from Cards import Card, Deck
from Game21 import Game21
f = open('data.txt', 'w')
count = 1000
f.write('A list of {} Random 21 Hands\r\n'.format(count))
deck = Deck()
game21 = Game21()
for x in range(1, count):
deck.cleanShuffle()
cards = deck.dealCard(2)
while (game21.handValue(cards) < 21):
cards.append(deck.dealCard(1).pop())
cardsString = ''
for c in cards:
cardsString += '{}{} '.format(c.rank, c.suit)
f.write('{}\r\n'.format(cardsString))
print("{}% done".format((float(x + 1) / float(count)) * 100))
f.close()
class Game21:
global inProgress
global players
global deck
global tableMax
global tableMin
def __init__(self):
self.players = Players()
self.players.createPlayer('** Dealer **', Player.PlayerType[2])
self.deck = Deck()
self.tableMax = 10
self.tableMin = 1
self.players.createPlayer('Human Player', Player.PlayerType[0], 100)
self.players.createPlayer('CPU Player 1', Player.PlayerType[1], 100)
def startGame(self):
for player in self.players.getPlayers():
player.returnAllCards()
self.deck.cleanShuffle()
#prompt for wager startingAmount
for player in self.players.getPlayers():
if player.playerType is not Player.PlayerType[
2] and player.money <= 0:
print("{} has no money and is no longer playing.".format(
player.getName()))
self.players.remove(player)
if player.playerType == Player.PlayerType[1]:
# CPU logic, this should be updated
if player.money < 5:
player.wagerAmount = 2
else:
player.wagerAmount = 1
elif player.playerType == Player.PlayerType[0]:
userInput = ''
while (userInput is ''):
userInput = raw_input(
"{} enter wager amount ({}-{}) or (Q)uit: ".format(
player.getName(), self.tableMin, self.tableMax))
if not userInput.isdigit():
if userInput.capitalize() in ['Q']:
self.gameOver()
break
print("'{}' is not a valid wager amount".format(
userInput))
userInput = ''
elif int(userInput) < self.tableMin:
print(
"Enter a wager greater than {}, the table minimum."
.format(self.tableMin))
userInput = ''
elif int(userInput) > self.tableMax:
print("Enter a wager less than {}, the table maximum.".
format(self.tableMax))
userInput = ''
else:
player.wagerAmount = int(userInput)
print("{} bets {}".format(player.getName(),
player.wagerAmount))
self.dealAllPlayers(2)
self.displayGameStatus()
self.playHands()
def gameOver(self):
print("Thanks for playing!")
quit()
def handValue(self, cards):
value = 0
aceCount = 0
for card in cards:
if card.rank == '1':
aceCount += 1
value += 10
elif card.rank in ['J', 'Q', 'K']:
value += 10
else:
value += int(card.rank)
while value > 21 and aceCount > 0:
value -= 9
aceCount -= 1
return value
def dealAllPlayers(self, cardsToDeal):
for player in self.players.getPlayers():
player.dealt(self.deck.dealCard(cardsToDeal))
print("All players dealt {} cards".format(cardsToDeal))
def hit(self, player):
print("{} takes a hit".format(player.getName()))
cardDealt = self.deck.dealCard(1)
player.dealt(cardDealt)
print("{} drew a {}{}".format(player.getName(), cardDealt[0].rank,
cardDealt[0].suit))
def displayHand(self, player):
print("{}'s Hand".format(player.getName()))
for x in range(0, len(player.getHand())):
print("Card {} is a {}{}".format(x + 1,
player.getHand()[x].rank,
player.getHand()[x].suit))
hv = self.handValue(player.getHand())
print("{} has a total had value of {}".format(player.getName(), hv))
if (hv > 21):
print("{} HAS **BUSTED**".format(player.getName()))
def displayGameStatus(self):
for player in self.players.getPlayers():
self.displayHand(player)
def playHands(self):
for player in self.players.getPlayers():
if player.playerType == Player.PlayerType[1]:
# CPU logic, this should be updated
while self.handValue(player.getHand()) < 17:
self.hit(player)
self.displayHand(player)
if player.getHand() <= 21:
print("{} stays with {}".format(
player.getName(), self.handValue(player.getHand())))
elif player.playerType == Player.PlayerType[0]:
usersTurn = True
userInput = ''
while (usersTurn):
while (userInput not in ['H', 'D', 'S', 'ST']):
userInput = raw_input(
'Enter action, (H)it, (D)ouble, (SP)lit, (S)tay: '
).capitalize()
if userInput == "S":
self.displayHand(player)
print("{} stays".format(player.getName()))
usersTurn = False
if userInput == "H":
self.hit(player)
self.displayHand(player)
if self.handValue(player.getHand()) >= 21:
usersTurn = False
userInput = ''
#check if all player busted
highHand = -1
for player in self.players.getPlayers():
if player.playerType is not Player.PlayerType[2]:
currentHand = self.handValue(player.getHand())
if currentHand <= 21 and currentHand > highHand:
highHand = currentHand
if highHand < 0:
print("All Players busted, no need to play dealers hand.")
else:
dealer = self.players.getDealer()
dealerHandScore = self.handValue(dealer.getHand())
while dealerHandScore < highHand and dealerHandScore <= 17:
print("Dealer had {}, needs to hit.".format(dealerHandScore))
self.hit(dealer)
dealerHandScore = self.handValue(dealer.getHand())
self.displayHand(dealer)
self.evaluateGame()
def displayCurrentMoneyState(self):
print(" ***** Money ***** ")
for player in self.players.getPlayers():
print("${} - {}".format(player.money, player.getName()))
print(" ***************** ")
def evaluateGame(self):
print("Evaluating Game")
print("Dealer First")
dealer = self.players.getDealer()
dealerHandValue = self.handValue(dealer.getHand())
if dealerHandValue > 21:
print("Dealer Busted!")
dealerHandValue = -1
else:
print("{} had a total of {}".format(dealer.getName(),
dealerHandValue))
for player in self.players.getPlayers():
if (player.playerType is not Player.PlayerType[2]):
hv = self.handValue(player.getHand())
if hv > 21:
print("{} Busted".format(player.getName()))
player.money -= player.wagerAmount
elif hv == 21 and len(player.getHand()) == 2:
print("{} has BLACKJACK!".format(player.getName()))
player.money += (
player.wagerAmount + (player.wagerAmount / 2)
) # what happens if you bet an odd ammount? We need to make money a float...
else:
print("{} had a total of {}".format(player.getName(), hv))
if hv == dealerHandValue:
print("{} pushes".format(player.getName()))
elif (hv < dealerHandValue):
print("{} lost".format(player.getName()))
player.money -= player.wagerAmount
else:
print("{} is a WINNER!".format(player.getName()))
player.money += player.wagerAmount
self.displayCurrentMoneyState()
self.startGame()