def beginScan(self):
if len(self._startpositions) > 1:
# determine first varying index as the plotting index
for i in range(3):
if self._startpositions[0][0][i] != \
self._startpositions[1][0][i]:
self._xindex = i
break
Scan.beginScan(self)
def beginScan(self):
device = self._devices[0]
self._original_speed = device.speed
self._original_accel = device.accel
self._original_decel = device.decel
device.speed = self._speed
device.accel = 1
device.decel = 1
Scan.beginScan(self)
def beginScan(self):
# since for every scan interval the underlying motor will be driven
# to the starting point as described in `moveDevices` instead of the
# originating motor it is necessary to replace the motor with the
# underlying one in the dataset. Otherwise datasets will contain
# ``None`` values because ``resdict`` in `PointDataset._reslist` will
# contain just values for the underlying motor although values for
# the originating/microstepping motor are requested.
copydevices = list(self._devices)
self._devices = underlying_motor(self._devices)
Scan.beginScan(self)
self._devices = copydevices
def beginScan(self):
if self._notherdevs == 0:
self.dataset.xindex = 1 # plot against tau
Scan.beginScan(self)
