class Player:
def __init__(self, name, books):
self.name = name
self.books = books
self.cards_asked = []
self.turn = Turn()
self.ranks = Constants.RANK
def play_turn(self, hands, draw_pile, player):
while True:
print("")
self.turn.see_current_hand(hands, player)
print("")
cards_taken = 0
p_hand = list(hands[player])
if len(p_hand) > 0:
while True:
ask_card = input("Choose a card: ")
#check if card is valid
if ask_card in self.ranks:
valid_cards = [y for y in p_hand if y.rank == ask_card]
if not valid_cards:
print("ERROR: card not in hand.")
continue
break
else:
print("ERROR: not a valid card.")
continue
##set asked card to any of the tmp cards
#(doesn't matter which one, we just want rank)
crd = valid_cards[0]
self.cards_asked.append(crd)
table = self.turn.get_players(hands.keys())
#can't ask yourself
table.remove(player)
#pick a player to ask
while True:
print("")
print(table)
print("")
ask_player = input("Choose player: ")
if ask_player in table:
pl = ask_player
break
else:
print("")
print("Not a valid player.")
continue
time.sleep(0.2)
print("")
print(pl + ", do you have any " + crd.rank + "'s?")
#check if you made a catch, try to make a book
cards_taken = self.turn.ask_for_card(hands, crd, player, pl)
if cards_taken > 0:
self.books = self.create_book(hands, player, self.books)
continue
else:
break
else:
print("")
print("Hand empty!")
break
##check if the draw pile has cards, and draw
#also do another check if a book can be made
if len(draw_pile) > 0:
fished_card = self.turn.go_fish(draw_pile, hands, player)
self.books = self.create_book(hands, player, self.books)
print("")
print("Go fish!")
time.sleep(0.2)
print("")
print("Draw card: ", fished_card.get_full_name())
else:
print("")
print("Draw pile empty!")
def create_book(self, hands, player, books):
p_hand = list(hands[player])
x = 0
##make a tmp book with any matching ranks in the player's hand
#if tmp book has all four suits of that rank, remove them and add to books count
while x < len(self.ranks):
temp_book = [y for y in p_hand if y.rank == self.ranks[x]]
if len(temp_book) == 4:
books += 1
hands[player] = [
z for z in hands[player] if z not in temp_book
]
x += 1
temp_book = []
return books
def ai_turn(self, hands, draw_pile, player, players):
print("")
self.turn.see_current_hand(hands, player)
previous_moves = []
cards_taken = 1
while cards_taken > 0:
cards_taken = 0
ai_hand = list(hands[player])
if len(ai_hand) > 0:
table = []
##table contains the eligible players to ask
# removes itself and any players who have 0 cards
for x in players:
if x.name == player:
continue
elif not hands[x.name]:
continue
else:
table.append(x)
# default move
pl = self.__ai_choose_player(table, hands, player, players)
crd = self.__ai_choose_card(ai_hand, player, pl, players)
move = (pl, crd)
# check if this is the AIs first turn, if yes do not evaluate previous cards
if self.previous_player == None or self.previous_card == None:
pl = self.__ai_choose_player(table, hands, player, players)
crd = self.__ai_choose_card(ai_hand, player, pl, players)
##if the move is equal to any previous move this turn,
# choose a different player to ask
else:
if move in previous_moves:
table.remove(pl)
pl = self.__ai_choose_player(table, hands, player,
players)
crd = self.__ai_choose_card(ai_hand, player, pl,
players)
self.cards_asked.append(crd)
self.previous_player = pl
self.previous_card = crd
previous_move = (self.previous_player, self.previous_card)
previous_moves.append(previous_move)
# ask for cards as long as its hand has cards
time.sleep(0.2)
print("")
print(pl.name + ", do you have any " + crd.rank + "'s?")
cards_taken = self.turn.ask_for_card(hands, crd, player,
pl.name)
self.books = self.create_book(hands, player, self.books)
else:
print("")
print("Hand empty!")
break
##check if the draw pile has cards, and draw
# also do another check if a book can be made
if len(draw_pile) > 0:
turn = Turn()
fished_card = turn.go_fish(draw_pile, hands, player)
self.books = self.create_book(hands, player, self.books)
time.sleep(0.2)
print("")
print("Go fish!")
else:
print("")
print("Draw pile empty!")
