def show_game(num_players, win=True):
g = Game()
[display(g.add_player("player_%d" % i)) for i in range(1, num_players + 1)]
p1 = g._players[g._players.keys()[0]].name
g.start_game(p1)
while not g._is_game_over():
for c in ["red", "white", "blue", "green", "yellow"]:
for i in xrange(1, 6):
# get current player
p = g.turn_order[0]
# card 'A' is always first.
g._players[p].sort_cards()
# the fix in in, put the in/correct card at 'A'
if win:
g._players[p].hand[0] = Card(c, i, "A")
else:
g._players[p].hand[0] = Card(c, 6 - i, "A")
print "%s playing card A" % p
display(g.play_card(p, "A"))
if g._is_game_over():
return
def show_game(num_players, win=True):
g = Game()
[display(g.add_player('player_%d' % i)) for i in range(1, num_players+1)]
p1 = g._players[g._players.keys()[0]].name
g.start_game(p1)
while not g._is_game_over():
for c in Game.colors:
for i in xrange(1, 6):
# get current player
p = g.turn_order[0]
# card 'A' is always first.
g._players[p].sort_cards()
# the fix in in, put the in/correct card at 'A'
if win:
g._players[p].hand[0] = Card(c, i, 'A')
else:
g._players[p].hand[0] = Card(c, 6-i, 'A')
show_hands(g)
print '%s playing card A' % p
display(g.play_card(p, 'A'))
if g._is_game_over():
return
