def start(cards_on_table, my_cards, enemy_num):
global card_pool
card_pool = _card_pool_manager.refresh_card_pool()
table_cards = len(cards_on_table.split(","))
if cards_on_table != "":
card_pool = _card_pool_manager._change_card_pool(cards_on_table, "on_table", card_pool)
else:
table_cards = 0
card_pool = _card_pool_manager._change_card_pool(my_cards, "for_me", card_pool)
avalible_cards = _card_pool_manager._get_valid_cards(card_pool)
pad_num = 5 - table_cards
win_times = 0.0
draw_game_times = 0.0
for _ in range(100000):
sub_card_pool = card_pool.copy()
comming_card = sample(avalible_cards, pad_num)
sub_card_pool = (_card_pool_manager._change_card_pool(",".join(comming_card), "on_the_table", sub_card_pool))
sub_avalible_cards = _card_pool_manager._get_valid_cards(sub_card_pool)
player_element_list = _tools.trim_cards_for_user(cards_on_table, my_cards, comming_card)
for index in range(enemy_num):
player_card = sample(sub_avalible_cards, 2)
sub_card_pool = _card_pool_manager._change_card_pool(",".join(player_card), "for_p" + str(index + 1), sub_card_pool)
sub_avalible_cards = _card_pool_manager._get_valid_cards(sub_card_pool)
player_element_list += _tools.trim_cards_for_user(cards_on_table, ','.join(player_card), comming_card)
max_combo, combo_name, rank, winner = who_is_daddy.dual(player_element_list)
if len(winner) > 1:
draw_game_times += 1.0
elif 0 in winner:
win_times += 1.0
# else:
# print(player_element_list)
# print(combo_name + "\n")
print("Your natural trump rate is " + str(win_times / 100000))
print("draw game rate is " + str(draw_game_times / 100000))
def start():
global card_pool
card_pool = _card_pool_manager.refresh_card_pool()
cards_on_table = input("input the cards on the table\t")
enemy_number = input("input your enemy numbers\t")
cal_enemy_hit_rate(cards_on_table, enemy_number)
return
def start(cards_on_table, player_cards):
global card_pool
card_pool = _card_pool_manager.refresh_card_pool()
table_cards = len(cards_on_table.split(","))
if cards_on_table != "":
card_pool = _card_pool_manager._change_card_pool(
cards_on_table, "on_table", card_pool)
else:
table_cards = 0
index = 1
for player_card in player_cards:
card_pool = _card_pool_manager._change_card_pool(
player_card, "for_p" + str(index), card_pool)
index += 1
avalible_cards = _card_pool_manager._get_valid_cards(card_pool)
pad_num = 5 - table_cards
win_times_list = [0] * len(player_cards)
draw_game_times = 0.0
for _ in range(100000):
comming_card = sample(avalible_cards, pad_num)
player_element_list = []
for player_card in player_cards:
player_element_list += _tools.trim_cards_for_user(
cards_on_table, player_card, comming_card)
max_combo, combo_name, rank, winner = who_is_daddy.dual(
player_element_list)
if len(winner) > 1:
draw_game_times += 1
else:
win_times_list[winner[0]] += 1
winner = 0
for win_times in win_times_list:
print("player" + str(winner) + " win rate " + str(win_times / 100000))
winner += 1
print("draw game " + str(draw_game_times / 100000))
return win_times_list, draw_game_times
def start(cards_on_table, enemy_number):
global card_pool
card_pool = _card_pool_manager.refresh_card_pool()
cal_enemy_hit_rate(cards_on_table, enemy_number)
return
p_card = sample(avalible_cards, 2)
card_pool = _card_pool_manager._change_card_pool(",".join(p_card), "for_p1", card_pool)
the_combo = (cards_on_table).split(",") + p_card
rank, combo_name = _combo_score.calculate_rank_power(the_combo)
if rank > 2: #enemy hit level
hit += 1
#print(the_combo, combo_name)
break
print(hit / 100000, enemy_number)
print(my_combo)
return
def start():
global card_pool
card_pool = _card_pool_manager.refresh_card_pool()
cards_on_table = input("input the cards on the table\t")
enemy_number = input("input your enemy numbers\t")
cal_enemy_hit_rate(cards_on_table, enemy_number)
return
def start(cards_on_table, enemy_number):
global card_pool
card_pool = _card_pool_manager.refresh_card_pool()
cal_enemy_hit_rate(cards_on_table, enemy_number)
return
if __name__ == "__main__":
enemy_number = 1
card_pool = _card_pool_manager.refresh_card_pool()
cards_on_table = "ht_2,cl_3,dm_5"
start(cards_on_table, enemy_number)
def start(cards_on_table, p1_cards, p2_cards):
global card_pool
card_pool = _card_pool_manager.refresh_card_pool()
table_cards = len(cards_on_table.split(","))
if cards_on_table != "":
card_pool = _card_pool_manager._change_card_pool(
cards_on_table, "on_table", card_pool)
else:
table_cards = 0
card_pool = _card_pool_manager._change_card_pool(p1_cards, "for_p1",
card_pool)
card_pool = _card_pool_manager._change_card_pool(p2_cards, "for_p2",
card_pool)
avalible_cards = _card_pool_manager._get_valid_cards(card_pool)
pad_num = 5 - table_cards
p1_win = 0.0
p2_win = 0.0
draw_game_times = 0.0
for _ in range(100000):
p1_win_times = 0.0
p2_win_times = 0.0
sub_card_pool = card_pool.copy()
comming_card = sample(avalible_cards, pad_num)
sub_card_pool = (_card_pool_manager._change_card_pool(
",".join(comming_card), "on_the_table", sub_card_pool))
sub_avalible_cards = _card_pool_manager._get_valid_cards(sub_card_pool)
p1_element_list = _tools.trim_cards_for_user(cards_on_table, p1_cards,
comming_card)
p2_element_list = _tools.trim_cards_for_user(cards_on_table, p2_cards,
comming_card)
player_element_list_r1 = p1_element_list + p2_element_list
max_combo, combo_name, rank, winner = who_is_daddy.dual(
player_element_list_r1)
if 0 in winner:
p1_win_times += 1.0
if 1 in winner:
p2_win_times += 1.0
comming_card = sample(sub_avalible_cards, pad_num)
p1_element_list = _tools.trim_cards_for_user(cards_on_table, p1_cards,
comming_card)
p2_element_list = _tools.trim_cards_for_user(cards_on_table, p2_cards,
comming_card)
player_element_list_r2 = p1_element_list + p2_element_list
max_combo, combo_name, rank, winner = who_is_daddy.dual(
player_element_list_r2)
if 0 in winner:
p1_win_times += 1.0
if 1 in winner:
p2_win_times += 1.0
if p1_win_times > p2_win_times:
p1_win += 1
elif p2_win_times > p1_win_times:
p2_win += 1
else:
draw_game_times += 1
print("p1 --> twice all in --> no return --> win rate " +
str(p1_win / 100000))
print("p2 --> twice all in --> no return --> win rate " +
str(p2_win / 100000))
print("draw game rate is " + str(draw_game_times / 100000))
return p1_win / 100000, p2_win / 100000, draw_game_times / 100000