def __init__(self):
"""Initialize the game, and create game resources."""
self.screen = turtle.Screen()
self.screen.title("Pong")
self.screen.bgcolor("black")
self.screen.setup(width=800, height=600)
self.screen.tracer(0)
# Game assets
self.sb = Scoreboard()
self.announcer = Announcer()
self.paddle_a = Paddle(-350, 0)
self.paddle_b = Paddle(350, 0)
self.ball = Ball()
self.game_active = True
# Keyboard bindings
self.screen.listen()
self.screen.onkeypress(self.paddle_a.start_move_up, 'w')
self.screen.onkeypress(self.paddle_a.start_move_down, 's')
self.screen.onkeyrelease(self.paddle_a.stop_move_up, 'w')
self.screen.onkeyrelease(self.paddle_a.stop_move_down, 's')
self.screen.onkeypress(self.paddle_a.start_long, 'r')
self.screen.onkeypress(self.paddle_a.prime_fastball, 't')
self.screen.onkeypress(self.paddle_b.start_move_up, 'Up')
self.screen.onkeypress(self.paddle_b.start_move_down, 'Down')
self.screen.onkeyrelease(self.paddle_b.stop_move_up, 'Up')
self.screen.onkeyrelease(self.paddle_b.stop_move_down, 'Down')
self.screen.onkeypress(self.paddle_b.start_long, ',')
self.screen.onkeypress(self.paddle_b.prime_fastball, '.')
def __init__(self, sender):
Announcer.__init__(self, sender)
self.logger = logging.getLogger("dudo.statemachine")
self.logger.setLevel(logging.DEBUG)
self.handler = logging.StreamHandler(sys.stdout)
self.handler.setLevel(logging.DEBUG)
formatter = logging.Formatter('%(asctime)s - %(name)s - %(levelname)s - %(message)s')
self.handler.setFormatter(formatter)
self.logger.addHandler(self.handler)
self.angery_level = 0
self.loop = asyncio.get_event_loop()
self.timeout_task = None
self.timeout_lock = asyncio.Lock()
self.answers = dict()
self.players = list()
self.player_names = dict()
self.previous_guesser = None
self.current_state = None
self.current_question = None
self.questioners = list()
self.guessers = list()
self.current_bet = 0
self.final_guess = None
self.final_player = None
self.game_owner = None
self.timer = None
self.dead = False
def __init__(self,
mqtt_server_ip,
mqtt_server_port,
mqtt_user=None,
mqtt_pass=None,
mqtt_base_topic="megaphone",
mp3_filename="output.mp3",
ext_amp_conf: ExternalAmplifierConfig = None):
self.mqtt_server_ip = mqtt_server_ip
self.mqtt_server_port = mqtt_server_port
self.mqtt_user = mqtt_user
self.mqtt_pass = mqtt_pass
self.mqtt_base_topic = mqtt_base_topic
self.client: mqtt.Client = mqtt.Client()
self.mp3_filename = mp3_filename
self.ext_amp_conf: ExternalAmplifierConfig = ext_amp_conf
signal.signal(signal.SIGINT, self.signal_handler)
self.client.on_connect = self.on_connect
self.client.on_message = self.on_message
self.client.on_disconnect = self.on_disconnect
if (self.mqtt_user is not None) and (self.mqtt_pass is not None):
self.client.username_pw_set(self.mqtt_user,
password=self.mqtt_pass)
self.client.will_set(f"{self.mqtt_base_topic}/state",
payload="offline",
retain=True)
self.announcer = Announcer()
self.announcer.on_status_change = self.status_change
def main():
# Setup
pb = Pushbullet(os.getenv('PUSHBULLET_API_KEY'))
logging.info('Connected to Pushbullet successfully.')
def on_new(items, old):
for title, city, prov, link, price, when, ships in items:
message_body = (f'{title} at {price}€ in {city} {prov}.',
'Shipment available.' if ships else '',
f'Published {when}.', link)
pb.push_note('Found new item',
'\n'.join([s for s in message_body if s]))
logging.info('Pushed notification!')
try:
with open(OLD_FILE, 'w') as f:
f.write(repr(old))
except IOError as err:
logging.error(err)
try:
with open(OLD_FILE, 'r') as f:
items = ast.literal_eval(f.read())
logging.info('Old file loaded succesfully.')
except IOError as err:
logging.warning(err)
logging.info('Couldn\'t load old file, fetching current ads...')
html = get_all_ads_page()
items = parse_ads(html)
logging.info('Done.')
announcer = Announcer(
on_new=on_new,
initial=items[:],
)
def job():
logging.debug('Running main job.')
try:
logging.debug('Fetching ads...')
html = get_all_ads_page()
logging.debug('Fetched ads successfully.')
items = parse_ads(html)
announcer.submit(items)
except ConnectionError:
logging.warning('Couldn\' fetch ads.')
except Exception as err:
logging.error(err)
# Configure scheduler
logging.debug('Configuring scheduler')
schedule.every().minute.do(job)
logging.info('Entering main loop')
logging.info(f'Looking for {SEARCH}')
# Loop
while (True):
schedule.run_pending()
time.sleep(1)
def destalinate_job():
print("Destalinating")
if "SB_TOKEN" not in os.environ or "API_TOKEN" not in os.environ:
print "ERR: Missing at least one Slack environment variable."
else:
warner = Warner()
archiver = Archiver()
announcer = Announcer()
flagger = Flagger()
print("Warning")
warner.warn()
print("Archiving")
archiver.archive()
print("Announcing")
announcer.announce()
print("Flagging")
flagger.flag()
print("OK: destalinated")
print("END: destalinate_job")
class App:
"""The main App class holds the references to the Sensor_handler and Announcer
objects as well as all the scores.
"""
def __init__(self):
self.GPIO_handler = GPIO_handler()
self.announcer = Announcer()
self.scores = [0, 0]
self.paused = False
def start(self):
while not self.paused:
# Wait for a goal to be scored.
if self.GPIO_handler.check_for_goals(self):
# Check if a team has won.
if max(self.scores) >= 10:
self.announcer.declare_winner(self)
self.reset_scores(False)
else:
self.announcer.announce_goal(self)
# wait a second.
time.sleep(1)
def reset_scores(self, announce):
self.scores = [0, 0]
if announce:
self.announcer.announce_reset()
time.sleep(1)
def main():
parser = argparse.ArgumentParser(
"Parse stdin, and make annnouncements based on that.")
parser.add_argument('file1', metavar="Audio_file_for_without_mask")
parser.add_argument('file2',
metavar="Audio_file_for_mask_worn_incorrectly")
parser.add_argument(
'--detect-interval',
default=2.0,
type=float,
help='In seconds. For which the detector counts the result.')
parser.add_argument(
'--detect-threshold',
default=0.0,
type=float,
help=
'In [0, 1]. If the ratio is above this value, announcement will be made'
)
parser.add_argument(
'--announce-interval',
default=5.0,
type=float,
help=
'In seconds. The announcer refrain from announce after announcing for this period of time'
)
args = parser.parse_args()
d = Detector(time_interval=args.detect_interval,
check_threshold=args.detect_threshold,
announcers={
WITHOUT_MASK:
Announcer(args.file1,
time_interval=args.announce_interval),
MASK_WORN_INCORRECTLY:
Announcer(args.file2,
time_interval=args.announce_interval)
})
d.watch()
def do(screen, songdata):
onoff_opt = {
ui.START: switch_onoff,
ui.CONFIRM: switch_onoff,
menus.CREATE: get_onoff,
ui.LEFT: off_onoff,
ui.RIGHT: on_onoff
}
offon_opt = {
ui.START: switch_offon,
ui.START: switch_offon,
menus.CREATE: get_offon,
ui.LEFT: off_offon,
ui.RIGHT: on_offon
}
rotate_opt = {
ui.START: switch_rotate,
ui.CONFIRM: switch_rotate,
ui.LEFT: switch_rotate_back,
ui.RIGHT: switch_rotate,
menus.CREATE: get_rotate
}
rotate_index_opt = {
ui.START: switch_rotate_index,
ui.CONFIRM: switch_rotate_index,
ui.LEFT: switch_rotate_index_back,
ui.RIGHT: switch_rotate_index,
menus.CREATE: get_rotate_index
}
tuple_opt = {
ui.START: switch_tuple,
ui.CONFIRM: switch_tuple,
ui.LEFT: switch_tuple_back,
ui.RIGHT: switch_tuple,
menus.CREATE: get_tuple
}
sprites = pygame.sprite.RenderUpdates()
try:
lines = file(os.path.join(pydance_path, "CREDITS")).read().split("\n")
lines = [l.decode("utf-8") for l in lines]
Credits([_("pydance %s") % VERSION] + lines).add(sprites)
except:
Credits([
_("pydance %s") % VERSION,
"http://icculus.org/pyddr",
_("By Joe Wreschnig, Brendan Becker, & Pavel Krivitsky"),
_("(Your CREDITS file is missing.)"),
]).add(sprites)
m = ([
_("Play Game"), {
ui.START: wrap_ctr,
ui.CONFIRM: wrap_ctr
}, (GameSelect, songdata)
], [
_("Map Keys"), {
ui.START: wrap_ctr,
ui.CONFIRM: wrap_ctr
}, (pad.PadConfig, (screen, ))
], (_("Game Options"), [_("Autofail"), onoff_opt, (_("autofail"), )], [
_("Assist Mode"), tuple_opt,
(_("assist"), [(0, _("Off")), (1, _("Click")), (2, _("Full"))])
], [_("Announcer"), rotate_opt,
('djtheme', Announcer.themes())], (_("Themes ..."), [
_("4 Panel"), rotate_opt,
("4p-theme", ThemeFile.list_themes("SINGLE"))
], [
_("3 Panel"), rotate_opt,
("3p-theme", ThemeFile.list_themes("3PANEL"))
], [
_("5 Panel"), rotate_opt,
("5p-theme", ThemeFile.list_themes("5PANEL"))
], [
_("Large 6 Panel"), rotate_opt,
("6pl-theme", ThemeFile.list_themes("6PANEL"))
], [
_("Small 6 Panel"), rotate_opt,
("6ps-theme", ThemeFile.list_themes("6VERSUS"))
], [
_("Large 8 Panel"), rotate_opt,
("8pl-theme", ThemeFile.list_themes("8PANEL"))
], [
_("Small 8 Panel"), rotate_opt,
("8ps-theme", ThemeFile.list_themes("8VERSUS"))
], [
_("Large 9 Panel"), rotate_opt,
("9pl-theme", ThemeFile.list_themes("9PANEL"))
], [
_("Small 9 Panel"), rotate_opt,
("9ps-theme", ThemeFile.list_themes("9VERSUS"))
], [
_("Parapara"), rotate_opt,
("para-theme", ThemeFile.list_themes("PARAPARA"))
], [_("DMX"), rotate_opt,
("dmx-theme", ThemeFile.list_themes("DMX"))], [
_("EZ2"), rotate_opt,
("ez2-theme", ThemeFile.list_themes("EZ2SINGLE"))
], [
_("EZ2 Real"), rotate_opt,
("ez2real-theme", ThemeFile.list_themes("EZ2REAL"))
], [_("Back"), None, None]), [_("Back"), None, None]),
(_("Graphic Options"), [_("Animation"), onoff_opt, ('animation', )], [
_("Arrow Effects"), rotate_index_opt,
('explodestyle', (_('none'), _('rotate'), _('scale'),
_('rotate & scale')))
], [_("Backgrounds"), onoff_opt, ('showbackground', )], [
_("Brightness"), tuple_opt,
('bgbrightness', [(32, _('very dark')), (64, _('dark')),
(127, _('normal')), (192, _('bright')),
(255, _('very bright'))])
], [_("Lyrics"), onoff_opt, ("showlyrics", )], [
_("Lyrics Color"), rotate_opt,
("lyriccolor", [
_("pink/purple"),
_("purple/cyan"),
_("cyan/aqua"),
_("aqua/yellow"),
_("yellow/pink")
])
], [_("Back"), None, None]),
(_("Interface Options"),
[_("Save Input"), onoff_opt, ('saveinput', )], [
_("Song Previews"),
tuple_opt, ('previewmusic', [(0, "Off"), (1, "On"), (2, "Safe")])
], [_("Folders"), onoff_opt, ("folders", )],
[_("Timer Display"), onoff_opt, ('fpsdisplay', )], [
_("Song Info Screen"), tuple_opt,
('songinfoscreen',
zip([0, 1, 2],
[_("Never"), _("Multi-song Only"),
_("Always")]))
], [
_("Font (after restart)"), rotate_opt,
('fonttheme', FontTheme.themes())
], [
_("Calibrate Latency"), {
ui.START: wrap_ctr,
ui.CONFIRM: wrap_ctr
}, (calibrate.run, (screen, ))
], [_("Back"), None, None]))
me = menus.Menu(_(""), m, screen, sprites)
me.display()
round(hourly_measurements[plant_id].water / measurement_count))
average_temp = hourly_measurements[
plant_id].temperature / measurement_count
average_humidity = int(
round(hourly_measurements[plant_id].humidity / measurement_count))
average_light = int(
round(hourly_measurements[plant_id].light / measurement_count))
average_moisture = int(
round(hourly_measurements[plant_id].moisture / measurement_count))
global logic_layer
light_on, water_time = logic_layer.commit_measurement(
plant_id, average_water, average_temp, average_humidity,
average_light, average_moisture)
actuator_response = {'light_on': light_on, 'water_time': water_time}
hourly_measurements[plant_id] = Measurement()
return jsonify(actuator_response)
@app.route('/configure', methods=['POST'])
def configure():
mac_address = request.values['mac_address']
plant_id = logic_layer.configure(mac_address)
response = {'plant_id': plant_id}
return jsonify(response)
announcer_thread = Announcer()
if __name__ == '__main__':
app.run(host='0.0.0.0', port=8080)
#!/usr/bin/env python
# -*- coding: utf-8 -*-
import config
from announcer import Announcer
inputs = "Pociąg osobowy do Grodziska Wielkopolskiego odjedzie z toru pierwszego przy peronie drugim"
inp2 = "Uzbrajanie systemu"
def status_change(message):
print(message)
pa = Announcer(mp3_filename=config.mp3_filename,
ext_amp_conf=config.ext_amplifier)
pa.on_status_change = status_change
pa.say(inp2, play_chime="gong")
def __init__(self): self.warrior1 = Warrior() self.warrior2 = Warrior() self.odds1, self.odds2 = self._genOdds(self.warrior1,self.warrior2) self.announcer = Announcer()
class Battle:
def __init__(self):
self.warrior1 = Warrior()
self.warrior2 = Warrior()
self.odds1, self.odds2 = self._genOdds(self.warrior1,self.warrior2)
self.announcer = Announcer()
def _genOdds(self,warrior1,warrior2):
"""This helper function will determine the odds of each warrior winning based
on the stats and equipment value of each warrior."""
war1val = warrior1.getStats() + warrior1.getDamStat() + warrior1.getDefValue()
war2val = warrior2.getStats() + warrior2.getDamStat() + warrior2.getDefValue()
totodds = war1val + war2val
return int((float(war1val)/totodds)*10), 10 - int((float(war2val)/totodds)*10)
def getOdds(self, warrior):
if warrior == self.warrior1:
return self.odds1
else:
return self.odds2
def battle(self):
"""This method sets up the battle then calls the turn method to determine
the outcome of each round and then update the warriors."""
while self.warrior1.getHP() > 0 and self.warrior2.getHP() > 0:
self.fightRound(self.warrior1,self.warrior2)
if self.warrior1.getHP() <= 0:
return self.warrior2.getName(), self.odds2
elif self.warrior2.getHP() <= 0:
return self.warrior2.getName(), self.odds1
def fightRound(self,warrior1,warrior2):
"""This method will simulate one round of combat by checking which warrior
has higher dexterity, then seeing who got damaged how much."""
if warrior1.getDex() > warrior2.getDex():
self._simHit(warrior1,warrior2)
if warrior2.getHP() <= 0:
print
print self.announcer.getDead(warrior2)
return warrior1.getName(),self.odds1
raw_input("\nPush <Enter> to continue.")
else:
self._simHit(warrior2,warrior1)
if warrior1.getHP() <= 0:
print
print self.announcer.getDead(warrior1)
return warrior2.getName(),self.odds2
raw_input("\nPush <Enter> to continue.")
else:
self._simHit(warrior2,warrior1)
if warrior1.getHP() <= 0:
print
print self.announcer.getDead(warrior1)
return warrior2.getName(),self.odds2
raw_input("\nPush <Enter> to continue.")
else:
self._simHit(warrior1,warrior2)
if warrior2.getHP() <= 0:
print
print self.announcer.getDead(warrior2)
return warrior1.getName(), self.odds1
raw_input("\nPush <Enter> to continue.")
def _simHit(self,warrior1,warrior2):
"""Helper function to determine who hits first and how much damage they do.
Critical hits and dodges occur when a 20 is rolled."""
aroll, droll = randrange(1,21) + (warrior1.getDex() * .5), randrange(1,21) + (warrior2.getDex() * .5)
if aroll >= 20 or droll >= 20:
if aroll >= 20 and droll != 20:
if warrior1.getDex() > warrior1.getStr():
try:
warrior2.updateHP(warrior1.getDamStat() * randrange(2,(int(warrior1.getDex()*.4))))
except ValueError:
warrior2.updateHP(warrior1.getDamStat()*2)
print
print self.announcer.getCriticalHit(warrior1,warrior2)
raw_input("\nPush <Enter> to continue.")
else:
try:
warrior2.updateHP(warrior1.getDamStat() * randrange(2,(int(warrior1.getDex()*.4))))
except ValueError:
warrior2.updateHP(warrior1.getDamStat()*2)
print
print self.announcer.getCriticalHit(warrior1,warrior2)
raw_input("\nPush <Enter> to continue.")
elif droll >= 20 and aroll != 20:
warrior2.updateHP(0)
print
print self.announcer.getCriticalDodge(warrior1,warrior2)
raw_input("\nPush <Enter> to continue.")
else:
warrior1.updateHP(int(warrior2.getDamStat()*.2))
warrior2.updateHP(int(warrior1.getDamStat()*.2))
print
print self.announcer.getCriticalBoth()
raw_input("\nPush <Enter> to continue.")
elif aroll > droll:
if warrior1.getDex() > warrior1.getStr():
try:
warrior2.updateHP(warrior1.getDamStat() * randrange(0,int(warrior1.getDex()*.2)) - randrange(0,int(warrior2.getDefValue())))
except ValueError:
warrior2.updateHP(warrior1.getDamStat() - randrange(0,1 + int(warrior2.getDefValue())))
print
print self.announcer.getHit(warrior1,warrior2)
raw_input("\nPush <Enter> to continue.")
else:
try:
warrior2.updateHP(warrior1.getDamStat() * randrange(0,int(warrior1.getStr()*.2 - randrange(0,int(warrior2.getDefValue())))))
except ValueError:
warrior2.updateHP(warrior1.getDamStat() - randrange(0,1 + int(warrior2.getDefValue())))
print
print self.announcer.getHit(warrior1,warrior2)
raw_input("\nPush <Enter> to continue.")
else:
print
print self.announcer.getDodge(warrior1,warrior2)
raw_input("\nPush <Enter> to continue.")
def __init__(self, pid, config, songconf, game):
self.theme = GFXTheme(
mainconfig.get("%s-theme" % game.theme, "default"), pid, game)
self.pid = pid
self.failed = False
self.escaped = False
self.__dict__.update(config)
if self.speed < 0:
self.target_bpm = -self.speed
else:
self.target_bpm = None
self.game = game
if self.scrollstyle == 2: self.top = 240 - game.width / 2
elif self.scrollstyle == 1: self.top = 352
else: self.top = 64
self.secret_kind = songconf["secret"]
self.score = scores.scores[songconf["scoring"]](pid, "NONE", game)
self.combos = combos.combos[songconf["combo"]](pid, game)
self.grade = grades.grades[songconf["grade"]]()
Lifebar = lifebars.bars[songconf["lifebar"]]
self.lifebar = Lifebar(pid, self.theme, songconf, game)
self.judging_disp = JudgingDisp(self.pid, game)
self.stats = stats.Stats()
self.announcer = Announcer(mainconfig["djtheme"])
self.listeners = [
self.combos, self.score, self.grade, self.lifebar,
self.judging_disp, self.stats, self.announcer
]
if not game.double:
self.judge = judge.judges[songconf["judge"]](self.pid, songconf)
self.listeners.append(self.judge)
arr, arrfx = self.theme.toparrows(self.top, self.pid)
self.toparr = arr
self.toparrfx = arrfx
self.listeners.extend(arr.values() + arrfx.values())
self.holdtext = HoldJudgeDisp(self.pid, self, self.game)
self.listeners.append(self.holdtext)
else:
Judge = judge.judges[songconf["judge"]]
self.judge = [
Judge(self.pid * 2, songconf),
Judge(self.pid * 2 + 1, songconf)
]
self.listeners.extend(self.judge)
arr1, arrfx1 = self.theme.toparrows(self.top, self.pid * 2)
arr2, arrfx2 = self.theme.toparrows(self.top, self.pid * 2 + 1)
self.arrows = [
self.theme.arrows(self.pid * 2),
self.theme.arrows(self.pid * 2 + 1)
]
self.toparr = [arr1, arr2]
self.toparrfx = [arrfx1, arrfx2]
self.listeners.extend(arr1.values() + arr2.values() +
arrfx1.values() + arrfx2.values())
self.holdtext = [
HoldJudgeDisp(self.pid * 2, self, self.game),
HoldJudgeDisp(self.pid * 2 + 1, self, self.game)
]
self.listeners.extend(self.holdtext)
class AnnouncerTestCase(TestCase):
def setUp(self):
self.announcer = Announcer()
def test_subscribe_do_with_announcement(self):
a = A()
a.holder = 10
self.holder = 0
def func(announcement):
self.holder = announcement.holder
self.announcer.subscribe(when=A, do=func)
self.assertEqual(self.holder, 0)
self.announcer.announce(a)
self.assertEqual(self.holder, 10)
def test_subscribe_send_to(self):
a = A()
a.holder = 10
self.holder = 0
self.announcer.subscribe(when=A, send='setHolder', to=self)
self.assertEqual(self.holder, 0)
self.announcer.announce(a)
self.assertEqual(self.holder, 10)
def setHolder(self, announcement):
self.holder = announcement.holder
def test_subscribe_send_to_with_multi_subscriber(self):
a = A()
a.holder = 5
self.holder = 0
for i in range(2):
self.announcer.subscribe(when=A, send='addHolder', to=self)
self.assertEqual(self.holder, 0)
self.announcer.announce(a)
self.assertEqual(self.holder, 10)
def addHolder(self, announcement):
self.holder += announcement.holder
def test_subscribe_send_to_with_inherited_announcement(self):
a = A()
b1 = B1()
b2 = B2()
def makeAppendHolderOf(s):
def appendHolder(ann):
self.holder.add(s)
return appendHolder
self.announcer.subscribe(when=A, do=makeAppendHolderOf('A'))
self.announcer.subscribe(when=B1, do=makeAppendHolderOf('B1'))
self.announcer.subscribe(when=B2, do=makeAppendHolderOf('B2'))
self.holder = set()
self.announcer.announce(b1)
self.assertTrue({'B1'} == self.holder)
self.holder = set()
self.announcer.announce(b2)
self.assertTrue({'B2'} == self.holder)
self.holder = set()
self.announcer.announce(a)
self.assertTrue({'A', 'B1', 'B2'} == self.holder)
def appendHolder(self, announcement):
self.holder.add(announcement.value())
class Pong:
"""Overall class to manage game assets and behavior."""
def __init__(self):
"""Initialize the game, and create game resources."""
self.screen = turtle.Screen()
self.screen.title("Pong")
self.screen.bgcolor("black")
self.screen.setup(width=800, height=600)
self.screen.tracer(0)
# Game assets
self.sb = Scoreboard()
self.announcer = Announcer()
self.paddle_a = Paddle(-350, 0)
self.paddle_b = Paddle(350, 0)
self.ball = Ball()
self.game_active = True
# Keyboard bindings
self.screen.listen()
self.screen.onkeypress(self.paddle_a.start_move_up, 'w')
self.screen.onkeypress(self.paddle_a.start_move_down, 's')
self.screen.onkeyrelease(self.paddle_a.stop_move_up, 'w')
self.screen.onkeyrelease(self.paddle_a.stop_move_down, 's')
self.screen.onkeypress(self.paddle_a.start_long, 'r')
self.screen.onkeypress(self.paddle_a.prime_fastball, 't')
self.screen.onkeypress(self.paddle_b.start_move_up, 'Up')
self.screen.onkeypress(self.paddle_b.start_move_down, 'Down')
self.screen.onkeyrelease(self.paddle_b.stop_move_up, 'Up')
self.screen.onkeyrelease(self.paddle_b.stop_move_down, 'Down')
self.screen.onkeypress(self.paddle_b.start_long, ',')
self.screen.onkeypress(self.paddle_b.prime_fastball, '.')
def run_game(self):
"""Start the main loop for the game."""
while self.game_active:
self._update_paddles()
self._update_ball()
self._check_paddle_ball_collision()
self._check_score()
self.screen.update()
time.sleep(1 / 120)
def _update_paddles(self):
"""Update the positions of the paddles."""
self.paddle_a.update()
self.paddle_b.update()
def _update_ball(self):
"""Update the position of the ball."""
self.ball.move()
hit_border = self.ball.check_horizontal_borders()
if hit_border:
winsound.PlaySound("sounds/bounce.wav", winsound.SND_ASYNC)
def _check_paddle_ball_collision(self):
"""Check if a paddle and ball collided."""
if (self.ball.xcor() < -340 and self.ball.xcor() > -350 and
self.ball.ycor() < self.paddle_a.ycor() + self.paddle_a.hitbox
and self.ball.ycor() >
self.paddle_a.ycor() - self.paddle_a.hitbox):
self.ball.dx *= -1
winsound.PlaySound("sounds/bounce.wav", winsound.SND_ASYNC)
self.ball.increase_speed()
self.paddle_a.end_long()
self.paddle_b.end_fastball(self.ball)
self.paddle_a.start_fastball(self.ball)
elif (self.ball.xcor() > 340 and self.ball.xcor() < 350 and
self.ball.ycor() < self.paddle_b.ycor() + self.paddle_b.hitbox
and
self.ball.ycor() > self.paddle_b.ycor() - self.paddle_b.hitbox):
self.ball.dx *= -1
winsound.PlaySound("sounds/bounce.wav", winsound.SND_ASYNC)
self.ball.increase_speed()
self.paddle_b.end_long()
self.paddle_a.end_fastball(self.ball)
self.paddle_b.start_fastball(self.ball)
def _check_score(self):
"""Check if a player scored."""
if self.ball.xcor() > 410:
self.sb.increment_a()
elif self.ball.xcor() < -410:
self.sb.increment_b()
else:
return False
# Reset round only if a player scored.
self._reset_round()
def _reset_round(self):
"""Announce point and reset positions."""
# Check to finish the game.
if self.sb.score_a == 5 or self.sb.score_b == 5:
winsound.PlaySound("sounds/game_finished.wav", winsound.SND_ASYNC)
self.announcer.announce_finished()
time.sleep(3)
self.game_active = False
# Check to finish the round.
else:
if self.sb.get_consecutive_points() > 2:
winsound.PlaySound("sounds/dominating.wav", winsound.SND_ASYNC)
self.announcer.announce_dominating()
else:
winsound.PlaySound("sounds/point_scored.wav",
winsound.SND_ASYNC)
self.announcer.announce_point()
time.sleep(1)
# Get ready for next round.
self.announcer.clear_announcement()
self.ball.reset_position()
self.ball.reset_speed()
self.paddle_a.reset()
self.paddle_b.reset()
def play_game(self):
"""Playing the game."""
announcer = Announcer()
diff = announcer.display_supported_difficulties()
lang = announcer.ask_for_language()
self.read_from_file(announcer.difficulty[diff][1][0],
announcer.difficulty[diff][1][1], lang)
chosen_word = self.choose_word()
hidden_word = self.hidden_word(chosen_word)
won = False
print("The word is: {}\n".format(" ".join(hidden_word)))
while self.tries > 0 and not won:
announcer.display_dashed_word()
inp = announcer.ask_for_input()
while self.letter_has_been_used(inp):
print("You already used letter: '{}'".format(inp))
inp = self.ask_for_input()
self.used_letters.append(inp)
print("Used letters: {}\n".format(sorted(self.used_letters)))
if self.right_guess(chosen_word, hidden_word, inp):
announcer.right_guess_feedback(inp, hidden_word)
else:
announcer.wrong_guess_feedback(inp, hidden_word)
announcer.tries -= 1
# Check if game has been won or not.
if announcer.game_over_won(hidden_word):
won = True
elif announcer.tries == 0:
announcer.game_over_lost(chosen_word)
exit()
def setUp(self):
self.announcer = Announcer()
def __init__(self, pid, songconf):
self._pid = pid
self._scale = songconf["judgescale"]
self._ann = Announcer(mainconfig["djtheme"])
class Worker(object):
def __init__(self,
mqtt_server_ip,
mqtt_server_port,
mqtt_user=None,
mqtt_pass=None,
mqtt_base_topic="megaphone",
mp3_filename="output.mp3",
ext_amp_conf: ExternalAmplifierConfig = None):
self.mqtt_server_ip = mqtt_server_ip
self.mqtt_server_port = mqtt_server_port
self.mqtt_user = mqtt_user
self.mqtt_pass = mqtt_pass
self.mqtt_base_topic = mqtt_base_topic
self.client: mqtt.Client = mqtt.Client()
self.mp3_filename = mp3_filename
self.ext_amp_conf: ExternalAmplifierConfig = ext_amp_conf
signal.signal(signal.SIGINT, self.signal_handler)
self.client.on_connect = self.on_connect
self.client.on_message = self.on_message
self.client.on_disconnect = self.on_disconnect
if (self.mqtt_user is not None) and (self.mqtt_pass is not None):
self.client.username_pw_set(self.mqtt_user,
password=self.mqtt_pass)
self.client.will_set(f"{self.mqtt_base_topic}/state",
payload="offline",
retain=True)
self.announcer = Announcer()
self.announcer.on_status_change = self.status_change
# noinspection PyUnusedLocal
def signal_handler(self, signum, frame):
print('You pressed Ctrl+C - or killed me with -2')
print("disconnect handler")
self.client.publish(f"{self.mqtt_base_topic}/state", payload='offline')
self.client.disconnect()
sys.exit(0)
def status_change(self, message):
print(message)
self.client.publish(f"{self.mqtt_base_topic}/log", payload=message)
# noinspection PyUnusedLocal
def on_connect(self, client, userdata, flags, rc):
print("error = " + str(rc))
self.client.publish(f"{self.mqtt_base_topic}/state", payload='online')
self.client.subscribe(f"{self.mqtt_base_topic}/announce")
# noinspection PyUnusedLocal
def on_disconnect(self, userdata, flags, rc):
print("disconnect on")
self.client.publish(f"{self.mqtt_base_topic}/state",
payload='offline',
retain=True)
# noinspection PyUnusedLocal
def on_message(self, client, userdata, msg):
my_json = msg.payload.decode('utf8')
is_parsing_ok: bool = False
payload = None
try:
data = json.loads(my_json)
print(data)
payload = data['payload']
text = '{"payload": "' + payload + '"}'
self.client.publish(f"{self.mqtt_base_topic}/log", payload=payload)
is_parsing_ok = True
except Exception as e:
print(e)
self.client.publish(f"{self.mqtt_base_topic}/log",
payload='wrong announce structure')
if is_parsing_ok:
try:
self.announcer.say(payload)
except Exception as e:
print(e)
self.client.publish(f"{self.mqtt_base_topic}/log",
payload='Playing failed')
def run(self):
self.client.connect(self.mqtt_server_ip, self.mqtt_server_port, 60)
self.client.loop_start()
while True:
time.sleep(10)
def do(screen, songdata):
onoff_opt = { ui.START: switch_onoff, ui.CONFIRM: switch_onoff,
menus.CREATE: get_onoff, ui.LEFT: off_onoff,
ui.RIGHT: on_onoff }
offon_opt = { ui.START: switch_offon, ui.START: switch_offon,
menus.CREATE: get_offon, ui.LEFT: off_offon, ui.RIGHT: on_offon }
rotate_opt = { ui.START: switch_rotate, ui.CONFIRM: switch_rotate,
ui.LEFT: switch_rotate_back,
ui.RIGHT: switch_rotate,
menus.CREATE: get_rotate }
rotate_index_opt = { ui.START: switch_rotate_index,
ui.CONFIRM: switch_rotate_index,
ui.LEFT: switch_rotate_index_back,
ui.RIGHT: switch_rotate_index,
menus.CREATE: get_rotate_index }
tuple_opt = { ui.START: switch_tuple, ui.CONFIRM: switch_tuple,
ui.LEFT: switch_tuple_back,
ui.RIGHT: switch_tuple,
menus.CREATE: get_tuple }
sprites = pygame.sprite.RenderUpdates()
try:
lines = file(os.path.join(pydance_path, "CREDITS")).read().split("\n")
lines = [l.decode("utf-8") for l in lines]
Credits([_("pydance %s") % VERSION] + lines).add(sprites)
except:
Credits([_("pydance %s") % VERSION,
"http://icculus.org/pyddr",
_("By Joe Wreschnig, Brendan Becker, & Pavel Krivitsky"),
_("(Your CREDITS file is missing.)"),
]).add(sprites)
m = ([_("Play Game"), {ui.START: wrap_ctr, ui.CONFIRM: wrap_ctr},
(GameSelect, songdata)],
[_("Map Keys"), {ui.START: wrap_ctr, ui.CONFIRM: wrap_ctr},
(pad.PadConfig, (screen,))],
(_("Game Options"),
[_("Autofail"), onoff_opt, (_("autofail"),)],
[_("Assist Mode"), tuple_opt, (_("assist"),
[(0, _("Off")),
(1, _("Click")),
(2, _("Full"))])],
[_("Announcer"), rotate_opt, ('djtheme', Announcer.themes())],
(_("Themes ..."),
[_("4 Panel"), rotate_opt,
("4p-theme", ThemeFile.list_themes("SINGLE"))],
[_("3 Panel"), rotate_opt,
("3p-theme", ThemeFile.list_themes("3PANEL"))],
[_("5 Panel"), rotate_opt,
("5p-theme", ThemeFile.list_themes("5PANEL"))],
[_("Large 6 Panel"), rotate_opt,
("6pl-theme", ThemeFile.list_themes("6PANEL"))],
[_("Small 6 Panel"), rotate_opt,
("6ps-theme", ThemeFile.list_themes("6VERSUS"))],
[_("Large 8 Panel"), rotate_opt,
("8pl-theme", ThemeFile.list_themes("8PANEL"))],
[_("Small 8 Panel"), rotate_opt,
("8ps-theme", ThemeFile.list_themes("8VERSUS"))],
[_("Large 9 Panel"), rotate_opt,
("9pl-theme", ThemeFile.list_themes("9PANEL"))],
[_("Small 9 Panel"), rotate_opt,
("9ps-theme", ThemeFile.list_themes("9VERSUS"))],
[_("Parapara"), rotate_opt,
("para-theme", ThemeFile.list_themes("PARAPARA"))],
[_("DMX"), rotate_opt,
("dmx-theme", ThemeFile.list_themes("DMX"))],
[_("EZ2"), rotate_opt,
("ez2-theme", ThemeFile.list_themes("EZ2SINGLE"))],
[_("EZ2 Real"), rotate_opt,
("ez2real-theme", ThemeFile.list_themes("EZ2REAL"))],
[_("Back"), None, None]
),
[_("Back"), None, None]
),
(_("Graphic Options"),
[_("Animation"), onoff_opt, ('animation',)],
[_("Arrow Effects"), rotate_index_opt,
('explodestyle', (_('none'), _('rotate'), _('scale'), _('rotate & scale')))],
[_("Backgrounds"), onoff_opt, ('showbackground',)],
[_("Brightness"), tuple_opt, ('bgbrightness',
[(32, _('very dark')),
(64, _('dark')),
(127, _('normal')),
(192, _('bright')),
(255, _('very bright'))])],
[_("Lyrics"), onoff_opt, ("showlyrics",)],
[_("Lyrics Color"), rotate_opt, ("lyriccolor",
[_("pink/purple"), _("purple/cyan"),
_("cyan/aqua"), _("aqua/yellow"),
_("yellow/pink")])],
[_("Back"), None, None]
),
(_("Interface Options"),
[_("Save Input"), onoff_opt, ('saveinput',)],
[_("Song Previews"), tuple_opt, ('previewmusic',
[(0, "Off"), (1, "On"), (2, "Safe")])],
[_("Folders"), onoff_opt, ("folders",)],
[_("Timer Display"), onoff_opt, ('fpsdisplay',)],
[_("Song Info Screen"), tuple_opt, ('songinfoscreen',
zip([0, 1, 2],
[_("Never"), _("Multi-song Only"), _("Always")]))],
[_("Font (after restart)"), rotate_opt, ('fonttheme', FontTheme.themes())],
[_("Calibrate Latency"), {ui.START: wrap_ctr, ui.CONFIRM: wrap_ctr}, (calibrate.run, (screen,))],
[_("Back"), None, None]
)
)
me = menus.Menu(_("Main Menu"), m, screen, sprites)
me.display()
def __init__(self): self.GPIO_handler = GPIO_handler() self.announcer = Announcer() self.scores = [0, 0] self.paused = False