import machine
import onewire
import ds18x20
import time
from machine import Pin, ADC

# Setup DS18B20 temperature sensor
dat = machine.Pin(4)  # GPIO4 for DS18B20
ds_sensor = ds18x20.DS18X20(onewire.OneWire(dat))

# Setup ADC for Potentiometers (simulating pH and turbidity sensors)
ph_sensor = ADC(Pin(34))  # GPIO34 (Analog input) for pH sensor
ph_sensor.atten(ADC.ATTN_11DB)  # Set range 0-3.3V for better precision

turbidity_sensor = ADC(Pin(35))  # GPIO35 (Analog input) for turbidity sensor
turbidity_sensor.atten(ADC.ATTN_11DB)  # Set range 0-3.3V for better precision

# Scan for DS18B20 devices
roms = ds_sensor.scan()
print('Found DS devices:', roms)

while True:
    # Temperature reading from DS18B20
    ds_sensor.convert_temp()  # Convert temperature
    time.sleep_ms(750)  # Wait for conversion to complete
    temp = ds_sensor.read_temp(roms[0])  # Read temperature value from the sensor

    # pH sensor reading (simulated by potentiometer)
    ph_value = ph_sensor.read()  # Read analog value from potentiometer
    ph = (ph_value / 4095) * 14  # Convert ADC value to pH scale (0-14)

    # Turbidity sensor reading (simulated by potentiometer)
    turbidity_value = turbidity_sensor.read()  # Read analog value from potentiometer
    turbidity = (turbidity_value / 4095) * 100  # Convert ADC value to percentage (0-100%)

    # Print the sensor readings in Wokwi Serial Monitor
    print('Temperature: {:.2f}°C'.format(temp))
    print('pH Level: {:.2f}'.format(ph))
    print('Water Clarity (Turbidity): {:.2f}%'.format(turbidity))
    print('---')

    # Wait for a short period before taking another reading
    time.sleep(5)