def main():
# Create Setup object
bus = Setup()
# Create Sensor object
sense = Sensor()
# Setup the SPI bus
bus.busSetup()
while True:
# Retrieve the SPI bus
channel_1, channel_2 = bus.getBus()
# Setup the sensors
sense.setTemperatureInC(channel_1)
sense.setTemperatureInF(channel_1)
sense.setLuminosity(channel_2)
# Fetch temperature in degrees C
temperatureC = sense.getTemperatureInC()
# Fetch temperature in degrees F
temperatureF = sense.getTemperatureInF()
# Fetch luminosity as a percentage
luminosity = sense.getLuminosity()
# print output
print(
"Temperature in degrees Celsius: {:5.2f} deg".format(temperatureC))
print("Temperature in degrees Fahrenheit: {:5.2f} deg".format(
temperatureF))
print("Luminosity as a percentage: {:6.2f} %".format(luminosity))
print("\n")
# time delay between readings
sleep(1)
def main():
# Create Setup object
bus = Setup()
# Create Sensor object
sense = Sensor()
# Setup the SPI bus
bus.busSetup()
while True:
# Retrieve the SPI bus
channel_1, channel_2 = bus.getBus()
# Setup the sensors
sense.setTemperatureInC(channel_1)
sense.setTemperatureInF(channel_1)
sense.setLuminosity(channel_2)
# Fetch temperature in degrees C
temperatureC = sense.getTemperatureInC()
# Fetch temperature in degrees F
temperatureF = sense.getTemperatureInF()
# Fetch luminosity as a percentage
luminosity = sense.getLuminosity()
# Open file for output
outfile = open(r"/home/pi/share/data.txt", "a")
# Write temperature and luminosity readings to file
outfile.write("\n{:5.2f}\t\t{:6.2f}\t\t{}".format(
temperatureC, luminosity, datetime.now()))
# Close file stream
outfile.close() # Close the input file
# time delay between readings
sleep(30)
