def main():
print("\n_________________________________________________")
print('\nBienvenu sur le jeu VIDEO POKER')
print("\n_________________________________________________")
name = input("\nQuel est votre nom ? ")
print("\n_________________________________________________")
money = int(
input("\nBonjour " + name +
". Combien de crédit voulez-vous acheter ? "))
print("\n_________________________________________________")
print("\nTrès bien, commençons la partie. Bonne Chance " + name + "!!")
print("\n_________________________________________________")
player = Player(name, money, [])
while player.get_money() > 0:
bet_value = int(input("\nCombien Voulez-vous miser ? "))
print("\n_________________________________________________")
if bet_value <= player.get_money():
game(bet_value, player)
else:
print("\nJe suis désolé mais vous n'avez pas assez de crédit ")
print("\n_________________________________________________")
if player.get_money() < 1:
print(
"\nJe suis désolé mais vous avez perdu tout vos crédits.\nVous aurez plus de chance la prochaine fois."
)
print("\n_________________________________________________")
still_playing = input("\nVoulez-vous recommencer la partie ? oui/non ")
if still_playing == "oui":
main()
else:
print("\n_________________________________________________")
print("Au revoir " + player.get_name())
from functions import game game()
import random
from functions import game, read_input_continue_game
hidden_number = random.randrange(
0, 100) # имена переменных должны нести логический смысл
continue_flag = True # флаги тоже выносим в начало
while continue_flag:
# несколько вариантов построения игры. Можно закоментить/раскоментить и пробовать разные варианты
# game() # это будет просто игрой по-умолчанию
# game(counter=5) # это будет игрой с 5-ью попытками вместо трех
game(counter=10, hidden_number=hidden_number
) # а это будет игра с числом от 0 до 99 с 10 попытками
response = read_input_continue_game()
if response == 'n':
continue_flag = False
print('Спасибо за игру')
# TicTacToe/main.py from functions import printIntro, printMenu, game, resetVariables printIntro(); # prints introduction print "Would You Like To Play The Game?" menu = printMenu(); while (menu == 1): game(); menu = printMenu(); resetVariables();
from functions import play, game, Strategy1, mean
def test_strategy(strategy):
test_strategy = strategy
test_num_games = 10000
results = []
for _ in range(test_num_games):
result_score, _ = play(strategy=test_strategy, output=False)
results.append(result_score)
print("Statistics over %d games" % test_num_games)
print("------------------------")
print("Mean score : %d" % mean(results))
print("Farkel %% : %d%%" %
(sum([x == 0 for x in results]) / test_num_games * 100))
print("Hi-score : %d" % max(results))
players = [Strategy1() for _ in range(4)]
result_rounds, results = game(players, output=True)
print("\nFinal scores")
print("------------")
print("In %d rounds" % result_rounds)
print("------------")
for player, score in results:
print("P%d %d" % (player + 1, score))
def main(self):
self.convergence_count = 0
#start the evolition
for i in range(self.nGenerations):
if self.convergence_count<5:
if i%10 == 0:
print("Generation={}".format(i))
#play the game
if self.train == True:
print("train")
self.Balls,self.xArray,self.yArray = functions.game(self.Balls,self.train,None,self.xArray,self.yArray)
elif self.dec_input == True:
print("dec_input")
self.Balls = functions.game(self.Balls,self.train,self.vae)
else:
print("normal_Input")
self.Balls = functions.game(self.Balls,self.train)
#get the scores of the balls
scores = np.zeros(self.nPopulation)
for i in range(self.nPopulation):
scores[i] = self.Balls[i].s
#sort the Balls by their score
ind = [x for _,x in sorted(zip(scores,np.arange(self.nPopulation)))]
newBalls = []
for i in ind:
newBalls.append(self.Balls[i])
self.Balls = newBalls
#save the essential results of this run
self.best_scores_generations.append(max(scores))
self.number_of_best_individuals_generation.append(scores)
self.best_individual_generation.append(self.Balls[-1])
#create new poputlation
#copy N_best Balls and evolve the copies. Keep the previous best balls.
for i in range(self.N_best):
self.Balls[-(self.N_best+i)].net = copy.deepcopy(self.Balls[-i]).net
self.Balls[-(self.N_best+i)].net.evolve(self.Sigma_mut, self.binomial)
#Generate completely new Balls
for i in range(self.nPopulation-2*self.N_best):
self.Balls[i].net = self.Net_type(self.max_net_depth,self.max_net_width, self.N_input)
#reset the parameters to the init variables
for i in self.Balls:
i.reset()
#print some numbers
print("Score of best Individual={}".format(self.best_scores_generations[-1]))
print("standard-deviation={}".format(self.evolution_statistics()[1][-1]))
if max(scores)>=7000:
self.convergence_count+=1
else:
self.convergence_count=0
#Save the last generation
self.last_generation = self.Balls
def hangman():
print("Le jeu du pendu.")
functions.game()
def dialog(message): # проверки сообщения
data.new(message.from_user.id)
check.new(message.from_user.id)
us = message.from_user.id
m = str(message.text).lower()
if ("шутк" in m) or ("шуте"
in m) or ("прикол" in m) and ("прикольно" not in m):
joke = f.jokes()
bot.send_message(us, joke, reply_markup=keyboard)
elif 'мем' in m or '2014' in m or 'смеш' in m:
mem = f.send_mem()
bot.send_photo(us, mem, reply_markup=keyboard)
elif 'камень-ножницы-бумаг' in m or 'играть' in m:
data.game(us, 1)
bot.send_message(
us,
'Выбирай! Если больше не хочешь играть, скажи "хватит" ' + e.smile,
reply_markup=game_keyboard)
elif data.get_game(us) and f.from_e_to_game(m):
res = f.game(f.from_e_to_game(m))
bot.send_message(us,
res + '\n' + "Сыграем еще?)",
reply_markup=game_keyboard)
elif data.get_game(us) and m == "да":
data.game(us, 1)
elif data.get_game(us) and m == "хватит":
bot.send_message(us,
'Хорошо, больше не будем играть',
reply_markup=keyboard)
data.game(us, 0)
elif data.get_game(us):
bot.send_message(
us,
"Ты ввел что-то неправильно, повтори пожалуйста. Если надоело, просто напиши 'хватит'",
reply_markup=game_keyboard)
elif data.get_situation(us):
diary.situation(us, m)
bot.send_message(
us,
'Отлично, ты сделал запись в нашем дневнике! Ты можешь сделать еще одну, написав "/note"',
reply_markup=keyboard)
elif f.place(m):
bot.send_message(us, f.place(m), reply_markup=keyboard)
elif not ans.analysis_sentiment(ans.analysis_data([m])):
bot.send_message(
us,
'Поменьше негатива, пожалуйста. Можешь записать это в дневник, кстати!',
reply_markup=keyboard)
elif ans.analysis_sentiment(m):
callback = f.normal()
bot.send_message(us, callback, reply_markup=keyboard)
else:
bot.send_message(us, "хммммм", reply_markup=keyboard)
users_file = open(os.path.join(
cwd, '..', 'users', 'users.txt'), 'r')
timing = open(os.path.join(
cwd, '..', 'users', user, 'timing.txt'), 'a')
# Setup word lists based on user info
word_list = open(os.path.join(
cwd, '..', 'resources', 'word_list.txt'), 'r')
word_list_specific = open(os.path.join(
cwd, '..', 'resources', 'word_list_specific.txt'), 'w')
# Find user in file and user letters
user_info = users_file.readline().split('\t')
user_info[1] = user_info[1].rstrip()
while user_info[0] != user:
user_info = users_file.readline().split('\t')
user_info[1] = user_info[1].rstrip()
# Search word list file for appropriate words and store in other file
fn.letter_check(user_info[1], word_list, word_list_specific)
# Write appropriate words to word list
words = fn.word_write(user_info[1], cwd, word_list_specific)
# Startup stuff
fn.startup()
# Start game
fn.game(words, timing, num_words)