def music_player(): #function defination
mi.init()
mu.set_volume(0.7)
mu.load(random.choice(songs))
print(
"*******************************************************************")
print("\t\tWELCOME TO MY MUSIC_PLAYER")
print(
"*******************************************************************")
print("press 'a' to PLAY | press 'r' to RESUME | press 'n' for next song")
print("press 's' to STOP | press 'p' to PAUSE")
print(
"--------------------------------------------------------------------\n"
)
while True:
query = input("")
if query == 'a':
mu.play()
print("Player Start!")
elif query == 'r':
mu.unpause()
print("Song resume")
elif query == 'p':
print("song pause!")
mu.pause()
elif query == 'n':
print("Listen next song!")
mu.stop()
time.sleep(1)
mu.load(random.choice(songs))
mu.play()
elif query == 's':
mu.stop()
break
print("Player get quit !")
def play(self, music):
if not music:
return
if self.now_playing != music:
music_player.load(music)
music_player.play(-1)
# music_player.set_volume(0.5)
self.now_playing = music
def prep_square(last_square):
World.current_Square.tier = Player.level // 5 + 1
rng = randint(0, 9)
if World.current_Square.type is None:
if rng > 1 and last_square.type != "start":
World.current_Square.type = last_square.type
World.current_Square.music = last_square.music
else:
World.current_Square.type = World.current_Square.rand_type()
World.current_Square.description = World.current_Square.get_description()
Screen.delete("0.1", END)
Screen.insert(INSERT, f"{World.current_Square.description}")
if World.current_Square.Floor is not None:
Screen.insert(INSERT, f"\n{World.current_Square.Floor.Name} is sitting on the floor...\n")
if World.current_Square.NPCs is None and World.current_Square.state != "clear":
World.current_Square.NPCs = Enemy(World.current_Square.tier - 1)
if World.current_Square.NPCs.name in Enemies[World.current_Square.tier - 1]:
Screen.insert(INSERT, appear(World.current_Square.NPCs.name))
Player.combat = True
if Everything.doneCombat is False:
intro_combat()
Everything.doneCombat = True
elif World.current_Square.NPCs.name in NPC:
World.current_Square.state = "clear"
if World.current_Square.NPCs.name is None:
pass
else:
if appear_npc(World.current_Square.NPCs.name) not in ["gamble", "trade"]:
Screen.insert(INSERT, appear_npc(World.current_Square.NPCs.name))
elif appear_npc(World.current_Square.NPCs.name) == "gamble":
gamble()
elif appear_npc(World.current_Square.NPCs.name) == "trade":
x = trade()
Everything.Trade = x
else:
World.current_Square.state = "clear"
elif World.current_Square.NPCs is not None and World.current_Square.state != "clear":
Screen.insert(INSERT, appear(World.current_Square.NPCs.name))
Player.combat = True
elif World.current_Square.NPCs is not None and World.current_Square.state == "clear":
if World.current_Square.NPCs.name is None:
pass
else:
if appear_npc(World.current_Square.NPCs.name) not in ["gamble", "trade"]:
Screen.insert(INSERT, appear_npc(World.current_Square.NPCs.name))
elif appear_npc(World.current_Square.NPCs.name) == "gamble":
Screen.insert(INSERT, "You see a gambler but he seems busy...\n")
elif appear_npc(World.current_Square.NPCs.name) == "trade":
Screen.insert(INSERT, "You see a trader but he seems busy...\n")
if last_square.music != World.current_Square.music:
mixer_music.fadeout(500)
mixer_music.load(f"Music/{World.current_Square.music}.mp3")
mixer_music.play(-1)
Everything.map_uptodate = False
save()
def playTheSong(self, *args):
self.musicCtrl.playBtn.setVisible(False)
self.musicCtrl.playBtn.setEnabled(False)
self.pauseBtn.setVisible(True)
self.pauseBtn.setEnabled(True)
self.playSong = SongThread(self.progressBar.roundProgress.value(),
self.playBackSong)
self.playSong.start()
self.playSong.dePauseTimeline()
self.playSong.runTime.connect(self.updateTimeline)
print "Entered play"
_mixer.play()
def next_song(self):
if self.is_file_get:
self.song_ptr += 1
if self.song_ptr == len(self.listfile) - 1:
showinfo(title='Info', message='End of list')
self.song_ptr = 0
try:
mx.stop()
except Exception as e:
pass
data = mx.load(self.listfile[self.song_ptr])
mx.play()
self.playing = True
else:
showinfo(title="Directory not found",
message='Directory is not set')
def prev_song(self):
if self.is_file_get:
self.song_ptr -= 1
if self.song_ptr < 0:
showinfo(title='Info', message='First music of list')
self.song_ptr = 0
try:
mx.stop()
except Exception as e:
pass
data = mx.load(self.listfile[self.song_ptr])
mx.play()
self.playing = True
else:
showinfo(title="Directory not found",
message='Directory is not set')
def nextSong():
global playtime, auxSlide, currentSong, progressBar, currentSongNameLabel, pathToFile
music.stop()
playtime = 0
progressBar.set(0)
if currentSong == len(playlist) - 1:
music.load(playlist[0])
music.play(0, 0)
currentSong = 0
else:
music.load(playlist[currentSong + 1])
music.play(0, 0)
currentSong = currentSong + 1
changeName(currentSongNameLabel)
audio = MP3(playlist[currentSong])
auxSlide = audio.info.length
progressBar.configure(to=auxSlide)
def adaptMusic(self, emotion):
if emotion in {'happy', 'neutral', 'angry'}:
if self.emotion != emotion:
self.emotion = emotion
if mixer_music.get_busy():
mixer_music.fadeout(500)
else:
if mixer_music.get_volume() <= .95:
mixer_music.set_volume(mixer_music.get_volume() + 0.010)
if not mixer_music.get_busy():
mixer_music.set_volume(0)
if emotion == 'happy':
mixer_music.load("lib/happy.mp3")
elif emotion == 'angry':
mixer_music.load("lib/angry.mp3")
else:
mixer_music.load("lib/neutral.mp3")
mixer_music.play()
def playSong():
global playtime
global firstClick
global pausePlayClock
if firstClick == 1:
music.play(0)
playButton['text'] = 'Pause'
firstClick = 0
else:
if (pausePlayClock == 1):
music.play(0, playtime)
playButton['text'] = 'Pause'
pausePlayClock = 0
else:
music.stop()
playButton['text'] = 'Play!'
pausePlayClock = 1
window.after(1000, loopScale)
def start():
if DB_player is None:
mixer_music.load("Music/start.mp3")
mixer_music.play(-1)
mixer.music.set_volume(0.4)
Screen.insert(INSERT, "You wake up in a forest glade,\nthe morning sun blinding you,\n"
"the sounds of birds and critters around you.\n"
"They are so loud your head hurts\n\"Am I hungover?\", you think..."
"\n\nSome water would do wonders.\n"
"You look around and spot a pond at the edge\nof the glade...\n")
Log.insert(INSERT, "Log:\n"
"You woke up\n")
logs_.append("Log:\nYou woke up\n")
else:
mixer_music.load(f"Music/{World.current_Square.music}.mp3")
mixer_music.play(-1)
mixer.music.set_volume(0.4)
Screen.insert(INSERT, World.current_Square.description)
for element in logs_:
Log.insert(INSERT, element)
Screen.config(state=NORMAL)
Screen.insert(INSERT, "You wake up from your nap...\n\n")
Screen.insert(INSERT, World.current_Square.description)
if World.current_Square.Floor is not None:
Screen.insert(INSERT, f"\n{World.current_Square.Floor.Name} is sitting on the floor...\n")
if World.current_Square.state != "clear":
Screen.insert(INSERT, "\nThe enemy got bored of waiting and went away...\n")
Player.combat = False
Player.busy = False
World.current_Square.NPCs = None
World.current_Square.Floor = None
elif Everything.trading is True or Everything.gambling is True:
Screen.insert(INSERT, "\n The figure is gone...\nI guess they had better things to do than wait...\n")
Everything.trading = False
Everything.gambling = False
Screen.config(state=DISABLED)
Log.see("end")
def run(self):
mixer.init(44100, -16, 2, 2048)
rand = random.choice(self.path_and_file)
map_title = str(rand[0]).split("\\")[-1]
mixer_music.load(f"{rand[0]}\{rand[1]}")
mixer_music.play()
mixer_music.set_endevent(self.NEXT)
mixer_music.set_volume(self.volume)
self.signals.signal_str.emit(map_title)
running = True
while running:
for event in pygame.event.get():
if event.type == self.NEXT:
rand = random.choice(self.path_and_file)
map_title = str(rand[0]).split("\\")[-1]
self.signals.signal_str.emit(map_title)
mixer_music.load(f"{rand[0]}\{rand[1]}")
mixer_music.play()
def sideController(event):
global auxSlide, playtime, progressBar
if music.get_busy():
music.play(0, (event.x / 450) * auxSlide)
music.stop()
playtime = (event.x / 450) * auxSlide
progressBar.set(playtime)
music.load(playlist[currentSong])
music.play(0, (event.x / 450) * auxSlide)
else:
music.play(0, (event.x / 450) * auxSlide)
music.stop()
playtime = (event.x / 450) * auxSlide
progressBar.set(playtime)
music.load(playlist[currentSong])
def playMusic():
""" A function that plays music. It loads the song from the playlist and plays it. """
player.load(MyPlaylist.filename)
player.play()
def run():
app = ArtStudioApp()
canvasPage = app.frames[CanvasPage]
screen_width = int(app.winfo_screenwidth()*.75)
screen_height = int(app.winfo_screenheight()*.75)
#Setup Speech Multithreading
speech_callback_queue = queue.Queue()
def speech_callback(recognizer, audio):
'''
Callback function for when audio is heard on separate thread.
Uses Google Speech recognition to translate audio to text and the text is then parsed for keywords.
'''
print("Audio received")
try:
spoken = recognizer.recognize_google(audio).lower()
text = "You said: " + spoken
print(text)
speech_callback_queue.put(lambda: canvasPage.speech.set(text))
words = spoken.split()
if "red" in words:
func = lambda: canvasPage.change_fg(RED)
speech_callback_queue.put(func)
elif "blue" in words:
func = lambda: canvasPage.change_fg(BLUE)
speech_callback_queue.put(func)
elif "orange" in words:
func = lambda: canvasPage.change_fg(ORANGE)
speech_callback_queue.put(func)
elif "green" in words:
func = lambda: canvasPage.change_fg(GREEN)
speech_callback_queue.put(func)
elif "yellow" in words:
func = lambda: canvasPage.change_fg(YELLOW)
speech_callback_queue.put(func)
elif "purple" in words:
func = lambda: canvasPage.change_fg(PURPLE)
speech_callback_queue.put(func)
elif "black" in words:
func = lambda: canvasPage.change_fg('black')
speech_callback_queue.put(func)
elif "eraser" in words:
func = lambda: canvasPage.change_fg(eraser=True)
speech_callback_queue.put(func)
elif all(item in ['what', 'should', 'i', 'draw'] for item in words) or \
all(item in ['new', 'suggestion'] for item in words):
func = lambda: canvasPage.generate_suggestion()
speech_callback_queue.put(func)
elif "brush" in words and "size" in words:
prior = words.index("size")
try:
size = words[prior+1]
func = lambda: canvasPage.change_penwidth(size=size)
speech_callback_queue.put(func)
except IndexError:
pass
elif "change" in words and "custom" in words and "color" in words:
func = lambda: canvasPage.change_fg()
speech_callback_queue.put(func)
elif "custom" in words:
func = lambda: canvasPage.change_fg(canvasPage.color_custom)
speech_callback_queue.put(func)
elif "clear" in words:
func = lambda: canvasPage.clear()
speech_callback_queue.put(func)
elif "undo" in words:
speech_callback_queue.put(canvasPage.undo)
elif "save" in words:
speech_callback_queue.put(canvasPage.save)
elif "quit" in words or "exit" in words or "close" in words:
speech_callback_queue.put(canvasPage.master.destroy)
elif "home" in words:
speech_callback_queue.put(lambda: app.show_frame(MainPage))
elif "help" in words:
speech_callback_queue.put(lambda: app.show_frame(HelpPage, state="HELP"))
except sr.UnknownValueError:
speech_callback_queue.put(lambda: canvasPage.speech.set("You said: ... "))
print("Google Speech Recognition could not understand audio")
except sr.RequestError as e:
print("Could not request results from Google Speech Recognition service; {0}".format(e))
#Setup Speech Recognition
r = sr.Recognizer()
r.energy_threshold = 12000
m = sr.Microphone()
with m as source:
r.adjust_for_ambient_noise(source)
stop_listening = r.listen_in_background(m, speech_callback, phrase_time_limit=3)
#Setup Emotion Recogntion
faceCascade = app.face_cascade
video_capture = app.vs
emotionStore = {}
emotionCount = 0
#Setup Gesture Smoothing
store = []
recent = None
#Setup Audio
pygame.init()
mixer_music.load("lib/neutral.mp3")
mixer_music.play()
#Main loop
while True:
try:
# Capture frame-by-frame
ret, frame = video_capture.read()
gray = cv2.cvtColor(frame, cv2.COLOR_BGR2GRAY)
faces = faceCascade.detectMultiScale(gray, scaleFactor=1.1, minNeighbors=5, minSize=(30, 30))
# Draw a rectangle around the faces
for (x, y, w, h) in faces:
#Crop, Resize, Gray, & Reshape Image
cropped_img = frame[y:y+h, x:x+w].copy()
resized_img = cv2.resize(src=cropped_img, dsize=(48, 48), interpolation=cv2.INTER_AREA)
grayed_img = cv2.cvtColor(resized_img, cv2.COLOR_BGR2GRAY)
reshaped_img = grayed_img.reshape((48, 48, 1))
label = label_image(app.model, reshaped_img)
emotionStore[label] = emotionStore.get(label, 0) + 1
emotionCount += 1
if emotionCount >= 100:
print(emotionStore)
if emotionStore.get("angry", 0) >= 40 and emotionStore.get("angry", 0) > emotionStore.get("happy", 0):
prevalent = "angry"
elif emotionStore.get("happy", 0) >= 40 and emotionStore.get("happy", 0) > emotionStore.get("angry", 0):
prevalent = "happy"
else:
prevalent = "neutral"
canvasPage.adaptRGB(prevalent)
canvasPage.adaptMusic(prevalent)
emotionStore = {}
emotionCount = 0
else:
canvasPage.adaptRGB(canvasPage.emotion)
canvasPage.adaptMusic(canvasPage.emotion)
#Get Gesture Data each frame
hand = getLeapFrame().hands[0]
pointer_position_mm = list(hand.palm_pos)
if pointer_position_mm != [0, 0, 0] and is_in_bounds(pointer_position_mm):
x, y, z = mm_to_px(screen_width,screen_height,pointer_position_mm)
store.append((x,y,z))
if len(store) >= 1:
avg_x = sum([a[0] for a in store])/len(store)
avg_y = sum([a[1] for a in store])/len(store)
avg_z = sum([a[2] for a in store])/len(store)
canvasPage.move_cursor_to(avg_x, avg_y)
if avg_z <= -20:
canvasPage.gesture_paint(avg_x, avg_y)
canvasPage.fill_cursor()
else:
canvasPage.reset()
canvasPage.empty_cursor()
store = []
#Try for a callback from speech recognition
try:
callback = speech_callback_queue.get(False) #doesn't block
callback()
except queue.Empty: #raised when queue is empty
pass
#Update App
app.update_idletasks()
app.update()
sleep(0.01)
except TclError: #catch rror raised when attempting to quit
break
# When everything is done, release the capture
video_capture.release()
#Stop background threads
stop_listening(wait_for_stop=False)
import pygame
from pygame import mixer_music
import random
import math
# Initialize the pygame
pygame.init()
# Create the Screen
screen = pygame.display.set_mode((800, 600))
# Create a background & Sound
background = pygame.image.load('background.jpg')
mixer_music.load('backgroundmusic.wav')
mixer_music.play(-1)
# Title and Icon
pygame.display.set_caption("Space Invaders")
icon = pygame.image.load('ufo.png')
pygame.display.set_icon(icon)
# Player
playerImg = pygame.image.load('player.png')
playerX = 370
playerY = 480
playerX_change = 0
score = 0
from os import system
from pygame import init, mixer, mixer_music #, event
# mixer.init()
# init()
# mixer.music.load('Desafio21.mp3')
# mixer.music.play()
# event.wait()
mixer.init()
init()
mixer_music.load('Desafio21.mp3')
mixer_music.play()
system('pause')
interface4.interface1 = interface1
interface4.interface2 = interface2
interface4.interface3 = interface3
interface4.interface4 = interface4
interface4.interface5 = interface5
interface4.interface6 = interface6
interface5.interface1 = interface1
interface5.interface2 = interface2
interface5.interface3 = interface3
interface5.interface4 = interface4
interface5.interface5 = interface5
interface5.interface6 = interface6
interface6.interface1 = interface1
interface6.interface2 = interface2
interface6.interface3 = interface3
interface6.interface4 = interface4
interface6.interface5 = interface5
interface7.interfaceAcceuil = interface1
interface8.interfaceAcceuil = interface1
music.play(-1)
#Lancement
fen.mainloop()
music.stop()