دستگاه صداساز

from picozero import Speaker, Button
from time import sleep
from random import randint

# State which pins the components are attached to on the Pico
speaker = Speaker(5)
button1 = Button(18)
button2 = Button(19)
button3 = Button(20)
button4 = Button(21)

# A series of functions that create annoying tones
def tada(): # Ta-Daaa!
    speaker.play(523, 0.1)
    sleep(0.1)
    speaker.play(523, 0.4)
        
def chirp(): # Series of high-pitched chirps
    for _ in range(2):
        for i in range(5000, 2999, -100):
            speaker.play(i, 0.02)
        sleep(0.2)
        
def win(): # Rising tones
    for i in range(2000, 5000, 100):
        speaker.play(i, 0.05)        
    
def womp(): # Wah-wah-wah-waaaaahhhh
    speaker.play(494, 0.5)
    speaker.play(466, 0.5)
    speaker.play(440, 0.5)
    for i in range(10):
        speaker.play(415, 0.05)
        speaker.play(440, 0.05)
    speaker.play(415, 0.2)
            
def stop(): # No sound or light
    
    led.off()
    
button1.when_pressed = tada
button2.when_pressed = chirp
button3.when_pressed = womp
button4.when_pressed = win

try:
    while True:
        sleep(0.1)
finally:
    stop()

from picozero import Speaker, Switch

speaker = Speaker(5)
switch = Switch(18)

BEAT = 0.5 # 120 BPM

defying = [ ['a5', BEAT / 2], ['a5', BEAT], ['e6', BEAT], ['d6', BEAT * 1.5], ['f#5', BEAT], ['a5', BEAT * 1.5],  
              ['d5', BEAT], ['f#5', BEAT * 1.5], ['e5', BEAT / 2], ['e5', BEAT * 1.5] ]

def play_song():
    try:
        speaker.play(defying)
           
    finally: # Turn speaker off if interrupted
        speaker.off()

switch.when_closed = play_song

from picozero import Speaker, RGBLED, Switch
from time import sleep
from random import randint

# State which pins the components are attached to on the Pico
speaker = Speaker(5)
led = RGBLED(13, 14, 15)
trigger = Switch(18)

# A series of functions that create annoying tones

def tada(): # Ta-Daaa!
    led.color = (250,125,0)
    speaker.play(523, 0.1)
    led.color = (0,0,0)
    sleep(0.1)
    led.color = (250,125,0)
    speaker.play(523, 0.4)
    for i in range(100, 0, -1):
        speaker.play(523, 0.01, i/100)


def chirp(): # Series of high-pitched chirps
    for _ in range(5):
        bc = 255
        rc = 0
        for i in range(5000, 2999, -100):
            led.color = (rc,0,bc)
            speaker.play(i, 0.02)
            bc -= 12
            rc += 12
        sleep(0.2)


def alarm(): # Rising tones
    for _ in range(5):
        gc = 255
        bc = 0

        for i in range(2000, 5000, 100):
            led.color = (127,gc,bc)
            speaker.play(i, 0.05)
            gc -= 8
            bc += 8
        sleep(0.2)    


def siren(): # Nee-Nor!
    for i in range(10):
        led.color = (0,0,255)
        speaker.play(4500, 0.5)
        led.color = (255,0,0)
        speaker.play(2500, 0.5)


def bomb(): # Dropping 'alarm' to crash
    bc = 240
    for i in range(5000, 1000, -50):
        led.color = (127,255,bc)
        speaker.play(i, 0.05)
        bc -= 3
    led.color = (255,0,0)
    for i in range(1000): # White noise loop 1 second
        tone = randint(1000,5000) # Pick a random number
        speaker.play(tone, 0.001) # Play tone for 1/1000th second
    sleep(0.2)


def womp(): # Wah-wah-wah-waaaaahhhh
    led.color = (255,255,255) # White
    speaker.play(494, 0.5)
    led.color = (125,125,125) # Dim
    speaker.play(466, 0.5)
    led.color = (60,60,60) # Dimmer
    speaker.play(440, 0.5)
    for i in range(10):
        speaker.play(415, 0.05)
        led.color = (0,0,0) # Off
        speaker.play(440, 0.05)
        led.color = (255,255,255) # White 
    speaker.play(415, 0.2)    


def noise():
    sound = randint(1,6) # Pick a number between 1–6
    if sound == 1:
        tada()
    elif sound == 2:
        chirp()
    elif sound == 3:
        siren()
    elif sound == 4:
        alarm()
    elif sound == 5:
        bomb()
    elif sound == 6:
        womp()
        
def safe(): # No sound or light
    speaker.off()
    led.off()

# Loop to check if switch is closed

while True: 
    if trigger.is_closed:
        noise()
    else:
        safe()

from picozero import Speaker, Pot, Button
from time import sleep

speaker = Speaker(5)
speaker2 = Speaker(10)
button = Button(18)
dial = Pot(0)

BEAT = 0.4

liten_mus = [ ['d5', BEAT / 2], ['d#5', BEAT / 2], ['f5', BEAT], ['d6', BEAT], ['a#5', BEAT], ['d5', BEAT],  
              ['f5', BEAT], ['d#5', BEAT], ['d#5', BEAT], ['c5', BEAT / 2],['d5', BEAT / 2], ['d#5', BEAT], 
              ['c6', BEAT], ['a5', BEAT], ['d5', BEAT], ['g5', BEAT], ['f5', BEAT], ['f5', BEAT], ['d5', BEAT / 2],
              ['d#5', BEAT / 2], ['f5', BEAT], ['g5', BEAT], ['a5', BEAT], ['a#5', BEAT], ['a5', BEAT], ['g5', BEAT],
              ['g5', BEAT], ['', BEAT / 2], ['a#5', BEAT / 2], ['c6', BEAT / 2], ['d6', BEAT / 2], ['c6', BEAT / 2],
              ['a#5', BEAT / 2], ['a5', BEAT / 2], ['g5', BEAT / 2], ['a5', BEAT / 2], ['a#5', BEAT / 2], ['c6', BEAT],
              ['f5', BEAT], ['f5', BEAT], ['f5', BEAT / 2], ['d#5', BEAT / 2], ['d5', BEAT], ['f5', BEAT], ['d6', BEAT],
              ['d6', BEAT / 2], ['c6', BEAT / 2], ['b5', BEAT], ['g5', BEAT], ['g5', BEAT], ['c6', BEAT / 2],
              ['a#5', BEAT / 2], ['a5', BEAT], ['f5', BEAT], ['d6', BEAT], ['a5', BEAT], ['a#5', BEAT * 1.5] ]

sound = [ [523, 0.1], [None, 0.1], [523, 0.4] ]

def annoying_sound():
    speaker.play(sound, wait=False)
    
button.when_pressed = annoying_sound

try:
    for note in liten_mus:
        speaker2.play(note) 
        sleep(dial.value) # Leave a gap between notes depending on potentiometer value
finally:
    speaker.off() # Turns speaker off when code is stopped by user
    speaker2.off() # Turns speaker2 off when code is stopped by user