]
return all(valid)
def generate(self, mode):
cmd = 'RefineMatrix'
kwargs = []
for (p, box) in zip(
'a b c alpha beta gamma wavelength '
'delta_gamma delta_nu'.split(), self._boxes):
text = box.currentText()
if text == '= a':
kwargs.append((p, '\'a\''))
elif text == '= alpha':
kwargs.append((p, '\'alpha\''))
elif text != 'free':
kwargs.append((p, '%.4f' % float(text)))
if mode == 'simple':
code = cmd + ' ' + ' '.join('%s %s' % i for i in kwargs)
if self.acceptBox.isChecked():
code += '\nAcceptRefinement'
else:
code = cmd + '(' + ', '.join('%s=%s' % i for i in kwargs) + ')'
if self.acceptBox.isChecked():
code += '; AcceptRefinement()'
return code
register(Lubrication)
register(CenterPeak)
register(RefineMatrix)
count_time = 0
devices_args = []
is_trans = False
for (k, v) in entry.items():
if isinstance(v, Sample):
sample = v.getValue()
count_time = v.extra[1]
elif isinstance(v, Device):
devices_args.append(k)
devices_args.append(repr(v.getValue()))
elif isinstance(v, Mode):
is_trans = v.getValue() == Mode.VALUES[0]
items.append(f"\n##### Measurement {len(out) + 1}")
if sample:
items.append(f'# SelectSample("{sample}")')
if devices_args:
args = ", ".join(devices_args)
items.append(f"maw({args})")
if is_trans:
items.append("# enable_trans()")
else:
items.append("# enable_sans()")
items.append(f"# loki_count(t={count_time})")
out.append('\n'.join(items))
return '\n'.join(out)
register(MeasureTable)
full_name = 'sample_slit' if slittype == 'ap_sam' else 'pol_slit'
cmds.append('maw({}, ({}, {}, {}, {}))'.format(
full_name, x_center, y_center, x_max, y_max))
for slit in self.slits:
if values[slit]:
limits = self._getSlitLimits(slittype, slit)
cmds.append('scan({}_{}, {:g}, {:g}, {:g}, {:g})'.format(
slittype, slit, values[slit + '_from'],
values[slit + '_stepsize'],
values[slit + '_number_of_steps'], values['time']))
cmds.append('maw({}_{}, {})'.format(slittype, slit, limits[2]))
return '\n'.join(cmds)
def isValid(self):
values = self.getValues()
slittype = values['slittype']
valid = 1
for slit in self.slits:
limits = self._getSlitLimits(slittype, slit)
slit_obj = getattr(self, 'lE_{}_to'.format(slit))
valid *= self.markValid(
slit_obj, limits[0] <= float(slit_obj.text()) <= limits[1])
return valid
register(Shutter)
register(SetTemperature)
register(PowderScan)
register(SingleCrystalScan)
register(SlitScan)
self.start.setText(values['scanstart'])
if 'scanstep' in values:
self.step.setText(values['scanstep'])
if 'scanpoints' in values:
self.numpoints.setValue(values['scanpoints'])
if 'devspeed' in values:
self.speed.setText(values['devspeed'])
def isValid(self):
valid = [
self.markValid(self.start, isFloat(self.start)),
self.markValid(self.step, isFloat(self.step)),
self.markValid(self.speed, isFloat(self.speed, 0.00001)),
self.markValid(self.numpoints,
self.numpoints.value() >= 2),
]
return all(valid)
def generate(self, mode):
values = self.getValues()
if mode == 'simple':
return 'kscan %(dev)s %(scanstart)s %(scanstep)s %(scanpoints)s ' \
'%(devspeed)s' % values
values['dev'] = self._getDeviceRepr(values['dev'])
return 'kscan(%(dev)s, %(scanstart)s, %(scanstep)s, %(scanpoints)s, ' \
'%(devspeed)s)' % values
register(KScan)
register(SScan)
elements.append(('chopper', Chopper))
elements.append(('time', MeasTime))
return elements
class MeasureTable(KWS1MeasureTable):
meas_def_class = MeasDef
def __init__(self, parent, client):
KWS1MeasureTable.__init__(self, parent, client)
self.rtBox.hide()
self.rtConfBtn.hide()
register(MeasureTable)
class RestoreState(Cmdlet):
name = 'Device state as script'
category = 'Other'
def __init__(self, parent, client):
Cmdlet.__init__(self, parent, client,
findResource('nicos_mlz/kws3/gui/restore.ui'))
for devname in self._getDeviceList():
item = QListWidgetItem(devname, self.devList)
item.setCheckState(Qt.Unchecked)
# self.devList.