def turn_fan_on():
lock.acquire()
profile.turn_fan_on_button['active'] = True
profile.turn_automatic_mode_on_button['active'] = False
profile.turn_fan_off_button['active'] = False
profile.connect_button['disabled'] = False
profile.set_location_button['disabled'] = False
profile.set_temperature_preferences_button['disabled'] = False
profile.mode = "manual on"
hardware.turn_fan_on()
status = get_status()
lock.release()
return status
def run_automatic_mode():
'''
'''
while True:
lock.acquire()
if not profile.turn_automatic_mode_on_button['active']:
lock.release()
break
outside_temp, error = outside_data.get_outside_temp(profile.lat, profile.lon)
profile.weather_api_error = error
inside_temp = sensor.get_inside_temp()
inside_temp = float(inside_temp)
outside_temp = float(outside_temp)
if config.record_temp:
record_temp(inside_temp, outside_temp)
cooler_outside = outside_temp < inside_temp - float(profile.temp_margin)
if cooler_outside and inside_temp > float(profile.min_temp):
hardware.turn_fan_on()
else:
hardware.turn_fan_off()
lock.release()
time.sleep(float(profile.min_cycle_time))
