# IMPORT
from machine import Pin,PWM
from time import sleep
from dht import DHT22


# NAMES OF COMPONENT
lr = Pin(0,Pin.OUT)
ly = Pin(5,Pin.OUT)
lb = Pin(9,Pin.OUT)


# BOTS
bot_red = Pin(15,Pin.IN,Pin.PULL_UP)
bot_green = Pin(16,Pin.IN,Pin.PULL_UP)


# BUZZER
buzzer = PWM(21)


# DHT
sensor_t_u = DHT22(28)


# SENSOR DE PRESENCA
PIR = Pin(27,Pin.IN)


# FUNCTION
def nome_da_funcao_1(args):

    lr.off()
    ly.off()
    lb.on()
    sleep(1)

    print(f"\nTEMPERATURA:\t{T:.1f}°C")

    buzzer.freq(296)
    buzzer.duty_u16(150)
    sleep(1)

def nome_da_funcao_2(args):

    lr.on()
    sleep(1)
    ly.off()
    lb.off()

    print(f"\nUMIDADE:\t{H:.1f}%")

    buzzer.freq(87)
    buzzer.duty_u16(150)
    sleep(1)


bot_red.irq(handler = nome_da_funcao_1, trigger = Pin.IRQ_FALLING)
bot_green.irq(handler = nome_da_funcao_2, trigger = Pin.IRQ_FALLING)


while True:


    # DHT MEDICOES
    try:
        sensor_t_u.measure()
        T = sensor_t_u.temperature()
        H = sensor_t_u.humidity()
        # buzzer.freq(87)
        # buzzer.duty_u16(150)


    except:
        print("Falha!!!")


    # lr.off()
    # ly.on()
    # lb.off()


    if PIR.value() == 1:
        

        print("\n--------------------------------------------------")
        Table_1 = str(f"1- BOTAO VERMELHO")
        Table_2 = str(f"2- BOTAO VERDE")
        print(f"\n{Table_1}\n{Table_2}")
        sleep(5)
        # print(f"\n1- BOTAO VERMELHO","2- BOTAO VERDE")
        print(f"\nPRESSIONE O BOTAO:")
        sleep(5)


    else:


        print(">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>")
        print(f"\nSIMULE MOVIMENTO!!!")
        sleep(5)