def newHand():
global dealerHand, dealerHandElements
global playerHand, playerHandElements
dealerHand = cards.draw(dealerDeck, 2)
dealerHandElements = genCardElements(dealerHand, startPos=(10, 10))
dealerHandElements[0].flip()
playerHand = cards.draw(dealerDeck, 2)
playerHandElements = genCardElements(playerHand,
startPos=(10, 720 -
DEFAULT_CARD_SIZE[1] - 10))
def command_cards(intext, *args):
if len(intext) == 0:
return "A dry wind blows in from the west."
intext = intext.split(" ")
subargs = len(intext)
subcommand = intext[0]
try:
# fetch deck from manager. TODO: lock here?
data = args[0]
deck = data.get_card_deck()
user = args[1]
except Exception as err:
raise RuntimeError("Can't find cards (data manager failed?)") from err
ret = None
if subcommand == "draw":
count = 1
if subargs > 1:
count = int(intext[1])
drawn = cards.draw(deck, count)
ret = f"{drawn}"
elif subcommand == "reset":
deck = cards.shuffle(cards.build_deck_52())
ret = "Deck reset and shuffled."
elif subcommand == "shuffle":
deck = cards.shuffle(deck)
ret = f"Deck shuffled."
elif subcommand == "inspect":
top = deck[len(deck) - 1] if len(deck) > 0 else None
bot = deck[0] if len(deck) > 0 else None
ret = f"{len(deck)} cards in deck. Top card is {top}. Bottom card is {bot}."
elif subcommand == "history":
count = 1
if subargs > 1:
count = int(intext[1])
history = data.get_card_logs()
numbered = [f"{i+1}: {history[i]}"
for i in range(len(history))][-count:]
ret = '\n'.join(numbered)
if len(numbered) < count:
ret = "> start of history.\n" + ret
else:
return f"Unknown subcommand {codeblock(subcommand)}. {sub_help_notice('cards')}"
# apply deck changes
data.set_card_deck(deck)
# update card log
data.add_card_log(
f"{user}: {ret if subcommand != 'history' else 'viewed history.'}")
return ret
def __init__(self, num_players=2, num_decks=2, goal_size=13, hand_size=4):
'''
Create a new game, ready to play with the specified parameters
'''
if num_players < 2:
raise RuntimeError("Too few players")
# TODO explore how many cards are needed to ensure a game finishes - this is a rough guess
min_cards_needed = num_players * (goal_size + hand_size) + (
MAX_CARDS_PER_PLAY_PILE + 1) * NUM_PLAY_PILES
if num_decks * NUM_CARDS_PER_DECK < min_cards_needed:
raise RuntimeError("Too few cards")
# constants
self.num_players = num_players
self.num_decks = num_decks
self.hand_size = hand_size
self.goal_size = goal_size
self.winner = None
# Make a deck
decks = make_decks(num_decks)
#Deal!
# list of lists of Cards
self.goal_piles = [
draw_N(decks, goal_size) for _ in range(num_players)
]
# list of lists of Cards
self.player_hands = [
draw_N(decks, hand_size) for _ in range(num_players)
]
# list of Cards
self.goal_cards = [draw(pile) for pile in self.goal_piles]
# list of lists of lists of Cards - top card is self.discard_piles[player_index][pile_index][-1]
self.discard_piles = [[[] for _ in range(NUM_DISCARD_PILES)]
for _ in range(num_players)]
# list of lists of Cards
self.play_piles = [[] for _ in range(NUM_PLAY_PILES)]
# list of Cards
self.draw_pile = decks
self.current_player = 0
def do_other_work(self):
'''
Do everything that isn't shared between Game and subclasses
'''
# shuffle full play piles back into deck
for i in range(len(self.play_piles)):
if len(self.play_piles[i]) == MAX_CARDS_PER_PLAY_PILE:
self.draw_pile += self.play_piles[i]
self.play_piles[i] = []
# restock current player's hand
if len(self.player_hands[self.current_player]) == 0:
self.fill_hand()
# check for winner, flip next goal card
if self.goal_cards[self.current_player] is None \
and len(self.goal_piles[self.current_player]) > 0:
self.goal_cards[self.current_player] = draw(
self.goal_piles[self.current_player])
if len(self.goal_piles[self.current_player]) == 0:
self.winner = self.current_player
def hit(hand, elements):
hand.append(*cards.draw(dealerDeck, 1))
elements.append(*genCardElements([hand[-1]],
startPos=(elements[-1].position[0] +
DEFAULT_CARD_SIZE[0] + 10,
elements[-1].position[1])))
def main():
print("\n \n \n \n \n \n \n \n\n \n \n \n \n \n \n \n \n \n \n \n \n \n")
print("Welcome to Jojo's Blackjack Corner!!")
print("")
player_number = input("How many players(1-5)? ")
if (player_number == "quit"):
print("Thankyou for playing, Goodbye!")
exit(0)
PLAYER_NUMBER = int(player_number) + 1
while (PLAYER_NUMBER < 1 or PLAYER_NUMBER > 5):
PLAYER_NUMBER = int(input("Invalid input: "))
#Enter how much money each player will have
player_money = input("How much money will each player start out with? ")
if (player_money == "quit"):
print("Thankyou for playing, Goodbye!")
exit(0)
player_money = int(player_money)
while (player_money < 1 or player_money > 100000000):
player_money = int(
input(
"Invalid input, please choose positive number from 1 to 1000000: "
))
print("Then let's get started!")
#DONE
#Player vector
player_vector = {}
for i in range(0, PLAYER_NUMBER):
if (i < PLAYER_NUMBER - 1):
player_vector[i] = player.Player(player_money, "Player" + str(i),
0)
else:
player_vector[i] = player.Player(player_money, "Dealer", 0)
user_input = ""
while (True):
# cards.resetHands(player_vector[PLAYER_NUMBER-1])
# cards.resetHands(player_vector[i])
for i in range(0, PLAYER_NUMBER):
cards.resetHands(player_vector[i])
# card1 = cards.draw(deck, cards_dealt)
# card2 = cards.draw(deck, cards_dealt)
# card3 = cards.draw(deck, cards_dealt)
# card4 = cards.draw(deck, cards_dealt)
all_cards = {}
total_card_num = 2 * (PLAYER_NUMBER)
player_counter = 0
for i in range(0, total_card_num):
all_cards[i] = cards.draw(deck, cards_dealt)
if (i >= PLAYER_NUMBER):
player_vector[player_counter].setHand(
all_cards[i - PLAYER_NUMBER], all_cards[i])
player_vector[player_counter].setTotal(
all_cards[i - PLAYER_NUMBER].getClassification() +
all_cards[i].getClassification())
player_counter += 1
#PLAYER_NUMBER-1 because we want to loop over every user, not dealer
for j in range(0, PLAYER_NUMBER - 1):
print("\n \n \n \n \n \n \n \n\n \n \n \n \n \n \n \n \n \n \n \n")
user_input = input("Ready to play?")
if (user_input == "quit" or user_input == "q"):
print("Thank you for playing!")
exit(0)
print("You have $" + str(player_vector[j].getMoney()))
amount_bet = int(
input("How much are you betting (100, 500, or 1000)?"))
while (amount_bet > player_vector[j].getMoney()):
amount_bet = int(input("Please enter a valid bet:"))
actions.bet(player_vector[j], amount_bet)
aces = 0
busted = False
hand_index = 2
while (True):
for i in range(0, len(player_vector[j].hand)):
if (i == 0):
print("Hidden: " + player_vector[j].hand[i].getName())
if (player_vector[j].hand[i].getClassification() == 11
):
aces += 1
else:
print("Visible: " + player_vector[j].hand[i].getName())
if (player_vector[j].hand[i].getClassification() == 11
):
aces += 1
if (len(player_vector[j].hand) == 2
and player_vector[j].getTotal() == 21):
print("Blackjack, congradulations!")
break
elif (player_vector[j].getTotal() == 21):
print("You got 21, congradulations!")
break
else:
print("Your total is now: " +
str(player_vector[j].getTotal()))
user_input = input("Would you like to hit or stay? ")
if (user_input == "quit" or user_input == "q"):
print("Thankyou for playing, goodbye!")
exit(0)
if (user_input == "hit"):
player_vector[j].hand[hand_index] = cards.draw(
deck, cards_dealt)
player_vector[j].adjustTotal(
player_vector[j].hand[hand_index].getClassification())
if (player_vector[j].hand[hand_index].getClassification()
== 11):
aces += 1
hand_index += 1
if (player_vector[j].getTotal() > 21 and aces > 0):
cards.aceHighOrLow(player_vector[j])
print("Your total is now: " +
str(player_vector[j].getTotal()))
if (player_vector[j].getTotal() > 21):
print("Oops, busted")
for i in range(0, len(player_vector[j].hand)):
if (i == 0):
print("Hidden: " +
player_vector[j].hand[i].getName())
else:
print("Visible: " +
player_vector[j].hand[i].getName())
busted = True
actions.endRound(player_vector[j], amount_bet, busted,
False)
break
if (user_input == "stay"):
print("Your total is " + str(player_vector[j].getTotal()))
break
if (busted):
continue
print(" \n \n \n \n \n \n \n \n \n \n \n" +
player_vector[j + 1].getName() + "'s turn!")
#Loop to model dealer's move
hand_index = 2
while (True):
print("\nDealer's cards")
print("PLAYER_NUMBER = " + str(PLAYER_NUMBER))
for i in range(0, len(player_vector[PLAYER_NUMBER - 1].hand)):
if (i == 0):
print("Hidden: " +
player_vector[PLAYER_NUMBER - 1].hand[i].getName())
aces += 1
else:
print("Visible: " +
player_vector[PLAYER_NUMBER - 1].hand[i].getName())
aces += 1
#INCREMENT ACE COUNT PROPERLY
if (player_vector[PLAYER_NUMBER - 1].getTotal() < 17):
player_vector[PLAYER_NUMBER - 1].hand[hand_index] = cards.draw(
deck, cards_dealt)
player_vector[PLAYER_NUMBER - 1].adjustTotal(
player_vector[PLAYER_NUMBER -
1].hand[hand_index].getClassification())
hand_index += 1
print("\nLength of dealer hand = " +
str(len(player_vector[PLAYER_NUMBER - 1].hand)))
print("Hit")
for k in range(0, len(player_vector[PLAYER_NUMBER - 1].hand)):
if (k == 0):
print("Hidden: " + player_vector[PLAYER_NUMBER -
1].hand[k].getName())
else:
print("Visible: " + player_vector[PLAYER_NUMBER -
1].hand[k].getName())
print("Dealer total is now: " +
str(player_vector[PLAYER_NUMBER - 1].getTotal()))
continue
for i in range(0, PLAYER_NUMBER - 1):
if (player_vector[PLAYER_NUMBER - 1].getTotal() > 21
and aces > 0):
cards.aceHighOrLow(player_vector[PLAYER_NUMBER - 1])
if (player_vector[PLAYER_NUMBER - 1].getTotal() ==
player_vector[i].getTotal()):
print("PUSH!!!")
player_vector[i].setMoney(amount_bet, 1)
if (player_vector[PLAYER_NUMBER - 1].getTotal() > 16
and player_vector[PLAYER_NUMBER - 1].getTotal() < 22):
print("Dealer total is now: " +
str(player_vector[PLAYER_NUMBER - 1].getTotal()))
if (player_vector[i].getTotal() >
player_vector[PLAYER_NUMBER - 1].getTotal()):
print("You win $" + str(amount_bet) + "!")
increment = 2 * amount_bet
player_vector[i].setMoney(increment, 1)
else:
print("You lose $" + str(amount_bet))
if (player_vector[PLAYER_NUMBER - 1].getTotal() > 21):
print("Dealer total is now: " +
str(player_vector[PLAYER_NUMBER - 1].getTotal()))
print("You win $" + str(amount_bet) + "!")
amount_bet = 2 * amount_bet
player_vector[i].setMoney(amount_bet, 1)
continue
def main():
print("\n \n \n \n \n \n \n \n\n \n \n \n \n \n \n \n \n \n \n \n \n \n")
print("Welcome to Jojo's Blackjack Corner!!")
print("")
player_number = input("How many players(2-6)? ")
if (player_number == "quit"):
print("Thankyou for playing, Goodbye!")
exit(0)
PLAYER_NUMBER = int(player_number)
while (PLAYER_NUMBER < 1 or PLAYER_NUMBER > 6):
PLAYER_NUMBER = int(input("Invalid input: "))
#Enter how much money each player will have
player_money = input("How much money will each player start out with? ")
if (player_money == "quit"):
print("Thankyou for playing, Goodbye!")
exit(0)
player_money = int(player_money)
while (player_money < 1 or player_money > 1000000):
player_number = int(
input(
"Invalid input, please choose positive number from 1 to 1000000: "
))
print("Then let's get started!")
#DONE
#Player vector
player_vector = {}
for i in range(0, PLAYER_NUMBER + 1):
player_vector[i] = player.Player(player_money, "Player" + str(i), 0)
user_input = ""
while (True):
print("\n \n \n \n \n \n \n \n\n \n \n \n \n \n \n \n \n \n \n \n")
user_input = input("Ready to play?")
if (user_input == "quit" or user_input == "q"):
print("Thank you for playing!")
exit(0)
print("You have $" + str(player_vector[1].getMoney()))
card1 = cards.draw(deck, cards_dealt)
card2 = cards.draw(deck, cards_dealt)
card3 = cards.draw(deck, cards_dealt)
card4 = cards.draw(deck, cards_dealt)
cards.resetHands(player_vector[0])
cards.resetHands(player_vector[1])
player_vector[0].setHand(card2, card4)
player_vector[1].setHand(card1, card3)
player_vector[0].setTotal(card2.getClassification() +
card4.getClassification())
player_vector[1].setTotal(card1.getClassification() +
card3.getClassification())
amount_bet = int(
input("How much are you betting (100, 500, or 1000)?"))
while (amount_bet > player_vector[1].getMoney()):
amount_bet = int(input("Please enter a valid bet:"))
actions.bet(player_vector[1], amount_bet)
aces = 0
busted = False
hand_index = 2
while (True):
for i in range(0, len(player_vector[1].hand)):
if (i == 0):
print("Hidden: " + player_vector[1].hand[i].getName())
if (player_vector[1].hand[i].getClassification() == 11):
aces += 1
else:
print("Visible: " + player_vector[1].hand[i].getName())
if (player_vector[1].hand[i].getClassification() == 11):
aces += 1
if (len(player_vector[1].hand) == 2
and player_vector[1].getTotal() == 21):
print("Blackjack, congradulations!")
break
elif (player_vector[1].getTotal() == 21):
print("You got 21, congradulations!")
break
else:
print("Your total is now: " + str(player_vector[1].getTotal()))
user_input = input("Would you like to hit or stay? ")
if (user_input == "quit" or user_input == "q"):
print("Thankyou for playing, goodbye!")
exit(0)
if (user_input == "hit"):
player_vector[1].hand[hand_index] = cards.draw(
deck, cards_dealt)
player_vector[1].adjustTotal(
player_vector[1].hand[hand_index].getClassification())
if (player_vector[1].hand[hand_index].getClassification() == 11
):
aces += 1
hand_index += 1
if (player_vector[1].getTotal() > 21 and aces > 0):
cards.aceHighOrLow(player_vector[1])
print("Your total is now: " + str(player_vector[1].getTotal()))
if (player_vector[1].getTotal() > 21):
print("Oops, busted")
for i in range(0, len(player_vector[1].hand)):
if (i == 0):
print("Hidden: " +
player_vector[1].hand[i].getName())
else:
print("Visible: " +
player_vector[1].hand[i].getName())
busted = True
actions.endRound(player_vector[1], amount_bet, busted,
False)
break
if (user_input == "stay"):
print("Your total is " + str(player_vector[1].getTotal()))
break
if (busted):
continue
dealer_total = 0
hand_index = 2
while (True):
print("\nDealer's cards")
for i in range(0, len(player_vector[0].hand)):
if (i == 0):
print("Hidden: " + player_vector[0].hand[i].getName())
aces += 1
else:
print("Visible: " + player_vector[0].hand[i].getName())
aces += 1
#INCREMENT ACE COUNT PROPERLY
if (player_vector[0].getTotal() < 17):
player_vector[0].hand[hand_index] = cards.draw(
deck, cards_dealt)
player_vector[0].adjustTotal(
player_vector[0].hand[hand_index].getClassification())
hand_index += 1
print("\nLength of dealer hand = " +
str(len(player_vector[0].hand)))
print("Hit")
for i in range(0, len(player_vector[0].hand)):
if (i == 0):
print("Hidden: " + player_vector[0].hand[i].getName())
else:
print("Visible: " + player_vector[0].hand[i].getName())
print("Dealer total is now: " +
str(player_vector[0].getTotal()))
continue
if (player_vector[0].getTotal() > 21 and aces > 0):
print("print reached if statement")
cards.aceHighOrLow(player_vector[0])
if (player_vector[0].getTotal() == player_vector[1].getTotal()):
print("PUSH!!!")
player_vector[1].setMoney(amount_bet, 1)
break
if (player_vector[0].getTotal() > 16
and player_vector[0].getTotal() < 22):
print("Dealer total is now: " +
str(player_vector[0].getTotal()))
if (player_vector[1].getTotal() > player_vector[0].getTotal()):
print("You win $" + str(amount_bet) + "!")
increment = 2 * amount_bet
player_vector[1].setMoney(increment, 1)
break
else:
print("You lose $" + str(amount_bet))
break
break
if (player_vector[0].getTotal() > 21):
print("Dealer total is now: " +
str(player_vector[0].getTotal()))
print("You win $" + str(amount_bet) + "!")
amount_bet = 2 * amount_bet
player_vector[1].setMoney(amount_bet, 1)
break
continue
print(" \n \n \n \n \n \n \n \n \n \n \n" + Player.getName() +
"'s turn!")
def main():
player_number = input("How many players(2-6)? ")
if (player_number == "quit"):
print("Thankyou for playing, Goodbye!")
exit(0)
PLAYER_NUMBER = int(player_number)
while (PLAYER_NUMBER < 2 or PLAYER_NUMBER > 6):
PLAYER_NUMBER = int(input("Invalid input: "))
#Enter how much money each player will have
player_money = input("How much money will each player start out with? ")
if (player_money == "quit"):
print("Thankyou for playing, Goodbye!")
exit(0)
player_money = int(player_money)
while (player_money < 1 or player_money > 1000000):
player_number = int(
input(
"Invalid input, please choose positive number from 1 to 1000000: "
))
print("Then let's get started!")
#DONE
#Player vector
player_vector = {}
#Declare number of players(loop through if you want after finished)
if (PLAYER_NUMBER == 2):
Player1 = player.Player(player_money, "Player1", 0)
player_vector[0] = Player1
Player2 = player.Player(player_money, "Player2", 0)
player_vector[1] = Player2
elif (PLAYER_NUMBER == 3):
Player1 = player.Player(player_money, "Player1", 0)
player_vector[0] = Player1
Player2 = player.Player(player_money, "Player2", 0)
player_vector[1] = Player2
Player3 = player.Player(player_money, "Player3", 0)
player_vector[2] = Player3
elif (PLAYER_NUMBER == 4):
Player1 = player.Player(player_money, "Player1", 0)
player_vector[0] = Player1
Player2 = player.Player(player_money, "Player2", 0)
player_vector[1] = Player2
Player3 = player.Player(player_money, "Player3", 0)
player_vector[2] = Player3
Player4 = player.Player(player_money, "Player4", 0)
player_vector[3] = Player4
elif (PLAYER_NUMBER == 5):
Player1 = player.Player(player_money, "Player1", 0)
player_vector[0] = Player1
Player2 = player.Player(player_money, "Player2", 0)
player_vector[1] = Player2
Player3 = player.Player(player_money, "Player3", 0)
player_vector[2] = Player3
Player4 = player.Player(player_money, "Player4", 0)
player_vector[3] = Player4
Player5 = player.Player(player_money, "Player5", 0)
player_vector[4] = Player5
elif (PLAYER_NUMBER == 6):
Player1 = player.Player(player_money, "Player1", 0)
player_vector[0] = Player1
Player2 = player.Player(player_money, "Player2", 0)
player_vector[1] = Player2
Player3 = player.Player(player_money, "Player3", 0)
player_vector[2] = Player3
Player4 = player.Player(player_money, "Player4", 0)
player_vector[3] = Player4
Player5 = player.Player(player_money, "Player5", 0)
player_vector[4] = Player5
Player6 = player.Player(player_money, "Player6", 0)
player_vector[5] = Player6
user_input = ""
#Set game counter
game_counter = 0
while (user_input != "quit"):
pot = 0
player_vector_index = 0
if (game_counter == 0):
#Draws the hands of Players, puts them into a (player_number * 2) matrix
#Later try to consolidate the 3 loops into 2
hands = [["", ""], ["", ""], ["", ""], ["", ""], ["", ""],
["", ""]]
card_index = 0
i = 0
while (i < 2):
card_index = 0
while (card_index < PLAYER_NUMBER):
hands[card_index][i] = cards.draw(deck, cards_dealt)
card_index = card_index + 1
i = i + 1
#Sets the hands of all players using hands matrix
#Sets the initial status to 1
hand_index = 0
while (hand_index < PLAYER_NUMBER):
player_vector[player_vector_index].setHand(
hands[hand_index][0], hands[hand_index][1])
player_vector[player_vector_index].setStatus(1)
hand_index = hand_index + 1
player_vector_index = player_vector_index + 1
#Starts game play
#Initial round of betting before the flop
players_moved = 0
previous = -2
player_vector_index = 0
player_round_number = PLAYER_NUMBER
while (players_moved != player_round_number):
print(player_vector[player_vector_index].getName())
round_bet = actions.move(player_vector[player_vector_index],
previous)
if (round_bet > 0):
pot = pot + round_bet
previous = round_bet
players_moved = 1
elif (round_bet == 0):
previous = round_bet
players_moved = players_moved + 1
elif (round_bet == -1):
previous = round_bet
player_round_number = player_round_number - 1
if (player_round_number == 1):
actions.endRound(player_vector, False)
continue
def hit(Player, hand_index):
Player.hand[hand_index] = cards.draw()