Program To Create Black Jack Strategy Comparison Assignment Solution.

Instructions

Objective
Write a python assignment program to create black jack strategy comparison.
Requirements and Specifications

program to create black jack strategy comparison in python
program to create black jack strategy comparison in python 1
Source Code
from operator import ge
import random
import sys
import csv
from collections import namedtuple
def get_card():
 '''This function returns a random value between 1 and 13 '''
 return random.randint(1, 13)
def score(hand):
 ''' This function takes a list of numbers and results in a tuple
 where the 1st element is the total value of the blackjack hand.
 The second element is the number of soft aces present (if any)
 '''
 #Begin with 0 as our total - no cards have been dealt out
 Score = namedtuple('Score', 'total soft_ace_count')
 total = 0
 soft_ace_count = 0
#accounts if there are aces present
 for card in hand:
 if card == 1:
 soft_ace_count += 1
 total += 11
#For the jacks(11), queens(12), and kings(13) having a value of 10
 elif card > 10:
 total += 10
 else:
 total += card
#If aces are drawn can be "soft"
#Ex:value of the Ace can be 1 or 11
 while total > 21 and soft_ace_count > 0:
 total -= 10
 soft_ace_count -= 1
 return Score(total, soft_ace_count)
def stand(stand_on_value, stand_on_soft, cards):
 ''' The function will return a Boolean value indicating
 whether the player will stand on
 a “soft” hand or just on a “hard” hand,
 and a list of integers representing the cards in a Blackjack hand.
 True IF the player decides to STAND on their hand.
 Otherwise, the function will return False IF the player decides to HIT
 '''
 Stand = namedtuple('Stand','stand total')
 total, soft_ace_count = score(cards)
 if total >= stand_on_value:
 if soft_ace_count > 0 and total == stand_on_value:
 if stand_on_soft == True:
 return Stand(True, total) #stand
 else:
 return Stand(False, total) #hit
 else: #total >= stand value and no soft ace
 return Stand(True, total) #stand
 else:
 return Stand(False, total) #hit
def play_hand(stand_on_value, stand_on_soft):
 bust_count = 0
; hand = [get_card(), get_card()] #im getting 2 cards!
 getscore = score(hand)
 while score(hand)[0] < 21:
 if stand(stand_on_value, stand_on_soft, hand)[0] == True:
 # "STAND"
 return score(hand)
 else:
 hand.append(get_card()) # add a card
 if score(hand)[0] > 21:
 # "BUST"
 bust_count += 1
 return score(hand)
 elif score(hand)[0] == 21:
 # "WIN"
 return score(hand)
 else:
 # "Take it Back Now Y'all"
 continue
 return score(hand)
def main():
# blackjack.py   <'soft'|'hard'>
 #process inputs
 length_of_argv = len(sys.argv)
 if length_of_argv < 2:
 raise ValueError()
 num_simulations = int(sys.argv[1])
 if num_simulations < 1:
 raise ValueError()
 stand_on_value = 21
 firmness = 'soft'
 if firmness == 'soft':
 stand_on_soft = True
 elif firmness == 'hard':
 stand_on_soft = False
 else:
 raise ValueError()
 #run simulations
 totalbust = 0
 for simnum in range(num_simulations):
 result = simulate(stand_on_value,stand_on_soft)
 if not result:
 totalbust += 1
 #calculate final output bust percentage & print
 percentagebust = totalbust / num_simulations
 print(percentagebust)
def simulate(stand_on_value,stand_on_soft):
 hand = [get_card(), get_card()] #im getting 2 cards!
 """while not stand(stand_on_value, stand_on_soft, hand): #while hit
 hand.append(get_card()) #hit
 if score(hand)[0] > 21: #checking results
 return False #no bueno
 else:
 return True #you good"""
 score = play_hand(stand_on_value, stand_on_soft)
 return score[0] <= 21
if __name__ == '__main__':
 main()
Python Program to Create Black Jack Strategy Comparison Assignment Solution.

Instructions

Requirements and Specifications
