renamed test stand to test bench

csv_threading.py

@@ -47,7 +47,7 @@ class ExecCSVThread(Thread):
 
     def execute_sequence(self, array, delay, parent, controller):
         # main execution method of the class
-        # runs through array with times and desired fields and commands test stand accordingly
+        # runs through array with times and desired fields and commands test bench accordingly
 
         # array format: [time (s), xField (T), yField (T), zField (T)]
         func.power_down_all()  # sets outputs on PSUs to 0 and Arduino pins to LOW before starting
@@ -73,12 +73,12 @@ class ExecCSVThread(Thread):
                     field_vec = array[i, 1:4]  # extract desired field vector
                     ui.ui_print("%0.5f s: t = %0.2f s, target field vector ="
                                 % (time.time() - t_zero, array[i, 0]), field_vec * 1e6, "\u03BCT")
-                    func.set_field(field_vec)  # send field vector to test stand
+                    func.set_field(field_vec)  # send field vector to test bench
                     controller.StatusDisplay.update_labels()  # update status display after change
 
                     # log change to the log file if user has selected event logging in the Configure Logging window
                     logger = controller.pages[ui.ConfigureLogging]  # get object of logging configurator
-                    if logger.event_logging:  # data should be logged when test stand is commanded
+                    if logger.event_logging:  # data should be logged when test bench is commanded
                         logger.log_datapoint()  # log data
 
                     i = i + 1  # next row
@@ -115,17 +115,17 @@ def read_csv_to_array(filepath):  # convert a given csv file to a numpy array
 
 
 def check_array_ok(array):
-    # check if any magnetic fields in an array exceed the test stand limits and if so display a warning message
+    # check if any magnetic fields in an array exceed the test bench limits and if so display a warning message
     values_ok = True
     for i in [0, 1, 2]:  # go through axes/columns
-        max_val = g.AXES[i].max_comp_field[1]  # get limits the test stand can do
+        max_val = g.AXES[i].max_comp_field[1]  # get limits the test bench can do
         min_val = g.AXES[i].max_comp_field[0]
         data = array[:, i + 1]  # extract data for this axis from array
         # noinspection PyTypeChecker
         if any(data > max_val) or any(data < min_val):  # if any datapoint is out of bounds
             values_ok = False
     if not values_ok:  # show warning pop-up if values are exceeding limits
-        messagebox.showwarning("Value Limits Warning!", "Found field values exceeding limits of test stand."
+        messagebox.showwarning("Value Limits Warning!", "Found field values exceeding limits of test bench."
                                                         "\nSee plot and check values in csv.")
 
 
@@ -140,7 +140,7 @@ def plot_field_sequence(array, width, height):  # create plot of fixed size (pix
 
     figure.suptitle("Magnetic Field Sequence")  # set figure title
 
-    # modify data to show instantaneous jumps in field to reflect test stand operation
+    # modify data to show instantaneous jumps in field to reflect test bench operation
     new_array = np.array([[0, 0, 0, 0]], dtype=float)  # initialize modified array, zeros to show start from no fields
 
     last_vals = [0, 0, 0]  # [x,y,z] field values from last data point (zero here), used to create step in data