def start_and_decode_LED_sequence_scan(location_byte):
## LED Scanning
# fault_detection_output = "12.2" #"1.42" #"Error" # DEBUGGING
fault_detection_output = do_LED_scanning(cam, jpeg_streamer, location_byte)
if fault_detection_output[0] == ("E" or "e"): # If output starts with E or e
return "Error" # Return error
else:
feedback = str(location_byte) + str(fault_detection_output) + "0000"
return feedback # Return that fault was detected
def start_and_decode_LED_sequence_scan():
## LED Scanning
fault_detection_output = do_LED_scanning()
if fault_detection_output[0] == ("E" or "e"): # If output starts with E or e
return "Error" # Return error
elif fault_detection_output[0] == ("F" or "f"): # If output starts with F or f (Faster)
return "1" # Return that fault was detected
elif fault_detection_output[0] == ("S" or "s"): # If output starts with S or s (Slower)
return "0" # Return that fault was not detected
return "Error" # Any other option (impossible) - Error
def start_and_decode_LED_sequence_scan():
## LED Scanning
fault_detection_output = do_LED_scanning()
if fault_detection_output[0] == ("E" or "e"): # If output starts with E or e
return "Error" # Return error
elif fault_detection_output[0] == ("F" or "f"): # If output starts with F or f (Faster)
return "1" # Return that fault was detected
elif fault_detection_output[0] == ("S" or "s"): # If output starts with S or s (Slower)
return "0" # Return that fault was not detected
return "Error" # Any other option (impossible) - Error
def start_and_decode_LED_sequence_scan(location_byte):
## LED Scanning
# fault_detection_output = "12.2" #"1.42" #"Error" # DEBUGGING
fault_detection_output = do_LED_scanning(cam, jpeg_streamer, location_byte)
if fault_detection_output[0] == ("E"
or "e"): # If output starts with E or e
return "Error" # Return error
else:
feedback = str(location_byte) + str(fault_detection_output) + "0000"
return feedback # Return that fault was detected
