Autoscale mode was not working with reference, i think I never checked the...

Autoscale mode was not working with reference, i think I never checked the code, autoscale only based on last trace not ref too

SQUID measurement software.md

@@ -106,7 +106,7 @@ Please update the practicum round
 
 ```python hide_input=false
 academic_year = "2020_2021"
-practicum_round = 6
+practicum_round = 0
 ```
 
 Run this code to create the folder where your data will be saved and make a subfolder with a copy of the latest analysis scripts.
@@ -248,12 +248,12 @@ def update_display():
     
     # Update scaling
     if scale_mode.value == "Autoscale":
-        if plot_ref_button.value:
-            auto_scale(p1.x_range,np.concatenate(I,np.array(source3.data['x'])))
-            auto_scale(p1.y_range,np.concatenate(V,np.array(source3.data['y'])))
-        else:
-            auto_scale(p1.x_range,I)
-            auto_scale(p1.y_range,V)
+        #if plot_ref_button.value:
+        #    auto_scale(p1.x_range,np.concatenate(I,np.array(source3.data['x'])))
+        #    auto_scale(p1.y_range,np.concatenate(V,np.array(source3.data['y'])))
+        #else:
+        auto_scale(p1.x_range,I)
+        auto_scale(p1.y_range,V)
     elif scale_mode.value == "Full range":
         p1.x_range.start = -x_full_scale
         p1.x_range.end = x_full_scale
@@ -407,7 +407,7 @@ def get_temperature(serial_port, baudrate, timeout):
     #Serial read + Temperature calculations:
     serial_reply = ser.readline()
     try:
-        Vout = float(str(serial_reply.decode("utf-8")))*(Vin/1023.0)          #calculates the voltage from the voltage divider (over the PT1000)
+        Vout = float(str(serial_reply.decode("utf-8")))*(Vin/1023.0)        #calculates the voltage from the voltage divider (over the PT1000)
     except:
         return serial_reply
     Rpt = (Vout*R1)/(Vin-Vout)                                              #calculates the resistance of the PT1000