script/test/TestNilson.py

@@ -0,0 +1,154 @@
+# Greateyes scan 
+
+#******** SCAN Settings ********
+Note="DESY - "
+
+Exp_Time= 1
+
+X0=4200
+Xstep=450
+XNum_points=3
+
+Y0=5960
+Ystep=-40
+YNum_points=10
+
+GE_ROI_Line = 3
+
+GE_AreaDet = det
+
+GE_ROI_Image= det.getDataMatrix()
+GE_Raw_Image= det.getDataMatrix()
+GE_BG_Image = det.getDataMatrix()
+GE_Spectrum_Conv =  det.getDataArray()
+GE_Spectrum =  det.getDataArray()
+GE_BG_Line = det.getArraySize2()
+GE_BG_SizeX  = det.getArraySize0()
+GE_BG_SizeY  = det.getArraySize1()
+GE_ROI_Line = det.getArraySize2()
+GE_ROI_SizeX  = det.getArraySize0()
+GE_ROI_SizeY  = det.getArraySize1()
+IZero_Profile = det.getDataArray()
+TFY_Profile = det.getDataArray()
+IZero=sin
+TFY = sin
+GE_Sensor_Temp = sin
+GE_FrameID = sin
+Press_Diag_PV= sin
+Press_Spec_PV= sin
+Press_Spec_HV =sin
+Press_Sample_Ch=sin
+Press_Diag_HV = sin
+GE_Spectrum_Sum = det.getDataArray()
+
+#******** Functions Definitions ********
+def Save_Pre_Scan_Data():
+    save_dataset("RAW/GE_BG_Image", GE_BG_Image.read())
+    save_dataset("Processed/GE_Spectrum_Convertion", GE_Spectrum_Conv.read())
+    save_dataset("Detector/GE_ROI_Line", GE_ROI_Line.read())
+    save_dataset("Detector/GE_ROI_SizeX", GE_ROI_SizeX.read())
+    save_dataset("Detector/GE_ROI_SizeY", GE_ROI_SizeY.read())
+    save_dataset("Detector/Exposure_Time", GE_AreaDet.getExposure())
+    save_dataset("Detector/GE_Open_Delay", 1)
+    save_dataset("Detector/GE_Close_Delay", 1)
+    save_dataset("Detector/GE_Num_Images", GE_AreaDet.getNumImages())
+    save_dataset("Detector/Gain_Type", 1)
+    save_dataset("Scan/Scan_Start_Time", time.ctime())
+    save_dataset("Scan/Note", Note)
+    #save_dataset("Scan/Note", Note)
+
+def Create_Scan_Dataset():
+    create_dataset("RAW/GE_Raw_Image", 'd', False, (Num_Images, int(GE_BG_SizeY.take()), int(GE_BG_SizeX.take())))
+    create_dataset("RAW/IZero_Profile", 'd', False, (Num_Images, 100))
+    create_dataset("RAW/TFY_Profile", 'd', False, (Num_Images, 100))
+    create_dataset("Processed/GE_ROI_Image", 'd', False, (Num_Images, int(GE_ROI_SizeY.take()), int(GE_ROI_SizeX.take())))
+    create_dataset("Processed/GE_Spectrum", 'd', False, (Num_Images, int(GE_BG_SizeX.take())))
+    create_dataset("Processed/Izero", 'd', False)
+    create_dataset("Processed/TFY", 'd', False)
+    create_dataset("Detector/GE_Sensor_Temp", 'd', False)
+    create_dataset("Scan/GE_FrameID", 'i', False)
+    create_dataset("Scan/Timestamps", 'l', False)
+    create_dataset("Pressure/Diagnostic_PV", 'd', False)
+    create_dataset("Pressure/Diagnostic_HV", 'd', False)
+    create_dataset("Pressure/Spectrometer_PV", 'd', False)
+    create_dataset("Pressure/Spectrometer_HV", 'd', False)
+    create_dataset("Pressure/Sample_Chamber", 'd', False)
+    create_dataset("RAW/Xposition", 'd', False)
+    create_dataset("RAW/Yposition", 'd', False)
+    
+
+    
+def Save_Scan_Data():
+    #sleep(0.2)
+    append_dataset("RAW/GE_Raw_Image", GE_Raw_Image.read())
+    append_dataset("RAW/IZero_Profile", IZero_Profile.take())
+    append_dataset("RAW/TFY_Profile", TFY_Profile.take())
+    append_dataset("Processed/GE_ROI_Image", GE_ROI_Image.read())
+    append_dataset("Processed/GE_Spectrum", GE_Spectrum.take())
+    append_dataset("Processed/Izero", IZero.take())
+    append_dataset("Processed/TFY", TFY.take())
+    append_dataset("Detector/GE_Sensor_Temp", GE_Sensor_Temp.take())
+    append_dataset("Scan/GE_FrameID", GE_FrameID.take())
+    append_dataset("Scan/Timestamps", GE_FrameID.getTimestampNanos())
+    append_dataset("Pressure/Diagnostic_PV", Press_Diag_PV.take())
+    append_dataset("Pressure/Diagnostic_HV", Press_Diag_HV.take())
+    append_dataset("Pressure/Spectrometer_PV", Press_Spec_PV.take())
+    append_dataset("Pressure/Spectrometer_HV", Press_Spec_HV.take())
+    append_dataset("Pressure/Sample_Chamber", Press_Sample_Ch.take())
+    #Scan_Progress = (100*calcprog(GE_FrameID.take(),GE_start_frame,Num_Images))
+    
+def Save_Pos_Scan_Data():
+    sleep(1)
+    save_dataset("Processed/GE_Spectrum_Sum", GE_Spectrum_Sum.read())
+    save_dataset("Scan/Scan_Finish_Time", time.ctime())
+
+#******** Test limits on sample vertical and horizontal motor ********
+X0=float(X0)
+Xstep=float(Xstep)
+Y0=float(Y0)
+Ystep=float(Ystep)
+
+X1=X0+(XNum_points*Xstep)
+Y1=Y0+(YNum_points*Ystep)
+Num_Images= XNum_points*YNum_points
+
+#******** Setting up Caenels ********
+values_p_reading=1000*Exp_Time
+Scan_Progress = 1
+
+############### Scan ###############
+
+    
+#********  Scan Script Begins here  ********
+
+# Set Nr of images to NofImages
+#******** Saving Pre Scan data ********
+Save_Pre_Scan_Data()
+
+#******** Pre Scan Setup ********
+print("Scan starting: " + time.ctime())
+GE_start_frame =1
+Create_Scan_Dataset()
+#Sample_Horiz.move(X0)
+
+
+#******** Main Scan Function ********
+
+for j in range(XNum_points):
+    #Sample_Horiz.move(X0+(j*Xstep))
+    for i in range(YNum_points):
+        #Sample_Vert.move(Y0+(i*Ystep))
+        print  GE_start_frame ,  " / ", (XNum_points*YNum_points)
+        time.sleep(0.001)
+        Save_Scan_Data()
+        GE_start_frame = GE_start_frame+1
+
+#Save_Scan_Data()
+#Save_Scan_Data()
+#******** Saving Pos Scan data ********
+Save_Pos_Scan_Data()
+
+#******** Post Scan ********
+print("Scan Finished: " + time.ctime())
+
+