# Import the UE9 module
import ue9

# Open first found UE9
d = ue9.UE9()

# Read calibration information from the UE9 for following analog input
# conversions.
d.getCalibrationData()

# Update FIO0-1 as digital inputs and FIO2-3 as output-high.
fio_mask = 15  # FIO lines to update (b1 = update, b0 = don't update) = b00001111 = d15
fio_dir = 12  # FIO directions (b1 = output, b0 = input) = b00001100 = d12
fio_state = 12  # FIO state (b1 = high, b0 = low) = b00001100 = d15
results = d.feedback(FIOMask=fio_mask, FIODir=fio_dir, FIOState=fio_state)

# Display FIOState (decimal, all FIOs)
print(results["FIOState"])

# Read AIN0 and AIN1
ain_mask = 3  # AIN channels to read = b0000000000000011 = d3
resolution = 12  # Resolution = 12
settling_time = 0  # Settling time = 0
ain1_0_bipgain = 8  # AIN0 and AIN1 gain = 8 = bipolar gain 1 = +/-5 V
results = d.feedback(AINMask=ain_mask, Resolution=resolution, SettlingTime=settling_time, AIN1_0_BipGain=ain1_0_bipgain)

# Display AIN0 and AIN1 reading (in volts)
print("%f , %f" % (results["AIN0"], results["AIN1"]))

# Note that the above 2 feedback commands can be done in one call
# Feedback settings are documented here:
#    https://labjack.com/support/datasheets/ue9/low-level-function-reference/control-functions/feedback

print("Done")