def init_game(self,init_stack=500,blinds=(1,2,0)):
self.g = poker.Game(self.nplayers, init_stack=init_stack, blinds=blinds)
[x.ask_name() for x in self.threads]
while not all([x.ready for x in self.threads]):
pass
[x.send_message('Everyone ready.\n') for x in self.threads]
for i in xrange(self.nthreads):
self.g.players[i].name = self.threads[i].name
def start(phenny, input):
global game, in_play, starting, arguments, help, temp_cmds
if not starting:
starting = True
args = check_args(phenny, input.group(0))
if not args:
starting = False
return
if in_play:
phenny.say(
"A game is already in play! Wait for it to end, then try again."
)
else:
#NEW BLACKJACK GAME
if args[0] == "blackjack":
in_play = True
join_casino(input)
game = blackjack.Game(phenny, input.uid, input.nick)
for item, string in blackjack.help.items():
help[item] = string
for item, args in blackjack.arguments.items():
arguments[item] = args
temp_cmds.append(item)
elif args[0] == "poker" or args[0] == "5poker" or args[
0] == "7poker" or args[0] == "poker5" or args[
0] == "poker7":
if len(args) < 2:
stakes = "mid"
else:
stakes = args[1]
if args[0] == "7poker" or args[0] == "poker7":
cards = 7
else:
cards = 5
in_play = True
join_casino(input)
game = poker.Game(phenny, input.uid, input.nick, cards, stakes)
for item, string in poker.help.items():
help[item] = string
for item, args in poker.arguments.items():
arguments[item] = args
temp_cmds.append(item)
starting = False
from tools import Series
from tools import Clock
import poker as pkr
game = pkr.Game()
game.add_player()
game.add_player()
game.add_player()
player_1 = game.players[0]
player_2 = game.players[1]
player_3 = game.players[2]
Clock.elapsed()
results = []
n_stories = 100000
for i in range(n_stories):
game.reset()
game.deal_card_to_player(player_1, "As")
game.deal_card_to_player(player_1, "Ks")
game.deal_card_to_player(player_2, "9d")
game.deal_card_to_player(player_2, "9c")
game.deal_card_to_player(player_3)
game.deal_card_to_player(player_3)
game.deal_flop()
game.deal_turn()
game.deal_river()
winning_players = game.get_winning_players()
from tools import Series, Clock
import poker as pkr
game = pkr.Game(
) # creates a game with a board and a 52 card deck (but no player)
# adding two players
game.add_player()
game.add_player()
player_1 = game.players[0]
player_2 = game.players[1]
Clock.elapsed()
# Monte Carlo
results = []
n_stories = 100000
for i in range(n_stories):
game.reset(shuffle_deck=True)
game.deal_card_to_player(
player_1, "9s") # always dealing the same cards to player 1.
game.deal_card_to_player(player_1, "8s")
game.deal_card_to_player(player_2) # player 2 receives cards at random.
game.deal_card_to_player(player_2)
game.deal_flop()
game.deal_turn()
game.deal_river()
# print(game) # <- uncomment these two lines if you want a visualization of what is happening during the simulation
# print()