Dual Kmeter

Example

from m5stack import *
from m5ui import *
from uiflow import *
import module

import time

setScreenColor(0x230c0c)

dualkmeter = module.get(module.DUAL_KMETER)

label4 = M5TextBox(194, 0, "Thermo F", lcd.FONT_Ubuntu, 0x710000, rotate=0)

dualkmeter.init_i2c_address(0x11)
print((str('Firmware: ') + str((dualkmeter.get_firmware_version()))))
while True:
  if dualkmeter.get_isready():
    print((str('Kmeter channel: ') + str((dualkmeter.rw_select_kmeter()))))
    print((str('Temperature: ') + str((dualkmeter.get_kmeter_thermo(1)))))
    print((str('Internal temperature (CELSIUS): ') + str((dualkmeter.get_kmeter_internal(1)))))
    print((str('Thermocouple temperature: ') + str((dualkmeter.get_kmeter_thermo(2)))))
    print((str('Internal temperature (FAHRENHEIT): ') + str((dualkmeter.get_kmeter_internal(2)))))
  wait_ms(250)
  wait_ms(2)

API

dualkmeter.rw_select_kmeter()

• Get the selected channel. Returns the currently selected channel.

dualkmeter.get_firmware_version()

• Get the device's firmware version. Returns a string representing the firmware version currently running on the device.

dualkmeter.get_kmeter_internal(1)

• Get the internal temperature. You can choose the unit as Celsius (CELSIUS) or Fahrenheit (FAHRENHEIT), and it returns a float representing the temperature.

dualkmeter.get_isready()

• Check if the temperature measurement is ready. Returns a boolean value indicating whether the temperature measurement can be performed.

dualkmeter.get_kmeter_internal_string(1)

• Get the internal temperature as a string. You can choose the unit as Celsius (CELSIUS) or Fahrenheit (FAHRENHEIT), and it returns a string representing the temperature.

dualkmeter.get_kmeter_thermo_string(1)

• Get the thermocouple temperature as a string. You can choose the unit as Celsius (CELSIUS) or Fahrenheit (FAHRENHEIT), and it returns a string representing the temperature.

dualkmeter.get_kmeter_thermo(1)

• Get the thermocouple temperature. You can choose the unit as Celsius (CELSIUS) or Fahrenheit (FAHRENHEIT), and it returns a float representing the temperature.

dualkmeter.init_i2c_address(0x11)

• Initialize the device's I2C address.

dualkmeter.rw_select_kmeter(0)

• Set one of the two thermocouples as the measurement channel.

dualkmeter.rw_select_kmeter(0)

• Set one of the two thermocouples as the measurement channel.