ابزار حسگرها

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

eat = LED(13)
drink = LED(8)
play = LED(5)

speaker = Speaker(1)

choose = Button(18)
confirm = Button(22)

option = 0 # Store the current option

def choice(): # Call the next function and update the option
    global option
    if option == 0:
        eat.on()
        drink.off()
        play.off()
    elif option == 1:
        eat.off()
        drink.on()
        play.off()    
    elif option == 2:
        eat.off()
        drink.off()
        play.on()   
    elif option == 3:
        eat.off()
        drink.off()
        play.off()

    if option == 3:
        option = 0
    else:
        option = option + 1

def sound_buzzer():
    speaker.on()
    sleep(1)
    speaker.off()

choose.when_pressed = choice 
confirm.when_pressed = sound_buzzer

from picozero import RGBLED, Button

rgb = RGBLED(1, 2, 3)
button = Button(18)
option = 0

def change_option():
    global option
    option += 1
        
    if option == 1:
        rgb.cycle()
    else:
        rgb.off()
        option = 0

button.when_pressed = change_option

from picozero import LED, Speaker, Button, Pot

led = LED(13)
speaker1 = Speaker(5)
speaker2 = Speaker(10)
button1 = Button(18)
button2 = Button(28)
dial = Pot(0)

def tune1():
    speaker1.play(500)  
    print('1 pressed')

def tune2():
    speaker2.play(600) 
    print('2 pressed')

while True:
    led.brightness = dial.percent
    button1.when_pressed = tune1
    button2.when_pressed = tune2

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

led = RGBLED(13,14,15) # Set up RGBLED
led2 = RGBLED(10,11,12) # Set up other RGBLED — the more, the brighter!

hum = Speaker(5) # Set up passive buzzer for hum/start/stop sounds

power = Button(17) # Set up button to turn on saber

dial = Pot(0) # Set up potentiometer to change blade colour and turn off

# Turn off lights and make 'power-down' sound
def off():
    for i in range(400): # White noise loop 1 second
        tone = randint(4000,6000) # Pick a random number between 4000 and 6000
        hum.play(tone, 0.001) # Play tone for 1/1000th second
    for i in range(200): # White noise loop 1 second
        tone = randint(2000,4000) # Pick a random number between 2000 and 4000
        hum.play(tone, 0.001) # Play tone for 1/1000th second
    for i in range(200): # White noise loop 1 second
        tone = randint(1000,3000) # Pick a random number between 1000 and 3000
        hum.play(tone, 0.001) # Play tone for 1/1000th second
    for i in range(200): # White noise loop 1 second
        tone = randint(50,1000) # Pick a random number between 50 and 1000
        hum.play(tone, 0.001) # Play tone for 1/1000th second
    led.color = (0,0,0)
    led2.color = (0,0,0)
    hum.off()


# Make lightsaber start sound then turn on lights
def on():
    for i in range(200): # White noise loop 0.2 second
        tone = randint(50,1000) # Pick a random number between 50 and 1000
        hum.play(tone, 0.001) # Play tone for 1/1000th second
    for i in range(200): # White noise loop 0.2 second
        tone = randint(1000,3000) # Pick a random number between 1000 and 3000
        hum.play(tone, 0.001) # Play tone for 1/1000th second
    for i in range(200): # White noise loop 0.2 second
        tone = randint(2000,4000) # Pick a random number between 2000 and 4000
        hum.play(tone, 0.001) # Play tone for 1/1000th second
    for i in range(400): # White noise loop 0.4 second
        tone = randint(3000,5000) # Pick a random number between 3000 and 5000
        hum.play(tone, 0.001) # Play tone for 1/1000th second
    while True: # Forever loop checking the dial reading to set colour and change hum sound
        if dial.value >= 0.8: # Highest setting on dial - 5
            led.color = (255,255,255) # White
            led2.color = (255,255,255)
            hum.play(90)
        elif dial.value >= 0.6: # High setting on dial - 4
            led.color = (255,0,255) # Purple blade
            led2.color = (255,0,255)
            hum.play(80)
        elif dial.value >= 0.4: # Middle setting on dial - 3
            led.color = (0,0,255) # Blue blade
            led2.color = (0,0,255)
            hum.play(70)
        elif dial.value >= 0.2: # Low setting on dial - 2
            led.color = (0,255,0) # Green blade
            led2.color = (0,255,0)
            hum.play(60)
        elif dial.value >= 0.01: # Lowest setting on dial (above 0.01) - 1
            led.color = (255,0,0) # Red blade
            led2.color = (255,0,0)
            hum.play(50)
        else: # If dial turned all the way down - 0
            off() # Run off function
            break # Leave the loop
    

power.when_pressed = on

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

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


def light(): # Flickering flame loop
      red = randint(125,255) # Mostly red
      yellow = (red - 125) # Never more than red
      delay = randint(0,100)
      led.color = (red, yellow, 0)
      sleep(delay/1000)


def dark(): # No flame
   led.off()
   sleep(2) # Dark time before reset


# Loop to check if switch is closed
while True: 
    if trigger.is_closed:
        dark()
    else:
        light()