def test_1(self):
data = open("test.txt", "r").read().split("\n\n")
game = Cards()
game.deal(data)
game.play()
self.assertEqual([3, 2, 10, 6, 8, 5, 9, 4, 7, 1], game.winner)
self.assertEqual(306, game.score())
def BlackjackGame():
# make the 2 players
playerscore = 0
dealerscore = 0
deckPlayer = BlackjackHand() # make empty deck
deckDealer = BlackjackHand()
deck = Cards()
def makeDeck():
deckType = input(
"Deck type - Enter 1 for regular deck or 2 for 6-deck shoe:")
while deckType not in "2" and deckType not in "1":
deckType = input("Please enter either 1 or 2."
) #Makes the deck based on user's choice of deck
deckType = int(deckType)
if deckType == 1:
for suit in ['h', 'd', 's', 'c']:
for rank in [
'A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J',
'Q', 'K'
]:
c = BlackjackCard(rank, suit)
deck.add(c)
deck.shuffle()
if deckType == 2:
for i in range(6):
for suit in ['h', 'd', 's', 'c']:
for rank in [
'A', '2', '3', '4', '5', '6', '7', '8', '9', '10',
'J', 'Q', 'K'
]:
c = BlackjackCard(rank, suit)
deck.add(c)
deck.shuffle()
makeDeck()
print("Welcome to Blackjack!!") #Initial welcoming and name
def name():
time.sleep(0.5)
name = input("What is your name?")
print("Hi", name + "!")
time.sleep(0.5)
return name
name = name()
def bet(): # find out how much money the player would like to bet.
bet = input("How much money do you want to bet every round?")
while not bet.isnumeric():
bet = input(
"How much money would you like to bet? Please enter a valid integer."
)
bet = int(bet)
return bet
bet = bet()
amount = 0 - bet #takes away bet from money
player = BlackjackPlayer(str(name), amount)
dealer = BlackjackDealer("Dealer", amount)
def rounds(): #asks how many rounds to play
rounds = input("How many rounds would you like to play?")
while not rounds.isnumeric():
rounds = input(
"How many rounds would you like to play? Please enter a valid integer."
)
return rounds
rounds = rounds()
for round in range(1, (int(rounds) + 1)):
print("* SHUFFLING NEW DECK *")
deck.shuffle()
dealer.tossHand() # reset the hands from old round if applicable
player.tossHand()
deckPlayer = BlackjackHand() # make empty hand
deckDealer = BlackjackHand()
naturalwin = False
win = False
tie = False
def dealCards(
): # deal cards at the beginning of every round to the player and dealer.
print("Round [", round, "] Score: Dealer", dealerscore, "vs.",
name, playerscore)
for i in range(2):
v = deck.deal()
deckPlayer.add(v)
player.addCard(deckPlayer)
v = deck.deal()
deckDealer.add(v)
dealer.addCard(deckDealer)
return v
v = dealCards()
print("Your hand:", deckPlayer) # Inform the player of their hand
print("Dealer's hand:",
dealer.initialDisplay()) # reveal one card of the dealer
if (deckPlayer.getTotalWithAce()
) == 21: # decide if dealer of player has a natural 21
print(name + ":", deckPlayer, "=> Natural 21!")
win = True
naturalwin = True
elif (deckDealer.getTotalWithAce()) == 21:
win = False
print(name + ":", deckPlayer, "=> ", deckPlayer.getTotalWithAce())
else:
totalDealer = deckDealer.getTotalWithAce()
print(name + ":", deckPlayer, "=> ", deckPlayer.getTotalWithAce())
while not deckPlayer.bust() and not deckDealer.bust(
) and deckDealer.getTotalWithAce(
) <= 21 and deckPlayer.getTotalWithAce() <= 21 and not naturalwin:
t = player.askHit(v) # Asks if the player would like to hit
if t == True:
v = deck.deal()
deckPlayer.add(v)
player.addCard(deckPlayer)
newPTotal = deckPlayer.getTotalWithAce(
) # New Player total after hitting
print(name + ":", deckPlayer, ":", newPTotal)
if newPTotal > 21:
win = False
elif t == False:
startDealer = deckDealer.getTotalWithAce()
print("Dealer:", deckDealer, "=>", startDealer) #Dealer side
nDealer = deckDealer.getTotalWithAce()
while nDealer < 17:
v = deck.deal()
deckDealer.add(v)
dealer.addCard(deckDealer)
nDealer = deckDealer.getTotalWithAce()
print("Dealer: ", deckDealer, "=>", nDealer)
break
def decideWinner(win, tie): # figures out who won
FinalPlayer = deckPlayer.getTotalWithAce()
FinalDealer = deckDealer.getTotalWithAce()
if FinalPlayer > FinalDealer and FinalPlayer <= 21:
print("Yay!! You won this round.", FinalPlayer, "vs.",
FinalDealer)
win = True
elif FinalDealer > 21:
print("The Dealer busts with " + str(FinalDealer) +
". You win!")
win = True
elif int(FinalPlayer) == int(FinalDealer) and not naturalwin:
print("Push: You tied with the Dealer.", FinalPlayer, "vs.",
FinalDealer)
tie = True
elif FinalDealer == 21:
print("Dealer has 21: You Lose", FinalPlayer, "vs.",
FinalDealer)
win = False
elif FinalPlayer < 21 and FinalDealer < 21 and FinalDealer > FinalPlayer:
print("Ooops! you lost this round. Better luck next time.")
win = False
elif FinalPlayer > 21:
print("Oops, you busted,", FinalPlayer, " the dealer wins.")
return (win, tie)
(win, tie) = decideWinner(win, tie)
if tie:
if playerscore == 1:
player.addMoney(
bet) #players bet is given back, nothing lost or gained
elif win:
playerscore += 1 # figure out the player score
if naturalwin:
player.addMoney(bet + bet * 1.5) # Adds or takes away money
print("You won extra from your natural 21 ${}".format(bet *
1.5))
else:
if playerscore == 1:
player.addMoney(bet * 2)
else:
player.addMoney(bet)
print("You won ${}".format(bet))
else:
dealerscore += 1
player.addMoney(-bet)
print("You lost ${}".format(bet))
print("")
time.sleep(1)
def finalPrint(
name, playerscore
): # print out final standings for the player (money, score)
print("------------------------------------- ")
print("| Final Score: Dealer", dealerscore, "vs.", name, playerscore,
"|")
if player.money < 0:
print("| You ended with: -${} |".format(
abs(player.money)))
else:
print("| You ended with: ${} |".format(player.money))
print("------------------------------------- ")
finalPrint(name, playerscore)
class Game():
"""
GAME - class
class implements UI for videopoker in pygame.
"""
def __init__(self):
"""
INIT
"""
# pygame - setup
pygame.init()
self.FPS = 30
self.clock = pygame.time.Clock()
self.size = (600, 500)
self.center = (300, 250)
self.screen = pygame.display.set_mode(self.size)
self.card_imgs= []
self.balance = 100
self.bet_amount = 5
self.cm = Cards()
self.reset()
self.key_pressed = "stop"
self.key_pressed_hold = ""
self.player_rect_clip = pygame.Rect(0, 0, 75, 100)
self.stage = 0
self.step = 0
self.last_mouse = (0, 0)
# set up fonts
self.basicFont = pygame.font.SysFont(None, 48)
self.subFont = pygame.font.SysFont(None, 24)
self.subsubFont = pygame.font.SysFont(None, 12)
self.card_layout_play()
def card_layout_play(self):
self.card_rects = []
self.card_rects.append(pygame.Rect(20, 10, 75, 100))
self.card_rects.append(pygame.Rect(20, 105, 75, 100))
self.card_rects.append(pygame.Rect(20, 200, 75, 100))
self.card_rects.append(pygame.Rect(20, 295, 75, 100))
self.card_rects.append(pygame.Rect(20, 390, 75, 100))
self.deal_rect = pygame.Rect(200, 200, 75, 100)
self.deal_card = pygame.transform.scale(pygame.image.load("cards/deal.png"),(72, 90))
self.bet_rect = pygame.Rect(200, 105, 75, 100)
self.bet_card = pygame.transform.scale(pygame.image.load("cards/5coin.png"),(72, 90))
self.help_rect = pygame.Rect(200, 10, 75, 100)
self.help_card = pygame.transform.scale(pygame.image.load("cards/help.png"),(72, 90))
def reset(self):
"""
RESET
"""
self.deck = self.cm.shuffledeck(self.cm.opendeck())
# for testing, call for particular hands:
# self.deck = self.cm.test_hand("four of a kind")
self.card_imgs=[]
for i in range (0,5):
self.card_imgs.append(pygame.transform.scale(pygame.image.load("cards/back.png"),(72, 90)))
self.hand =[None,None,None,None,None,]
self.card_locks = [False, False, False, False, False]
self.message = 'Set bet and click deal.'
def handle_events(self):
"""
HANDLE EVENTS - keys and mouse clicks
"""
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
if event.type == pygame.KEYUP:
if event.key == pygame.K_ESCAPE:
self.key_pressed = "esc"
elif event.key == pygame.K_F1:
self.key_pressed = "help"
elif event.key == pygame.K_SPACE:
self.key_pressed = "space"
else:
pass
if event.type == pygame.MOUSEBUTTONUP:
self.last_mouse = event.pos
self.key_pressed_hold = self.key_pressed
self.key_pressed = "mouse"
def cardN_button(self,n):
"""
CARD pressed - flip card
"""
if self.step == 2 or self.step == 0:
pass
else:
if self.hand[n].is_dealt:
self.card_imgs[n] = pygame.transform.scale(pygame.image.load("cards/"+self.hand[n].display+".png"),(72, 90))
self.card_locks[n] = True
self.hand[n].is_dealt = False
else:
self.card_imgs[n] = pygame.transform.scale(pygame.image.load("cards/back.png"),(72, 90))
self.card_locks[n] = False
self.hand[n].is_dealt = True
def score_hand(self):
"""
SCORE HAND
"""
vodds = vp_odds()
x,s = vodds.calculate_payout(self.hand, self.bet_amount)
self.message = s + ' pays: $'+ str(x)
return x
def deal_tapped(self):
"""
DEAL button tapped.
"""
if self.step == 2:
self.reset()
self.step = 0
self.message = 'Set bet, press deal.'
else:
self.step += 1
self.message = 'Pick, and deal.'
hand = self.cm.deal(5,self.deck)
for i in range(0,5):
if not self.card_locks[i]:
self.hand[i] = hand[i]
self.card_imgs[i] = pygame.transform.scale(pygame.image.load("cards/"+hand[i].display+".png"),(72, 90))
self.card_locks = [True, True, True, True, True]
if self.step == 2:
self.balance += self.score_hand()
if self.balance <= 0:
self.stage = 3
def bet_next(self):
"""
BET changed
"""
if self.step !=0:
return
if self.bet_amount == 5 :
self.bet_amount = 10
self.bet_card = pygame.transform.scale(pygame.image.load("cards/10coin.png"),(72, 90))
elif self.bet_amount == 10:
self.bet_amount = 20
self.bet_card = pygame.transform.scale(pygame.image.load("cards/20coin.png"),(72, 90))
elif self.bet_amount == 20:
self.bet_amount = 5
self.bet_card = pygame.transform.scale(pygame.image.load("cards/5coin.png"),(72, 90))
else:
pass
def draw_stage1(self):
"""
DRAW STAGE 1 - Play Screen
"""
self.screen.fill(BLUE)
for i in range(0, len(self.card_imgs)):
self.screen.blit(self.card_imgs[i], self.card_rects[i], self.player_rect_clip)
self.screen.blit(self.deal_card, self.deal_rect, self.player_rect_clip)
self.screen.blit(self.bet_card, self.bet_rect, self.player_rect_clip)
self.screen.blit(self.help_card, self.help_rect, self.player_rect_clip)
for i in range(0, len(self.card_imgs)):
if self.card_rects[i].collidepoint(self.last_mouse):
self.cardN_button(i)
self.last_mouse = (-1, -1)
break
if self.deal_rect.collidepoint(self.last_mouse):
self.last_mouse = (-1, -1)
self.deal_tapped()
if self.bet_rect.collidepoint(self.last_mouse):
self.last_mouse = (-1, -1)
self.bet_next()
if self.help_rect.collidepoint(self.last_mouse):
self.last_mouse = (-1, -1)
self.key_pressed ="help"
self.stage1_text = self.basicFont.render(self.message, True, WHITE, BLUE)
textRect = self.stage1_text.get_rect()
textRect.x = 220
textRect.y = 320
self.screen.blit(self.stage1_text, textRect)
balance = "Current balance is: " + str(self.balance)
balance_text = self.subFont.render(balance, True, WHITE, BLUE)
textRect = self.stage1_text.get_rect()
textRect.x = 220
textRect.y = 400
self.screen.blit(balance_text, textRect)
def draw_stage0(self):
"""
DRAW STAGE 0 - Title/Splash
"""
# set up the text
self.stage0_text = self.basicFont.render('Welcome to Video Poker', True, WHITE, BLACK)
self.stage0_subtext1 = self.subFont.render('Press SPACE to Continue', True, WHITE, BLACK)
self.stage0_subtext2 = self.subFont.render('F1 for help Or ESC to exit', True, WHITE, BLACK)
self.screen.fill(BLACK)
if self.key_pressed == "space":
self.stage = 1
textRect = self.stage0_text.get_rect()
textRect.center = self.center
textRect.centery -= 150
self.screen.blit(self.stage0_text, textRect)
textRect.centery += 50
self.screen.blit(self.stage0_subtext1, textRect)
textRect.centery += 20
self.screen.blit(self.stage0_subtext2, textRect)
def draw_stage2(self):
"""
DRAW STAGE 2 - Help
"""
# set up the text
self.stage2_text = self.basicFont.render('Video Poker - Help', True, WHITE, GREEN)
self.stage2_subtext1 = self.subFont.render('Press SPACE to Continue', True, WHITE, BLACK)
self.screen.fill(GREEN)
if self.key_pressed == "space":
self.stage = 1
textRect = self.stage2_text.get_rect()
textRect.center = self.center
textRect.centery -= 200
self.screen.blit(self.stage2_text, textRect)
sub_text = "Press SPACE to Play"
xtext_rect = self.subFont.render(sub_text, True, WHITE, GREEN)
sub_text_rect = xtext_rect.get_rect()
sub_text_rect.center = self.center
sub_text_rect.centery -= 175
self.screen.blit(xtext_rect, sub_text_rect)
# get the list of odds from the odds machine
v = vp_odds()
odds = v.list_odds()
for i in range(0, len(odds)):
text = odds[i]
xtext = self.subFont.render(text, True, WHITE, GREEN)
textRect = xtext.get_rect()
textRect.x = 120
textRect.y = 120 + i*30
self.screen.blit(xtext, textRect)
def draw_stage3(self):
"""
DRAW STAGE 3 - Broke
"""
self.screen.fill(BLUE)
if self.key_pressed == "space":
self.stage = 1
notes = []
notes.append("You have run out of money!")
notes.append("I will credit you 100 dollars.")
notes.append("Press space to continue")
notes.append("or ESC to return to the title screen")
for i in range(0, len(notes)):
text = notes[i]
xtext = self.subFont.render(text, True, WHITE, BLUE)
textRect = xtext.get_rect()
textRect.x = 120
textRect.y = 120 + i*30
self.screen.blit(xtext, textRect)
self.balance = 100
@staticmethod
def main():
x = Game()
x.run()
def run(self):
"""
RUN - main loop.
"""
while True:
self.handle_events()
if self.key_pressed == "esc" and self.stage == 0:
pygame.quit()
sys.exit()
if self.key_pressed == "esc" and self.stage != 0:
self.key_pressed = "none"
self.stage = 0
if self.key_pressed == "help" and self.stage !=2:
self.direcion = "none"
self.stage = 2
if self.stage == 0:
self.draw_stage0()
elif self.stage == 1:
self.draw_stage1()
elif self.stage == 2:
self.draw_stage2()
elif self.stage == 3:
self.draw_stage3()
else:
pass
self.clock.tick(self.FPS)
pygame.display.update()
def BlackjackGame():
#>>make the 2 players
name = input("Welcome to Blackjack! What is your name? ")
player = BlackjackPlayer(name, 1)
dealer = BlackjackDealer("Dealer", 1)
player.money = 1000
#>>get number of rounds
roundsin = input("How many rounds would you like to play, {}? ".format(
player.name))
#while (ans != 'y' and ans != 'n'):
#ans = input("Please answer with either a 'y' for yes or an 'n' for no: ")
print()
rounds = int(roundsin)
#>>checking if player wants to use autoplayer.
autoplaying = False
betting = False
print(
"There are two different modes you can use to play this game: Autoplayer or Manual with betting."
)
print("Keep in mind that autoplayer mode does not involve money.")
autoplayermode = input(
"Do you want the computer to automatically play for you? (Autoplayer mode) "
)
while (autoplayermode != 'y' and autoplayermode != 'n'):
autoplayermode = input(
"Please answer with either a 'y' for yes or an 'n' for no: ")
print()
if autoplayermode == 'y':
autoplaying = True
elif autoplayermode == 'n':
autoplaying = False
betting = True
#>>game executes itself for specified number if rounds
print()
if autoplaying:
player = BlackjackDealer(name, 1)
else:
print("You have $1000 to begin with.")
print()
#>>make a deck of card
deck = Cards() # make empty deck
#>>number of cards -> to know when to shuffle
cardCount = 0
#>>single deck
if rounds <= 6:
for s in Card.SUIT:
for r in Card.RANK:
x = BlackjackCard(r, s)
deck.add(x)
cardCount = 52
#>>6 deck shoe
else:
for i in range(6):
for s in Card.SUIT:
for r in Card.RANK:
x = BlackjackCard(r, s)
deck.add(x)
cardCount = 312
deck.shuffle()
#print (deck)
#>>special deck for testing
#deck = Cards()
#cardCount = 12345
#deck.add(BlackjackCard('2', 'd'))
#deck.add(BlackjackCard('3', 'd'))
#deck.add(BlackjackCard('2', 's'))
#deck.add(BlackjackCard('3', 's'))
#deck.add(BlackjackCard('5', 's'))
#deck.add(BlackjackCard('5', 's'))
#deck.add(BlackjackCard('A', 's'))
#>>number of rounds won by each player
playerWin = 0
dealerWin = 0
#>>whether the player has money
hasMoney = False
#>>starts the game
for i in range(rounds):
print("***************!ROUND {} of {}!***************".format(
i + 1, rounds))
#>>shuffling cards if necessary
if cardCount < 15:
print("Please wait one moment while the deck is being shuffled...")
while (cardCount > 0):
cardCount -= 1
deck.deal()
for s in Card.SUIT:
for r in Card.RANK:
x = BlackjackCard(r, s)
deck.add(x)
deck.shuffle()
cardCount = 52
#>>asking betting money
valid = False
if betting:
print("You have ${} now.".format(player.money))
if int(player.money > 0):
betting_money = int(
input("How much money would you like to bet? "))
if betting_money <= player.money and betting_money > 0:
valid = True
while (valid == False):
betting_money = int(
input(
'''Please answer with a betting amount less than or equal to ${}.
Remember betting value has to be greater than $0. '''.format(player.money)))
if betting_money <= player.money and betting_money > 0:
valid = True
#>>adding first 2 cards to hand
player.addCard(deck.deal())
dealer.addCard(deck.deal())
player.addCard(deck.deal())
dealer.addCard(deck.deal())
cardCount -= 4
#print(player)
#print(dealer)
#>>initial print statements with hand, score
print("{}'s Current Score: {}".format(player.name, playerWin))
print("Dealer's Current Score: {}".format(dealerWin))
print(player)
#print(player.hand.getTotalWithAce())
visibleDealerCard = str(dealer.hand)
print("Dealer: [{} ??]".format(visibleDealerCard[1:3]))
#print(dealer)
#>>game (checks for blackjack, then does hitting routine)
if (player.hand.getTotalWithAce() == 21
and dealer.hand.getTotalWithAce() == 21):
print("Push 21 vs. 21")
elif (player.hand.getTotalWithAce() == 21):
print("Blackjack! {} wins!".format(player.name))
playerWin += 1
if betting:
player.money += betting_money
elif (dealer.hand.getTotalWithAce() == 21):
print("Blackjack! Dealer wins!")
dealerWin += 1
if betting:
player.money -= betting_money
else:
#>>to see how far into the game we go
continueToDealer = True
continueToScore = True
#>>player hitting and busting
hit = True
while (hit):
if (player.askHit() == False):
hit = False
else:
cardCount -= 1
player.addCard(deck.deal())
print(player,
"=> {}".format(player.hand.getTotalWithAce()))
if (player.hand.bust()):
print("Dealer wins! {} busts with {}.".format(
player.name, player.hand.getTotalWithAce()))
dealerWin += 1
if betting:
player.money -= betting_money
hit = False
continueToDealer = False
continueToScore = False
#>>dealer hitting and busting
if (continueToDealer):
hit = True
while (hit):
if (dealer.askHit() == False):
hit = False
else:
cardCount -= 1
dealer.addCard(deck.deal())
print(dealer,
"=> {}".format(dealer.hand.getTotalWithAce()))
if (dealer.hand.bust()):
print("{} wins! Dealer busts with {}.".format(
player.name, dealer.hand.getTotalWithAce()))
playerWin += 1
if betting:
player.money += betting_money
hit = False
continueToScore = False
#>>compare final scores and see who wins!
playerTotal = player.hand.getTotalWithAce()
dealerTotal = dealer.hand.getTotalWithAce()
if (continueToScore):
print(player)
print(dealer)
if playerTotal > dealerTotal:
print("{} wins with a total of {} vs {}!".format(
player.name, playerTotal, dealerTotal))
playerWin += 1
if betting:
player.money += betting_money
elif playerTotal < dealerTotal:
print("Dealer wins with a total of {} vs {}!".format(
dealerTotal, playerTotal))
dealerWin += 1
if betting:
player.money -= betting_money
else:
print("Push! {} vs {}.".format(playerTotal,
dealerTotal))
#>>ending: where hands are cleared & all variables are set to be ready for next round
player.tossHand()
dealer.tossHand()
print()
#>>checks if player still has money left
if betting:
if player.money <= 0:
hasMoney = False
break
#>>for manual mode
#>>checking betting/money value of player
if betting:
#>>if the player still has money
if player.money > 0:
if player.money > 1000:
print(
"Congratulations! You have earned money! You now have a total of ${}!!!"
.format(player.money))
else:
print(
"Congratulations! You have not lost all of your money! You now have a total of ${}!!"
.format(player.money))
#>>printing final scores after all rounds are over!
winGame = ""
if (playerWin > dealerWin):
caps = player.name.upper()
winGame = "FINAL SCORE: Dealer {} vs {} {}. {} WINS!!!".format(
dealerWin, player.name, playerWin, caps)
print()
elif (playerWin < dealerWin):
winGame = "FINAL SCORE: Dealer {} vs {} {}. DEALER WINS!!".format(
dealerWin, player.name, playerWin)
print()
else:
winGame = "FINAL SCORE: Dealer {} vs {} {}. TIE!".format(
dealerWin, player.name, playerWin)
print()
print(">>> {} <<<".format(winGame))
#>>if the player lost all of their money
else:
print(">>> GAME OVER! You have lost all of your money! <<<")
else:
#>>for autoplayer mode
#>>printing final scores after all rounds are over!
winGame = ""
if (playerWin > dealerWin):
caps = player.name.upper()
winGame = "FINAL SCORE: Dealer {} vs {} {}. {} WINS!!!".format(
dealerWin, player.name, playerWin, caps)
print()
elif (playerWin < dealerWin):
winGame = "FINAL SCORE: Dealer {} vs {} {}. DEALER WINS!!".format(
dealerWin, player.name, playerWin)
print()
else:
winGame = "FINAL SCORE: Dealer {} vs {} {}. TIE!".format(
dealerWin, player.name, playerWin)
print()
print(">>>{}<<<".format(winGame))
if count(player) == 21 or count(dealer) > 21:
print("Você venceu!")
elif count(dealer) == 21 or count(player) > 21:
print("Lamento, você perdeu!")
elif count(player) > count(dealer):
print("Você venceu!")
else:
print("Lamento, você perdeu!")
while True:
if user_input == '0':
cards = Cards(2, 2)
cards.shuffle()
dic_cards = cards.deal()
dealer = dic_cards['hands'][0]
player_1 = dic_cards['hands'][1]
hill = dic_cards['hill']
if count(dealer) <= 10:
new_card = hill.pop()
dealer.append(new_card)
print(dealer[0])
print(player_1)
print("Escolha sua jogada:")
print("0: abandonar rodada")
print("1: mostrar mão")
print("2: pedir carta")
print("4: sair")
class HoldEmRef:
"""the successor to the PokerRef class."""
def __init__(self):
"""initialize all variables"""
self.dealer = -1
self.deck = Cards()
self.players = [] #this array contains only players, not viewers
self.n_play = len(self.players) #number of current players
self.cur_player = None #the player on whom the action rests
self.min_bet = 0 #the current minimum a player must bet
self.pot = 0 #the current value of the pot
self.no_raise = 1 #true if the hand has not yet been raised
self.calls = 0 #number of current calls
###
#public functions
###
def set_players(self, players):
"""players should be an array of types derived from PokerPlayer
These should be people sitting at the table, not viewers of the game"""
self.players = players
self.n_play = len(self.players)
def rem_player(self, p):
"""remove a player from the game"""
def get_blinds(self, ante, blind):
"""get the blinds and ante from the players"""
self._init_hand()
if ante:
for p in self.players:
p.payAnte(ante)
self.transmit_bet(p, ante)
sb = int(round(blind/2.0))
small = self.next_active(self.dealer)
self.big_blind = self.next_active(small)
if not small.payBlind(sb): raise "blind error"
if not self.big_blind.payBlind(blind): raise "blind error"
self.transmit_bet(small, sb)
self.transmit_bet(self.big_blind, blind)
self.min_bet = blind
self.cur_player = self.next_active(self.big_blind)
def get_next_bet(self):
"""get the next player's bet"""
self.cur_player.transmitBet(self.min_bet - self.cur_player.active_bet)
def deal(self):
"""deal the cards to the players"""
for p in self.players: p.re_init()
cards = self.deck.deal(self.n_play*2)
if self.dealer == -1:
#pick a random player
self.dealer = self.players[self.deck.randint(0, self.n_play-1)]
else: self.dealer = self.next_active(self.dealer)
cur_player = self.next_active(self.dealer)
for card in cards:
cur_player.addCard(card)
cur_player = self.next_active(cur_player)
###
#private functions
###
def _init_hand(self):
"""reinitialize the values needed for the hand"""
self.n_play = len(self.players)
self.cur_player = None
self.min_bet = 0
self.pot = 0
self.no_raise = 1
self.calls = 0
for p in self.players: p.active = 1
self.active_players = self.n_play
def count_active(self):
count = 0
for p in self.players:
if p.active: count += 1
return count
def next_active(self, p):
"""return the next to play after p"""
if not type(3) == type(p): p = p.position
p = self.players[(p+1) % self.n_play]
while not p.active: p = self.players[(p+1) % self.n_play]
return p
def transmit_bet(self, player, bet):
for p in self.players:
p.receiveBet(bet, p.position)
def receive_bet(self, bet, player):
p = self.players[player]
p.active_bet += bet
if p.active_bet < self.min_bet and bet != -1:
p.active_bet -= bet
raise BetTooSmallError
if p.active_bet > p.money:
p.active_bet -= bet
raise BetTooBigError
if bet == -1: self._fold(p)
elif p.active_bet == self.min_bet: self._call(p, bet)
else: self._raise(p, bet)
self.transmit_bet(p, bet)
self.cur_player = self.next_active(self.cur_player)
def _fold(self, player):
player.active_bet = 0
player.active = 0
self.active_players -= 1
if not self.active_players: self.endHand()
def _call(self, player, bet):
"""handle a player's call"""
self.pot += player.active_bet
player.money -= bet
self.calls += 1
if self.calls >= self.active_players and not self._big_blind_exempt():
if len(self.comm_cards) == 0: self.deal_comm_cards(3)
elif len(self.comm_cards) == 3: self.deal_comm_cards(1)
elif len(self.comm_cards) == 4: self.deal_comm_cards(1)
else: self.endHand()
else: self.get_next_bet()
def deal_comm_cards(self, n): pass
def _big_blind_exempt(self):
"""return true if this is the special case where the big blind gets to
raise his bet. We already know calls > active_players"""
if len(self.comm_cards) == 0\
and self.cur_player.position == self.big_blind.position\
and self.no_raise:
return 1
return 0
def _raise(self, player, bet):
"""handle a player's raise"""
self.min_bet = player.active_bet
self.pot += bet
player.money -= bet
self.calls = 0
self.no_raise = 0
class Game:
def __init__(self):
self.cards = Cards()
self.playerCounter = 0
self.player = [None, None, None, None]
self.started = 0
self.now_player = 0
self.pass_cnt = 0
self.pre_cards = []
self.game_args = [0, 0, 0]
def set_args(self, args):
with lock:
# 顶大暂不实现
self.game_args = args
if dbg: print("设置参数",
"方块三" if not args[0] else "随机",
"不顶大" if not args[1] else "顶大",
"困难" if not args[2] else "简单")
def game_over(self, ind):
print("winner", ind)
for p in self.player:
if type(p) == Player:
p.game_over(ind)
self.started = 0
def next_player(self, now_cards: list):
with lock:
ok = self.cards.check(self.pre_cards, now_cards)
if(dbg): print("player/AI", self.now_player, "display", now_cards, ("ok" if ok else "not ok"))
if not ok:
t = Thread(target = self.player[self.now_player].play, args = ((len(self.pre_cards) != 0) | 2,))
t.start()
else:
if dbg:
for i in range(0,4):
c = [TYPE.suit[j//13] + str(TYPE.point[j%13]) for j in self.player[i].card]
print("player", i, c)
print("---------------------------------------------")
print()
print("---------------------------------------------")
over_flg = -1
for i,p in enumerate(self.player):
if p.display(self.now_player, now_cards):
over_flg = i
if over_flg != -1:
self.game_over(over_flg)
return
if len(now_cards) == 0:
self.pass_cnt += 1
# 三人pass，则大者继续出牌
if self.pass_cnt == 3: self.pass_cnt, self.pre_cards = 0, []
else:
self.pass_cnt = 0
self.pre_cards = now_cards
self.now_player = (self.now_player + 1) % 4
t = Thread(target = self.player[self.now_player].play, args = (len(self.pre_cards) != 0,))
t.start()
def start(self):
with lock:
if not self.started and self.playerCounter == 4:
self.started = 1
else:
return
if dbg: print("game start")
self.cards.shuffle()
deal = self.cards.deal()
for i in range(0,4):
self.player[i].getCards(deal[i])
if dbg: print("player", i, deal[i])
self.pass_cnt = 0
self.pre_cards = []
ind = -1
if self.game_args[0] == 0:
for i, p in enumerate(self.player):
for c in p.card:
if c == 0: ind = i
else: ind = randint(0,3)
self.now_player = ind
self.player[ind].play(0)
def addPlayer(self, Player, socket = None):
with lock:
ind = -1
for i, p in enumerate(self.player):
if p == None:
ind = i
break
if ind == -1: return -1, None
for p in self.player:
if p != None:
p.addPlayer(ind)
self.playerCounter += 1
self.player[ind] = Player(socket, ind, self)
if dbg:
print("addPlayer", ind)
print("now player", self.player)
return ind, self.player
def delPlayer(self, ind: int):
with lock:
if g.started and type(self.player[ind]) == AI: return
self.player[ind] = None
for p in self.player:
if p != None:
p.delPlayer(ind)
self.playerCounter -= 1
# 无玩家清场功能
clr_flg = 1
for p in self.player:
if type(p) == Player: clr_flg = 0
if clr_flg:
if dbg: print("cleared AI for no online player")
self.player = [None, None, None, None]
self.playerCounter = 0
if self.started:
for p in self.player:
if type(p) == Player:
p.game_over(127)
self.started = 0
if dbg:
print("delPlayer", ind)
print("now player", self.player)
class HoldEmRef:
"""the successor to the PokerRef class."""
def __init__(self):
"""initialize all variables"""
self.dealer = -1
self.deck = Cards()
self.players = [] #this array contains only players, not viewers
self.n_play = len(self.players) #number of current players
self.cur_player = None #the player on whom the action rests
self.min_bet = 0 #the current minimum a player must bet
self.pot = 0 #the current value of the pot
self.no_raise = 1 #true if the hand has not yet been raised
self.calls = 0 #number of current calls
###
#public functions
###
def set_players(self, players):
"""players should be an array of types derived from PokerPlayer
These should be people sitting at the table, not viewers of the game"""
self.players = players
self.n_play = len(self.players)
def rem_player(self, p):
"""remove a player from the game"""
def get_blinds(self, ante, blind):
"""get the blinds and ante from the players"""
self._init_hand()
if ante:
for p in self.players:
p.payAnte(ante)
self.transmit_bet(p, ante)
sb = int(round(blind / 2.0))
small = self.next_active(self.dealer)
self.big_blind = self.next_active(small)
if not small.payBlind(sb): raise "blind error"
if not self.big_blind.payBlind(blind): raise "blind error"
self.transmit_bet(small, sb)
self.transmit_bet(self.big_blind, blind)
self.min_bet = blind
self.cur_player = self.next_active(self.big_blind)
def get_next_bet(self):
"""get the next player's bet"""
self.cur_player.transmitBet(self.min_bet - self.cur_player.active_bet)
def deal(self):
"""deal the cards to the players"""
for p in self.players:
p.re_init()
cards = self.deck.deal(self.n_play * 2)
if self.dealer == -1:
#pick a random player
self.dealer = self.players[self.deck.randint(0, self.n_play - 1)]
else:
self.dealer = self.next_active(self.dealer)
cur_player = self.next_active(self.dealer)
for card in cards:
cur_player.addCard(card)
cur_player = self.next_active(cur_player)
###
#private functions
###
def _init_hand(self):
"""reinitialize the values needed for the hand"""
self.n_play = len(self.players)
self.cur_player = None
self.min_bet = 0
self.pot = 0
self.no_raise = 1
self.calls = 0
for p in self.players:
p.active = 1
self.active_players = self.n_play
def count_active(self):
count = 0
for p in self.players:
if p.active: count += 1
return count
def next_active(self, p):
"""return the next to play after p"""
if not type(3) == type(p): p = p.position
p = self.players[(p + 1) % self.n_play]
while not p.active:
p = self.players[(p + 1) % self.n_play]
return p
def transmit_bet(self, player, bet):
for p in self.players:
p.receiveBet(bet, p.position)
def receive_bet(self, bet, player):
p = self.players[player]
p.active_bet += bet
if p.active_bet < self.min_bet and bet != -1:
p.active_bet -= bet
raise BetTooSmallError
if p.active_bet > p.money:
p.active_bet -= bet
raise BetTooBigError
if bet == -1: self._fold(p)
elif p.active_bet == self.min_bet: self._call(p, bet)
else: self._raise(p, bet)
self.transmit_bet(p, bet)
self.cur_player = self.next_active(self.cur_player)
def _fold(self, player):
player.active_bet = 0
player.active = 0
self.active_players -= 1
if not self.active_players: self.endHand()
def _call(self, player, bet):
"""handle a player's call"""
self.pot += player.active_bet
player.money -= bet
self.calls += 1
if self.calls >= self.active_players and not self._big_blind_exempt():
if len(self.comm_cards) == 0: self.deal_comm_cards(3)
elif len(self.comm_cards) == 3: self.deal_comm_cards(1)
elif len(self.comm_cards) == 4: self.deal_comm_cards(1)
else: self.endHand()
else: self.get_next_bet()
def deal_comm_cards(self, n):
pass
def _big_blind_exempt(self):
"""return true if this is the special case where the big blind gets to
raise his bet. We already know calls > active_players"""
if len(self.comm_cards) == 0\
and self.cur_player.position == self.big_blind.position\
and self.no_raise:
return 1
return 0
def _raise(self, player, bet):
"""handle a player's raise"""
self.min_bet = player.active_bet
self.pot += bet
player.money -= bet
self.calls = 0
self.no_raise = 0
class MyView(ui.View):
def cardN_button(self,n):
if self.step == 2 or self.step == 0:
pass
else:
if self.hand[n].is_dealt:
self.card_imgs[n] = self.make_button(self.card_button[n], 'cards/'+self.hand[n].display+'.png')
self.card_locks[n] = True
self.hand[n].is_dealt = False
else:
self.card_imgs[n] = self.make_button(self.card_button[n], 'cards/back.png')
self.card_locks[n] = False
self.hand[n].is_dealt = True
self.set_needs_display()
def card1_button(self, sender):
self.cardN_button(0)
def card2_button(self, sender):
self.cardN_button(1)
def card3_button(self, sender):
self.cardN_button(2)
def card4_button(self, sender):
self.cardN_button(3)
def card5_button(self, sender):
self.cardN_button(4)
def set_bet_5(self, sender):
if self.step ==0:
self.bet_amount = 5
self.play_coin = self.make_button(self.set_bet_10, "cards/5coin.png")
self.set_needs_display()
def set_bet_10(self, sender):
if self.step ==0:
self.bet_amount = 10
self.play_coin = self.make_button(self.set_bet_20, "cards/10coin.png")
self.set_needs_display()
def set_bet_20(self, sender):
if self.step ==0:
self.bet_amount = 20
self.play_coin = self.make_button(self.set_bet_5, "cards/20coin.png")
self.set_needs_display()
def __init__(self):
"""
INIT
"""
self.bet_amount = 5 # default bet is 5
self.stage = "title" # play, title, help
self.title_b = self.make_button(self.goto_play_screen, "cards/play.png")
self.help_b = self.make_button(self.goto_play_screen, "cards/play.png")
self.play_b = self.make_button(self.goto_help_screen, "cards/help.png")
self.play_coin = self.make_button(self.set_bet_10, "cards/5coin.png")
self.message = "Click deal."
self.balance = 100
self.cm = Cards()
self.content_mode=ui.CONTENT_SCALE_ASPECT_FIT
self.card_imgs=[]
self.buttons=[]
self.step = 0
self.card_button = [self.card1_button, self.card2_button, self.card3_button, self.card4_button, self.card5_button,]
self.reset()
self.buttons.append(self.make_button(self.button_tapped, "cards/deal.png"))
self.score_label = ui.Label()
self.score_label.x = 150
self.score_label.y = 450
self.score_label.height = 30
self.score_label.width = 100
self.score_label.text = "Balance: "
self.score_value_label = ui.Label()
self.score_value_label.x = 250
self.score_value_label.y = 450
self.score_value_label.height = 30
self.score_value_label.width =75
self.score_value_label.text = "$" + str(self.balance)
self.score_value_label.background_color = (55,55,55)
self.winning_label = ui.Label()
self.winning_label.x = 250
self.winning_label.y = 350
self.winning_label.height = 30
self.winning_label.width =175
self.winning_label.text = self.message
#self.winning_label.background_color = (55,55,55)
def score_hand(self):
"""
SCORE HAND
"""
vodds = vp_odds()
x,s = vodds.calculate_payout(self.hand, self.bet_amount)
self.message = s + ' pays: $'+ str(x)
return x
def button_tapped(self, sender):
if self.step == 2:
self.reset()
self.step = 0
self.message = 'Deal for next hand.'
else:
self.step += 1
self.message = 'Pick, and deal.'
hand = self.cm.deal(5,self.deck)
for i in range(0,5):
if not self.card_locks[i]:
self.hand[i] = hand[i]
self.remove_subview(self.card_imgs[i])
self.card_imgs[i] = self.make_button(self.card_button[i], 'cards/'+hand[i].display+'.png')
self.card_locks = [True, True, True, True, True]
if self.step == 2:
self.balance += self.score_hand()
if self.balance <= 0:
self.stage = 'broke'
self.score_value_label.text = "$" + str(self.balance)
self.set_needs_display()
def make_button(self, callback, image):
button = ui.Button()
button.width = 72
button.height = 90
button.background_image = ui.Image.named(image)
button.flex = 'LRTB'
button.action = callback
return button
def reset(self):
"""
RESET
"""
self.deck = self.cm.shuffledeck(self.cm.opendeck())
# for testing, call for particular hands:
# self.deck = self.cm.test_hand("four of a kind")
self.card_imgs=[]
for i in range (0,5):
self.card_imgs.append(self.make_button(self.card_button[i], "cards/back.png"))
self.hand =[None,None,None,None,None,]
self.card_locks = [False, False, False, False, False]
self.message = 'Click deal.'
def did_load(self):
pass
def will_close(self):
pass
def goto_play_screen(self, sender):
self.stage = "play"
self.set_needs_display()
def goto_help_screen(self, sender):
self.stage = "help"
self.set_needs_display()
def draw(self):
"""
DRAW
"""
# self.bounds =(0,0,320,504)
# print self.width,',',self.height
path = ui.Path.rect(0,0,self.width, self.height)
ui.set_color('brown')
path.fill()
# ui.set_color('green')
# path.line_width=30
# path.stroke()
# Remove all the current sub views.
for i in self.subviews:
self.remove_subview(i)
if self.stage == "play":
for i in range(0,len(self.card_imgs)):
self.card_imgs[i].center = (82, 50+100*i)
self.add_subview(self.card_imgs[i])
x = self.width * 0.5 + 100
y = self.height * 0.5
for i in range(0,len(self.buttons)):
self.buttons[i].center = (x, y + 100*i)
self.add_subview(self.buttons[i])
self.add_subview(self.score_label)
self.score_value_label.x = 225
self.add_subview(self.score_value_label)
self.winning_label.x = 150
self.winning_label.text = self.message
self.add_subview(self.winning_label)
self.play_coin.center = (x,y-100)
self.add_subview(self.play_coin)
self.play_b.center = (x,y-200)
self.add_subview(self.play_b)
if self.stage == "help":
# add in our views
self.add_subview(self.help_b)
tit = ui.Label()
tit.x = 100
tit.y = 0
tit.height = 60
tit.width = 500
tit.text = "Video Poker - Help"
self.add_subview(tit)
v = vp_odds()
list_odds = v.list_odds()
for i in range(0, len(list_odds)):
x = ui.Label()
x.x = 10
x.y = 100 + i*30
x.height = 30
x.width = 350
x.text = list_odds[i]
self.add_subview(x)
if self.stage == "title":
tit = ui.Label()
tit.x = 100
tit.y = 0
tit.height = 60
tit.width = 500
tit.text = "- Video Poker - "
self.add_subview(tit)
self.add_subview(self.title_b)
if self.stage == 'broke':
tit = ui.Label()
tit.x = 100
tit.y = 0
tit.height = 60
tit.width = 500
tit.text = "- Video Poker - "
self.add_subview(tit)
self.add_subview(self.title_b)
self.balance = 100
self.score_value_label.text = "$" + str(self.balance)
list_text = ['You are broke!','I will credit you 100 dollars,','Press play to continue.']
for i in range(0, len(list_text)):
x = ui.Label()
x.x = 10
x.y = 100 + i*30
x.height = 30
x.width = 350
x.text = list_text[i]
self.add_subview(x)
def layout(self):
pass
def touch_began(self, touch):
pass
def touch_moved(self, touch):
pass
def touch_ended(self, touch):
pass
def keyboard_frame_will_change(self,frame):
pass
def keyboard_frame_did_change(self, frame):
pass
class PokerRef:
def __init__(self, gui):
self.dealer = -1
self.players = []
self.gui = gui
self.deck = Cards()
self.pot = 0
self.cur_player = None
self.min_bet = 0
self.calls = 0
self.active_hands = 0
self.comm_cards = [] #community cards
self.no_raise = 1 #set to false if somebody has raised the
#big blind
self.big_blind = 0 #denotes the big blind
self.hand_over = 0 #true if the hand is over
def mainLoop(self):
while 1:
self.deal()
self.cur_player = (self.dealer + 1) % len(self.players)
while not self.hand_over:
self.getNextBet(self.nextActive(self.cur_player))
self.gui.Update()
#assure that the bet has been received before proceeding
self.hand_over = 0
def nextActive(self, cur):
cur = (cur + 1) % len(self.players)
while self.players[cur].active == 0:
cur = (cur + 1) % len(self.players)
return cur
def countActive(self):
count = 0
for p in self.players:
if p.active: count += 1
return count
def newGame(self, players, blind, ante):
"""start a new game
players is an array with a string. 'h' means human player, for now.
blind is the size of the small blind. The big will be assumed to be
twice that.
ante is the size of the ante.
"""
self.players = players
self.blind = blind
self.ante = ante
for i in range(len(players)):
if players[i] == 'h':
players[i] = PokerHuman(10000, "player%s" % i, i)
elif players[i] == 'b':
players[i] = PokerBot(10000, "player%s" % i, i, self)
elif players[i] == None: pass
else: raise "illegal player"
self.gui.setUpPlayers(players)
self.dealer = -1
self.deal()
def cardsToCmpName(self, cards):
outCards = []
for card in cards:
b = int(card[:-1]) + 2
if b > 9:
if b == 10:
b = 't'
elif b == 11:
b = 'j'
elif b == 12:
b = 'q'
elif b == 13:
b = 'k'
elif b == 14:
b = 'a'
outCards.append(str(b) + card[-1:])
return outCards
def getWinner(self):
self.winner = []
cmd = './mycmpn '
self.eval_hands = []
positions = []
for p in self.players:
if p.active:
positions.append(p.position)
for card in self.cardsToCmpName(p.getHand()):
cmd += '%s ' % card
cmd += '-- '
for card in self.cardsToCmpName(self.comm_cards):
cmd += '%s ' % card
output = commands.getoutput(cmd).split()
print cmd, "\n", output
if len(output) == 1:
win_pos = positions[int(output[0])]
self.players[win_pos].money += self.pot
self.winner.append(win_pos)
else:
split = int(self.pot) / len(output)
for i in output:
win_pos = positions[int(i)]
self.players[win_pos].money += split
self.winner.append(win_pos)
return self.winner
def endHand(self):
"""code to run at the end of a hand"""
print "ending hand"
self.winner = []
if self.active_hands == 1:
self.players[self.nextActive(0)].money += self.pot
self.winner.append(self.nextActive(0))
else: self.winner = self.getWinner()
self.gui.clearTable(self.winner, self.pot, self.players)
self.deck.reset()
for p in self.players: p.endHand(self.winner)
self.pot = 0
self.cur_player = self.dealer
self.min_bet = 0
self.calls = 0
self.active_hands = 0
self.no_raise = 1
self.comm_cards = []
self.gui.refreshMoney(self.players)
self.hand_over = 0
self.deal()
def deal(self):
"""deal 2 cards to each player"""
cards = self.deck.deal(len(self.players)*2)
if self.dealer == -1:
self.dealer = 8
#self.dealer = self.deck.randint(0, len(self.players)-1)
else: self.dealer = (self.dealer + 1) % len(self.players)
count = 1
for card in cards:
cur_player = (self.dealer + count) % len(self.players)
self.players[cur_player].addCard(card)
count += 1
self.getBlinds()
self.gui.deal(self.players, self.dealer)
self.active_hands = self.countActive()
self.gui.refreshPot(self.pot)
self.cur_player = (self.dealer + 2) % len(self.players)
self.gui.fireBetEvent()
def getBlinds(self):
small_blind = (self.dealer + 1) % len(self.players)
self.big_blind = (small_blind + 1) % len(self.players)
for p in self.players:
if p.position == small_blind:
if p.payBlind(self.blind):
p.receiveBet(self.big_blind, self.blind * 2)
else: raise "what to do if they don't accept the blind?"
elif p.position == self.big_blind:
if p.payBlind(self.blind * 2):
p.receiveBet(small_blind, self.blind)
else: raise "what to do if they don't accept the blind?"
else:
p.receiveBet(small_blind, self.blind)
p.receiveBet(self.big_blind, self.blind * 2)
self.gui.refreshMoney(self.players)
self.pot += self.blind * 3
self.min_bet = self.blind * 2
def dealCommCards(self, num):
"""Deal num community cards"""
print "dealing %d community cards" % num
self.min_bet = 0
self.calls = 0
cards = self.deck.deal(num)
for card in cards: self.comm_cards.append(card)
self.gui.dealCommCards(cards)
for p in self.players:
p.receiveCommCards(cards)
p.active_bet = 0
def fold(self, p):
"""folds a hand.
p should be an actual reference to the player"""
print "player %d folds" % p.position
p.active = 0
self.gui.clearHand(p.position)
self.active_hands -= 1
self.transmitBet(-1, p.position)
self.gui.refreshMoney(self.players)
self.gui.refreshPot(self.pot)
if self.active_hands == 0 or self.active_hands - 1 == self.calls:
self.hand_over = 1
self.endHand()
else: self.gui.fireBetEvent()
def raiseBet(self, bet, p):
"""performs a raise.
bet should be a bet amount
p should be a reference to a player"""
print "player %d raises to $%d" % (p.position, bet)
self.pot += bet
p.money -= bet
self.calls = 0
self.no_raise = 0
self.min_bet = p.active_bet
self.transmitBet(bet, p.position)
self.gui.refreshMoney(self.players)
self.gui.refreshPot(self.pot)
self.gui.fireBetEvent()
def callBet(self, bet, p):
"""performs a call.
bet should be a bet amount
p should be a reference to a player"""
print "player %d calls for $%d. Active: %d. no_raise: %d" % \
(p.position, bet, p.active_bet, self.no_raise)
self.pot += bet
p.money -= bet
self.calls += 1
self.transmitBet(bet, p.position)
self.gui.refreshMoney(self.players)
self.gui.refreshPot(self.pot)
#the second condition allows the big blind to bet on the first round
#if nobody raises to him
print self.calls, self.active_hands, self.hand_over
if self.calls >= self.active_hands and not\
self.isBigBlindBet(self.nextActive(self.cur_player)):
self.cur_player = self.nextActive(self.dealer)
if len(self.comm_cards) == 0:
self.no_raise = 0 #big blind can only raise 1st round
self.dealCommCards(3)
elif len(self.comm_cards) == 3: self.dealCommCards(1)
elif len(self.comm_cards) == 4: self.dealCommCards(1)
elif len(self.comm_cards) == 5:
self.hand_over = 1
self.endHand()
if not self.hand_over: self.gui.fireBetEvent()
def isBigBlindBet(self, p):
"""returns true if it's big blind's chance to bet on the first round
p is the number of the next player"""
if p == self.big_blind and self.no_raise and len(self.comm_cards) == 0:
return 1
return 0
def getNextBet(self):
player = self.nextActive(self.cur_player)
print "getNextBet from %d" % player
if self.players[player].type == "HUMAN":
self.gui.getBet(player, self.min_bet - \
self.players[player].active_bet)
else:
self.players[player].transmitBet(self.min_bet - \
self.players[player].active_bet)
def receiveBet(self, bet, player):
self.cur_player = player
p = self.players[player]
if bet > 0: p.active_bet += bet
if bet < 0: self.fold(p) #this call has side effects!
elif p.active_bet < self.min_bet:
p.active_bet -= bet
raise BetTooSmallError
elif p.active_bet > p.money:
p.active_bet -= bet
raise BetTooBigError
elif p.active_bet == self.min_bet: self.callBet(bet, p)
elif p.active and p.active_bet > self.min_bet:
self.raiseBet(bet, p)
else: raise "Something is fscked up!!1!"
def transmitBet(self, bet, player):
"""transmits a bet to all current players
bet should be the dollar amount of the bet (<0 for folds)
player should be the player's position on the table"""
for p in self.players:
p.receiveBet(bet, player)
