def __init__(self, topleft, size):
self.rect = pg.Rect(topleft, size)
self.deck = Deck((20, 20), card_size=(187, 271), infinite=True)
self.hand = []
self.hand_len = 0
self.card_index = None
self.max_cards = None
self.revealing = False
self.held_cards = []
self.changing_cards = []
self.waiting = False
self.playing = False
self.double_up = False
self.font = prepare.FONTS["Saniretro"]
self.text_size = 30
self.big_text_size = 100
self.line_height = 35
self.text_color = "white"
self.big_text_color = "red"
self.text_bg_color = "darkblue"
self.held_labels = []
self.double_up_labels = []
self.text = " insert coins "
self.no_playing_label = Blinker(
self.font,
self.big_text_size,
self.text,
self.big_text_color,
{"center": self.rect.center},
700,
self.text_bg_color,
)
self.text = " play 1 to 5 coins "
self.waiting_label = Blinker(
self.font,
self.big_text_size,
self.text,
self.big_text_color,
{"center": self.rect.center},
700,
self.text_bg_color,
)
self.card_spacing = 30
self.animation_speed = 170.0
self.elapsed = self.animation_speed
self.deal_sound = prepare.SFX["cardplace2"]
self.held_sound = prepare.SFX["bingo-ball-chosen"]
def __init__(self, topleft, size):
self.rect = pg.Rect(topleft, size)
self.deck = Deck((20, 20), card_size=(187, 271), infinite=True)
self.hand = []
self.hand_len = 0
self.card_index = None
self.max_cards = None
self.revealing = False
self.held_cards = []
self.changing_cards = []
self.waiting = False
self.playing = False
self.double_up = False
self.font = prepare.FONTS["Saniretro"]
self.text_size = 30
self.big_text_size = 100
self.line_height = 35
self.text_color = "white"
self.big_text_color = "red"
self.text_bg_color = "darkblue"
self.held_labels = []
self.double_up_labels = []
self.text = " insert coins "
self.no_playing_label = Blinker(self.font, self.big_text_size, self.text, self.big_text_color,
{"center": self.rect.center}, 700, self.text_bg_color)
self.text = " play 1 to 5 coins "
self.waiting_label = Blinker(self.font, self.big_text_size, self.text, self.big_text_color,
{"center": self.rect.center}, 700, self.text_bg_color)
self.card_spacing = 30
self.animation_speed = 170.0
self.elapsed = self.animation_speed
self.deal_sound = prepare.SFX["cardplace2"]
self.held_sound = prepare.SFX["bingo-ball-chosen"]
def make_help_labels(self, rect):
labels = []
text = "Double up ?"
label = Blinker(self.font, 100, text, "red", {
"centerx": rect.centerx,
"top": rect.top
}, 700)
labels.append(label)
text = "If selected card beats dealers, player wins. Ace is highest, two is lowest"
label = MultiLineLabel(self.font,
self.text_size,
text,
self.text_color, {"center": rect.center},
align="center")
labels.append(label)
return labels
class Dealer:
def __init__(self, topleft, size):
self.rect = pg.Rect(topleft, size)
self.deck = Deck((20, 20), card_size=(187, 271), infinite=True)
self.hand = []
self.hand_len = 0
self.card_index = None
self.max_cards = None
self.revealing = False
self.held_cards = []
self.changing_cards = []
self.waiting = False
self.playing = False
self.double_up = False
self.font = prepare.FONTS["Saniretro"]
self.text_size = 30
self.big_text_size = 100
self.line_height = 35
self.text_color = "white"
self.big_text_color = "red"
self.text_bg_color = "darkblue"
self.held_labels = []
self.double_up_labels = []
self.text = " insert coins "
self.no_playing_label = Blinker(
self.font,
self.big_text_size,
self.text,
self.big_text_color,
{"center": self.rect.center},
700,
self.text_bg_color,
)
self.text = " play 1 to 5 coins "
self.waiting_label = Blinker(
self.font,
self.big_text_size,
self.text,
self.big_text_color,
{"center": self.rect.center},
700,
self.text_bg_color,
)
self.card_spacing = 30
self.animation_speed = 170.0
self.elapsed = self.animation_speed
self.deal_sound = prepare.SFX["cardplace2"]
self.held_sound = prepare.SFX["bingo-ball-chosen"]
def startup(self):
self.hand = self.deck.make_hand()
self.hand_len = len(self.hand)
self.build()
self.card_index = 0
self.max_cards = len(self.hand)
self.revealing = False
self.held_cards = []
self.changing_cards = list(range(5))
self.waiting = False
self.playing = False
self.double_up = False
def start_double_up(self):
for index in range(self.hand_len):
self.hand[index] = self.deck.draw_card()
self.held_cards = []
self.changing_cards = list(range(5))
# first card
self.hand[0].face_up = True
self.toggle_held(0)
self.build()
def draw_cards(self):
for index in range(self.hand_len):
if index not in self.held_cards:
self.hand[index] = self.deck.draw_card()
self.build()
self.revealing = True
def build(self):
x = self.rect.left
y = self.rect.top + self.line_height
for index, card in enumerate(self.hand):
card.rect.left = x
card.rect.top = y
label = Label(
self.font,
self.text_size,
"held",
self.text_color,
{"bottom": card.rect.top, "centerx": card.rect.centerx},
)
self.held_labels.append(label)
if index == 0:
label = Label(
self.font,
self.text_size,
"dealer",
self.text_color,
{"bottom": card.rect.top, "centerx": card.rect.centerx},
)
else:
label = Label(
self.font,
self.text_size,
"player",
self.text_color,
{"bottom": card.rect.top, "centerx": card.rect.centerx},
)
self.double_up_labels.append(label)
x += self.card_spacing + card.rect.w
def toggle_held(self, index):
if index in self.held_cards:
self.held_cards.remove(index)
self.changing_cards.append(index)
else:
self.held_cards.append(index)
self.changing_cards.remove(index)
self.held_sound.play()
self.changing_cards.sort()
def select_card(self, index):
self.hand[index].face_up = True
self.toggle_held(index)
return self.compare_cards(index)
def compare_cards(self, index):
val1 = self.hand[0].value
val2 = self.hand[index].value
if val2 == 1:
return True
if val1 == 1:
# if dealer card is an Ace and player isn't an Ace
return False
else:
return not val1 > val2
def evaluate_hand(self):
values = []
suits = []
for card in self.hand:
values.append(card.value)
suits.append(card.suit)
values.sort()
suits.sort()
# if don't match any rank
rank = NO_HAND
pairs = []
are_three = False
for val in values:
matches = values.count(val)
if matches == 2:
if val not in pairs:
pairs.append(val)
elif matches == 3:
if not are_three:
are_three = True
pairs_len = len(pairs)
if pairs_len == 1 and are_three:
"""Full house"""
rank = HAND_RANKS["FULL_HOUSE"]
elif pairs_len == 1:
""" Jacks or betters"""
if 1 in pairs or 11 in pairs or 12 in pairs or 13 in pairs:
rank = HAND_RANKS["JACKS_OR_BETTER"]
elif pairs_len == 2:
"""Two pair"""
rank = HAND_RANKS["TWO_PAIR"]
elif are_three:
"""Three of a kind"""
rank = HAND_RANKS["THREE_OF_A_KIND"]
"""Straight, if is an Ace in the hand, Check if other 4 cards are
K, Q, J, 10 or 2, 3, 4, 5
else Check if 5 cards are continuous in rank"""
if 1 in values:
a = values[1] == 2 and values[2] == 3 and values[3] == 4 and values[4] == 5
b = values[1] == 10 and values[2] == 11 and values[3] == 12 and values[4] == 13
is_straight = a or b
else:
test_value = values[0] + 1
is_straight = True
for i in range(1, 5):
if values[i] != test_value:
is_straight = False
test_value += 1
highest = max(values)
"""Flush, previously we sort it, so the array must look like this:
['Clubs', 'Diamonds', 'Diamonds', 'Hearts', 'Hearts'],
so if the first and the last element are the same means that all
the suits are the same"""
if suits[0] == suits[4]:
if is_straight:
if highest == 13 and 1 in values:
rank = HAND_RANKS["ROYAL_FLUSH"]
else:
rank = HAND_RANKS["STR_FLUSH"]
else:
rank = HAND_RANKS["FLUSH"]
elif is_straight:
rank = HAND_RANKS["STRAIGHT"]
else:
"""4 of a kind, Check for: 4 cards of the same value
+ higher value unmatched card, and Check for: lower ranked unmatched
card + 4 cards of the same rank"""
a = values[0] == values[1] == values[2] == values[3]
b = values[1] == values[2] == values[3] == values[4]
if a or b:
rank = HAND_RANKS["4_OF_A_KIND"]
# and finally return the current rank
return rank
def get_event(self, mouse_pos):
if self.playing:
for index, card in enumerate(self.hand):
if card.rect.collidepoint(mouse_pos):
return index
def update(self, dt):
if self.revealing:
self.elapsed += dt
while self.elapsed >= self.animation_speed:
self.elapsed -= self.animation_speed
if self.changing_cards:
index = self.changing_cards[self.card_index]
self.hand[index].face_up = True
self.deal_sound.play()
self.card_index += 1
if self.card_index >= len(self.changing_cards):
self.card_index = 0
self.revealing = False
if not self.playing:
self.no_playing_label.update(dt)
if self.waiting:
self.waiting_label.update(dt)
def draw(self, surface):
for card in self.hand:
card.draw(surface)
for index in self.held_cards:
if self.double_up:
self.double_up_labels[index].draw(surface)
else:
self.held_labels[index].draw(surface)
if not self.playing:
self.no_playing_label.draw(surface)
elif self.waiting:
self.waiting_label.draw(surface)
def startup(self, game):
self.game = game
self.game.result_labels = []
self.fade_labels = []
self.alpha = 255
total_ani_time = 2000
fade_ani = Animation(alpha=0, duration=total_ani_time)
fade_ani.start(self)
self.animations.add(fade_ani)
self.game.tally_hands()
payout = self.game.pay_out()
if payout:
self.coin_sound.play()
hands = self.game.player.hands
if len(hands) > 2:
text_size = 64
elif len(hands) == 2:
text_size = 80
else:
text_size = 96
win_piles = []
loss_piles = []
self.winnings = []
self.losses = []
for hand in hands:
amount = hand.bet.get_chip_total()
hand.bet_amount = amount
bl = hand.bet.stacks[0].rect.bottomleft
if hand.blackjack:
text, color = "Blackjack", "gold3"
text_size -= 8
chips = cash_to_chips(int(amount * 2.5))
amount = int(amount * 1.5)
win_piles.append(BetPile(bl, self.game.chip_size, chips))
elif hand.winner:
text, color = "Win", "gold3"
chips = cash_to_chips(amount * 2)
win_piles.append(BetPile(bl, self.game.chip_size, chips))
elif hand.push:
text, color = "Push", "gold3"
chips = cash_to_chips(amount)
win_piles.append(BetPile(bl, self.game.chip_size, chips))
elif hand.busted:
text, color = "Bust", "darkred"
chips = cash_to_chips(amount)
loss_piles.append(BetPile(bl, self.game.chip_size, chips))
amount *= -1
else:
text, color = "Loss", "darkred"
chips = cash_to_chips(amount)
loss_piles.append(BetPile(bl, self.game.chip_size, chips))
amount *= -1
centerx = (hand.slots[0].left + hand.slots[-1].right) // 2
centery = hand.slots[0].centery
label = Blinker(self.font, text_size, text, color,
{"center": (centerx, centery)}, 450)
self.game.result_labels.append(label)
amt_color = "darkgreen" if amount >= 0 else "darkred"
bet_label = Label(self.font,
120,
"{:+}".format(amount),
amt_color, {"bottomleft": bl},
bg=prepare.FELT_GREEN)
move_ani = Animation(bottom=bl[1] - 150,
duration=total_ani_time,
round_values=True)
move_ani.start(bet_label.rect)
self.animations.add(move_ani)
self.fade_labels.append(bet_label)
hand.bet.chips = []
hand.bet.stacks = []
payout_duration = 1000
center = self.game.player.chip_pile.rect.center
for pile in win_piles:
self.winnings.append(pile)
for stack in pile.stacks:
ani = Animation(left=center[0],
bottom=center[1],
duration=payout_duration,
round_values=True)
ani.start(stack.rect)
self.animations.add(ani)
center = self.game.chip_rack.rect.center
for loss_pile in loss_piles:
self.losses.append(loss_pile)
for stack in loss_pile.stacks:
ani = Animation(left=center[0],
bottom=center[1],
duration=payout_duration,
round_values=True)
ani.start(stack.rect)
self.animations.add(ani)
pay_ani = Task(self.game.player.chip_pile.add_chips,
payout_duration,
args=[payout])
remove_chips = Task(self.remove_chips, payout_duration)
end_it = Task(self.end_state, total_ani_time)
self.animations.add(pay_ani, remove_chips, end_it)
class Dealer:
def __init__(self, topleft, size):
self.rect = pg.Rect(topleft, size)
self.deck = Deck((20, 20), card_size=(187, 271), infinite=True)
self.hand = []
self.hand_len = 0
self.card_index = None
self.max_cards = None
self.revealing = False
self.held_cards = []
self.changing_cards = []
self.waiting = False
self.playing = False
self.double_up = False
self.font = prepare.FONTS["Saniretro"]
self.text_size = 30
self.big_text_size = 100
self.line_height = 35
self.text_color = "white"
self.big_text_color = "red"
self.text_bg_color = "darkblue"
self.held_labels = []
self.double_up_labels = []
self.text = " insert coins "
self.no_playing_label = Blinker(self.font, self.big_text_size, self.text, self.big_text_color,
{"center": self.rect.center}, 700, self.text_bg_color)
self.text = " play 1 to 5 coins "
self.waiting_label = Blinker(self.font, self.big_text_size, self.text, self.big_text_color,
{"center": self.rect.center}, 700, self.text_bg_color)
self.card_spacing = 30
self.animation_speed = 170.0
self.elapsed = self.animation_speed
self.deal_sound = prepare.SFX["cardplace2"]
self.held_sound = prepare.SFX["bingo-ball-chosen"]
def startup(self):
self.hand = self.deck.make_hand()
self.hand_len = len(self.hand)
self.build()
self.card_index = 0
self.max_cards = len(self.hand)
self.revealing = False
self.held_cards = []
self.changing_cards = list(range(5))
self.waiting = False
self.playing = False
self.double_up = False
def start_double_up(self):
for index in range(self.hand_len):
self.hand[index] = self.deck.draw_card()
self.held_cards = []
self.changing_cards = list(range(5))
# first card
self.hand[0].face_up = True
self.toggle_held(0)
self.build()
def draw_cards(self):
for index in range(self.hand_len):
if index not in self.held_cards:
self.hand[index] = self.deck.draw_card()
self.build()
self.revealing = True
def build(self):
x = self.rect.left
y = self.rect.top + self.line_height
for index, card in enumerate(self.hand):
card.rect.left = x
card.rect.top = y
label = Label(self.font, self.text_size, 'held', self.text_color,
{"bottom": card.rect.top, "centerx": card.rect.centerx})
self.held_labels.append(label)
if index == 0:
label = Label(self.font, self.text_size, 'dealer', self.text_color,
{"bottom": card.rect.top, "centerx": card.rect.centerx})
else:
label = Label(self.font, self.text_size, 'player', self.text_color,
{"bottom": card.rect.top, "centerx": card.rect.centerx})
self.double_up_labels.append(label)
x += self.card_spacing + card.rect.w
def toggle_held(self, index):
if index in self.held_cards:
self.held_cards.remove(index)
self.changing_cards.append(index)
else:
self.held_cards.append(index)
self.changing_cards.remove(index)
self.held_sound.play()
self.changing_cards.sort()
def select_card(self, index):
self.hand[index].face_up = True
self.toggle_held(index)
return self.compare_cards(index)
def compare_cards(self, index):
val1 = self.hand[0].value
val2 = self.hand[index].value
if val2 == 1:
return True
if val1 == 1:
# if dealer card is an Ace and player isn't an Ace
return False
else:
return not val1 > val2
def evaluate_hand(self):
values = []
suits = []
for card in self.hand:
values.append(card.value)
suits.append(card.suit)
values.sort()
suits.sort()
# if don't match any rank
rank = NO_HAND
pairs = []
are_three = False
for val in values:
matches = values.count(val)
if matches == 2:
if val not in pairs:
pairs.append(val)
elif matches == 3:
if not are_three:
are_three = True
pairs_len = len(pairs)
if pairs_len == 1 and are_three:
"""Full house"""
rank = HAND_RANKS['FULL_HOUSE']
elif pairs_len == 1:
""" Jacks or betters"""
if 1 in pairs or 11 in pairs or 12 in pairs or 13 in pairs:
rank = HAND_RANKS['JACKS_OR_BETTER']
elif pairs_len == 2:
"""Two pair"""
rank = HAND_RANKS['TWO_PAIR']
elif are_three:
"""Three of a kind"""
rank = HAND_RANKS['THREE_OF_A_KIND']
"""Straight, if is an Ace in the hand, Check if other 4 cards are
K, Q, J, 10 or 2, 3, 4, 5
else Check if 5 cards are continuous in rank"""
if 1 in values:
a = values[1] == 2 and values[2] == 3 \
and values[3] == 4 and values[4] == 5
b = values[1] == 10 and values[2] == 11 \
and values[3] == 12 and values[4] == 13
is_straight = a or b
else:
test_value = values[0] + 1
is_straight = True
for i in range(1, 5):
if values[i] != test_value:
is_straight = False
test_value += 1
highest = max(values)
"""Flush, previously we sort it, so the array must look like this:
['Clubs', 'Diamonds', 'Diamonds', 'Hearts', 'Hearts'],
so if the first and the last element are the same means that all
the suits are the same"""
if suits[0] == suits[4]:
if is_straight:
if highest == 13 and 1 in values:
rank = HAND_RANKS['ROYAL_FLUSH']
else:
rank = HAND_RANKS['STR_FLUSH']
else:
rank = HAND_RANKS['FLUSH']
elif is_straight:
rank = HAND_RANKS['STRAIGHT']
else:
"""4 of a kind, Check for: 4 cards of the same value
+ higher value unmatched card, and Check for: lower ranked unmatched
card + 4 cards of the same rank"""
a = values[0] == values[1] == values[2] == values[3]
b = values[1] == values[2] == values[3] == values[4]
if a or b:
rank = HAND_RANKS['4_OF_A_KIND']
# and finally return the current rank
return rank
def get_event(self, mouse_pos):
if self.playing:
for index, card in enumerate(self.hand):
if card.rect.collidepoint(mouse_pos):
return index
def update(self, dt):
if self.revealing:
self.elapsed += dt
while self.elapsed >= self.animation_speed:
self.elapsed -= self.animation_speed
if self.changing_cards:
index = self.changing_cards[self.card_index]
self.hand[index].face_up = True
self.deal_sound.play()
self.card_index += 1
if self.card_index >= len(self.changing_cards):
self.card_index = 0
self.revealing = False
if not self.playing:
self.no_playing_label.update(dt)
if self.waiting:
self.waiting_label.update(dt)
def draw(self, surface):
for card in self.hand:
card.draw(surface)
for index in self.held_cards:
if self.double_up:
self.double_up_labels[index].draw(surface)
else:
self.held_labels[index].draw(surface)
if not self.playing:
self.no_playing_label.draw(surface)
elif self.waiting:
self.waiting_label.draw(surface)
def startup(self, game):
self.game = game
self.lobby_button.call = self.warn
self.toggled = False
self.alpha = 255
self.labels = []
self.blinkers = []
self.calculated = False
self.animations = pg.sprite.Group()
stayers = [x for x in self.game.players if x.stayed]
winners = self.game.get_winners()
share = self.game.pot // len(winners)
ani_duration = 2000
self.free_ride = False
for stayer in stayers:
pos = stayer.name_label.rect.center
dest = pos[0], pos[1] - 120
cards_center = stayer.cards[0].rect.union(
stayer.cards[1].rect).center
if stayer not in winners:
text = "${}".format(self.game.pot)
color = "darkred"
stayer.lost = self.game.pot
self.free_ride = True
dest = self.game.pot_label.rect.center
if stayer is self.game.player:
pos = self.money_icon.rect.center
if self.game.player.cash < stayer.lost:
amount = stayer.lost - self.game.player.cash
self.cash_advance(amount)
msg = "You were forced to take a cash advance to cover your loss. Visit the ATM to view your account."
self.notice(msg)
self.add_player_cash(-stayer.lost)
task = Task(self.add_to_pot, ani_duration, args=[stayer.lost])
self.animations.add(task)
lose_label = Blinker(self.font, 96, "Loser", color,
{"center": cards_center}, 500)
self.animations.add(
Task(self.blinkers.append, ani_duration,
args=[lose_label]))
else:
text = "${}".format(share)
color = "darkgreen"
stayer.won = share
pos = self.game.pot_label.rect.center
if stayer is self.game.player:
self.cha_ching.play()
dest = self.money_icon.rect.center
task = Task(self.add_player_cash,
ani_duration,
args=[share])
self.animations.add(task)
win_label = Blinker(self.font, 96, "Winner", color,
{"center": cards_center}, 500)
self.animations.add(
Task(self.blinkers.append, ani_duration, args=[win_label]))
label = Label(self.font,
128,
text,
color, {"center": pos},
bg=prepare.FELT_GREEN)
label.image.set_colorkey(prepare.FELT_GREEN)
self.labels.append(label)
move = Animation(centerx=dest[0],
centery=dest[1],
duration=ani_duration,
round_values=True,
transition="in_quart")
move.start(label.rect)
self.animations.add(move)
fader = Animation(alpha=0,
duration=ani_duration + 200,
round_values=True)
fader.start(self)
self.animations.add(fader)
self.game.pot = 0
self.make_player_buttons(self.free_ride)
self.toggle_buttons(False)
if self.free_ride:
self.advice_texts = ["Press OK to play the next round"]
else:
self.advice_texts = [
"Ante Up ${} to play again".format(self.game.bet)
]
self.advice_texts.append("Press the Lobby button to exit")
