def get_result(self, playerjm):
total_chips = 2000.0
if self._get_folded() == playerjm:
return 0 # -self.invested[playerjm] # 0
elif self._get_folded() == (playerjm + 1) % 2:
return (self.pot - self.invested[playerjm]) / total_chips
else:
# evaluate
if self.opp_hand is None:
self.opp_hand = []
while len(self.opp_hand) < 2:
c = cardsDict[random.randrange(52)]
if not c in self.hand + self.community_cards + self.opp_hand:
self.opp_hand += [c]
while len(self.community_cards) < 5:
c = cardsDict[random.randrange(52)]
if not c in self.hand + self.community_cards + self.opp_hand:
self.community_cards += [c]
player_0 = n_card_rank(self.hand + self.community_cards)
player_2 = n_card_rank(self.opp_hand + self.community_cards)
if player_0 == max(player_0, player_2):
return (self.pot - self.invested[playerjm]) / total_chips if playerjm == 0 else 0 # -self.invested[playerjm] #
else:
return 0 if playerjm == 0 else (self.pot - self.invested[playerjm]) / total_chips
def determine_ranking(self, community_cards, hole_cards):
# determine the best hand for each player
hand_ranks = []
for player in self.active_players:
cards = community_cards + hole_cards[player]
hand_rank = n_card_rank(cards)
self.game.output("Player: %s with %s using cards %s" % (player, hand_rank, cards))
hand_ranks.append((hand_rank, player))
return hand_ranks
def determine_ranking(self, community_cards, hole_cards):
# determine the best hand for each player
hand_ranks = []
for player in self.active_players:
cards = community_cards + hole_cards[player]
hand_rank = n_card_rank(cards)
self.game.output("Player: %s with %s using cards %s" %
(player, hand_rank, cards))
hand_ranks.append((hand_rank, player))
return hand_ranks
