def main():
"""Main method containing initialization and game loop"""
pygame.init()
Screen.display_surface.fill(Color.WHITE)
pygame.display.set_caption('PyRPG')
#Music starts
pygame.mixer.init()
Music.play_music(Music.background_music, True, 0.4)
#Draw the main menu
Menu.main_menu()
replay = True
#Main Game loop
while replay:
game_object = Game()
game_object.game_setup()
events = pygame.event.get()
for event in events:
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_y:
pass
elif event.key == pygame.K_n:
replay = False
break
def play_game():
field = Field(field_size)
players = (PlayerRandom(0, field_size), PlayerRandom(1, field_size))
game = Game(field, players, stdout=False)
_, x, y = game.start()
return x, y
def game():
player1 = request.form["player1"]
player1_gesture = request.form["player1gesture"]
new_player1 = Player(player1, player1_gesture)
player2 = request.form["player2"]
player2_gesture = request.form["player2gesture"]
new_player2 = Player(player2, player2_gesture)
rock_paper_scissors = Game(new_player1, new_player2)
return render_template('result.html',
title='Game Result',
result=rock_paper_scissors.play_game(
new_player1, new_player2))
class TestGame(unittest.TestCase):
def setUp(self):
self.player_1 = Player("Matt Lucas", "paper")
self.player_2 = Player("Bruce Lee", "scissors")
self.player_3 = Player("Steve Buscemi", "paper")
self.game = Game(self.player_1, self.player_2)
self.game_2 = Game(self.player_1, self.player_3)
def test_playing_rps(self):
self.assertEqual("Bruce Lee wins by playing scissors",
self.game.play_rps())
def test_matching_choice_returns_none(self):
self.assertIsNone(self.game_2.play_rps())
def play_game():
"""
ゲームを開始する。
:param players: 使用したいプレイヤープログラムを格納する。
:return:
"""
field = Field(field_size)
players = (PlayerRandom(0, field_size), PlayerRandom(1, field_size))
game = Game(field, players)
winner, _, _ = game.start()
return winner
async def debugload(self, ctx):
"""
Tells xyzzy to load a [filename] from the test folder in the current channel.
The game will not count towards any statistics.
"""
# Don't do DMs kids.
if ctx.is_dm():
return await ctx.send("```accesslog\nSorry, but games cannot be played in DMs. Please try again in a server.```")
if ctx.msg.channel.id in self.xyzzy.channels:
return await ctx.send('```accesslog\nSorry, but #{} is currently playing "{}". Please try again after the game has finished.\n```'.format(ctx.msg.channel.name, self.xyzzy.channels[ctx.msg.channel.id].game.name))
if not ctx.args:
return await ctx.send("```diff\n-Please provide a game to play.\n```")
file_dir = "./tests/" + ctx.raw
if not os.path.isfile(file_dir):
return await ctx.send("```diff\n-File not found.\n```")
print("Now loading test file {} for #{} (Server: {})".format(ctx.raw, ctx.msg.channel.name, ctx.msg.guild.name))
chan = GameChannel(ctx.msg, Game(ctx.raw, {"path":file_dir, "debug":True}))
self.xyzzy.channels[ctx.msg.channel.id] = chan
await ctx.send('```py\nLoaded "{}"\n```'.format(ctx.raw))
await chan.init_process()
await chan.game_loop()
if ctx.msg.channel.id in self.xyzzy.channels:
del self.xyzzy.channels[ctx.msg.channel.id]
def parse_game(self, game, include_completed=True) -> (Game, GameStatus):
game_details = game.find(class_='status-detail').text
if not game_details:
return None, GameStatus.unknown
elif game_details.startswith("End of"):
game_details = game_details.replace("End of", "0:00 -")
elif game_details.startswith("Start of"):
game_details = game_details.replace("Start of", "12:00 -")
elif game_details == "Halftime":
game_details = "0:00 - 2nd"
elif game_details == "Postponed":
return None, GameStatus.postponed
elif game_details == "Final":
if not include_completed:
return None, GameStatus.ended
game_details = "0:00 - 4th"
game_details = game_details.split(" - ")
time_left = game_details[0]
quarter = game_details[1]
teams = [self.parse_team(team) for team in self.get_teams(game)]
return Game({
"teams": teams,
"quarter": quarter,
"time_left": time_left
}), GameStatus.running
def play_game():
"""
Starts tetris game in terminal.
"""
board_instance = Board(20)
current_piece = Piece(board_instance)
board_instance.print(current_piece)
game = Game()
player_move = input()
while (game.status):
msg = move.make_move(player_move, board_instance, current_piece)
board_instance.print(current_piece, msg)
game.is_over(board_instance, current_piece)
player_move = input()
print("GAME OVER!")
def main():
size = c.SCREEN_SIZE
board = Board(*size)
screen = pygame.display.set_mode(size)
# load bg
block_bg = pygame.transform.scale(
pygame.image.load(os.path.join('static', 'block_bg.png')),
board.get_block_size()
)
myfont = pygame.font.SysFont("monospace", 16)
end_game = EndGame(myfont, c.WHITE, size, screen, board)
game = Game(board, pygame, screen, end_game, block_bg, myfont)
screen.fill(c.GRAY)
while True:
game.flow()
def new_game(self):
"""
Create a new game instance.
@return host_id: the unique ID of the game's host.
@return game_id: the unique ID of the game.
"""
new_game = Game(uuid4().hex, self._generate_game_id())
self.games.add(new_game)
return new_game.host_id, new_game.game_id
def btn_run_clicked(self):
maze = self.windowSt.mazes[self.cb_mazes.currentIndex()]['mask']
algorithm = self.windowSt.algorithms[
self.cb_algorithms.currentIndex()]['name']
heuristic = self.cb_heuristic.currentText()
pacman_speed = self.sb_pacman_speed.value()
feed_density = self.sb_feed_density.value() / 100.
game_params = GameParameters(maze, algorithm, heuristic, pacman_speed,
feed_density)
game = Game(game_params)
path = game.solve()
# path = []
game_app = GameApp(
game.maze,
self.windowSt.mazes[self.cb_mazes.currentIndex()]['path'], path,
self.chb_path.isChecked(), pacman_speed,
f"{self.windowSt.algorithms[self.cb_algorithms.currentIndex()]['title']},{heuristic}",
self.windowSt.icon, self.windowSt.title,
self.img_maze.rect().width(),
self.img_maze.rect().height())
game_app.run()
def __init__(self, logAll=True):
# конструктор
self.logAll = logAll
self.yandexStuff = YandexStuff()
self.loop = True
# создаем модули
self.radio = Radio()
self.anekdot = Anekdot()
self.game = Game()
self.weather = Weather()
self.citygame = city_game()
self.recognizer = speech.Recognizer()
self.iamToken, self.iamTokenExpires = self.yandexStuff.create_token()
self.play('audio/powerup.wav')
time.sleep(0.5)
# todo uncomment
self.play('audio/jarvisHi.wav')
time.sleep(0.5)
self.playLowBeep()
async def on_ready():
"""On ready event."""
print(f'{BOT.user} has connected\n')
total_user = 0
for guild in BOT.guilds:
print(
f'{guild.name:20} by + {str(guild.owner):20} {len(guild.members)} users'
)
if guild.name != "Discord Bot List":
total_user += len(guild.members)
GAMES[guild.id] = load_file_to_game(guild.id)
if GAMES[guild.id] is not None:
GAMES[guild.id].clear_undecided_reacted()
# print(f"The file from data/{guild.id}.data was correctly loaded.")
else:
GAMES[guild.id] = Game(guild.id)
print(f'\n\n{total_user} users in total, with {len(BOT.guilds)} guilds')
await BOT.change_presence(activity=discord.Game(
name=f"{len(BOT.guilds)} guilds with {total_user} users"))
def test_client_commands():
"""Check the list of commands and actual methods in the Game class align"""
methods = [
m[0]
for m in inspect.getmembers(Game("", ""), predicate=inspect.ismethod)
]
host_commands = [m for m in methods if m[0:2] == "hc"]
player_commands = [m for m in methods if m[0:2] == "pc"]
assert all([
hc in WebsocketHandler.host_commands.values() for hc in host_commands
])
assert all([
pc in WebsocketHandler.player_commands.values()
for pc in player_commands
])
assert all([
hc in host_commands for hc in WebsocketHandler.host_commands.values()
])
assert all([
pc in player_commands
for pc in WebsocketHandler.player_commands.values()
])
from modules.game import Game Game().play()
#!/usr/bin/env python
# encoding: utf-8
import pygame
from modules.game import Game
pygame.init()
# game window
pygame.display.set_caption("MacGyver Escape")
pygame.display.set_icon(pygame.image.load('assets/MacGyver.png'))
screen = pygame.display.set_mode((600, 600))
# load the game
game = Game()
# loop running
running = True
while running:
screen.blit(game.guard.image, game.guard.rect)
screen.blit(game.ether.image, game.ether.rect)
for x in range(0, 15):
for y in range(0, 15):
objectToDisplay = my_level[x][y]
if objectToDisplay == "x":
pygame.rect.draw(Wall)
# update screen
pygame.display.flip()
from modules.scale import Scale
from modules.window import Window
from modules.game import Game
from modules.thread import Thread
# Set textures src
src = 'textures/texture.png'
# Set textures coord
textures = {'GRASS': [(1, 0), (0, 1), (0, 0)], 'SAND': [(1, 1), (1, 1), (1, 1)], 'BRICK': [(2, 0), (2, 0), (2, 0)], 'STONE': [(2, 1), (2, 1), (2, 1)]}
# Music
Thread(lambda:Audio('audios/background.wav').play(recycle=True))
# Window
Window(fullscreen=False, caption='MiniCraft', model=Game(Scale(src, textures)))
# Global settings
glClearColor(0.5, 0.69, 1.0, 1)
glEnable(GL_CULL_FACE)
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_NEAREST)
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_NEAREST)
# Setup fog
glEnable(GL_FOG)
glFogfv(GL_FOG_COLOR, (GLfloat * 4)(0.5, 0.69, 1.0, 1))
glHint(GL_FOG_HINT, GL_DONT_CARE)
glFogi(GL_FOG_MODE, GL_LINEAR)
glFogf(GL_FOG_START, 20.0)
glFogf(GL_FOG_END, 60.0)
def __init__(self):
print(ConsoleColours.HEADER + "Welcome to Xyzzy, v2.0." +
ConsoleColours.END)
if not os.path.exists("./saves/"):
print('Creating saves directory at "./saves/"')
os.makedirs("./saves/")
self.config = {}
self.timestamp = 0
print('Reading "options.cfg".')
parser = ConfigParser()
with open("./options.cfg") as cfg_data:
parser.read_string(cfg_data.read())
self.config = dict(parser._sections["Config"])
for opt, msg in REQUIRED_CONFIG_OPTIONS.items():
if opt not in self.config:
raise Exception(msg)
else:
self.__setattr__(opt, self.config[opt])
for opt in OPTIONAL_CONFIG_OPTIONS:
if opt in self.config:
self.__setattr__(opt, self.config[opt])
else:
self.__setattr__(opt, None)
if self.home_channel_id:
self.home_channel_id = int(self.home_channel_id)
self.owner_ids = [] if not self.owner_ids else [
x.strip() for x in self.owner_ids.split(",")
]
self.home_channel = None
self.gist_data_cache = None
self.gist_game_cache = None
print("Reading game database...")
with open("./games.json") as games:
games = json.load(games)
self.games = {}
for name, data in games.items():
if not os.path.exists(data["path"]):
print("Path for {} is invalid. Delisting.".format(name))
else:
self.games[name] = Game(name, data)
if not os.path.exists("./bot-data/"):
print('Creating bot data directory at "./bot-data/"')
os.makedirs("./bot-data/")
if not os.path.exists("./save-cache/"):
print('Creating save cache directory at "./save-cache/"')
os.makedirs("./save-cache/")
try:
print("Loading user preferences...")
with open("./bot-data/userprefs.json") as pref:
self.user_preferences = json.load(pref)
if "unprefixed" not in self.user_preferences:
with open("./bot-data/userprefs.json", "w") as pref:
print(
ConsoleColours.OK_BLUE +
'Adding "unprefixed" array to user preferences file...'
+ ConsoleColours.END)
json.dump({
**self.user_preferences, "unprefixed": []
}, pref)
self.user_preferences["unprefixed"] = []
except FileNotFoundError:
print(
ConsoleColours.WARNING +
"User preferences not found. Creating new user preferences file..."
+ ConsoleColours.END)
with open("./bot-data/userprefs.json", "w") as pref:
pref.write('{"version": 1, "backticks": [], "unprefixed": []}')
self.user_preferences = {
"version": 1,
"backticks": [],
"unprefixed": []
}
try:
print("Loading blocked user list...")
with open("./bot-data/blocked_users.json") as blk:
self.blocked_users = json.load(blk)
except FileNotFoundError:
print(
ConsoleColours.WARNING +
"Blocked user list not found. Creating new blocked user list..."
+ ConsoleColours.END)
with open("./bot-data/blocked_users.json", "w") as blk:
blk.write("{}")
self.blocked_users = {}
try:
print("Loading server settings...")
with open("./bot-data/server_settings.json") as srv:
self.server_settings = json.load(srv)
except FileNotFoundError:
print(
ConsoleColours.WARNING +
"Server settings not found. Creating new server settings file.."
+ ConsoleColours.END)
with open("./bot-data/server_settings.json", "w") as srv:
srv.write("{}")
self.server_settings = {}
self.process = None
self.thread = None
self.queue = None
self.channels = {}
self.content_regex = re.compile(r"`{}.+`".format(self.invoker))
self.session = aiohttp.ClientSession()
self.commands = Holder(self)
if os.listdir("./saves"):
print("Cleaning out saves directory after reboot.")
for s in os.listdir("./saves"):
shutil.rmtree("./saves/" + s)
print(ConsoleColours.OK_GREEN +
"Initialisation complete! Connecting to Discord..." +
ConsoleColours.END)
super().__init__()
def main():
game = Game()
while game.running:
game.currentMenu.displayMenu()
def main():
game = Game() # initialize the Game object
human = Player() # initialize the Player object
ai = AiPlayer() # initialize the AiPlayer object
(player_data, ai_data, game_data, loaded) = game.load_game(
) # ask to load the previous game (load_game() returns a tuple of 4 elements)
if loaded == True: # only load data if game.load_game() ran succesfully
human.name = player_data['name']
human.wins = player_data['wins']
human.win_rate = player_data['win_rate']
ai.name = ai_data['name']
ai.wins = ai_data['wins']
ai.win_rate = ai_data['win_rate']
game.sessions = game_data['sessions']
print('Loaded succesfully')
while (game.get_state() == True): # keep looping if the game state is True
human.set_choice() # set human choice
if human.choice not in game.options: # check the input and break the loop if the input is not what we want
print('Error 1: Incorrect input')
continue
elif human.choice == 'exit':
game.close()
continue
ai.set_choice() # set the ai choice
print(f'{human.name} selected: {human.choice}'
) # display the human choice
print(f'{ai.name} selected: {ai.choice}') # display the ai choice
# compare the choices and display the winner
print('------------------------')
if ai.choice == human.choice:
print('[Draw]')
elif ai.choice == 'rock' and human.choice == 'scissors':
print(f'[{ai.name} won]')
ai.wins += 1 # increment ai win by 1
elif ai.choice == 'paper' and human.choice == 'rock':
print(f'[{ai.name} won]')
ai.wins += 1 # increment ai win by 1
elif ai.choice == 'scissors' and human.choice == 'paper':
print(f'[{ai.name} won]')
ai.wins += 1 # increment ai win by 1
else:
print(f'[{human.name} won]')
human.wins += 1 # increment player win by 1
print('------------------------')
game.sessions += 1 # track game sessions
ai.win_rate.append(ai.wins / game.sessions) # track the ai win rate
human.win_rate.append(human.wins /
game.sessions) # track the human win rate
print(f'SCORES ---- Humans: {human.wins} AI: {ai.wins}'
) # display the individual wins
print(f'AI Win Rate: {ai.get_win_rate()}%') # display the ai win rate
print(f'HUMAN Win Rate: {human.get_win_rate()}%'
) # display the human win rate
# player, ai and game data is saved in dictionaries for the purpose of saving
player_data = {
"name": human.name,
"wins": human.wins,
"win_rate": human.win_rate
}
ai_data = {"name": ai.name, "wins": ai.wins, "win_rate": ai.win_rate}
game_data = {"sessions": game.sessions}
save_status = game.save_game(player_data, ai_data,
game_data) # asks to save the game
if save_status == True: # print a message if saved succesfully
print('Saved game succesfully')
from modules.methods import init_window
from modules.game import Game
if __name__ == '__main__':
init_window()
Game().main_loop()
def setUp(self):
self.player_1 = Player("Matt Lucas", "paper")
self.player_2 = Player("Bruce Lee", "scissors")
self.player_3 = Player("Steve Buscemi", "paper")
self.game = Game(self.player_1, self.player_2)
self.game_2 = Game(self.player_1, self.player_3)
async def on_message(message):
guild = message.guild
channel = message.channel
async def get_game(ctx):
game = None
for i, o in enumerate(games):
if o.guild.id == guild.id and o.channel.id == channel.id:
game = games[i]
if not game:
insult = insult_generator.generate_insult()
await message.channel.send(
"There ain't no game, you {insult}".format(insult=insult))
return game
if message.author == client.user:
return
if not message.content.startswith('.al '):
return
cmd = message.content[4:]
if cmd.startswith('quote'):
quote = get_quote()
await message.channel.send(quote)
return
if cmd.startswith('cheer'):
no_cheerz = "No cheerz be availables :cry:"
await message.channel.send(no_cheerz)
return
if cmd.startswith("list cheer"):
raise Exception("Not yet implemented.")
if cmd.startswith("new cheer"):
raise Exception("Not yet implemented.")
if cmd.startswith("del cheer"):
raise Exception("Not yet implemented.")
if cmd.startswith("new game"):
for game in games:
if game.guild.id == guild.id and game.channel.id == channel.id:
msg = "There is already a game in this channel (#{channel}). Please end the game before start a new one. You can use the `kill game` command to end a game.".format(
channel=channel.name)
await message.channel.send(msg)
return
new_game = Game(message.guild, message.channel)
games.append(new_game)
msg = "A new game has been created in #{channel}".format(
channel=channel)
await message.channel.send(msg)
return
if cmd.startswith("kill game"):
for i, o in enumerate(games):
if o.guild.id == guild.id and o.channel.id == channel.id:
del games[i]
break
msg = "Game has been killed off. Are you happy now? :cry:"
await message.channel.send(msg)
return
if cmd.startswith("join game"):
game = await get_game(message)
if not game: return
name = message.author.name
try:
name = cmd.split("join game ", 1)[1]
except:
print("Player name not supplied")
if game.get_player(message.author):
msg = "You have already joined the game, you silly. :joy:"
await message.channel.send(msg)
return
else:
player = Player(game, message.author, name)
game.players.append(player)
msg = "Player {name} has joined the game! :fist:".format(
name=player.name)
await message.channel.send(msg)
return
if cmd.startswith("leave game"):
game = await get_game(message)
if not game: return
if game.state == game_state["PLAYING"]:
msg = "You cannot leave a game once it has started."
await message.channel.send(msg)
return
player = game.get_player(message.author)
if player:
msg = "Player {name} has left the game! :door:".format(
name=player.name)
game.kick_player(player)
await message.channel.send(msg)
return
else:
msg = "You are not in the game, you whackadoodledoo!"
await message.channel.send(msg)
return
if cmd.startswith("game status"):
game = await get_game(message)
if not game: return
msg = game.get_game_status()
if not msg:
msg = "Game is fookin' empty mate. Nothing to see here..."
await message.channel.send(msg)
return
if cmd.startswith("add enemy"):
game = await get_game(message)
if not game: return
name = cmd.split("add enemy ", 1)[1]
enemy = Enemy(game, name, 20, 5)
game.players.append(enemy)
msg = "An enemy {name} was added to the game! :japanese_goblin:".format(
name=name)
await message.channel.send(msg)
return
if cmd.startswith("start game"):
game = await get_game(message)
if not game: return
if game.state == game_state["NEW"]:
msg = "A new adventure begins... :drum:"
await message.channel.send(msg)
await game.start(message)
elif game.state == game_state["PLAYING"]:
msg = "The adventure is already ongoing, you fool! :dog:"
await message.channel.send(msg)
else:
msg = "The adventure has ended already..."
await message.channel.send(msg)
return
if cmd.startswith("init template"):
game = await get_game(message)
if not game: return
name = cmd.split("init template ", 1)[1]
await game.init_template(message, name)
await message.channel.send(
"Template {name} initialized. :white_check_mark: ".format(
name=name))
return
if cmd.startswith("attack"):
game = await get_game(message)
if not game: return
name = cmd.split("attack ", 1)[1]
player = game.get_player(message.author)
await player.attack(message, name)
return
if cmd.startswith("insult"):
game = await get_game(message)
if not game: return
name = cmd.split("insult ", 1)[1]
message.channel.send('{name}, you {insult}.'.format(
name=name, insult=insult_generator.generate_insult()))
return
if cmd.startswith("report status"):
numbers = [1, 2, 3, 4, 5, 6, 7]
chosen = random.choice(numbers)
statuses = [
"{number}: Injured.".format(number=chosen),
"{number}: Where are you?".format(number=chosen),
"{number}: Low ammo.".format(number=chosen),
"{author}: Oh no, #{number} is down".format(
author=message.author.name, number=chosen)
]
msg = random.choice(statuses)
await message.channel.send(msg)
return
await message.channel.send(
'Not a valid command, {name}. You {insult}.'.format(
name=message.author.name,
insult=insult_generator.generate_insult()))
async def init_elo_by_anddy(self, ctx):
"""Init the bot in the server.
Initialize the bot to be ready on a guild.
This command creates every channel needed for the Bot to work.
Can be used anywhere. Need to have Elo Admin role
Read https://github.com/AnddyAnddy/discord-elo-bot/wiki/How-to-set-up
"""
guild = ctx.guild
if not discord.utils.get(guild.roles, name="Elo Admin"):
await guild.create_role(
name="Elo Admin",
# permissions=discord.Permissions.all_channel(),
colour=discord.Colour(0xAA0000))
await ctx.send("Elo admin role created. Since I don't know the " \
"layout of your roles, I let you put this new role above "\
"normal users.")
if not discord.utils.get(guild.roles, name="20 games double xp"):
for elem in (100, 50, 20):
await guild.create_role(name=f"{elem} games double xp",
colour=discord.Colour(0x5AE78E))
await ctx.send("Premium roles created. Since I don't know the " \
"layout of your roles, I let you put this new role above "\
"normal users.")
if not discord.utils.get(guild.categories, name='Elo by Anddy'):
perms_secret_chan = {
guild.default_role:
discord.PermissionOverwrite(read_messages=False),
guild.me:
discord.PermissionOverwrite(read_messages=True),
discord.utils.get(guild.roles, name="Elo Admin"):
discord.PermissionOverwrite(read_messages=True)
}
base_cat = await guild.create_category(name="Elo by Anddy")
await guild.create_text_channel(name="Init",
category=base_cat,
overwrites=perms_secret_chan)
await guild.create_text_channel(name="Moderators",
category=base_cat,
overwrites=perms_secret_chan)
await guild.create_text_channel(name="Info_chat",
category=base_cat)
await guild.create_text_channel(name="Register", category=base_cat)
await guild.create_text_channel(name="Submit", category=base_cat)
# await guild.create_text_channel(name="Autosubmit", category=base_cat)
await guild.create_text_channel(name="Game_announcement",
category=base_cat)
await guild.create_text_channel(name="Bans", category=base_cat)
await guild.create_text_channel(name="announcements",
category=base_cat)
await guild.create_category(name="Solo elo")
await guild.create_category(name="Teams elo")
await ctx.send("Elo by Anddy created, init done, use !help !")
if ctx.guild.id not in GAMES:
GAMES[guild.id] = Game(guild.id)
def play_game(starter, num_players):
'''
Starts the game.
'''
game = Game(starter)
if num_players == 1:
game.ai = True
while True:
clear()
game.print_board()
print()
# Computer's turn in one-player game
if game.ai and game.turn == 2:
print('it\'s computer\'s turn!')
sleep(0.5)
print('Thinking...')
sleep(0.8)
print('This is a brilliant move!')
sleep(1)
while True:
if game.place_marker(randint(1, 9)) == 0:
if game.has_winner():
clear()
game.winner(ai=True)
return
if game.open_grids_available():
game.change_turn()
else:
clear()
game.tie()
return
break
# Two player game and human's turn in one-player game
else:
print(f'It\'s player {game.turn}\'s turn!')
print('Press "i + enter" to show game instructions')
print()
try:
grid = input('Place your marker (grid number 1 - 9): ')
if grid == 'i' or grid == 'I':
show_instructions()
continue
grid = int(grid)
if (grid > 0) and (grid < 10):
if game.place_marker(grid) == 0:
if game.has_winner():
clear()
game.winner()
return
if game.open_grids_available():
game.change_turn()
else:
clear()
game.tie()
return
else:
print('That grid is already taken!')
sleep(0.5)
else:
raise ValueError
except ValueError:
print('Please provide a valid input!')
sleep(0.5)
except KeyboardInterrupt:
print()
print('See you soon!')
sys.exit()
def playGame():
# build the solar system
sun = Celestial("resources/images/sun.jpg", 75, 0, 1)
player1 = Player(
1,
Celestial("resources/images/player1.png",
mass=20,
radius=85,
eccentricity=0.95))
player2 = Player(
2,
Celestial("resources/images/player2.png",
mass=20,
radius=340,
eccentricity=0.95))
# this collection is everything that can attract the ship
planets = [
sun, player1.celestial,
Celestial("resources/images/planet.png",
mass=15,
radius=123,
eccentricity=1.05),
Celestial("resources/images/planet.png",
mass=10,
radius=175,
eccentricity=0.90),
Celestial("resources/images/planet.png",
mass=10,
radius=250,
eccentricity=0.85),
Celestial("resources/images/planet.png",
mass=20,
radius=300,
eccentricity=0.95), player2.celestial
]
ship = Ship()
game = Game([player1, player2], ship, planets, screen)
# the game is over when all but one player is dead
while not game.is_over():
# this is listening for someone to close the window
event = pygame.event.poll()
if event.type == pygame.QUIT:
sys.exit(0)
# clear the screen
screen.fill(black)
# let the player know whose turn it is, and how
# much fuel is left on the spaceship
game.render_state()
# move the planets in their orbits
for p in planets:
p.move()
p.blit(screen)
# move the ship by
# - dragging it towards the sun and each planet
# - if the player is pressing the direction keys, then apply that thrust
if ship.is_launched:
# while the ship is launching we ignore the home planet
attracting_planets = planets
if ship.is_launching:
attracting_planets = [
e for e in planets if e != game.current_player().celestial
]
ship.apply_acceleration(attracting_planets)
ship.move()
# if the ship has hit something, or has run out of fuel, then
# then it's the next player's turn
# : if the ship hit a player and killed them then game.is_over()
# will say so
game.check_collisions()
if ship.is_ship_dead():
game.next_player()
else:
# the ship isn't launched, so check if we've been asked
# to do so
game.check_launch_trigger()
game.heal_other_players()
# redraw the frame, but we don't want a framerate > 40
pygame.display.flip()
clock.tick(40)
# if we're here, then the game is over
game.render_game_over()
class Jarvis:
def __init__(self, logAll=True):
# конструктор
self.logAll = logAll
self.yandexStuff = YandexStuff()
self.loop = True
# создаем модули
self.radio = Radio()
self.anekdot = Anekdot()
self.game = Game()
self.weather = Weather()
self.citygame = city_game()
self.recognizer = speech.Recognizer()
self.iamToken, self.iamTokenExpires = self.yandexStuff.create_token()
self.play('audio/powerup.wav')
time.sleep(0.5)
# todo uncomment
self.play('audio/jarvisHi.wav')
time.sleep(0.5)
self.playLowBeep()
def destroy(self):
self.play('audio/jarvisBye.wav')
time.sleep(1)
self.play('audio/powerdown.wav')
self.loop = False
def checkActive(self):
result = False
t = ""
with speech.WavFile("audio/tmp/send.wav") as source:
audio = self.recognizer.record(source)
# используем возможности библиотеки Spinx
try:
t = self.recognizer.recognize_sphinx(
audio) # todo check, language='ru-RU/cmusphinx-ru-5.2')
if t != "" or self.logAll:
print("Sphinx thinks you said: [" + t + "]")
except speech.UnknownValueError:
result = 0
if self.logAll:
print("Sphinx could not understand audio")
except speech.RequestError as e:
print("Sphinx error; {0}".format(e))
if t == "jarvis":
result = True
if result:
self.playHiBeep()
return result
def playHiBeep(self):
Jarvis.sysCommand("aplay audio/beep_hi.wav", self.logAll)
def playLowBeep(self):
Jarvis.sysCommand("aplay audio/beep_lo.wav", self.logAll)
def listen(self, n, useOgg=False):
# записываем n секунд эфира с микрофона
Jarvis.sysCommand('arecord -fcd -d' + str(n) + ' audio/tmp/send.wav',
self.logAll)
if useOgg:
Jarvis.sysCommand(
'opusenc --bitrate 48 audio/tmp/send.wav audio/tmp/send.ogg',
self.logAll)
# with self.r.Microphone() as source:
# audio = self.r.listen(source)
def mainLoop(self):
try:
while self.loop:
self.listen(2)
res = self.checkActive()
if res:
# записываем основной запрос пользователя
self.listen(3, True)
self.playLowBeep()
time.sleep(0.5)
words = self.yandexRecognize()
command = CommandChecker.checkForCommand(words.lower())
print('команда: ' + command)
if (command == "exit"):
loop = False
self.destroy()
elif (command == "game"):
self.game.GameLoop()
elif (command == "weather"):
self.weather.getWeather()
elif (command == "radio"):
self.radio.listen()
elif (command == "radiostop"):
self.radio.stop()
elif command == "cities":
self.citygame.citi_function()
elif (command == "anekdot"):
try:
joke = self.anekdot.getJoke()
print(joke)
self.say(joke)
except:
self.say("Что-то я не в настроении шутить")
except Exception as e:
print("Глобальная ошибка; {0}".format(e))
self.play('audio/error.wav')
# статические функции для использования в других классах
@staticmethod
def sysCommand(command, logAll=False):
#c = "{}{}".format(command, self.devNull)
#os.system(c)
subprocess.run(command, shell=True, capture_output=not logAll)
@staticmethod
def play(file):
Jarvis.sysCommand('aplay ' + file)
@staticmethod
def playmp3(file):
Jarvis.sysCommand('mpg123 ' + file)
def say(self, text):
# print(text)
self.yandexStuff.createSynthAudio(self.iamToken, text, "tts.wav")
Jarvis.play("audio/tmp/tts.wav")
def yandexRecognize(self):
# speech-to-text от старины Яндекса
#print('token: ' + self.iamToken);
recognizedText = self.yandexStuff.recognize(self.iamToken)
result = recognizedText['result']
print(result)
return result
def setUp(self):
self.game = Game("Rock, Paper, Scissors")
self.mark = Player("Mark", "Rock")
self.jill = Player("Jill", "Paper")
self.chris = Player("Chris", "Scissors")
def main():
game = Game() # initialize the Game object
human = Player() # initialize the Player object
ai = AiPlayer() # initialize the AiPlayer object
(player_data, ai_data, game_data, loaded) = game.load_game() # ask to load the previous game (load_game() returns a tuple of 4 elements)
if loaded == True: # only load data if game.load_game() ran succesfully
human.name = player_data['name'] # get the human name from the player data dict
human.wins = player_data['wins'] # get the human wins from the player data dict
human.win_rate = player_data['win_rate'] # get the win rate from the player data dict
ai.name = ai_data['name'] # get the ai name from the ai data dict
ai.wins = ai_data['wins'] # get the ai wins from the ai data dict
ai.win_rate = ai_data['win_rate'] # get the ai win rate from the ai data dict
game.sessions = game_data['sessions'] # get the game sessions data from game data dict
print('Loaded succesfully')
while (game.get_state() == True): # keep looping if the game state is True
human.set_choice() # set human choice
if human.choice not in game.options: # check the input and break the loop if the input is not what we want
print('Error 1: Incorrect input')
continue
human.history.append(human.choice) # add player choices to a list
if human.choice == 'exit':
game.close()
continue
game.sessions += 1 # track game sessions
if game.sessions == 1: # if it's the first round
ai.set_choice() # set the ai choice (randomly)
else:
if game.sessions % 5 == 0: # every 5 rounds
if human.get_last_choice() == 'rock': # set the ai choice to the last player choice
ai.choice = 'paper'
elif human.get_last_choice() == 'paper':
ai.choice = 'scissors'
elif human.get_last_choice() == 'scissors':
ai.choice = 'rock'
human.history = [] # wipe the player player history to get fresh data for next 5 rounds
else:
if human.frequent_choice() == 'rock': # set the ai choice to the most frequent player choice
ai.choice = 'paper'
elif human.frequent_choice() == 'paper':
ai.choice = 'scissors'
elif human.frequent_choice() == 'scissors':
ai.choice = 'rock'
print('------------------------')
print(f'{human.name} selected: {human.choice}') # display the player choice
print(f'{ai.name} selected: {ai.choice}') # display the ai choice
# compare the choices and display the winner
if ai.choice == human.choice:
print('[Draw]')
elif ai.choice == 'rock' and human.choice == 'scissors':
print(f'[{ai.name} won]')
ai.wins += 1 # increment ai win by 1
elif ai.choice == 'paper' and human.choice == 'rock':
print(f'[{ai.name} won]')
ai.wins += 1 # increment ai win by 1
elif ai.choice == 'scissors' and human.choice == 'paper':
print(f'[{ai.name} won]')
ai.wins += 1 # increment ai win by 1
else:
print(f'[{human.name} won]')
human.wins += 1 # increment player win by 1
print('------------------------')
ai.win_rate.append(ai.wins / game.sessions) # track the ai win rate
human.win_rate.append(human.wins / game.sessions) # track the player win rate
# player, ai and game data is saved in dictionaries for the purpose of saving
player_data = {"name": human.name, "wins": human.wins, "win_rate": human.win_rate}
ai_data = {"name": ai.name, "wins": ai.wins, "win_rate": ai.win_rate}
game_data = {"sessions": game.sessions}
print(f'SCORES ---- Humans: {human.wins} AI: {ai.wins}') # display the individual wins
print(f'AI Win Rate: {ai.get_win_rate()}%') # display the ai win rate
print(f'HUMAN Win Rate: {human.get_win_rate()}%') # display the player win rate
save_status = game.save_game(player_data, ai_data, game_data) # asks to save the game
if save_status == True: # print a message if saved succesfully
print('Saved game succesfully')
import sys
from pprint import pprint
from modules.moves import is_valid_move
from modules.game import Game
moves_file = sys.argv[1]
print(f"📁 Loading {moves_file}... ")
f = open(moves_file, 'r')
lines = f.read().splitlines()
game = Game()
for line in lines:
if is_valid_move(line):
print(f"↗ Move {line}")
game.execute_move(line)
f.closed
pprint(game.get_result())
"""Script to run the game."""
import pygame as pg
pg.init()
from modules.game import Game
if __name__ == '__main__':
Game.main_loop()
# realdir = os.path.dirname(realpath)
# Set title and init game window with icon
pygame.display.set_caption("PyCheckers")
screen = pygame.display.set_mode((1080, 720))
icon = pygame.image.load("app/assets/icon.png").convert()
pygame.display.set_icon(icon)
# Create main menu
menu = Menu()
menu.main()
# Create a game
game = Game()
# Not playing so main page
# Game loop
running = True
input_text = ''
while running:
if game.is_playing:
# Update game screen
game.update(screen, input_text)
input_text = ''
else:
menu.update(screen)
