def load(self, songPath):
# Load projectiles
self._laser = Laser(self._windowWidth * 1.5)
# Load player
self._playerSpawnPos = (self._windowWidth / 2, self._windowHeight / 2)
self._player = Player(ContentManager.load_image('media/actors/player.png'), self._laser, self._playerSpawnPos)
self._playerGroup.add(self._player)
# Load HUD
fontPath = 'media/fonts/freesansbold.ttf'
self._font = ContentManager.load_font(fontPath, 36)
self._scoreSprite = TextSprite(self._font, pygame.Color('white'), (30, 30))
self._livesSprite = TextSprite(self._font, pygame.Color('white'), (30, 70))
self._livesSprite.updateText('Lives: ' + str(self._lives))
self._hudGroup.add(self._scoreSprite, self._livesSprite)
# Load music configuration
#songPath = 'media/music/battlefield1942'
#songPath = 'media/music/test'
# Load game director
self._gameDirector = GameDirector(self)
self._gameDirector.load(self._player, songPath)
# Load music
self._musicPlayer = MusicPlayer()
self._musicPlayer.load(songPath + '.mid')
self._musicPlayer.play()
def __init__(self):
self.neural_network = None
self.melody = None
self.music_player = MusicPlayer()
self.duration = None
self.data_set = None
self.unique_events_list = None
def main():
""" Initialize radio and play sounds """
music_directory = 'music'
global mp
mp = MusicPlayer(music_directory) # Must create mp before pygame.init()
pygame.init()
display = pygame.display.set_mode((800,600),0,32)
pygame.display.set_caption("radio.py")
mp.start_random_queue()
print("Press S to skip the current song.")
print("Press P to return to the previous song.")
# Wait for an interrupt
exit = False
while (exit == False):
# Can call non-radio.py application functions in this loop
if (handle_events() == 'EXIT'):
exit = True
# Terminate gracefully
pygame.quit()
sys.exit()
def __init__(self, master, alarm, *args, **kwargs):
TextWidget.__init__(self, master, Position(0.95, 0.01),
"alarm set at: " + alarm.getTime(), *args,
**kwargs)
self.root = master
self.alarm = alarm
self.allAlarms = [self.alarm]
self.musicPlayer = MusicPlayer(alarm.getSound())
self.alarmLength = 20
self.startChecker()
def main():
"""
Controls the games flow.
Loads menus and game.
"""
# DEBUG MODE
# -Shows intercept targets.
# -Prints spawns to the console.
# -No player damage
# -Infinite smg ammunition.
# -Scores not counted.
DEBUG = False
params = (setUpScreen(), FPS, pygame.time.Clock(), MusicPlayer(DEBUG),
SFXPlayer())
state = 0
while True:
while (state == 0): # Main menu
state = MainMenu(params, DEBUG).run()
while (state == 1): # Game
state = Game(params, DEBUG).run()
while (state == 2): # Game Over
state = GameOver(params, DEBUG).run()
while (state == 3): # Options
(state, DEBUG) = OptionsMenu(params, DEBUG).run()
while (state == 4): # Scores
state = HighScores(params, DEBUG).run()
while (state == 5):
state = InstructionsMenu(params, DEBUG).run()
class MusicProcessor(object):
client_processor = ClientProcessor()
playlist_processor = PlaylistProcessor()
music_player = MusicPlayer()
def play(self, rfid, client_id, play_mode=None):
try:
location = self.client_processor.get_location(client_id)
print("Playing music in location: " + str(location))
playlist = self.playlist_processor.get_playlist(rfid)
print("Playing playlist: " + playlist)
self.music_player.play(playlist, location, play_mode)
except TypeError:
print("Issue With Client ID: {}, RF ID: {}".format(
client_id, rfid))
new_playlist = input("Playlist Name:")
if len(new_playlist) > 0:
result = self.playlist_processor.add_playlist(
new_playlist, rfid)
print(result)
def command(self, command, client_id):
location = self.client_processor.get_location(client_id)
print("Running command in location: " + str(location))
if command == "volume_up":
self.music_player.volume_up(location)
if command == "volume_down":
self.music_player.volume_down(location)
async def game(ctx, game):
global options
global bah
if(game.upper() == "AMQ"):
channel = ctx.channel
# get info to start game
await channel.send('State number of rounds\nDefault: 20', delete_after=40)
def check(m):
global options
check_bool = True
options = m.content
# if the parameter they passed in isnt an integer then
# ignore it until they pass one in
try:
options = int(options)
except Exception:
check_bool = False
return check_bool and m.channel == channel
msg = await client.wait_for('message', check=check)
await channel.send('Starting Game', delete_after=10)
participants = ctx.guild.voice_client.channel.members
anime_list = []
# loop thur all participants and get the animelist username
for people in participants:
await bah.setup_profile(ctx.guild.id, people.id)
if(await bah.get_animelist(ctx.guild.id, people.id) != None):
anime_list.append(await bah.get_animelist(ctx.guild.id, people.id))
if(len(anime_list) == 0):
await channel.send('No one is logged in to anilist. Please log in to one via login command\nPlaying with Default list\nDefault List: https://anilist.co/user/woahs/', delete_after=40)
current_game = Amq(client, participants,
ctx.message.channel, ctx.guild.voice_client,
MusicPlayer(client), rounds=options, time_sec=35.0,
anilist_wrapper=AnilistWrapper("https://graphql.anilist.co/"))
else:
current_game = Amq(client, participants,
ctx.message.channel, ctx.guild.voice_client,
MusicPlayer(client), rounds=options, time_sec=35.0,
anime_list=anime_list,
anilist_wrapper=AnilistWrapper("https://graphql.anilist.co/"))
client.add_cog(current_game)
await current_game.set_up()
await current_game.play_game()
def __init__(self, sense):
self.sense = sense
self.FACE = 1, RobotFace(sense)
self.RADIO = 2, Radio(sense)
self.LIFE = 3, Life(sense, 8, 8)
self.MUSICPLAYER = 4, MusicPlayer(sense)
self.stateList = (self.FACE, self.RADIO, self.LIFE, self.MUSICPLAYER)
# Start with some state
self.current = self.MUSICPLAYER
self.current[1].select()
class MusicControlSystem(object):
pins = [31, 33, 35, 37]
player = MusicPlayer()
currentValues = [1, 1, 1, 1]
wasPlaying = False
leverController = None
ambient_pos = 0.0
def __init__(self):
self.leverController = LeverInputController(self.handle_change)
self.player.set_volume(0.4)
self.player.play_song('/home/pi/bluechz/sound/LabAmbient.ogg', 0.25)
def handle_change(self, values):
try:
print 'Triggered currentValues={}'.format(values)
play = False
for i in range(4):
if values[i] == 0:
play = True
if not self.wasPlaying:
self.ambient_pos = self.player.get_pos()
if play:
volume = 0.99
self.wasPlaying = True
if values[0] == 0:
self.player.play_song('/home/pi/bluechz/sound/Success! - Blue Sky.ogg', volume)
elif values[1] == 0:
self.player.play_song('/home/pi/bluechz/sound/Failure 3 - Escape Velocity.ogg', volume)
elif values[2] == 0:
self.player.play_song('/home/pi/bluechz/sound/Failure 1 - Time Warp.ogg', volume)
elif values[3] == 0:
self.player.play_song('/home/pi/bluechz/sound/Intro Spiel.ogg', volume)
else:
self.player.stop_music()
self.player.play_song('/home/pi/bluechz/sound/LabAmbient.ogg', 0.35, loops=10)
self.wasPlaying = False
except RuntimeError:
print 'got an error!'
class AlarmWidget(TextWidget):
def __init__(self, master, alarm, *args, **kwargs):
TextWidget.__init__(self, master, Position(0.95, 0.01),
"alarm set at: " + alarm.getTime(), *args,
**kwargs)
self.root = master
self.alarm = alarm
self.allAlarms = [self.alarm]
self.musicPlayer = MusicPlayer(alarm.getSound())
self.alarmLength = 20
self.startChecker()
def getAlarmLength(self):
return self.alarmLength
def setAlarmlength(self, seconds):
self.alarmLength = seconds
def setNewAlarm(self, alarm):
self.allAlarms.append(alarm)
def notifyNewAlarm(self, alarm):
self.changeText("Alarm set at" + alarm.getTime())
self.make()
self.root.after(3000, self.place_forget)
def alarmProtocol(self, seconds, alarm, repeats):
def colourChanger(flag, counter, maxCounter):
if counter < maxCounter:
if flag == True:
self.root.changeBackground('white')
newCounter = counter + 1
self.root.after(500, colourChanger, False, newCounter,
maxCounter)
else:
self.root.changeBackground('black')
newCounter = counter + 1
self.root.after(500, colourChanger, True, newCounter,
maxCounter)
else:
self.root.changeBackground('white')
if repeats > 0:
self.root.after(
30000, self.alarmProtocol, self.getAlarmLength(),
Alarm(alarm.getTime(), alarm.getSound(), True),
repeats - 1)
colourChanger(True, 0, seconds * 2)
self.musicPlayer.newSong(alarm.getSound)
self.root.after(seconds * 1000, self.musicPlayer.pause)
def startChecker(self):
'''
Starts Checking the alarm
'''
self.__alarmChecker()
def __alarmChecker(self):
'''
starts an infinite loop checking for an alarm
'''
stringTime = self.__timeMaker()
timeToAlarm = {}
for alarm in self.allAlarms:
timeToAlarm[alarm.getTime()] = alarm
if stringTime in timeToAlarm.keys():
possibleAlarm = timeToAlarm[stringTime]
if possibleAlarm.getActivity():
self.alarmProtocol(self.getAlarmLength(),
timeToAlarm[stringTime], 1)
possibleAlarm.deactivate()
self.after(6000, self.__alarmChecker)
def __timeMaker(self):
currentTime = datetime.datetime.now()
hour = str(currentTime.hour)
minute = str(currentTime.minute)
if int(minute) < 10:
minute = '0' + minute
if int(hour) < 10:
hour = '0' + hour
return hour + minute
def stop(self):
self.destroy()
self.musicPlayer.shutdown()
def __str__(self):
return "AlarmWidget present"
def run(self):
try:
self.left_win.move(2, 2)
p = MusicPlayer()
player_started = False
while True:
self.right_win.refresh()
self.left_win.refresh()
if player_started:
try:
position_int = p.position
if self.set_progress(position_int):
if DEBUG: logging.info("set_progress true")
p.stop_song()
self.play_next_song(p)
except:
continue
self.left_win.refresh()
rlist, _, _ = select([sys.stdin], [], [], 1)
if not rlist:
continue
ch = self.left_win.getch()
if DEBUG: logging.info("getch: %c" %ch)
cursor_y, cursor_x = self.left_win.getyx()
if ch == ord('c'):
if cursor_x != 2:
self.left_win.move(2, 2)
continue
if player_started:
self.stop_and_remove(p, self.current_song_info['url'])
player_started = False # Can't leave out this
current_channel = self.get_channel_to_play(cursor_y)
if current_channel == None:
continue
self.current_channel = current_channel
player_started = True
self.dbfm.change_channel(self.current_channel)
self.play_next_song(p)
self.left_win.move(cursor_y, cursor_x)
elif ch == ord('n'):
if not player_started:
continue
self.stop_and_remove(p, self.current_song_info['url'])
self.play_next_song(p)
elif ch == ord('r'):
if not self.dbfm.is_logined():
self.add_console_output('Please log in first! Press "l".')
continue
if self.current_song_info['like'] == 1:
self.add_console_output('Already hearted!')
continue
if self.dbfm.rate_song(self.current_channel['channel_id'], True)['r'] == 0:
self.add_console_output("Hearted %s successfully!" %self.current_song_info['title'])
self.current_song_info['like'] = 1
self.show_song_info(self.current_song_info)
else:
self.add_console_output("Hearted %s failure!" %self.current_song_info['title'])
elif ch == ord('u'):
if not self.dbfm.is_logined():
self.add_console_output('Please log in first! Press "l".')
continue
if self.current_song_info['like'] == 0:
self.add_console_output("Haven't hearted yet!")
continue
if self.dbfm.rate_song(self.current_channel['channel_id'], False)['r'] == 0:
self.add_console_output("Unhearted %s successfully!" %self.current_song_info['title'])
self.current_song_info['like'] = 0
self.show_song_info(self.current_song_info)
else:
self.add_console_output("Unhearted %s failure!" %self.current_song_info['title'])
elif ch == ord('j') or ch == curses.KEY_DOWN:
if cursor_y <= (MAX_CHANNEL + 2) * 2:
self.left_win.move(cursor_y + 2, 2)
else:
continue
elif ch == ord('k') or ch == curses.KEY_UP:
if cursor_y > 2:
self.left_win.move(cursor_y - 2, 2)
else:
continue
elif ch == ord('p'):
p.toggle_paused_song()
elif ch == ord('l'):
if self.dbfm.login(self.user_email, self.user_password):
self.add_console_output("Successfully log in!")
else:
self.add_console_output('Failed to log in!')
else:
self.stop_and_remove(p, self.current_song_info['url'])
break
except Exception, e:
if player_started and self.current_song_info != None:
self.stop_and_remove(p, self.current_song_info['url'])
if DEBUG: logging.info(e)
def main():
music_player = MusicPlayer()
print('Hello! Welcome to Panda Music Player!')
print('/Panda because I could not figure out another name.../')
print('Type "list" to show all commads')
show_commands()
switchOn = True
while (switchOn):
input_command = input('Type command here: ')
if input_command == "Q":
music_player.stop_playing_all()
switchOn = False
break
elif input_command == "D":
directory = input('Write the path to your directory: ')
music_player.add_songs_from_dir(directory)
elif input_command == "SM":
shuffle = bool(input('write True or False'))
music_player.change_shuffle_mode(shuffle)
elif input_command == "RM":
repeat = bool(input('write True or False'))
music_player.change_shuffle_mode(repeat)
elif input_command == "P":
music_player.stop_playing_all()
music_player.play_next_song()
elif input_command == "S":
music_player.stop_playing_all()
elif input_command == "SP":
music_player.show_playlist()
elif input_command == "list":
show_commands()
else:
print('Invalid command!')
'''main here '''
from MusicPlayer import MusicPlayer
from Song import Song
from Artist import Artist
from Band import Band
from Album import Album
from PlayList import PlayList
from random import randint
import operator
MP = MusicPlayer()
while True:
print("Welcome To Musicly \n 1. Playlists 2. Artists 3. Albums 4. Library 5. bands")
choice = input("Enter Choice: ")
if choice == "1":
while True:
choice2 = input("1. add new PlayList 2. Delete PlayList 3. View PlayList"
+ " 4. View all PlayLists 5. back:\n")
if choice2 == "1":
playList = PlayList()
playList.name = input("Enter PlayList name:")
playList.description = input("Enter PlayList description:")
playList.addPlayList()
if choice2 == "2":
pID = int(input("Enter # of PlayList:"))
MP.retrievePlayLists()
MP.myPlayLists[pID-1].deletePlayList()
if choice2 == "3":
elif len(args) == 2 and args[0] == 'sp':
url = args[1]
item = SpotifyQueueItem(url)
player.add_to_queue(item)
elif len(args) == 1 and args[0] == 'next':
player.skip_song()
elif len(args) == 1 and args[0] == 'list':
queue = "Items in queue:\r\n"
queue += player.get_queue_string()
bot.send_message(channel, queue)
else:
print_help(bot, ident.get_nick())
player_options = {}
if len(spotify_user) > 0:
player_options['spotify_username'] = spotify_user
player_options['spotify_password'] = spotify_pass
else:
print("No spotify user found, disabling support")
player = MusicPlayer(player_options)
player.start()
bot = IrcClient(options)
bot.on('connected', on_connect)
bot.on('PRIVMSG', on_message)
bot.connect()
wait_for_connect.wait()
bot.join_channel(config.get('main', 'channel'))
class GeneratorFacade:
def __init__(self):
self.neural_network = None
self.melody = None
self.music_player = MusicPlayer()
self.duration = None
self.data_set = None
self.unique_events_list = None
def is_model_loaded(self):
if self.neural_network is None:
return False
return True
def is_melody_generated(self):
if self.melody is None:
return False
return True
def load_model(self, file_path):
if not file_path:
return False
if file_path.lower().endswith(
RecurrentNeuralNetwork.model_file_format):
self.neural_network = RecurrentNeuralNetwork.load_model(file_path)
else:
raise ValueError()
return True
def save_model(self, file_path):
if file_path is None or self.neural_network is None:
return
self.neural_network.save_model(file_path)
@staticmethod
def get_model_file_format():
return RecurrentNeuralNetwork.model_file_format
def generate_melody(self, duration):
if self.neural_network is None:
return
self.duration = duration
ticks_per_second = (MidiConverter.ticks_per_beat *
MidiConverter.beats_per_minute) / 60
number_of_ticks = duration * ticks_per_second
number_of_notes = number_of_ticks / MidiConverter.delta_time_in_ticks
self.melody = self.neural_network.generate(int(number_of_notes))
def save_melody(self, file_path):
if self.melody is None:
return
MidiConverter.write_midi_file(file_path, self.melody,
self.neural_network.unique_events_list)
def play_melody(self):
file_object = MidiConverter.get_midi_file_object(
self.melody, self.neural_network.unique_events_list)
self.music_player.play(file_object)
print('play melody')
def stop_melody(self):
self.music_player.stop()
print('stop melody')
def load_data_set(self, file_paths):
self.data_set = []
for file_path in file_paths:
if not file_path.lower().endswith(('.mid', '.midi')):
self.data_set = None
raise ValueError()
self.data_set.append(MidiConverter.convert_midi_file(file_path))
self.unique_events_list = UniqueEventsList(self.data_set)
self.unique_events_list.convert_data_set(self.data_set)
def reset_data_set(self):
self.data_set = None
def is_data_set_loaded(self):
if self.data_set is not None:
return True
return False
def train(self, sequence_length, first_lstm_layer_size,
second_lstm_layer_size, dropout_rate, number_of_epochs,
test_sample_ratio, callbacks):
self.neural_network = RecurrentNeuralNetwork(
self.data_set, self.unique_events_list, sequence_length,
first_lstm_layer_size, second_lstm_layer_size, dropout_rate)
self.neural_network.train(number_of_epochs, test_sample_ratio,
callbacks)
class GameRound:
START_LIVES = 3
def __init__(self, noteWars, windowWidth, windowHeight):
self._noteWars = noteWars
self._windowWidth = windowWidth
self._windowHeight = windowHeight
self._enemiesGroup = pygame.sprite.Group()
self._enemyDelaySec = 3.0
self._enemyElapsedDelaySec = 0.0
self._playerGroup = pygame.sprite.GroupSingle()
self._hudGroup = pygame.sprite.Group()
self._score = 0
self._lives = self.START_LIVES
def load(self, songPath):
# Load projectiles
self._laser = Laser(self._windowWidth * 1.5)
# Load player
self._playerSpawnPos = (self._windowWidth / 2, self._windowHeight / 2)
self._player = Player(ContentManager.load_image('media/actors/player.png'), self._laser, self._playerSpawnPos)
self._playerGroup.add(self._player)
# Load HUD
fontPath = 'media/fonts/freesansbold.ttf'
self._font = ContentManager.load_font(fontPath, 36)
self._scoreSprite = TextSprite(self._font, pygame.Color('white'), (30, 30))
self._livesSprite = TextSprite(self._font, pygame.Color('white'), (30, 70))
self._livesSprite.updateText('Lives: ' + str(self._lives))
self._hudGroup.add(self._scoreSprite, self._livesSprite)
# Load music configuration
#songPath = 'media/music/battlefield1942'
#songPath = 'media/music/test'
# Load game director
self._gameDirector = GameDirector(self)
self._gameDirector.load(self._player, songPath)
# Load music
self._musicPlayer = MusicPlayer()
self._musicPlayer.load(songPath + '.mid')
self._musicPlayer.play()
def spawnEnemy(self, enemy):
spawnSide = int(random.uniform(0, 4))
spawnDistance = random.random()
spawnX = 0
spawnY = 0
if spawnSide == 0: # Left side
spawnX = 0
spawnY = self._windowHeight * spawnDistance
elif spawnSide == 1: # Top side
spawnX = self._windowWidth * spawnDistance
spawnY = 0
elif spawnSide == 2: # Right side
spawnX = self._windowWidth
spawnY = self._windowHeight * spawnDistance
else: # Bottom side
spawnX = self._windowWidth * spawnDistance
spawnY = self._windowHeight
enemy.setPosition((spawnX, spawnY))
self._enemiesGroup.add(enemy)
def update(self, elapsedTimeSec):
self._enemyElapsedDelaySec += elapsedTimeSec
# Check for collisions
self._checkCollisions()
# Update game entities
self._playerGroup.update(elapsedTimeSec)
self._enemiesGroup.update(elapsedTimeSec)
self._hudGroup.update(elapsedTimeSec)
# Invoke game director
self._gameDirector.update(elapsedTimeSec)
# Check whether the user wants to exit the game
pressedKeys = pygame.key.get_pressed()
if pressedKeys[K_BACKSPACE]:
self._exitRound()
def stop(self):
self._musicPlayer.stop()
self._gameDirector.stop()
def _handlePlayerDeath(self):
self._lives -= 1
if self._lives < 0:
self.stop()
self._noteWars.goToMainMenuWithLose(self._score)
else:
self._livesSprite.updateText('Lives: ' + str(self._lives))
self._enemiesGroup.empty()
self._player.setPosition(self._playerSpawnPos)
def roundComplete(self):
self.stop()
self._noteWars.goToMainMenuWithWin(self._score)
def _exitRound(self):
self.stop()
self._noteWars.goToMainMenu()
def _checkCollisions(self):
# Check collisions between laser and enemies
collidedEnemies = []
if self._laser.isFiring():
for enemy in self._enemiesGroup.sprites():
if CollisionMethods.collideLineToRect(self._laser.getFiredFromPos(),
self._laser.getFiredToPos(),
enemy.rect):
collidedEnemies.append(enemy)
self._score += len(collidedEnemies) * 100
self._scoreSprite.updateText('Score: ' + str(self._score))
for enemy in collidedEnemies:
enemy.kill()
# Check collisions between player and enemies
collidedEnemies = pygame.sprite.spritecollide(self._player, self._enemiesGroup, True, CollisionMethods.collideRectThenMask)
if collidedEnemies:
self._handlePlayerDeath()
def draw(self, screen):
self._laser.draw(screen)
self._playerGroup.draw(screen)
self._enemiesGroup.draw(screen)
[text.render() for text in self._hudGroup.sprites()]
self._hudGroup.draw(screen)
import threading
import time
from MusicPlayer import MusicPlayer
mp = MusicPlayer()
class BackgroundTimer(threading.Thread):
# create a thread object that will do the counting in the background
def __init__(self, interval=1):
# init the thread
threading.Thread.__init__(self)
self.__interval = interval # seconds
# initial value
self.__value = 0
# controls the while loop in method run
self.__alive = False
# Sets time for end of song
self.__endOfSong = 0
mp.checkMusic()
def run(self):
# this will run in its own thread via self.start()
self.__alive = True
while self.__alive:
time.sleep(self.__interval)
# update count value
self.__value += self.__interval
print(self.__value)