Update growth damp (version used for SB)

growth_damp.py

@@ -42,6 +42,7 @@ def growth_damp_measurement(file,
     tuneZ = DeviceProxy("ans/rf/bbfdataviewer.2-tunez")
     phc_C02 = DeviceProxy("ans-c02/dg/phc-emit")
     phc_C16 = DeviceProxy("ans-c16/dg/phc-emit")
+    dcct= DeviceProxy("ANS/DG/DCCT-CTRL")
     # total_current = np.round(np.sum(remplissage.bunchescurrent),1)
     
     file["filling_pattern_before"] = remplissage.bunchescurrent
@@ -51,6 +52,7 @@ def growth_damp_measurement(file,
     file["emitX_C16_before"] = phc_C16.EmittanceH
     file["emitZ_C02_before"] = phc_C02.EmittanceV
     file["emitZ_C16_before"] = phc_C16.EmittanceV
+    file["dcct_current"] = dcct.current
 
     growth_damp_core(file, **kwargs)
     
@@ -100,6 +102,7 @@ def growth_damp_core(file,
     tuneZ = DeviceProxy("ans/rf/bbfdataviewer.2-tunez")
 
     fbt = get_fbt_device()
+    selected = fbt.selectedBunchNumberADC0
     check_feedback_stoped()
     
     if datasize != 4:
@@ -131,7 +134,6 @@ def growth_damp_core(file,
     # Measurement
     delay.activateChannelA = True
     fbt.acquiredataonce()
-    sleep(0.5 + window_width*1e-6) # value to be tuned
     delay.activateChannelA = False
 
     # Save data from buffer
@@ -150,6 +152,8 @@ def growth_damp_core(file,
         tuneZ.init()
         tuneX.init()
 
+    fbt.selectedBunchNumberADC0 = selected
+    
 
 def _avg_mean(signal, window):
     N=len(signal)