# Working with core module of Python Library import math print(math.sqrt(87)) # Import our own created games module import games # Access the functionality from that module # that we just imported print(games.favorite_games) # Second way of importing a certain # functionality from a module from games import play_game play_game()
"20", "21", "22", "23", "24", "25", "26", "27", "28", "29", "30", "31",
"32", "33", "34", "35", "36", "00"
]
}
game_call_dict = {1: f1.game_1, 2: f1.game_2, 3: f1.game_3, 4: f1.game_4}
# This section sets the initial value for the variable money
money = 100
# This section welcomes the user to the Card Game Simulator and tells them about their starting money
print("Welcome to Card Game Simulator")
print("\nYou currently have £{} game money".format(str(money)))
# This section invites the user to choose which game to play, prints the results and updated the money variable.
# Allow the users to play games 10 times if they have money available
for i in range(1, 10):
print("\nWe have {} games available".format(len(game_name_dict)))
for game_num, game_desc in game_name_dict.items():
print("{} - {}".format(str(game_num), game_desc))
game_number = input("\nEnter a number to play the game : ")
if game_number not in ("1", "2", "3", "4"):
print("Sorry, this is not a valid game number")
else:
money = f1.play_game(game_number, game_name_dict, game_desc_dict,
game_allowed_dict, game_call_dict, money)
i = i + 1
print(
"\nThank you for playing 10 games of Card Game Simulator. We are trying to prevent our game becoming addictive. Why not stop playing this game and make a nice cup of tea!"
)
or self.k_in_row(board, move, player, (1, 1))):
return if_(player == 'X', +1, -1)
else:
return 0
def k_in_row(self, board, move, player, delta):
"Return true if there is a line through move on board for player."
delta_x, delta_y = delta[0], delta[1]
x, y = move
n = 0 # n is number of moves in row
while board.get((x, y)) == player:
n += 1
x, y = x + delta_x, y + delta_y
x, y = move
while board.get((x, y)) == player:
n += 1
x, y = x - delta_x, y - delta_y
n -= 1 # Because we counted move itself twice
return n >= self.k
#____________________________________________________________
#
#uses random_player function, unable to do intelligent_player
# for i in range(0, 100):
# print(play_game(ConnectFour(), intelligent_player, random_player))
for i in range(0, 100):
print(play_game(ConnectFour(), intelligent_player, intelligent_player))
def process(query):
query = query.lower()
name = assistant_details.name
query = query.replace(name, "")
noAnswer = [
"Sorry, can't understand you", "Please give me more info",
"Not sure I understand"
]
if len(query) <= 1:
return random.choice(noAnswer)
if "quit" in query:
umbrella()
output("Thank You!!! See You Soon")
exit()
if query == "--help" or query == "--h":
help(query)
return "What can I do for you?"
if "game" in query:
answer = get_answer_from_memory("play game")
elif 'play' in query and 'music' not in query and 'songs' not in query:
answer = get_answer_from_memory("play")
elif 'weather' in query:
answer = get_answer_from_memory("weather")
elif 'location' in query:
answer = get_answer_from_memory("location")
elif 'search' in query:
answer = get_answer_from_memory("search")
elif 'send mail' in query or 'send email' in query:
answer = get_answer_from_memory("send email")
elif 'calculate' in query:
answer = get_answer_from_memory("calculate")
elif 'map' in query:
answer = get_answer_from_memory("google map")
elif 'remind me' == query.lower() or 'alarm' in query.lower():
if 'remind me' == query.lower():
output("Enter msg to remind")
msg = take_input()
output("Enter time(like 11:15)")
time = take_input()
output("Enter date(like 21 july)")
date = take_input()
res = 'remind me to ' + msg + 'at ' + time + 'on ' + date
return remind(res)
else:
msg = "Alarm"
output("Enter time(like 11:15)")
time = take_input()
output("Enter date(like 21 july)")
date = take_input()
res = 'remind me to ' + msg + 'at ' + time + 'on ' + date
remind(res)
return "Alarm Set"
elif 'remind me' in query.lower():
answer = get_answer_from_memory("remind me")
else:
answer = get_answer_from_memory(query)
# print("answer - ", answer)
# Check query
if answer == "get time details":
return ('Time is ' + get_time())
elif answer == "change name":
output("Okay! what do u want to call me")
temp = take_input()
if temp == assistant_details.name:
return "Can't change. I think you are happy with my old name"
else:
update_name(temp)
assistant_details.name = temp
return "Now you can call me " + temp
elif answer == "tell date":
return "Date is " + get_date()
elif answer == "on speak":
return turn_on_speech()
elif answer == "off speak":
return turn_off_speech()
elif answer == "on listen":
return turn_on_listen()
elif answer == "off listen":
return turn_off_listen()
elif answer == "play game":
return play_game()
elif answer == "open facebook":
open_facebook()
return "opening facebook"
elif answer == "open google":
open_google()
return "opening google"
elif answer == "close browser":
close_browser()
return "closing browser"
elif answer == "check internet connection":
if check_internet_connection():
return "Internet is Connected"
else:
return "Internet Not Connected"
elif answer == "play music":
return play_music()
elif answer == "pause music":
return pause_music()
elif answer == "stop music":
return stop_music()
elif answer == "next song":
return next_song()
elif answer == "previous song":
return previous_song()
elif answer == "play":
music = play_specific_song(query)
if "not found" in music:
output("Song not found, Should i search on youtube!")
res = take_input()
if "yes" in res.lower():
open_youtube_song(query.replace('play ', ''))
return ("Searching on YouTube")
else:
return ('Okay')
else:
return music
elif answer == 'search':
if 'youtube' in query:
query = query.replace('search ', '')
query = query.replace(' on youtube', '')
search_youtube(query)
return "Searching youtube"
else:
query = query.replace('search ', '')
query = query.replace(' google', '')
query = query.replace(' on google', '')
search_google(query)
return "Searching Google"
elif answer == "change wallpaper":
return change_wallpaper()
elif answer == "get news":
return get_news()
elif answer == "weather":
place = query.replace('weather', '')
return check_weather(place)
elif answer == "location":
return get_location()
elif answer == "nearby":
query = query.replace('nearby ', '')
return search_near(query)
elif answer == 'calculate':
return calculator(query)
elif answer == "map":
indx = query.lower().split().index('map')
que = query.split()[indx + 1:]
cmd = 'python map.py ' + ' '.join(que)
os.system(cmd)
return "Opening Google Map"
elif answer == "direction":
output("Start location (if current location leave blank)")
start_place = take_input()
output("Destination")
end_place = take_input()
if start_place == None:
return directions(end_place)
else:
return directions(end_place, start_place)
elif answer == "mail":
name = query.replace("send email to ", "")
mail = get_emailId(name)
if mail == '0':
output("Email Id not found in database, please input mail id")
mail = take_input()
insert_emailId(name, mail)
output("mail id inserted to database")
output("Enter message to send to " + name)
msg = take_input()
return sending_mail(name, mail, msg)
elif answer == "send msg":
output("Enter Contact Number ")
number = take_input()
output("Enter message to send to " + number)
msg = take_input()
return sending_text(msg, number)
elif answer == 'remind me':
remind(query)
return "Reminder Set"
else:
res = response(query)
if res != '0':
return res
else:
output("Dont know this one should i search on internet?")
ans = take_input()
if "yes" in ans:
output("Searching Wikipedia...")
answer = check_on_wikipedia(query)
if answer != "":
return answer
else:
output("Can you please tell me what it means?")
ans = take_input()
if "it means" in ans:
ans = ans.replace("it means", "")
ans = ans.strip()
value = get_answer_from_memory(ans)
if value == "":
return "Can't help with this one"
else:
insert_question_and_answer(query, value)
return "Thanks, I will remember it for the next time"
else:
return "Can't help with this one"
return "Nothing"
def test4():
game = mancala.MancalaGame()
named_players = (('MAX', games.alphabeta_full_player), ('MIN', games.alphabeta_player))
print(games.play_game(game, named_players))