I am working on Jupyter Notebook and I am new to Python. I have created this BlackJack Game (This is my 2nd Project as I am Learning Python. See my 1st - [Tic Tac Toe](https://codereview.stackexchange.com/questions/165692/tic-tac-toe-in-python-jupyter)


    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
        
                    
                
                    
            

    
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.