class Player(object):
def __init__(self, name):
self.name = name
self.hand = Hand([])
def add_card(self, card):
self.hand.add(card)
def print_hand(self):
cards = self.hand.cards
for card in cards:
print " %s" % card
value = self.hand.eval_hand()
if len(value) == 1:
print "Value of hand: %s" % value[0]
else:
print "Value of hand: %s or %s" % (value[0], value[1])
def has_blackjack(self):
aces = [card.rank == "Ace" for card in self.hand.cards]
tens = [card.val() == 10 for card in self.hand.cards]
return any(aces) and any(tens)
def bust(self):
return self.hand.value > 21
def clear_hand(self):
self.hand = Hand([])
class Player(object):
"""A labeled collection of cards that can be sorted"""
#------------------------------------------------------------
def __init__(self, Name):
"""Creates player"""
self.player = Name
#------------------------------------------------------------
def getName(self):
""" Add card to the hand """
return self.player
def createHand(self):
self.hand = Hand(self.player)
def addCard(self, card):
self.hand.add(card)
def dumpCard(self):
self.hand.dump()
class Player:
def __init__(self):
self.hand = Hand()
self.trumpSuit = JOKER
self.tNumber = 0
self.cardinal = 0
def giveCard(self, card):
self.hand.add(card)
self.hand.sort(self.trumpSuit, self.tNumber)
def declaredTrump(self, suit, num):
self.trumpSuit = suit
self.cardinal = num
print "Someone declared %d with %d cards" % (suit, num)
def bury(self, n):
i = n
while i > 0:
bc = input("Choose what card(s) to bury: ")
for k in range(len(self.hand.cardList)):
if self.hand.cardList[i].toString == bc:
self.hand.cardList.pop(i)
i = i - 1
break
def setup_game():
print("balance: " + str(balance))
# take the player's bet
balance.make_bet()
# set variables
global current
current = 0
global deck
deck = Deck()
global dealer_hand
dealer_hand = Hand()
global player_hand
player_hand = Hand()
# give initial cards
player_hand.add(deck.cards[current])
current += 1
dealer_hand.add(deck.cards[current])
current += 1
player_hand.add(deck.cards[current])
current += 1
dealer_hand.add(deck.cards[current])
current += 1
print("dealer: ")
dealer_hand.dealer_start()
print("your hand: ")
player_hand.player_start()
class Player:
#initializes Player
def __init__(self, name="Player"):
self.playername = name
self.money = 100
self.hand = Hand()
#Prints information about player
def __str__(self):
print(f"Player: {self.playername}")
print(f"Money: ${self.money}")
print(self.hand)
return ""
def addcard(self, card):
self.hand.add(card)
def name(self):
return self.playername
def money(self):
return self.money
#mutator that adds to characters money
def win(self, amount):
self.money += amount
print(f"\n{self.playername} wins {amount}!")
print(f"New Balance: {self.money}\n")
def lose(self, amount):
self.money -= amount
print(f"\n{self.playername} loses {amount}!")
print(f"New Balance: {self.money}\n")
class War(object):
def __init__(self):
self.status = "not delt"
self.deck = Deck()
self.hands = []
self.playerUsedPile = Hand()
self.computerUsedPile = Hand()
self.warCounter = 0
self.rewardPile = []
def deal(self):
self.status = "normal fight"
self.deck.shuffle()
self.hands = self.deck.dealHands(2)
self.playerUsedPile = Hand()
self.computerUsedPile = Hand()
def flip(self):
if self.status == "normal fight":
playerCard = self.hands[0].pop()
computerCard = self.hands[1].pop()
if self.getCardValue(playerCard) > self.getCardValue(computerCard):
self.playerUsedPile.add(playerCard)
self.playerUsedPile.add(computerCard)
elif self.getCardValue(playerCard) < self.getCardValue(
computerCard):
self.computerUsedPile.add(playerCard)
self.computerUsedPile.add(computerCard)
else:
self.rewardPile.append(playerCard)
self.rewardPile.append(computerCard)
self.status = "war"
self.warCounter = 3
elif self.status == "war":
if self.warCounter > 0:
self.rewardPile.append(self.hands[0].pop())
self.rewardPile.append(self.hands[1].pop())
self.warCounter -= 1
elif self.warCounter == 0:
playerCard = self.hands[0].pop()
computerCard = self.hands[1].pop()
if self.getCardValue(playerCard) > self.getCardValue(
computerCard):
self.playerUsedPile.add(playerCard)
self.playerUsedPile.add(computerCard)
for card in self.rewardPile:
self.playerUsedPile.add(card)
self.rewardPile = []
self.status = "normal fight"
self.warCounter -= 1
elif self.getCardValue(playerCard) < self.getCardValue(
computerCard):
self.computerUsedPile.add(playerCard)
self.computerUsedPile.add(computerCard)
for card in self.rewardPile:
self.computerUsedPile.add(card)
self.rewardPile = []
self.status = "normal fight"
self.warCounter -= 1
else:
self.rewardPile.append(playerCard)
self.rewardPile.append(computerCard)
self.status = "war"
self.warCounter = 3
self.checkHandSizes()
def checkHandSizes(self):
if len(self.hands[0].cards) == 0:
if len(self.playerUsedPile.cards) == 0:
self.status = "gameover"
else:
self.playerUsedPile.shuffle()
self.hands[0] = self.playerUsedPile
self.playerUsedPile = Hand()
if len(self.hands[1].cards) == 0:
if len(self.computerUsedPile.cards) == 0:
self.status = "gameover"
else:
self.computerUsedPile.shuffle()
self.hands[1] = self.computerUsedPile
self.computerUsedPile = Hand()
def getCardValue(self, card):
if ord(card.value[0]) < 50 or ord(card.value[0]) > 57:
if ord(card.value[0]) == 49:
return 10
elif ord(card.value[0]) == 74:
return 11
elif ord(card.value[0]) == 81:
return 12
elif ord(card.value[0]) == 75:
return 13
elif ord(card.value[0]) == 65:
return 14
else:
return int(card.value)
'''
Created on Apr 23, 2018
@author: jfernando
'''
from Deck import Deck
from Card import Card, Suit, Value
from Set import Set
from Hand import Hand
test = Deck()
print(str(test.len()) + Set.print(test))
test.add52()
print(str(test.len()) + Set.print(test))
bop = Hand("Pablo")
for x in range(0, 20):
test.shuffle()
bop.add(test.giveRand())
print(
str(len(test.contents) + len(bop.contents)) + test.print() + "|" +
bop.print())
print(str(len(test.contents)) + "|" + str(len(bop.contents)))
bop.giveAll(test)
print(str(len(test.contents)) + "|" + str(len(bop.contents)))
class ComputerAI: def __init__(self): self.hand = Hand() self.cardinal = 0 # How many cards were declared trump self.trumpSuit = JOKER self.tNumber = 0 self.trumps = 0 self.jokers = 0 self.spades = 0 self.hearts = 0 self.diamonds = 0 self.clubs = 0 def giveHand(self, h): self.hand = h # Reinitialize suit numbers self.trumps = 0 self.jokers = 0 self.spades = 0 self.hearts = 0 self.diamonds = 0 self.clubs = 0 for c in h: if c.suit == JOKER: self.jokers = self.jokers + 1 self.trumps = self.trumps + 1 elif c.number == self.tNumber: self.trumps = self.trumps + 1 elif c.suit == SPADES: self.spades = self.spades + 1 elif c.suit == HEARTS: self.hearts = self.hearts + 1 elif c.suit == DIAMONDS: self.diamonds = self.diamonds + 1 elif c.suit == CLUBS: self.clubs = self.clubs + 1 def declaredTrump(self, suit, num): # Sets trumps self.trumpSuit = suit self.cardinal = num def giveCard(self, c): # Adds the card into hand and then choose a card to declare, if appropriate self.hand.add(c) self.hand.sort(self.trumpSuit, self.tNumber) if c.suit == JOKER: self.jokers = self.jokers + 1 self.trumps = self.trumps + 1 elif c.number == self.tNumber: self.trumps = self.trumps + 1 elif c.suit == SPADES: self.spades = self.spades + 1 elif c.suit == HEARTS: self.hearts = self.hearts + 1 elif c.suit == DIAMONDS: self.diamonds = self.diamonds + 1 elif c.suit == CLUBS: self.clubs = self.clubs + 1 def avg(s): # returns a float that is the average value of the cards in a specific suit sum = 0 count = 0 for c in self.hand.cardList: if c.suit == s: sum = sum + c.number count = count + 1 if count > 0: return float(sum) / count else: return 0 def checkPairs(): # returns a float value that indicates how many pairs/triples in the hand count = 0 for c in self.hand.cardList: partial = 0.5 for d in self.hand.cardList: if c.equals(d): partial = partial + 0.5 if partial >= 1: count = count + partial return count # Logic for deciding card suit if self.trumps > self.cardinal: if self.cardinal == 0: temp = None count = 0 count_trump = 0 jpair = False for i in range(len(self.hand.cardList)): c = self.hand.cardList[i] if c.suit == JOKER: index = i how_many = 1 while index + 1 < len(self.hand.cardList) and self.hand.cardList[index + 1].equals(c): how_many = how_many + 1 index = index + 1 if how_many > 1 and (self.trumps > 4 or checkPairs() > 4): jpair = True temp = JOKER count = how_many count_trump = self.trumps elif c.number == self.tNumber: index = i how_many = 1 while index + 1 < len(self.hand.cardList) and self.hand.cardList[index + 1].equals(c): how_many = how_many + 1 index = index + 1 if len(self.hand.cardList) < 16: if c.suit == SPADES and self.spades > count_trump and self.spades > float(len(self.hand.cardList)) / 2: return SPADES + 5 * (how_many - 1) elif c.suit == HEARTS and self.hearts > count_trump and self.hearts > float(len(self.hand.cardList)) / 2: return HEARTS + 5 * (how_many - 1) elif c.suit == CLUBS and self.clubs > count_trump and self.clubs > float(len(self.hand.cardList)) / 2: return CLUBS + 5 * (how_many - 1) elif c.suit == DIAMONDS and self.diamonds > count_trump and self.diamonds > float(len(self.hand.cardList)) / 2: return DIAMONDS + 5 * (how_many - 1) else: return None else: if c.suit == SPADES and self.spades > count_trump and self.spades > float(len(self.hand.cardList)) / 4 and self.spades + self.trumps > float(len(self.hand.cardList)) / 3: temp = SPADES count = how_many count_trump = self.spades elif c.suit == HEARTS and self.hearts > count_trump and self.hearts > float(len(self.hand.cardList)) / 4 and self.hearts + self.trumps > float(len(self.hand.cardList)) / 3: temp = HEARTS count = how_many count_trump = self.hearts elif c.suit == CLUBS and self.clubs > count_trump and self.clubs > float(len(self.hand.cardList)) / 4 and self.clubs + self.trumps > float(len(self.hand.cardList)) / 3: temp = CLUBS count = how_many count_trump = self.clubs elif c.suit == DIAMONDS and self.diamonds > count_trump and self.diamonds > float(len(self.hand.cardList)) / 4 and self.diamonds + self.trumps > float(len(self.hand.cardList)) / 3: temp = DIAMONDS count = how_many count_trump = self.diamonds # end of for loop if jpair and temp == JOKER and count > 1: return temp + 5 * count elif count > 0 and count_trump > 0 and temp != JOKER: return temp + 5 * (count - 1) else: return None ############################# end of cardinal == 0 elif self.cardinal == 1: temp = None count = 0 count_trump = 0 jpair = False for i in range(len(self.hand.cardList)): c = self.hand.cardList[i] if c.suit == JOKER: index = i how_many = 1 while index + 1 < len(self.hand.cardList) and self.hand.cardList[index + 1].equals(c): how_many = how_many + 1 index = index + 1 if how_many > 1 and self.trumps > 4 and checkPairs() > 4 and avg(SPADES) + avg(HEARTS) + avg(DIAMONDS) + avg(CLUBS) > 34: jpair = True temp = JOKER count = how_many count_trump = self.trumps elif c.number == self.tNumber: index = i how_many = 1 while index + 1 < len(self.hand.cardList) and self.hand.cardList[index + 1].equals(c): how_many = how_many + 1 index = index + 1 if how_many > 1 and self.spades > count_trump: p = checkPairs() l = float(len(self.hand.cardList)) if c.suit == SPADES: if self.spades + self.trumps > l / 2.5 and p > 4: temp = SPADES count = how_many count_trump = self.spades elif self.spades + self.trumps > l / 2 and p > 2 and avg(HEARTS) + avg(DIAMONDS) + avg(CLUBS) > 27: temp = SPADES count = how_many count_trump = self.spades elif self.spades + self.trumps > l / 3 and p > 5: temp = SPADES count = how_many count_trump = self.spades elif c.suit == HEARTS: if self.hearts + self.trumps > l / 2.5 and p > 4: temp = HEARTS count = how_many count_trump = self.hearts elif self.hearts + self.trumps > l / 2 and p > 2 and avg(SPADES) + avg(DIAMONDS) + avg(CLUBS) > 27: temp = HEARTS count = how_many count_trump = self.hearts elif self.hearts + self.trumps > l / 3 and p > 5: temp = HEARTS count = how_many count_trump = self.hearts elif c.suit == CLUBS: if self.clubs + self.trumps > l / 2.5 and p > 4: temp = CLUBS count = how_many count_trump = self.clubs elif self.clubs + self.trumps > l / 2 and p > 2 and avg(SPADES) + avg(DIAMONDS) + avg(HEARTS) > 27: temp = CLUBS count = how_many count_trump = self.clubs elif self.clubs + self.trumps > l / 3 and p > 5: temp = CLUBS count = how_many count_trump = self.clubs elif c.suit == DIAMONDS: if self.diamonds + self.trumps > l / 2.5 and p > 4: temp = DIAMONDS count = how_many count_trump = self.diamonds elif self.diamonds + self.trumps > l / 2 and p > 2 and avg(SPADES) + avg(HEARTS) + avg(CLUBS) > 27: temp = DIAMONDS count = how_many count_trump = self.diamonds elif self.diamonds + self.trumps > l / 3 and p > 5: temp = DIAMONDS count = how_many count_trump = self.diamonds if jpair and temp == JOKER and count > 1: return temp + 5 * count elif count > 1 and count_trump > 0 and temp != JOKER: return temp + 5 * (count - 1) else: return None else: return None def bury(self, n): def checkPairs(x): count = 0 for c in self.hand.cardList: if c.suit == x: p = 1 for d in self.hand.cardList: if not c is d and d.suit == x and c.number != self.tNumber and c.equals(d): p = p + 1 if p > 1: count = count + p return count def countPoints(suit): sum = 0 for c in self.hand.cardList: if c.suit == suit and suit != 0 and c.number != self.tNumber: if c.number == 5: sum = sum + 5 elif c.number == 10 or c.number == 13: sum = sum + 10 elif suit == 0 and c.number == self.tNumber: if c.number == 5: sum = sum + 5 elif c.number == 10 or c.number == 13: sum = sum + 10 return sum def suitSingle(card): for c in self.hand.cardList: if not c is card and c.equals(card): return True return False tlist = [(1, self.spades), (2, self.hearts), (3, self.clubs), (4, self.diamonds)] tlist.sort(key = lambda x: x[1]) buriedCards = [] print tlist i = 0 while i < 4 and len(buriedCards) < n: if tlist[i][0] == self.trumpSuit: i = i + 1 pass # Check that the suit with the least number of cards contains points or pairs/triples. If those pairs and triples can be # subtracted from the total count of the suit to be less than the treasure card count, then we can proceed to bury them. x = countPoints(tlist[i][0]) y = checkPairs(tlist[i][0]) print x print y if x <= 10 * self.jokers and tlist[i][1] - y <= n: for c in self.hand.cardList: if c.suit == tlist[i][0] and c.number != self.tNumber and c.number != 14 and suitSingle(c): self.hand.remove(c) print "Got Here 1" buriedCards.append(c) print len(buriedCards) i = i + 1 if len(buriedCards) < n: print "F****d up!" else: return buriedCards
# Hand.py
class Hand(object):
def __init__(self, label=""):
self.label = label
self.cards = []
def add(self, card):
self.cards.append(card)
def dump(self):
print(self.label + "'s Cards:")
for c in self.cards:
print(" ", c)
from Hand import Hand
from Card import Card
h = Hand("North")
h.add(Card(5, "c"))
h.add(Card(10, "d"))
h.add(Card(13, "s"))
h.dump()
def play(self, extraDeckCount, players):
shoe = Deck()
for d in range(0, extraDeckCount):
shoe.add52()
shoe.shuffle()
dealer = Hand()
for p in players:
v = Hand()
v.add(shoe.giveRand())
v.add(shoe.giveRand())
p.addHand(v)
dealer.add(shoe.giveRand())
dealer.add(shoe.giveRand())
for p in players:
print("Player " + p.name + ": " + p.hands[0].print())
print("Dealer: " + dealer.contents[0].print() + ", ? of ?")
for p in players:
if p.hands[0].contents[0].value == p.hands[0].contents[1].value:
i = input(
"Player " + p.name +
" do you wish to split? Hit enter to split, anything else before enter to continue. "
)
if i != "":
x = Hand()
x.add(p.hands[0].giveRand())
p.hands.append(x)
for p in players:
for h in p.hands:
stand = False
print(h.print())
while h.eval() <= 21 and stand == False:
t = input(
"Player " + p.name +
", do you wish to hit? Type anything to hit, or enter blank to stand. "
)
if len(t) > 0:
h.add(shoe.giveRand())
else:
stand = True
print(h.print())
print(
str(h.eval()) + " is Player " + p.name + "'s final value.")
if (h.eval() == 21 & len(h.contents) == 2):
print("Natural Blackjack!")
if (h.eval() > 21):
print("Player " + p.name + " busted!")
print("Dealer " + dealer.print())
while dealer.eval() < 17:
dealer.add(shoe.giveRand())
print("Dealer " + dealer.print())
d = dealer.eval()
print("The Dealer's final value is " + str(d) + ".")
if (len(dealer.contents) == 2):
print("Natural Blackjack!")
if (dealer.eval() > 21):
print("The Dealer busted!")
for p in players:
for h in p.hands:
v = h.eval()
if v == 21 and len(
h.contents) == 2 and len(dealer.contents) != 2:
print("Player " + p.name +
" won $15 with a natural Blackjack!")
p.cash += 15
elif v == d:
print("Player " + p.name + " tied the dealer.")
elif v <= 21 and v > d:
print("Player " + p.name + " won $10!")
p.cash += 10
elif v <= 21 and d > 21:
print("Player " + p.name + " won $10!")
p.cash += 10
else:
print("Player " + p.name + " lost $10")
p.cash -= 10
def main():
D = Deck(); #create a deck of 52 cards
D.shuffle()
rank = randrange(1,14)
suit = choice(Card.SUITS)
myCard = Card(rank, suit)
index = Card.SUITS.index(suit)
suitN = Card.SUIT_NAMES[index]
print("\nThe card is:", myCard, "and the trump suit is:",suitN,"\n")
#outputs trump suit and card
PN = 0
PS = 0
n = Hand("North")
s = Hand("South")
for numbers in range(1,27):
TN = D.deal()
print("round:", numbers,)
TS = D.deal()
print(TN)
print(TS)
#if both are prime suits
if ((TN.suit() == TS.suit()) and (TN.suit() == suit)):
if TN.rank() > TS.rank():
print("North won this round\n")
n.add(TN)
n.add(TS)
PN+=1
else:
print("South won this round\n")
s.add(TS)
s.add(TS)
PS+=1
#if they are not the same suit and neither is the prime suit
elif ((TN.suit() != TS.suit()) and (TN.suit() != suit) and (TS.suit() != suit)):
print("Cards are discarded")
elif (TN.suit() == suit and TS.suit() != suit):
print("North won this round\n")
n.add(TN)
n.add(TS)
PN+=1
elif (TN.suit != suit and TS.suit() == suit):
print("South won this round\n")
s.add(TS)
s.add(TS)
PS+=1
#if they are same suit but not prime suit
elif(TN.suit() == TS.suit() and TN.suit() != suit):
if TN.rank() > TS.rank():
print("North won this round\n")
n.add(TN)
n.add(TS)
PN+=1
elif TS.rank() > TN.rank():
print("South won this round\n")
s.add(TS)
s.add(TS)
PS+=1
else:
print("Needs to be programmed\n")
print("North player has ",PN," points")
print("South player has ",PS," points")
if(PN > PS):
print("\nNorth Wins")
elif(PS > PN):
print("\nSouth Wins")
elif(PN == PS):
print("Nobody wins, it's a tie")
