def checkbeam4scan():
from gda.jython.commands.ScannableCommands import add_default, remove_default
try:
remove_default(checkbeamcv)
except:
pass
add_default(checkbeam)
def __init__(self,rowScannable,columnScannable,andor,vortex):
RasterScan.__init__(self)
self.map_size = 50 # default
self.rowScannable = rowScannable
self.columnScannable = columnScannable
self.andor = andor
self.vortex = vortex
self.setROI1(0.25, 0.35)
self.setROI2(0.37, 0.42)
self.setROI3(0.45, 0.57)
self.setROI4(0.65, 0.75)
self.setROI5(0, 0)
self.setROI6(0, 0)
self.setROI7(0, 0)
self.setROI8(0, 0)
self.plotterList = [Plotter("roi1_plotter",'roi1_total',"ROI1")]
self.plotterList.append(Plotter("roi2_plotter",'roi2_total',"ROI2"))
self.plotterList.append(Plotter("roi3_plotter",'roi3_total',"ROI3"))
self.plotterList.append(Plotter("roi4_plotter",'roi4_total',"ROI4"))
self.plotterList.append(Plotter("roi5_plotter",'roi5_total',"ROI5"))
self.plotterList.append(Plotter("roi6_plotter",'roi6_total',"ROI6"))
self.plotterList.append(Plotter("roi7_plotter",'roi7_total',"ROI7"))
self.plotterList.append(Plotter("roi8_plotter",'roi8_total',"ROI8"))
self.collectionTime =0.1
#default for the mode trigger is EXTERNAL_EXPOSURE
if self.andor != None:
self.andor.getCollectionStrategy().setTriggerMode(AndorTriggerMode.EXTERNAL_EXPOSURE)
self.vortex.getCollectionStrategy().getXmap().getCollectionMode().setPixelsPerBuffer(1)
self.isTriggerModeExternal = False
self.pixelsPerBuffer = 1
self.plotRate = 0
for plotter in self.plotterList:
add_default(plotter.getPlotter())
def setDefaultScannables(new):
# TODO: Replace this lot with a call to create a Scan with no defaults.
from gda.jython.commands.ScannableCommands import get_defaults, add_default, remove_default
original = get_defaults()
for scn in original:
remove_default(scn)
for scn in new:
add_default(scn)
return original
def update(self, scan_object):
self.logger.info("update(%r)" % scan_object)
# restore default scannables after cvscan completed.
if self.original_default_scannables is not None:
from gda.jython.commands.ScannableCommands import add_default
self.logger.debug("add original default scannables %r to default" %
self.original_default_scannables)
for scn in self.original_default_scannables:
add_default(scn)
else:
self.logger.debug("original default scannables is empty!")
def update(self, scanObject):
self.logger.info("update(%r)" % scanObject)
# restore default scannables after cvscan completed.
if self.original_default_scannables is not None:
from gda.jython.commands.ScannableCommands import add_default
self.logger.debug("add original default scannables %r to default" %
self.original_default_scannables)
for scn in self.original_default_scannables:
add_default(scn)
else:
self.logger.debug("original default scannables is empty!")
# put back hardware trigger provider for each waveform scannable after cvsacn
if self.energy.getName() == "egy_g" or self.energy.getName(
) == "egy": #support original ID follower implementation
for each in self.wfs:
each.setHardwareTriggerProvider(
self.energy_controller[each]
) # switch to ContinuousPgmGratingIDGapEnergyMoveController @UndefinedVariable
def d12Gd():
print "Move completed"
d12posn.moveTo("Gd") # @UndefinedVariable
from gda.jython.commands.GeneralCommands import alias
alias("d12Out")
alias("d12Ti")
alias("d12Co")
alias("d12Fe")
alias("d12Ni")
alias("d12Gd")
fileHeader.add([iamp12_gain]) # @UndefinedVariable
from gda.jython.commands.ScannableCommands import add_default
add_default([fileHeader])
print "Switch off scan processor by default at Sarnjeet's request on 11 May 2016 in I06-1."
print " To manually switch on scan processor, run 'scan_processing_on()' function on Jython Terminal."
print " To manually switch off scan processor, run 'scan_processing_off()' function on Jython Terminal."
from gdascripts.scan.installStandardScansWithProcessing import * # @UnusedWildImport
scan_processor.rootNamespaceDict = globals()
import gdascripts
gdascripts.scan.concurrentScanWrapper.ROOT_NAMESPACE_DICT = globals(
) # @UndefinedVariable
scan_processor_normal_processes = scan_processor.processors
scan_processor_empty_processes = []
def scan_processing_on():