def __init__(self):
self.deck = Deck()
self.destroyedCards = []
self.players = PlayerQueue()
#coins dispersed
self.treasury = 50 - 2 * self.players.numPlayers() #50 is starting amt
#deck shuffled
self.deck.shuffle()
def tax(self, player, parts):
if self.getCoins(player, parts, 3):
self.broadcast_message("{} called TAX, the Duke ability, and will get 3 coins. Other players type \"/challenge\" or \"/pass\" to continue.\n".format(player.name))
def failFunc(handler, passers, player):
player.coins += 3
handler.cg.treasury -= 3
handler.broadcast_message("No challengers, {} has gained 3 coins.\n".format(player.name))
handler.broadcast_message(handler.cg.players.advanceTurn())
def successFunc(handler, challengers, player):
card = player.checkForCard('Duke')
if card != -1:
#player exchanges Duke with deck
handler.cg.deck.swapCard(player, card)
#player gets 3 coins
player.coins += 3
handler.cg.treasury -= 3
#challenger loses a card
target = challengers[0]
handler.destroy(player, target, 0)
handler.broadcast_message("Challenge failed! {0} reveals a Duke from his hand, exchanges it with the deck, and still gains 3 coins. {1} loses a card.\n".format(player.name, target.name))
else:
#player loses a card
handler.broadcast_message("Challenge succeeded! {0} loses a card.\n".format(player.name))
handler.broadcast_message(handler.cg.players.advanceTurn())
#TODO: Challenge vote given Tax
voteQueue = PlayerQueue()
for voter in self.cg.players.listPlayers():
if not (voter.name == player.name):
voteQueue.addPlayer(player)
passThreshold = (1 - self.cg.players.numPlayers()) * 100
successArgs = [player]
failArgs = [player]
challenge = Vote(self, voteQueue, "challenge", 20, passThreshold, successFunc, successArgs, failFunc, failArgs)
