(Card(0, CardColour.yellow), (1, 10)),
(Card(0, CardColour.green), (1, 10)),
(Card(0, CardColour.blue), (1, 10)),
(SkipCard(0, CardColour.red), (0, 2)),
(SkipCard(0, CardColour.yellow), (0, 2)),
(SkipCard(0, CardColour.green), (0, 2)),
(SkipCard(0, CardColour.blue), (0, 2)),
(ReverseCard(0, CardColour.red), (0, 2)),
(ReverseCard(0, CardColour.yellow), (0, 2)),
(ReverseCard(0, CardColour.green), (0, 2)),
(ReverseCard(0, CardColour.blue), (0, 2)),
(Pickup2Card(0, CardColour.red), (0, 2)),
(Pickup2Card(0, CardColour.yellow), (0, 2)),
(Pickup2Card(0, CardColour.green), (0, 2)),
(Pickup2Card(0, CardColour.blue), (0, 2)),
(Pickup4Card(0, CardColour.black), (0, 2)),
(Pickup4Card(0, CardColour.black), (0, 2)),
(Pickup4Card(0, CardColour.black), (0, 2)),
(Pickup4Card(0, CardColour.black), (0, 2)),
]
SPECIAL_CARDS = [Pickup4Card]
class TurnManager:
"""
A class to manage the order of turns amongst game players.
"""
def __init__(self, players):
"""
Construct a new turn manager to based on game players.
print("'card.play(anna,game)'")
card.play(anna, game)
print("\n")
print("game.current_player().get_name()")
print(game.current_player().get_name())
print(game.next_player().get_deck().get_cards())
print('*' * 40, end="\n\n")
#Pickup4Card
anna, players, deck, game = init()
print("Pickup4Card")
card = Pickup4Card(0, "red")
print("game.current_player().get_name()")
print(game.current_player().get_name())
print('-' * 5)
print("'card.play(anna,game)'")
card.play(anna, game)
print("\n")
print("game.current_player().get_name()")
print(game.current_player().get_name())
print(game.next_player().get_deck().get_cards())
print('*' * 40, end="\n\n")