sys.exit(-1)
port = sys.argv[1]
# Connect to Circuit Playground board on specified port.
board = CircuitPlayground(port)
# Initialize reading the thermistor by calling start_temperature once.
board.start_temperature()
# Optionally you can pass a callback function that will be called when a new
# temperature measurement is available. This function should take two
# parameters, the temp in celsius and the raw ADC value. See the commented
# code below:
# def new_temp(temp_c, raw):
# print('Temperature: {0:.2f} Celsius'.format(temp_c))
# print('Raw thermistor ADC value: {0}'.format(raw))
# board.start_temperature(new_temp)
# Loop forever printing the temperature every second.
print('Printing temperature (Ctrl-C to quit)...')
while (True):
# Read the temperature in Celsius.
temp_c = board.read_temperature()
# Print out the temperature with two decimal places.
print('Temperature: {0:.2f} Celsius'.format(temp_c))
# You can also read the raw thermistor ADC value. This will be a value from
# 0 to 1023 which is proportional to the resistance of the thermistor.
raw = board.read_temperature_raw()
print('Raw thermistor ADC value: {0}'.format(raw))
time.sleep(1) # Pause for a second and repeat.
#port = sys.argv[1]
port = "/dev/tty.usbmodem1411"
# Connect to Circuit Playground board on specified port.
board = CircuitPlayground(port)
# Initialize reading the thermistor by calling start_temperature once.
board.start_temperature()
# Optionally you can pass a callback function that will be called when a new
# temperature measurement is available. This function should take two
# parameters, the temp in celsius and the raw ADC value. See the commented
# code below:
# def new_temp(temp_c, raw):
# print('Temperature: {0:.2f} Celsius'.format(temp_c))
# print('Raw thermistor ADC value: {0}'.format(raw))
# board.start_temperature(new_temp)
# Loop forever printing the temperature every second.
print('Printing temperature (Ctrl-C to quit)...')
while (True):
# Read the temperature in Celsius.
temp_c = board.read_temperature()
# Print out the temperature with two decimal places.
print('Temperature: {0:.2f} Celsius'.format(temp_c))
# You can also read the raw thermistor ADC value. This will be a value from
# 0 to 1023 which is proportional to the resistance of the thermistor.
raw = board.read_temperature_raw()
print('Raw thermistor ADC value: {0}'.format(raw))
time.sleep(1) # Pause for a second and repeat.
