def get_payoff_matrix(hand_A, hand_B):
payoff_matrix = []
for pass1 in itertools.combinations(range(hand_size), num_passed):
row = []
for pass2 in itertools.combinations(range(hand_size), num_passed):
new_hand_A = set()
new_hand_B = set()
for i in range(hand_size):
if i in pass1: new_hand_B.add(hand_A[i])
else: new_hand_A.add(hand_A[i])
if i in pass2: new_hand_A.add(hand_B[i])
else: new_hand_B.add(hand_B[i])
winner = hand_evaluation.poker_hand_comparator(new_hand_A, new_hand_B)
# best_hand_A = hand_evaluation.best_poker_hand(new_hand_A)
# best_hand_B = hand_evaluation.best_poker_hand(new_hand_B)
# old_winner = hand_evaluation.poker_hand_comparator(best_hand_A, best_hand_B)
# if (winner != old_winner): print winner, old_winner
row.append(winner)
payoff_matrix.append(row)
return payoff_matrix
def compare_hands(handA, handB): handA = [game_simulator.string_to_card(x) for x in handA] handB = [game_simulator.string_to_card(x) for x in handB] return hand_evaluation.poker_hand_comparator(handA, handB)
