def doStart(self):
# open shutter
if self.ctrl_gammashutter:
self._attached_gammashutter.maw(OPEN)
if self.ctrl_photoshutter:
self._attached_photoshutter.maw(OPEN)
Detector.doStart(self)
self._prepared = False
def doStart(self):
try:
if self._attached_rc.read(0) != 'on':
self.log.warning('radial collimator is not moving!')
except NicosError:
self.log.warning('could not check radial collimator', exc=1)
self._update()
self._last_time = 0
self._last_counts = 0
self._last_moncounts = 0
self._starttime = currenttime()
self._setROParam('rates', [[0., 0.], [0., 0.]])
session.action('run# %06d' % session.experiment.lastpoint)
GenericDetector.doStart(self)
def doStart(self):
if self._attached_shutter and self.openshutter:
self._attached_shutter.maw('open')
self.kwscounting = True
Detector.doStart(self)
def doStart(self):
# First start all the channels (if applicable) and then
# set the detector startpv
Detector.doStart(self)
self._put_pv('startpv', 1, wait=True)
def doStart(self):
# open shutter before exposure
if self.ctrl_shutter:
self._attached_shutter.maw(OPEN)
Detector.doStart(self)