Remove commented out code and unused imports

beamlinetools/BEAMLINE_CONFIG/beamline.py

@@ -29,67 +29,6 @@ from beamlinetools.devices.accelerator import DetailedAccelerator, TopUpMonitori
 from beamlinetools.devices.mca_old import xMap
 
 
-
-# Ring
-# print("Loading Accelerator")
-# accelerator = DetailedAccelerator("", name="accelerator")
-# next_injection = TopUpMonitoring("", name="next_injection")
-# accelerator.wait_for_connection()
-# 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()
-
-# motors
-# print('Connecting to motors')
-# hgx = EpicsMotor("DCM1OS2L:l0204007", name='hgx')
-# hgx.wait_for_connection()
-# mz = EpicsMotor("DCM1OS2L:l0206004", name='mz')
-# mz.wait_for_connection()
-
-# Monochromator
-# print('Connecting to DCM')
-# dcm = DCMmySpot("DCM1OS2L:", name='dcm')
-# dcm.wait_for_connection()
-# dcm.p.set_mono_type()
-
-# Apertures
-# print('Connecting to Slit3')
-# slit3 = AUmySpot("DCM1OS2L:", name='slit3')
-# slit3.wait_for_connection()
-# Pinhole
-
-# Mirrors
-
-# Detectorscurrent
-# mca = MCA('dxpXMAP:', name='mca')
-
-# print('Connecting to mca')
-# mca_old = xMap('dxpXMAP:', name='mca_old', read_attrs=['mca1.spectrum', 'mca2.spectrum', 'mca1.rois.roi0'])
-# mca_old.wait_for_connection()
-
-# from beamlinetools.devices.mca import MyEpicsMCA
-# mca= MyEpicsMCA('dxpXMAP:', name="mca")
-
-# 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_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
-
-# prefix = 'EIG:'
-# eiger = MyDetector(prefix, name="eiger")
-
 ### SECoP-Ophyd Device ###
 
 from .base import RE
@@ -113,9 +52,3 @@ reactor_c.class_from_instance()
 
 reactor_c:Reactor_cell = reactor_c 
 gas_d:Gas_dosing = gas_d
-
-
-from beamlinetools.devices.MySpotBridge import MySpotBridge
-
-ramp = MySpotBridge("MySpot:", name="ramp")
-ramp.wait_for_connection()
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