import LM75
sensor1 = LM75.LM75()
sensor1.i2c_address = 0x48
sensor2 = LM75.LM75()
sensor2.i2c_address = 0x49
print("temp_c:", sensor1.getCelsius())
print("temp_f:", sensor1.getFahrenheit())
print("----------------------------------")
#print("temp_c:", sensor2.getCelsius())
#print("----------------------------------")
measurement = read_SolarPV_kW_gen_now(SensorID)
return measurement
# 1-wire config...
if 'T1w' in SensorType:
print("Using 1-Wire Temperature Sensor(s)")
os.system('modprobe w1-gpio')
os.system('modprobe w1-therm')
base_dir = '/sys/bus/w1/devices/'
# LM75 config...
if 'LM75' in SensorType:
print("Using LM75 Temperature Sensor(s)")
sensor = LM75.LM75()
# TrigN config...
if 'TrigN' in SensorType:
print("Using Negative-Edge trigger on pin")
# SolarPV config...
# Assumes the I/O pin is connected directly to the output of the photo detector stuck to the front of the electricity meter
# and that the output is pulled up to around 3.3V within the sensor monitoring module.
# Recommend a resistor (say, 1kR) is connected in-line with the connection to the GPIO pin to protect the Pi
if 'Electric_Whrs_import_today' in SensorType:
for x in range(0, ActiveSensors):
if SensorType[x] == 'Electric_Whrs_import_today':
GPIO.setup(
int(SensorLoc[x], 10), GPIO.IN, pull_up_down=GPIO.PUD_UP
) # Add pull-up here only when testing without the photo-sensor attached