] == 'A of hearts' or
self.player_card[0] == 'A of diamonds' or self.player_card[0] == 'A of clubs' or
self.player_card[1] == 'A of spades' or self.player_card[1] == 'A of hearts' or
self.player_card[1] == 'A of diamonds' or self.player_card[1] == 'A of clubs'):
values['A']=1
ip[0] = 1
self.valuep = self.valuep - 10
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
clear_output()
print '\nDealers Card are :'
print"[' * ', '{a}']".format(a=self.dealer_card[1])
print '\nYour Cards are : '
print self.player_card
print self.valuep
def dealer_hand_hit(self):
if(self.valued>=17):
clear_output()
print '\nYour Cards are : '
print self.player_card
print '\nDealers Cards are :'
print self.dealer_card
print self.valued
while self.valued < 17 :
#Once Player Stands The Dealer will play till Soft Hand is Reached
if(id[0] == 0):
if( self.dealer_card[0] == 'A of spades' or self.dealer_card[0] == 'A of hearts' or
self.dealer_card[0] == 'A of diamonds' or self.dealer_card[0] == 'A of clubs' or
self.dealer_card[1] == 'A of spades' or self.dealer_card[1] == 'A of hearts' or
self.dealer_card[1] == 'A of diamonds' or self.dealer_card[1] == 'A of clubs'
):
values['A']=1
id[0] =1
self.valued = self.valued - 10
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
clear_output()
print '\nYour Cards are :'
print self.player_card
print '\nDealers Cards are : '
print self.dealer_card
print self.valued
def player_win(self):
if (self.valuep == 21):
clear_output()
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Win'
if(self.valuep > 21):
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Burst'
if(self.valuep < 21):
return 'C'
def dealer_win(self):
if (self.valued == 21):
return 'BJ'
if(self.valued > 21):
return 'B'
if (self.valued > self.valuep):
return 'W'
if(self.valued < self.valuep):
return 'L'
if(self.valued == self.valuep):
return 'D'
player_name = raw_input("Please Enter Your Name : ")
game_on = True
input1 = 0
gamebet1=0
gamebet1 = input("Empty Your Pockets :) Add Money To Casion Bank ! : ")
player_bank = Black_Jack_Bank(gamebet1)
while game_on:
clear_output()
print 'Welcome To Black Jack'
player_bank = Black_Jack_Bank(gamebet1)
gamebet = player_bank.sub_money()
gamebet1 = player_bank.get_money()
gamebet2 = player_bank.get_bet()
print'Shuffling Cards . . . & Counting Money'
time.sleep(3)
shufflecards()
clear_output()
print"Dealer's Card are as follows"
player_name = Black_Jack_Gameplay()
player_name.dealer_hand_initial()
player_name.player_hand_initial()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! Its BlackJack"
player_bank.add_money((gamebet2)*2.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
y = player_name.dealer_win()
if(y == 'BJ'):
print "Yipee ! Its BlackJack"
player_bank.blackjack_sub((gamebet2)*0.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
while True:
try:
val = int(raw_input("Please enter \n1. Hit\n2. Stand\n3. Current Balanace\n4. Exit Game\nPlease Enter Your Choice : "))
except:
print "Looks like you did not enter a Valid Choice!"
continue
else:
if(val == 1):
player_name.player_hand_hit()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! You Win !"
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'Burst'):
print"Woopsie ! It's a burst"
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'C'):
continue
if(val == 2):
player_name.dealer_hand_hit()
y = player_name.dealer_win()
if(y == 'B'):
print'Dealer Bursts ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'BJ'):
print"Hmmm ! Dealer Wins"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'W'):
print'Hmmm ! Dealer Wins'
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'L'):
print'Yipee ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'D'):
print"Woah !It's a Draw"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(val == 3):
print gamebet1
if(val == 4):
print gamebet1
time.sleep(5)
game_on = False
I want help to make it better. Any code optimization with explanation is welcome. (if: You Know Any Major Rules That Code Does Not FollowIf you know any major rules that this code does not follow or Some Bugssome bugs in Code Do Mention )code, please mention.
P.S. I have tried using Object Oriented Programming. Due to gettting frustrated at the end due to errors. At the end the name of variables might be confusing. Please Overlook That
from IPython.display import clear_output
import time
import random
colors = []
faces = []
values = {}
deck = []
ip=[0]
id=[0]
def shufflecards():
global colors,faces,values,deck
colors = ['spades', 'hearts', 'diamonds', 'clubs']
faces = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
values = dict(zip(faces, [11, 2, 3, 4, 5, 6, 7, 8, 9, 10, 10, 10, 10]))
deck = [face + ' of ' + color for color in colors for face in faces]
random.shuffle(deck)
class Black_Jack_Bank(object):
def __init__(self,bankroll=100):
self.bankroll = bankroll
def add_money(self,add=20):
self.bankroll += add
def sub_money(self,sub=10):
trymoney = self.bankroll - sub
if(trymoney<0):
print"You Do Not Have Enough Money :("
while True :
pass
while True:
try:
self.bet = int(raw_input("\nPlease enter your Bet : "))
except:
print "Oops ! Thats not a valid Bet ! \nTry Some Numbers"
continue
else:
self.bankroll -= self.bet
break
def get_money(self):
return self.bankroll
def get_bet(self):
return self.bet
def blackjack_sub(self,sub):
self.bet = sub
self.bankroll -= self.bet
class Black_Jack_Gameplay(object):
def __init__(self):
self.player_card = []
self.valuep = 0
self.dealer_card = []
self.valued = 0
def dealer_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
print '\nDealers Cards are : '
print"[' * ', '{a}']".format(a=self.dealer_card[1])
def player_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
print '\nYour Initial Cards are : '
print self.player_card
print self.valuep
def player_hand_hit(self):
if(ip[0] == 0):
if( self.player_card[0] == 'A of spades' or self.player_card[0] == 'A of hearts' or
self.player_card[0] == 'A of diamonds' or self.player_card[0] == 'A of clubs' or
self.player_card[1] == 'A of spades' or self.player_card[1] == 'A of hearts' or
self.player_card[1] == 'A of diamonds' or self.player_card[1] == 'A of clubs'):
values['A']=1
ip[0] = 1
self.valuep = self.valuep - 10
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
clear_output()
print '\nDealers Card are :'
print"[' * ', '{a}']".format(a=self.dealer_card[1])
print '\nYour Cards are : '
print self.player_card
print self.valuep
def dealer_hand_hit(self):
if(self.valued>=17):
clear_output()
print '\nYour Cards are : '
print self.player_card
print '\nDealers Cards are :'
print self.dealer_card
print self.valued
while self.valued < 17 :
#Once Player Stands The Dealer will play till Soft Hand is Reached
if(id[0] == 0):
if( self.dealer_card[0] == 'A of spades' or self.dealer_card[0] == 'A of hearts' or
self.dealer_card[0] == 'A of diamonds' or self.dealer_card[0] == 'A of clubs' or
self.dealer_card[1] == 'A of spades' or self.dealer_card[1] == 'A of hearts' or
self.dealer_card[1] == 'A of diamonds' or self.dealer_card[1] == 'A of clubs'
):
values['A']=1
id[0] =1
self.valued = self.valued - 10
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
clear_output()
print '\nYour Cards are :'
print self.player_card
print '\nDealers Cards are : '
print self.dealer_card
print self.valued
def player_win(self):
if (self.valuep == 21):
clear_output()
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Win'
if(self.valuep > 21):
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Burst'
if(self.valuep < 21):
return 'C'
def dealer_win(self):
if (self.valued == 21):
return 'BJ'
if(self.valued > 21):
return 'B'
if (self.valued > self.valuep):
return 'W'
if(self.valued < self.valuep):
return 'L'
if(self.valued == self.valuep):
return 'D'
player_name = raw_input("Please Enter Your Name : ")
game_on = True
input1 = 0
gamebet1=0
gamebet1 = input("Empty Your Pockets :) Add Money To Casion Bank ! : ")
player_bank = Black_Jack_Bank(gamebet1)
while game_on:
clear_output()
print 'Welcome To Black Jack'
player_bank = Black_Jack_Bank(gamebet1)
gamebet = player_bank.sub_money()
gamebet1 = player_bank.get_money()
gamebet2 = player_bank.get_bet()
print'Shuffling Cards . . . & Counting Money'
time.sleep(3)
shufflecards()
clear_output()
print"Dealer's Card are as follows"
player_name = Black_Jack_Gameplay()
player_name.dealer_hand_initial()
player_name.player_hand_initial()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! Its BlackJack"
player_bank.add_money((gamebet2)*2.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
y = player_name.dealer_win()
if(y == 'BJ'):
print "Yipee ! Its BlackJack"
player_bank.blackjack_sub((gamebet2)*0.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
while True:
try:
val = int(raw_input("Please enter \n1. Hit\n2. Stand\n3. Current Balanace\n4. Exit Game\nPlease Enter Your Choice : "))
except:
print "Looks like you did not enter a Valid Choice!"
continue
else:
if(val == 1):
player_name.player_hand_hit()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! You Win !"
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'Burst'):
print"Woopsie ! It's a burst"
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'C'):
continue
if(val == 2):
player_name.dealer_hand_hit()
y = player_name.dealer_win()
if(y == 'B'):
print'Dealer Bursts ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'BJ'):
print"Hmmm ! Dealer Wins"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'W'):
print'Hmmm ! Dealer Wins'
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'L'):
print'Yipee ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'D'):
print"Woah !It's a Draw"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(val == 3):
print gamebet1
if(val == 4):
print gamebet1
time.sleep(5)
game_on = False
I want help to make it better. Any code optimization with explanation is welcome. (if: You Know Any Major Rules That Code Does Not Follow or Some Bugs in Code Do Mention )
P.S. I have tried using Object Oriented Programming. Due to gettting frustrated at the end due to errors. At the end the name of variables might be confusing. Please Overlook That
from IPython.display import clear_output
import time
import random
colors = []
faces = []
values = {}
deck = []
ip=[0]
id=[0]
def shufflecards():
global colors,faces,values,deck
colors = ['spades', 'hearts', 'diamonds', 'clubs']
faces = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
values = dict(zip(faces, [11, 2, 3, 4, 5, 6, 7, 8, 9, 10, 10, 10, 10]))
deck = [face + ' of ' + color for color in colors for face in faces]
random.shuffle(deck)
class Black_Jack_Bank(object):
def __init__(self,bankroll=100):
self.bankroll = bankroll
def add_money(self,add=20):
self.bankroll += add
def sub_money(self,sub=10):
trymoney = self.bankroll - sub
if(trymoney<0):
print"You Do Not Have Enough Money :("
while True :
pass
while True:
try:
self.bet = int(raw_input("\nPlease enter your Bet : "))
except:
print "Oops ! Thats not a valid Bet ! \nTry Some Numbers"
continue
else:
self.bankroll -= self.bet
break
def get_money(self):
return self.bankroll
def get_bet(self):
return self.bet
def blackjack_sub(self,sub):
self.bet = sub
self.bankroll -= self.bet
class Black_Jack_Gameplay(object):
def __init__(self):
self.player_card = []
self.valuep = 0
self.dealer_card = []
self.valued = 0
def dealer_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
print '\nDealers Cards are : '
print"[' * ', '{a}']".format(a=self.dealer_card[1])
def player_hand_initial(self):
for i in range(2):
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
print '\nYour Initial Cards are : '
print self.player_card
print self.valuep
def player_hand_hit(self):
if(ip[0] == 0):
if( self.player_card[0] == 'A of spades' or self.player_card[0] == 'A of hearts' or
self.player_card[0] == 'A of diamonds' or self.player_card[0] == 'A of clubs' or
self.player_card[1] == 'A of spades' or self.player_card[1] == 'A of hearts' or
self.player_card[1] == 'A of diamonds' or self.player_card[1] == 'A of clubs'):
values['A']=1
ip[0] = 1
self.valuep = self.valuep - 10
a_card = deck.pop()
self.player_card.append(a_card)
self.valuep += values[a_card.split()[0]]
clear_output()
print '\nDealers Card are :'
print"[' * ', '{a}']".format(a=self.dealer_card[1])
print '\nYour Cards are : '
print self.player_card
print self.valuep
def dealer_hand_hit(self):
if(self.valued>=17):
clear_output()
print '\nYour Cards are : '
print self.player_card
print '\nDealers Cards are :'
print self.dealer_card
print self.valued
while self.valued < 17 :
#Once Player Stands The Dealer will play till Soft Hand is Reached
if(id[0] == 0):
if( self.dealer_card[0] == 'A of spades' or self.dealer_card[0] == 'A of hearts' or
self.dealer_card[0] == 'A of diamonds' or self.dealer_card[0] == 'A of clubs' or
self.dealer_card[1] == 'A of spades' or self.dealer_card[1] == 'A of hearts' or
self.dealer_card[1] == 'A of diamonds' or self.dealer_card[1] == 'A of clubs'
):
values['A']=1
id[0] =1
self.valued = self.valued - 10
a_card = deck.pop()
self.dealer_card.append(a_card)
self.valued += values[a_card.split()[0]]
clear_output()
print '\nYour Cards are :'
print self.player_card
print '\nDealers Cards are : '
print self.dealer_card
print self.valued
def player_win(self):
if (self.valuep == 21):
clear_output()
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Win'
if(self.valuep > 21):
print '\nDealers Cards are :'
print self.dealer_card
print '\nYour Cards are : '
print self.player_card
print self.valuep
return 'Burst'
if(self.valuep < 21):
return 'C'
def dealer_win(self):
if (self.valued == 21):
return 'BJ'
if(self.valued > 21):
return 'B'
if (self.valued > self.valuep):
return 'W'
if(self.valued < self.valuep):
return 'L'
if(self.valued == self.valuep):
return 'D'
player_name = raw_input("Please Enter Your Name : ")
game_on = True
input1 = 0
gamebet1=0
gamebet1 = input("Empty Your Pockets :) Add Money To Casion Bank ! : ")
player_bank = Black_Jack_Bank(gamebet1)
while game_on:
clear_output()
print 'Welcome To Black Jack'
player_bank = Black_Jack_Bank(gamebet1)
gamebet = player_bank.sub_money()
gamebet1 = player_bank.get_money()
gamebet2 = player_bank.get_bet()
print'Shuffling Cards . . . & Counting Money'
time.sleep(3)
shufflecards()
clear_output()
print"Dealer's Card are as follows"
player_name = Black_Jack_Gameplay()
player_name.dealer_hand_initial()
player_name.player_hand_initial()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! Its BlackJack"
player_bank.add_money((gamebet2)*2.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
y = player_name.dealer_win()
if(y == 'BJ'):
print "Yipee ! Its BlackJack"
player_bank.blackjack_sub((gamebet2)*0.5)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
continue
while True:
try:
val = int(raw_input("Please enter \n1. Hit\n2. Stand\n3. Current Balanace\n4. Exit Game\nPlease Enter Your Choice : "))
except:
print "Looks like you did not enter a Valid Choice!"
continue
else:
if(val == 1):
player_name.player_hand_hit()
z = player_name.player_win()
if(z == 'Win'):
print "Yipee ! You Win !"
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'Burst'):
print"Woopsie ! It's a burst"
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(z == 'C'):
continue
if(val == 2):
player_name.dealer_hand_hit()
y = player_name.dealer_win()
if(y == 'B'):
print'Dealer Bursts ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'BJ'):
print"Hmmm ! Dealer Wins"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'W'):
print'Hmmm ! Dealer Wins'
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'L'):
print'Yipee ! You Win'
player_bank.add_money((gamebet2)*2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(y == 'D'):
print"Woah !It's a Draw"
player_bank.add_money(gamebet2)
gamebet1 = player_bank.get_money()
print "Your Balance is : %s "%(gamebet1)
time.sleep(7)
break
if(val == 3):
print gamebet1
if(val == 4):
print gamebet1
time.sleep(5)
game_on = False
I want help to make it better. Any code optimization with explanation is welcome. If you know any major rules that this code does not follow or some bugs in code, please mention.
P.S. I have tried using Object Oriented Programming. Due to gettting frustrated at the end due to errors. At the end the name of variables might be confusing.
lang-py