class Blackjack:
def __init__(self):
self.__hands = [[], []]
self.__account = 100
self.__bet = self.__account + 1
self.__playerValue = 0
self.__dealerValue = 0
self.__deck = Deck()
def playGame(self):
user = "******"
while self.__account > 0 and user == "y":
# Resetting values and lists for each game
self.__playerValue = 0
self.__dealerValue = 0
self.__bet = self.__account + 1
self.__hands[0] = []
self.__hands[1] = []
self.__betting()
self.__dealCards()
self.__playerTurn()
if self.__playerValue <= 21:
self.__dealerTurn()
if self.__playerValue <= 21 and self.__dealerValue <= 21:
self.__determineWinner()
if self.__account > 0:
print("Your account balance is $", self.__account)
user = str.lower(
input("Would you like to play again? (Y or N) "))
if user != "y":
break
print("Thank you for playing!")
print("Final balance = $", self.__account)
def __betting(self):
print("Your current balance is $", self.__account)
if self.__account >= 5:
while self.__bet > self.__account or self.__bet < 5:
self.__bet = int(
input(
"Your bet must be between $5 and your account balance.\nHow much would you like"
" to bet? "))
else:
print("The your bet is ", self.__account)
self.__bet = self.__account
def __dealCards(self):
self.__deck.shuffle()
for i in range(2):
self.__hands[0].append(self.__deck.draw())
self.__hands[1].append(self.__deck.draw())
print("The dealers second card is: ", self.__hands[1][1], '\n')
def __playerTurn(self):
print("Your Hand:", '\n', self.__hands[0][0], '\n', self.__hands[0][1],
'\n')
self.__getPlayerValue()
hit = ""
while hit == "":
hit = str(input("Press ENTER to hit or type anything to stay"))
print('\n')
if hit == "":
self.__hands[0].append(self.__deck.draw())
self.__playerValue += self.__hands[0][len(self.__hands[0]) -
1].getCardValue()
if self.__playerValue <= 21:
print("Your Hand:")
for i in range(len(self.__hands[0])):
print(self.__hands[0][i])
print('\n')
else:
print("You bust!", '\n')
print("Your Hand:")
for i in range(len(self.__hands[0])):
print(self.__hands[0][i])
print('\n')
self.__account -= self.__bet
break
def __dealerTurn(self):
self.__dealerValue = 0
print("Dealer's Hand:")
print(self.__hands[1][0])
print(self.__hands[1][1], '\n')
self.__getDealerValue()
while self.__dealerValue < 17:
print("Dealer takes a card")
time.sleep(1)
self.__hands[1].append(self.__deck.draw())
self.__dealerValue += self.__hands[1][len(self.__hands[1]) -
1].getCardValue()
if self.__dealerValue <= 21:
print("Dealer holds", '\n')
else:
print("Dealer busts", '\n')
self.__account += self.__bet
def __determineWinner(self):
print("Dealer's Hand:")
for i in range(len(self.__hands[1])):
print(self.__hands[1][i])
print('\n')
if self.__playerValue > self.__dealerValue:
print("You win!")
print('\n')
self.__account += self.__bet
elif self.__playerValue == self.__dealerValue:
print("It's a tie!")
print('\n')
elif self.__playerValue < self.__dealerValue:
print("You lost!")
print('\n')
self.__account -= self.__bet
def __playAgain(self):
print("Your account balance is $", self.__account)
if self.__account > 0:
user = str.lower("Would you like to play again? (Y or N)")
if user != "y":
print("Thank you for playing!")
print("Final balance = $", self.__account)
def __getPlayerValue(self):
for i in range(len(self.__hands[0])):
self.__playerValue += self.__hands[0][i].getCardValue()
return self.__playerValue
def __getDealerValue(self):
for i in range(len(self.__hands[1])):
self.__dealerValue += self.__hands[1][i].getCardValue()
return self.__dealerValue
class Game:
"""An object describing the game state."""
def __init__(self, terminal):
self._terminal = terminal
self._deck = Deck()
self._pyramid = Pyramid(self._deck)
self._revealed_cards = [self._deck.draw()]
self._game_state = GameState.RUNNING
def run(self):
"""Runs the game."""
with self._terminal.fullscreen():
self.render()
with self._terminal.cbreak():
key = ""
while key.lower() != 'q':
key = self._terminal.inkey()
self.handle_key(key)
def handle_key(self, key):
if self._game_state is not GameState.RUNNING:
return
has_changes = False
if key.name == "KEY_LEFT":
self._pyramid.left()
has_changes = True
elif key.name == "KEY_RIGHT":
self._pyramid.right()
has_changes = True
elif key.name == "KEY_UP":
self._pyramid.up()
has_changes = True
elif key.name == "KEY_DOWN":
self._pyramid.down()
has_changes = True
elif key.lower() == "d":
has_changes = self.handle_draw()
elif key.name == "KEY_ENTER":
has_changes = self.handle_enter()
if has_changes:
print(self._terminal.clear())
elif key.lower() == " ":
has_changes = self.handle_space()
if has_changes:
print(self._terminal.clear())
if has_changes:
self.render()
def render(self):
self.render_undealt()
self.render_pyramid()
self.render_revealed()
self.render_instructions()
def render_instructions(self):
term = self._terminal
with term.location(0, 8):
print("See {term.bold}README.md{term.normal} for rules!".format(
term=term))
with term.location(0, 10):
print("• {term.bold}'D'{term.normal} to draw a card".format(
term=term))
with term.location(0, 11):
print("• {term.bold}Space{term.normal} to select two cards".format(
term=term))
with term.location(0, 12):
print("• {term.bold}Enter{term.normal} to clear with drawn card".
format(term=term))
with term.location(0, 13):
print("• {term.bold}Arrows{term.normal} to move around".format(
term=term))
with term.location(0, 14):
print("• {term.bold}'Q'{term.normal} to quit".format(term=term))
if self._game_state is not GameState.RUNNING:
with term.location(0, term.height - 2):
print(
"You've won!" if self._game_state is GameState.WON else
"You've lost! You must clear the pyramid before going through the deck next time."
)
def render_undealt(self):
term = self._terminal
number_remaining = self._deck.len()
formatted_remaining = (" " if number_remaining < 10 else
"") + str(number_remaining)
with term.location(1, 0):
print("{}┌──────┐{}".format(term.blue + term.on_white,
term.normal))
with term.location(1, 1):
print("{}│ │{}".format(term.blue + term.on_white,
term.normal))
with term.location(1, 2):
print("{}│ {} │{}".format(term.blue + term.on_white,
formatted_remaining, term.normal))
with term.location(1, 3):
print("{}│ │{}".format(term.blue + term.on_white,
term.normal))
with term.location(1, 4):
print("{}└──────┘{}".format(term.blue + term.on_white,
term.normal))
with term.location(0, 5):
print(term.normal + "cards left")
def render_card(self, card, column, row, card_state):
term = self._terminal
if card:
suit = card.suit
if card_state is CardState.HIDDEN:
color = term.blue
elif card_state is CardState.SELECTED:
color = term.green
elif card_state is CardState.HIGHLIGHTED:
color = term.cyan + term.bold
else:
color = term.black if suit is Suit.CLUB or suit is Suit.SPADE else term.red
with term.location(column, row + 0):
print("{}┌──────┐{}".format(color + term.on_white,
term.normal))
with term.location(column, row + 1):
print("{}│ │{}".format(color + term.on_white,
term.normal))
with term.location(column, row + 2):
print("{}│ {} │{}".format(
color + term.on_white,
str(card) if card_state is not CardState.HIDDEN else " ",
term.normal))
with term.location(column, row + 3):
print("{}│ │{}".format(color + term.on_white,
term.normal))
with term.location(column, row + 4):
print("{}└──────┘{}".format(color +
term.on_white, term.normal) +
term.normal)
def render_pyramid(self):
term = self._terminal
dimensions = (34, 12)
origin = (int((term.width - 8) / 2), term.height - dimensions[1] - 1)
for (row, cards) in enumerate(self._pyramid.rows):
row_h_offset = int((dimensions[0] - len(cards) * 9) / 2)
row_v_offset = row * 2
for (card_index, card) in enumerate(cards):
card_h_offset = row_h_offset + 9 * card_index
self.render_card(card, origin[0] + card_h_offset,
origin[1] + row_v_offset,
self._pyramid.card_state_at(row, card_index))
def render_revealed(self):
term = self._terminal
for (i, card) in enumerate(self._revealed_cards):
with term.location(0, 20):
self.render_card(card, 20 + i, 0, CardState.NORMAL)
with term.location(20, 5):
print("↑ drawn cards")
def handle_draw(self):
card = self._deck.draw()
if card:
self._revealed_cards.append(card)
else:
self._game_state = GameState.LOST
return True
def handle_enter(self):
highlighted_card = self._pyramid.highlighted_card()
if highlighted_card.value is Value.KING:
self._pyramid.clear_highlighted_card()
if (self._pyramid.highlighted_row,
self._pyramid.highlighted_column) == (0, 0):
self._game_state = GameState.WON
return True
top_revealed = self._revealed_cards.pop()
if top_revealed.value.is_valid_pair(highlighted_card.value):
self._pyramid.clear_highlighted_card()
if (self._pyramid.highlighted_row,
self._pyramid.highlighted_column) == (0, 0):
self._game_state = GameState.WON
return True
else:
# reappend
self._revealed_cards.append(top_revealed)
return False
def handle_space(self):
if len(self._pyramid.selected_cards) > 1:
return False
if not self._pyramid.selected_cards:
self._pyramid.selected_cards.append(
(self._pyramid.highlighted_row,
self._pyramid.highlighted_column))
return True
card1 = self._pyramid.selected_cards[0]
card2 = (self._pyramid.highlighted_row,
self._pyramid.highlighted_column)
if card1 == card2:
self._pyramid.selected_cards = []
return True
if self._pyramid.rows[card1[0]][card1[1]].value.is_valid_pair(
self._pyramid.rows[card2[0]][card2[1]].value):
self._pyramid.clear_card(card1[0], card1[1])
self._pyramid.clear_card(card2[0], card2[1])
self._pyramid.selected_cards = []
if card1 == (0, 0) or card2 == (0, 0):
self._game_state = GameState.WON
return True
else:
return False