Index: tests/flow_sensor_data_processor.py
===================================================================
diff -u -r2011b5c06793fc8e98f9e43113b15cff016024a1 -r43496ad886040327652f976a8796943f508cc764
--- tests/flow_sensor_data_processor.py	(.../flow_sensor_data_processor.py)	(revision 2011b5c06793fc8e98f9e43113b15cff016024a1)
+++ tests/flow_sensor_data_processor.py	(.../flow_sensor_data_processor.py)	(revision 43496ad886040327652f976a8796943f508cc764)
@@ -32,6 +32,8 @@
             initial_fill_flow = 0.0
             initial_fill_delay = 0
             counter = 0
+            initial_temp_flow = 0.0
+            temp_flow_running_sum = 0.0
 
             # Get the log file address without the extension
             file_name = os.path.splitext(log_file)[0]
@@ -56,6 +58,8 @@
                 flow = float(data.split('Flow,', 1)[1].split(',')[0]) * 1000
                 load_cell = float(data.split('B1,', 1)[1].split(',')[0])
 
+                temp_flow = float(0.0 if 'Temp_flow' not in data else data.split('Temp_flow,', 1)[1].split(',')[0])*1000
+
                 # Check if the operation mode is fill and the VPo valve is set to fill
                 if operation_mode == 'DG_OP_MODE_FILL' and vpo_status == 'VALVE_STATE_FILL_C_TO_NC':
                     # Wait for the first 3 seconds of the data in the fill. This is to wait for the measured flow
@@ -68,10 +72,12 @@
                         initial_fill_time = counter
                         is_it_fill_time = True
                         initial_fill_flow = flow
+                        initial_temp_flow = temp_flow
                     # If it is the fill time, keep adding the parsed flow to be averaged later as the average measured
                     # flow of the fill
                     if is_it_fill_time is True:
                         flow_running_sum += flow
+                        temp_flow_running_sum += temp_flow
 
                 # Check if the operation mode is back to recirculate and the fill time flag is still true. This means
                 # fill just ended and it is back to recirculate so the calculations can be done now
@@ -86,9 +92,13 @@
                     # Calculate the error from load cell to the average measured flow in percent
                     error = ((load_cell_flow - avg_measured_flow) / load_cell_flow) * 100
 
-                    info = ('{}, {:5.3f}, {:5.3f}, {:5.3f}, {:5.3f}, {:5.3f} '.format(duty_cycle, initial_fill_flow,
-                                                                                      flow, avg_measured_flow,
-                                                                                      load_cell_flow, error))
+                    avg_measured_temp_flow = temp_flow_running_sum / (counter - initial_fill_time)
+
+                    info = ('{}, {:5.3f}, {:5.3f}, {:5.3f}, {:5.3f}, {:5.3f}, {:5.3f} '.format(duty_cycle,
+                                                                                               initial_fill_flow,
+                                                                                               flow, avg_measured_flow,
+                                                                                               load_cell_flow, error,
+                                                                                               avg_measured_temp_flow))
                     w.write(info + '\r')
 
                     # Done with this calculations, reset all the variables for the next fill
@@ -97,6 +107,7 @@
                     is_it_fill_time = False
                     flow_running_sum = 0
                     initial_fill_delay = 0
+                    temp_flow_running_sum = 0
 
 elapsed_time = ('Elapsed Time: {} seconds!'.format(int(time() - start_time)))
 print(elapsed_time)