Python Game So i need help with a basic text based game in p

Python Game. So i need help with a basic text based game in python. Im making a blackjack game that instead of betting money you and the computer(dealer) have 100 HP(health). I want to make it so if you win a hand the computer(dealer) loses 10 HP and if you lose the hand the player loses 10 hp , You and the computer would start with 100 health and the first one to get the other to zero health wins.

import sys

import os

import random

deck = None

stats = {\'player\':{\'win\':0,\'lose\':0,\'tie\':0,\'blackjack\':0},\'dealer\'{\'win\':0,\'lose\':0,\'tie\':0,\'blackjack\':0}}

history = {\'bets\':[]} #use later to log playing history

def NewBlackjackGame():

player = Player(\"Player 1\")

dealer = Player(\"Dealer\")

game = Game(player, dealer,[])

round_number = 1

while player.credits > 1:

print(\'### Round \' + str(round_number) + \' ###\')

game.play_round()

round_number = round_number + 1

if player.credits < 1:

print(\'You are out of credits. Game over.\')

class Hand():

def __init__(self, owner):

self.owner = owner

self.cards =[]

self.values=[]

self.total = self.get_total()

def show_hand(self,dealer_turn):

if self.owner == \"Player 1\":

print(self.owner + \' current hand: \' + str(self.cards) + \' for a total of: \' + str(self.get_total()))

if self.owner == \"Dealer\" and dealer_turn==0:

print(\'Dealer shows: \' + self.cards[0] + \' and <card face down>\') #don\'t show the card in the hole

if self.owner == \"Dealer\" and dealer_turn==1:

print(self.owner + \' current hand: \' + str(self.cards) + \' for a total of: \' + str(self.get_total()))

def draw_card(self):

global deck

new_card = deck.draw()

self.cards.append(new_card)

self.values.append(deck.values_lookup[new_card])

#automatically take care of the \"soft\" \"hard\" business

if \"A\" in self.cards:

self.adjust_ace_value()

self.total = self.get_total()

def adjust_ace_value(self):

global deck

total_of_non_ace_cards = sum(deck.values_lookup[i] for i in self.cards if i != \'A\')

if total_of_non_ace_cards <= 10:

self.values[self.cards.index(\'A\')]=11

else:

self.values[self.cards.index(\'A\')]=1

def clear_hand(self):

del self.cards[:]

del self.values[:]

def get_total(self):

return sum(c for c in self.values)

class Game():

def __init__(self, player, dealer, stats):

self.player = player

self.dealer = dealer

self.stats = stats

def hit_or_stand(self):

#choice = raw_input(\'Continue or stop? You have a \' + str(self.get_bust_probability(self.player.hand,self.dealer.hand)) + \' percent probability of busting\') #use this later when I help the player if they need help

choice = raw_input(\'Press any key to Hit, or \"s\" to [s]tand > \')

if choice == \"s\":

return 0

else:

return 1

def increment_stats(self,player,cat):

global stats

if player == \'player\' and cat == \'win\':

stats[\'player\'][\'win\'] = stats[\'player\'][\'win\'] +1

stats[\'dealer\'][\'lose\'] = stats[\'dealer\'][\'lose\'] +1

if player == \'player\' and cat == \'lose\':

stats[\'player\'][\'lose\'] = stats[\'player\'][\'lose\'] +1

stats[\'dealer\'][\'win\'] = stats[\'dealer\'][\'win\'] +1

if player == \'player\' and cat == \'blackjack\':

stats[\'player\'][\'blackjack\'] = stats[\'player\'][\'blackjack\'] +1

stats[\'dealer\'][\'lose\'] = stats[\'dealer\'][\'lose\'] +1

if player==\'dealer\' and cat == \'blackjack\':

stats[\'player\'][\'lose\'] = stats[\'player\'][\'lose\'] +1

stats[\'dealer\'][\'blackjack\'] = stats[\'dealer\'][\'blackjack\'] +1

if player == \'player\' and cat == \'tie\':

stats[\'player\'][\'tie\'] = stats[\'player\'][\'tie\'] +1

stats[\'dealer\'][\'tie\'] = stats[\'dealer\'][\'tie\'] +1

def play_round(self):

global deck

global history

deck = Deck()

deck.shuffle()

self.player.hand.clear_hand()

self.dealer.hand.clear_hand()

initial_bet = 0

dealer_turn =0 #is it the dealer\'s turn?

hit = None # 1 is player and 0 is dealer

winner = None# -1 for dealer, 1 for player, 0 for tie

##player turn##

while initial_bet < 1 or initial_bet > self.player.credits:

try:

initial_bet = int(raw_input(\'How much would you like to bet? You have \' + str(self.player.credits) + \' credits. \'))

if initial_bet < 1:

print(\'Please bet at least 1 credit\')

if initial_bet > self.player.credits:

print(\'You do not have sufficient credits to make this wager. You have \' + str(self.player.credits) + \' credits left.\')

except ValueError:

print(\'That was an invalid number. Please enter a value >= 1\')

print(\'You bet \' + str(initial_bet))

self.player.change_credits(-initial_bet)

history[\'bets\'].append(initial_bet)

for i in range(2):

self.player.hand.draw_card()

self.dealer.hand.draw_card()

self.player.hand.show_hand(dealer_turn)

self.dealer.hand.show_hand(dealer_turn)

if self.player.hand.total < 21:

hit = self.hit_or_stand()

if self.player.hand.total == 21:

print(\'Player Blackjack!\')

self.increment_stats(\'player\', \'blackjack\')

self.player.change_credits(initial_bet*2.5) #3:2 returns for blackjack

winner = 1

while self.player.hand.total < 21 and hit and winner == None:

self.player.hand.draw_card()

self.player.hand.show_hand(dealer_turn)

if self.player.hand.total > 21:

print(\'Player bust!\')

self.increment_stats(\'player\', \'lose\')

winner = -1

break

hit = self.hit_or_stand()

#player stands

if hit == 0 and winner == None:

print(\'Player stands. Dealer turn\')

dealer_turn = 1

self.dealer.hand.show_hand(dealer_turn)

#two cases where dealer wins/ties right away

if self.dealer.hand.total == 21 and self.player.hand.total < 21:

print(\'Dealer Blackjack!\')

self.increment_stats(\'dealer\', \'blackjack\')

winner = -1

if self.dealer.hand.total == 21 and self.player.hand.total == 21 and len(self.player.hand.card) ==2:

print(\'Push! You have tied. You will get back your initial wager.\')

self.player.change_credits(int(initial_bet))

self.increment_stats(\'player\', \'tie\')

winner = 0

if self.dealer.hand.total > 17 and self.dealer.hand.total > self.player.hand.total:

print(\'Dealer wins!\')

self.increment_stats(\'player\', \'lose\')

winner = -1

#if not keep playing...

while self.dealer.hand.total < 17 and winner == None:

print(\'Dealer draws card...\')

self.dealer.hand.draw_card()

self.dealer.hand.show_hand(dealer_turn)

if self.dealer.hand.total < 21 and winner == None:

if self.dealer.hand.total > self.player.hand.total:

print(\'Dealer wins!\')

self.increment_stats(\'player\', \'lose\')

winner = -1

if self.dealer.hand.total == self.player.hand.total:

print(\'Push! You have tied. You will get back your initial wager.\')

self.player.change_credits(int(initial_bet))

self.increment_stats(\'player\', \'tie\')

winner = 0

if self.dealer.hand.total < self.player.hand.total:

print(\'Player 1 wins!\')

self.player.change_credits(2*int(initial_bet))

self.increment_stats(\'player\', \'win\')

winner = 1

if self.dealer.hand.total>21 and winner == None:

print(\'Dealer bust. Player wins!\')

self.player.change_credits(2*int(initial_bet))

self.increment_stats(\'player\', \'win\')

winner = 1

print(\'Your current credit is: \' + str(self.player.credits))

def get_bust_probability(self,player_hand,dealer_hand):

global deck

margin = 21 - player_hand.total

deck.card_values.append(deck.values_lookup[dealer_hand.cards[1]]) #we need to put back the dealer\'s hidden card since we cannot account for it in the probabilities

over_margin = len([c for c in deck.card_values if c > margin])

deck.card_values.remove(deck.values_lookup[dealer_hand.cards[1]]) #remove the dealer\'s hidden card that we had inserted to compute accurate probabilities

return round((over_margin/len(Deck().cards))*100.0)

class Deck():

def __init__(self):

self.values_lookup = {\'A\':1,\'2\':2,\'3\':3,\'4\':4, \'5\':5,\'6\':6,\'7\':7,\'8\':8,\'9\':9,\'10\':10,\'J\':10,\'K\':10,\'Q\':10}

self.cards = list(self.values_lookup.keys())*4

self.card_values = list(self.values_lookup.values())*4

def shuffle(self):

random.shuffle(self.cards)

def draw(self):

self.card_values.remove(self.values_lookup[self.cards[0]]) #update the values list

return self.cards.pop(0)

def cards_left(self):