Working to add the Doppler

PythonServer/pos-python-server.py

@@ -7,7 +7,7 @@ import matplotlib.pyplot as plt
 from git import Repo
 from shutil import rmtree
 from glob import glob
-from numpy import linspace, array, zeros, flip, rot90
+from numpy import linspace, array, zeros, flip, rot90, tile
 from http.server import BaseHTTPRequestHandler,HTTPServer
 from epicsarchiver import ArchiverAppliance
 from threading import Thread, Event
@@ -150,6 +150,15 @@ class epicsQuery(Thread):
         instruments['LNS-ISRC-010:PBI-EMH:BUFF-CURRENT']=epics.PV('LNS-ISRC-010:PBI-EMH:BUFF-CURRENT', auto_monitor=True)
         instruments['LNS-ISRC-010:PBI-EMH:MTR.NPTS']=epics.PV('LNS-ISRC-010:PBI-EMH:MTR.NPTS', auto_monitor=True)
         instruments['LNS-ISRC-010:PBI-EMH:PS.NPTS']=epics.PV('LNS-ISRC-010:PBI-EMH:PS.NPTS', auto_monitor=True)
+        instruments['LEBT-010:PBI-Dpl-001:IMG1-ArrayData']=epics.PV('LEBT-010:PBI-Dpl-001:IMG1-ArrayData', auto_monitor=True)
+        instruments['LEBT-010:PBI-Dpl-001:FIT1-Y_RBV']=epics.PV('LEBT-010:PBI-Dpl-001:FIT1-Y_RBV', auto_monitor=True)
+        instruments['LEBT-010:PBI-Dpl-001:SPECT-MinWavelength']=epics.PV('LEBT-010:PBI-Dpl-001:SPECT-MinWavelength', auto_monitor=True)
+        instruments['LEBT-010:PBI-Dpl-001:SPECT-Wavelength_RBV']=epics.PV('LEBT-010:PBI-Dpl-001:SPECT-Wavelength_RBV', auto_monitor=True)
+        instruments['LEBT-010:PBI-Dpl-001:SPECT-MaxWavelength']=epics.PV('LEBT-010:PBI-Dpl-001:SPECT-MaxWavelength', auto_monitor=True)
+        instruments['LEBT-010:PBI-Dpl-001:FIT1-FracProton']=epics.PV('LEBT-010:PBI-Dpl-001:FIT1-FracProton', auto_monitor=True)
+        instruments['LEBT-010:PBI-Dpl-001:FIT1-FracH2']=epics.PV('LEBT-010:PBI-Dpl-001:FIT1-FracH2', auto_monitor=True)
+        instruments['LEBT-010:PBI-Dpl-001:FIT1-FracH3']=epics.PV('LEBT-010:PBI-Dpl-001:FIT1-FracH3', auto_monitor=True)
+
         print('Done')
         while(not self.stop_signal.isSet()):
             publicpvs_return_dict={}
@@ -349,6 +358,25 @@ class epicsQuery(Thread):
                         instruments_return_dict[pv]['units']='n.c.'
                         instruments_return_dict[pv]['value']=''
                         continue
+
+            try:            
+                if instruments['LEBT-010:PBI-Dpl-001:IMG1-ArrayData'].connected:
+                    imarray = tile(instruments['LEBT-010:PBI-Dpl-001:IMG1-ArrayData'].value, (256,1))
+                else:
+                    imarray = zeros((256,1024))
+            except:
+                imarray = zeros((256,1024))
+            plt.imsave('/var/www/data/tmp-dpl.png', imarray, cmap='hot')
+            os.rename('/var/www/data/tmp-dpl.png', '/var/www/data/dpl.png')
+        
+#        instruments['LEBT-010:PBI-Dpl-001:FIT1-Y_RBV']=epics.PV('LEBT-010:PBI-Dpl-001:FIT1-Y_RBV', auto_monitor=True)
+#        instruments['LEBT-010:PBI-Dpl-001:SPECT-MinWavelength']=epics.PV('LEBT-010:PBI-Dpl-001:SPECT-MinWavelength', auto_monitor=True)
+#        instruments['LEBT-010:PBI-Dpl-001:SPECT-Wavelength_RBV']=epics.PV('LEBT-010:PBI-Dpl-001:SPECT-Wavelength_RBV', auto_monitor=True)
+#        instruments['LEBT-010:PBI-Dpl-001:SPECT-MaxWavelength']=epics.PV('LEBT-010:PBI-Dpl-001:SPECT-MaxWavelength', auto_monitor=True)
+#        instruments['LEBT-010:PBI-Dpl-001:FIT1-FracProton']=epics.PV('LEBT-010:PBI-Dpl-001:FIT1-FracProton', auto_monitor=True)
+#        instruments['LEBT-010:PBI-Dpl-001:FIT1-FracH2']=epics.PV('LEBT-010:PBI-Dpl-001:FIT1-FracH2', auto_monitor=True)
+#        instruments['LEBT-010:PBI-Dpl-001:FIT1-FracH3']=epics.PV('LEBT-010:PBI-Dpl-001:FIT1-FracH3', auto_monitor=True)
+
                     if instruments[pv].count>1 or instruments[pv].count==0:
                         continue
                     try: