def montecarlo_probability_river_simulator(a_hand,trails):
deck = load_deck()
new_deck = remove_card_from_deck(deck,a_hand.cards[0])
new_deck = remove_card_from_deck(new_deck,a_hand.cards[1])
hands_I_won = 0
total_hands_played = 0
for trail in range(0,trails):
shuffle(new_deck)
the_opponent_hand = hand(new_deck[0:2])
community_cards = hand(new_deck[2:7])
my_hand = hand(a_hand.cards + community_cards.cards)
opponent_hand = hand(the_opponent_hand.cards + community_cards.cards)
the_winning_hand = compare_two_hands(my_hand,opponent_hand)
if the_winning_hand != "tie":
if the_winning_hand.cards != opponent_hand.cards:
hands_I_won += 1
# print(the_winning_hand.value)
# print(("my hand",my_hand))
# print(("op",opponent_hand))
else:
pass
else:
hands_I_won += 1
total_hands_played += 1
probability = hands_I_won/total_hands_played
return(probability)
def montecarlo_probability_test_best_hand_module(a_hand,number_of_players, number_of_trails):
start_time = datetime.now()
print(start_time)
deck = load_deck()
new_deck = remove_card_from_deck(deck,a_hand.cards[0])
new_deck = remove_card_from_deck(new_deck,a_hand.cards[1])
hands_I_won = 0
total_hands_played = 0
for trail in range(0,number_of_trails):
shuffle(new_deck)
other_players_hands = []
iterator = 0
for a_player in range(0,number_of_players):
this_players_hand = []
for a_card in range(0,len(a_hand)):
this_players_hand.append(new_deck[iterator])
iterator += 1
this_players_hand = hand(this_players_hand)
other_players_hands.append(this_players_hand)
for opponent_hand in other_players_hands:
the_winning_hand = compare_two_hands(a_hand,opponent_hand)
if the_winning_hand != "tie":
if the_winning_hand.cards != opponent_hand.cards:
hands_I_won += 1
else:
hands_I_won += 1
total_hands_played += 1
end_time = datetime.now()
totaltime = end_time - start_time
print(totaltime)
probability = hands_I_won/total_hands_played
return(probability)