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Forked from mjhea0/python_blackjack.py

I decided to start off a little simpler, and try to do this for Blackjack. A special thanks to wizard of odds, whose chart I used to design my strategy function. The code used for this project is on my Github, as it is too long to paste here. Rules of Blackjack. Blackjack is a game which a player plays against a casino. First of all, I'm sorry I know that this question has been answered already but I wasn't able to get my answer from that. I've been using python for almost 2 years and can say that I'm pretty good at it and improving day by day. I want to make some make money off python even if it's a small amount. This classic approach to the problem of reinforcement learning will be demonstrated by finding the optimal policy to a simplified version of blackjack. By the end of this article I hope that you will be able to describe and implement the following topics. The full code can be found on my GitHub. Monte Carlo Prediction; Monte Carlo Control. I am in the process of writing a blackjack code for python, and i was hoping someone would be able to tell me how to make it: Recognize what someone has typed i.e. 'Hit' or 'Stand' and react accordingly. Calculate what the player's score is and whether it is an ace and a jack together, and automatically wins. Ok, this is what I have gotten so far.

python_blackjack.py

importos

importrandom

deck= [2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]*4

defdeal(deck):

hand= []

foriinrange(2):

random.shuffle(deck)

card=deck.pop()

ifcard11:card='J'

ifcard12:card='Q'

ifcard13:card='K'

ifcard14:card='A'

hand.append(card)

returnhand

defplay_again():

again=raw_input('Do you want to play again? (Y/N) : ').lower()

ifagain'y':

dealer_hand= []

player_hand= []

deck= [2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]*4

game()

else:

print'Bye!'

exit()

deftotal(hand):

total=0

forcardinhand:

ifcard'J'orcard'Q'orcard'K':

total+=10

elifcard'A':

iftotal>=11: total+=1

else: total+=11

else:

total+=card

returntotal

defhit(hand):

card=deck.pop()

ifcard11:card='J'

ifcard12:card='Q'

ifcard13:card='K'

ifcard14:card='A'

hand.append(card)

returnhand

defclear():

ifos.name'nt':

os.system('CLS')

ifos.name'posix':

os.system('clear')

defprint_results(dealer_hand, player_hand):

clear()

print'The dealer has a '+str(dealer_hand) +' for a total of '+str(total(dealer_hand))

print'You have a '+str(player_hand) +' for a total of '+str(total(player_hand))

defblackjack(dealer_hand, player_hand):

iftotal(player_hand) 21: