def game(self):
dealer = Dealer(self.players)
dealer.deal()
current_player = dealer.who_starts()
cards = CardList([])
while True:
if (all(player.last_played_cards.type == HandType.PASS
for player in current_player.opponents(self.players)) and
current_player.last_played_cards.type != HandType.PASS):
cards = CardList([])
current_player.last_played_cards = self.turn(current_player, cards)
if current_player.last_played_cards.type != HandType.PASS:
cards = current_player.last_played_cards
if len(current_player.hand) > 0:
current_player = current_player.next_player(self.players)
else:
self.outputter.display_player(current_player, cards.cards)
break
self.outputter.display_message(
f"Player {current_player.name}, wielding {current_player.bot.name}, is the winner!"
)
def turn(self, player, last_played_cards):
while True:
self.outputter.display_player(player, last_played_cards.cards)
self.outputter.display_cards(player.hand,
self.outputter.width / 32,
6 * self.outputter.height / 7)
time.sleep(1)
chosen_cards = (player.bot.choose_cards(
last_played_cards, player.hand) if player.bot is not None else
self.outputter.choose_cards(player.hand))
candidate_cards = CardList(chosen_cards)
if candidate_cards.is_valid_play(player.hand, last_played_cards):
self.outputter.display_cards(
candidate_cards.cards,
self.outputter.width / 2 - 2.5 * self.outputter.card_width,
self.outputter.height / 2 -
0.5 * self.outputter.card_height,
)
for card in candidate_cards.cards:
player.hand.remove(card)
player.hand.sort(key=lambda card: card.number)
return candidate_cards
def choose_cards(self, last_card_list, hand):
num_hand = len(hand)
num_played = last_card_list.length
if num_played == 0:
return [hand[0]]
elif num_played > 3:
pass
else:
for i in range(0, num_hand - num_played + 1):
selected_cards = hand[i : i + num_played]
if CardList(selected_cards).is_valid_play(hand, last_card_list):
return selected_cards
return []
dealer = Dealer(self.players)
dealer.deal()
current_player = dealer.who_starts()
cards = CardList([])
while True:
if (all(player.last_played_cards.type == HandType.PASS
for player in current_player.opponents(self.players)) and
current_player.last_played_cards.type != HandType.PASS):
cards = CardList([])
current_player.last_played_cards = self.turn(current_player, cards)
if current_player.last_played_cards.type != HandType.PASS:
cards = current_player.last_played_cards
if len(current_player.hand) > 0:
current_player = current_player.next_player(self.players)
else:
self.outputter.display_player(current_player, cards.cards)
break
self.outputter.display_message(
f"Player {current_player.name}, wielding {current_player.bot.name}, is the winner!"
)
if __name__ == "__main__":
# App([Player("A", StupidBot()), Player("B", AlexBot())])
dealer = Dealer([Player("A", None), Player("B", None)])
dealer.deal()
print(
HandAnalyser(dealer.players[0].hand).find_possible_plays(CardList([])))
#print(HandAnalyser([Card(i) for i in range(0, 18)]).find_possible_plays(CardList([])))
print(dealer.players[0].hand)
def filter_valid(self, possible_plays, last_played_cards):
return [
play for play in possible_plays
if CardList(play).is_valid_play(self.cards, last_played_cards)
]
def __init__(self, name, bot):
self.hand = []
self.last_played_cards = CardList([])
self.name = name
self.bot = bot