else:
return self.cards[i]
def addCard(self, card):
self.cards.append(card)
def mostFrequentColor(self):
freq={color.BLUE: 0, color.GREEN: 0, color.RED: 0, color.YELLOW: 0}
for card in self.cards:
if card.getColor() != color.BLACK:
freq[card.getColor()] += 1
freqView = freq.items()
freqView = sorted(freqView, key = lambda x: x[1])
return freqView[-1][0]
def __str__(self):
#cardsStr = [str(card) for card in self.cards]
cardsStr = ['%2d: %s' % ( index + 1, card) for index, card in enumerate(self.cards)]
#return ', '.join(cardsStr)
return '\n'.join(cardsStr)
if __name__ == '__main__': #TEST
from discardpile import Discardpile
from deck import Deck
discardPile = Discardpile() #Build the initial (empty) discard pile
deck = Deck(discardPile) #Build a deck with 108 cards
h = Hand(deck)
print(h)
print(color.toString(h.mostFrequentColor()))
return players
def showNoOfCardsInHand(players, idCurrentPlayer):
for player in players:
if player.getId() == idCurrentPlayer:
continue
cardsInHand = player.getHand().noOfCardsInHand()
print('%s has %d cards' % (player.getName(), cardsInHand), end='; ')
print()
if __name__ == '__main__':
colorama.init() #Initialize color output
print(colorama.Back.WHITE + colorama.Fore.BLACK) #Background white, textcolor black
clear_screen() #To make background white
printCopyright()
discardPile = Discardpile() #Build the initial (empty) discard pile
deck = Deck(discardPile) #Build a deck with 108 cards
players = makePlayers(deck) #Initialize players with deck
noOfPlayers = len(players)
idCurrentPlayer = randint(0, noOfPlayers-1) #ID of first player in first round
discardPile.putCard(deck.drawCard()[0], players[idCurrentPlayer]) #Put first card at discard pile
isClockwise = True #Direction of play. Can be changed by reverse card
while True: #Game loop
clear_screen()
topCard = discardPile.getCardOnTop()
currentPlayer = players[idCurrentPlayer]
showNoOfCardsInHand(players, idCurrentPlayer) #Print how many cards the other players have
print('Pile: %s\n' % topCard) #Show top card on discard pile
cardToPlay = currentPlayer.takeTurn(deck, topCard, noOfPlayers)
if cardToPlay == None: #It's None if a card was drawn
print('%s draws a card.' % currentPlayer.getName())
def showNoOfCardsInHand(players, idCurrentPlayer):
for player in players:
if player.getId() == idCurrentPlayer:
continue
cardsInHand = player.getHand().noOfCardsInHand()
print('%s has %d cards' % (player.getName(), cardsInHand), end='; ')
print()
if __name__ == '__main__':
colorama.init() #Initialize color output
print(colorama.Back.WHITE +
colorama.Fore.BLACK) #Background white, textcolor black
clear_screen() #To make background white
printCopyright()
discardPile = Discardpile() #Build the initial (empty) discard pile
deck = Deck(discardPile) #Build a deck with 108 cards
players = makePlayers(deck) #Initialize players with deck
noOfPlayers = len(players)
idCurrentPlayer = randint(0, noOfPlayers -
1) #ID of first player in first round
discardPile.putCard(
deck.drawCard()[0],
players[idCurrentPlayer]) #Put first card at discard pile
isClockwise = True #Direction of play. Can be changed by reverse card
while True: #Game loop
clear_screen()
topCard = discardPile.getCardOnTop()
currentPlayer = players[idCurrentPlayer]
showNoOfCardsInHand(
players,
assert deck.noOfCards() == 107
deck.drawCard(7)
assert deck.noOfCards() == 100
deck.drawCard(99)
deck=Deck([], [Card(color.BLUE, 1), Card(color.RED, 2),
Card(color.YELLOW, 7), Card(color.GREEN, 9)])
print(deck)
print(deck.noOfCards())
deck=Deck([], [Card(color.BLUE, Card.WILD), Card(color.RED, Card.WILDDRAW4),
Card(color.YELLOW, Card.WILDDRAW4), Card(color.GREEN, Card.WILD)])
assert deck.noOfCards() == 0
from discardpile import Discardpile
from player import Player
d=Discardpile()
deck = Deck(d)
p = Player(0,deck,"TEST")
d.putCard(Card(color.RED,4), p)
d.putCard(Card(color.BLUE,7), p)
d.putCard(Card(color.BLACK, 14), p)
d.putCard(Card(color.GREEN,0), p)
print("pile",d)
deck = Deck(d,[Card(color.BLUE, 1), Card(color.RED, 2),
Card(color.YELLOW, 7)])
print("new",deck)
deck.drawCard()
print(deck)
deck.drawCard()
print(deck)
deck.drawCard()