def run():
from pychu.tlogic.tcard_names import generate_deck
from pychu.tstudies import fullhouse
from pychu.tstudies import straights, bombs
deck = generate_deck()
print(straights.street_my_hand(deck))
print(straights.street_any_hand(deck))
print(straights.street_any_hand(deck, ph=True))
print(fullhouse.full_house_myhand(deck))
print(fullhouse.full_house_myhand(deck, ph=True))
bombs.bomb(deck)
def __init__(self, extplayers: List[TPlayer]):
if len(extplayers) != 4:
raise ValueError("4 Players expected!")
self.players: List[TPlayer] = []
self.card_log: List[Dict[int, Set[Card]]] = []
self.extplayers = extplayers
deck = generate_deck()
shuffled_deck = r.sample(deck, 56)
self.players: List[TPlayerProxy] = []
for s in range(4):
oCards = shuffled_deck[s * 14:(s + 1) * 14]
self.players.append(TPlayerProxy(s, oCards))
for i, player in enumerate(extplayers):
self.players[i].register(player)
async def start(self):
deck = generate_deck()
shuffled_deck = r.sample(deck, 56)
for s in range(4):
oCards = shuffled_deck[s * 14:(s + 1) * 14]
res = await self.players[s].dist_cards(oCards, s)
player_number = self.start_player()
while self.active_players > 1: # nplayers > 1
player_number, cards = await self.turn(player_number, 0)
self.logEventParams(player_number, TEventType.Take, data=cards)
self.card_log += cards
print(self.show_cards())
return self.card_log
def bomb(deck):
k = 10000
handbombs = 0
anybombs = 0
for i in range(k):
shuffled_deck = r.sample(deck, 56)
bAnybombs = False
for s in range(4):
cards = shuffled_deck[s * 14:(s + 1) * 14]
cards.sort(key=lambda x: x.height)
bombs = find_bombs(cards)
# if bombs: print (bombs)
bAnybombs = bAnybombs or bombs
# This might be wrong
if s == 0:
if bombs: handbombs += 1
if bAnybombs: anybombs += 1
out = ""
out += str.format("Handbombe: {}\n", handbombs / float(k))
out += str.format("AnyBombs: {}\n", anybombs / float(k))
return out
if __name__ == '__main__':
deck = generate_deck()
out = bomb(deck)
print(out)