comment kth

beamlinetools/BEAMLINE_CONFIG/baseline.py

@@ -10,7 +10,7 @@ baseline = [det1]
 
 # here the devices to be read during each scan, 
 # but not plotted unless explicitly set in the plan
-silent_devices = [kth01, kth00]
+silent_devices = []#[kth01, kth00]
 
 sd = SupplementalDataSilentDets(baseline=baseline, silent_devices=silent_devices)
 

beamlinetools/BEAMLINE_CONFIG/beamline.py

@@ -38,12 +38,12 @@ from beamlinetools.devices.mca_old import xMap
 # next_injection.wait_for_connection()
 
 # Keithleys
-print('Connecting to Amperometers')
-ks = 'K64851MF102L:'
-kth00    = keithley6485(ks + '12', name='myspot_keithley0', read_attrs=['readback'], labels={'detectors'})
-kth00.wait_for_connection()
-kth01    = keithley6485(ks + '14', name='myspot_keithley1', read_attrs=['readback'], labels={'detectors'})
-kth01.wait_for_connection()
+# print('Connecting to Amperometers')
+# ks = 'K64851MF102L:'
+# kth00    = keithley6485(ks + '12', name='myspot_keithley0', read_attrs=['readback'], labels={'detectors'})
+# kth00.wait_for_connection()
+# kth01    = keithley6485(ks + '14', name='myspot_keithley1', read_attrs=['readback'], labels={'detectors'})
+# kth01.wait_for_connection()
 
 # motors
 # print('Connecting to motors')
@@ -76,14 +76,14 @@ mca_old.wait_for_connection()
 from beamlinetools.devices.mca import MyEpicsMCA
 mca= MyEpicsMCA('dxpXMAP:', name="mca")
 
-from beamlinetools.devices.mca import DivideByArgs
+# from beamlinetools.devices.mca import DivideByArgs
 
-div_det1 = DivideByArgs(mca.ch1.roi0.count, [mca.ch1.lifetime], name="div_det1")
-div_det2 = DivideByArgs(mca.ch1.roi0.count, [mca.ch1.lifetime, kth00.readback], name="div_det2")
-div_det2l = DivideByArgs(mca.ch1.roi0.count, [mca.ch1.lifetime, kth00.readback], log=True, name="div_det2l")
+# div_det1 = DivideByArgs(mca.ch1.roi0.count, [mca.ch1.lifetime], name="div_det1")
+# div_det2 = DivideByArgs(mca.ch1.roi0.count, [mca.ch1.lifetime, kth00.readback], name="div_det2")
+# div_det2l = DivideByArgs(mca.ch1.roi0.count, [mca.ch1.lifetime, kth00.readback], log=True, name="div_det2l")
 
 
-div_mca = DivideByArgs(derived_from=mca.ch1.roi0.count, divisors=[mca.ch1.lifetime, kth00.readback], log=True, name="div_det2l")
+# div_mca = DivideByArgs(derived_from=mca.ch1.roi0.count, divisors=[mca.ch1.lifetime, kth00.readback], log=True, name="div_det2l")
 
 from beamlinetools.devices.eiger import MyDetector