def valueInfo(self):
if self.readresult and len(self.readresult) > 2:
infos = []
for i in range(1, len(self.readresult) // 2 + 1):
name = self.name + '[%d]' % i
infos.extend([
Value(name=name + ' (total)',
type='counter',
fmtstr='%d',
errors='sqrt',
unit='cts'),
Value(name=name + ' (rate)',
type='monitor',
fmtstr='%.1f',
unit='cps'),
])
return tuple(infos)
return (
Value(name=self.name + ' (total)',
type='counter',
fmtstr='%d',
errors='sqrt',
unit='cts'),
Value(name=self.name + ' (rate)',
type='monitor',
fmtstr='%.1f',
unit='cps'),
)
def valueInfo(self):
return (Value(name='total',
type='counter',
fmtstr='%d',
errors='sqrt',
unit='cts'),
Value(name='rate', type='monitor', fmtstr='%.1f', unit='cps'))
def valueInfo(self):
if len(self.readresult) > 1:
return tuple(
Value(name=self.name + '[%d]' % i, type='counter', fmtstr='%d')
for i in range(1,
len(self.readresult) + 1))
return Value(name=self.name, type='counter', fmtstr='%d'),
def valueInfo(self):
return (
Value(name=self.name + '.roi',
type='counter',
fmtstr='%d',
errors='sqrt'),
Value(name=self.name + '.signal', type='monitor', fmtstr='%.2f'),
)
def valueInfo(self):
if self.opmode == 'centered':
return Value('%s.width' % self, unit=self.unit, fmtstr='%.2f'), \
Value('%s.height' % self, unit=self.unit, fmtstr='%.2f')
elif self.opmode == 'offcentered':
return Value('%s.centerx' % self, unit=self.unit, fmtstr='%.2f'), \
Value('%s.centery' % self, unit=self.unit, fmtstr='%.2f'), \
Value('%s.width' % self, unit=self.unit, fmtstr='%.2f'), \
Value('%s.height' % self, unit=self.unit, fmtstr='%.2f')
else:
return Value('%s.left' % self, unit=self.unit, fmtstr='%.2f'), \
Value('%s.right' % self, unit=self.unit, fmtstr='%.2f'), \
Value('%s.bottom' % self, unit=self.unit, fmtstr='%.2f'), \
Value('%s.top' % self, unit=self.unit, fmtstr='%.2f')
def valueInfo(self):
resultlist = [
Value('ch.sum',
unit='cts',
errors='sqrt',
type='counter',
fmtstr='%d')
]
for ch in self.channels:
resultlist.append(
Value('ch%d' % ch,
unit='cts',
errors='sqrt',
type='counter',
fmtstr='%d'))
return tuple(resultlist)
def valueInfo(self):
return tuple(
Value('%16s' % diode.name,
unit='%23s' % 'counts',
errors='none',
type='counter',
fmtstr='%18.10g') for diode in self._attached_pindiodes)
def valueInfo(self):
return tuple(
Value(
pd.name,
type='counter',
unit=pd.unit,
fmtstr=pd.fmtstr,
) for pd in self._attached_pindiodes)
def valueInfo(self):
return Value('B', unit='uT'), \
Value('Bx', unit='uT', errors='next'), \
Value('dBx', unit='uT', type='error'), \
Value('By', unit='uT', errors='next'), \
Value('dBy', unit='uT', type='error'), \
Value('Bz', unit='uT', errors='next'), \
Value('dBz', unit='uT', type='error')
def valueInfo(self):
res = []
for imgdet in self._attached_detector._attached_images:
if getattr(imgdet, 'mode', None) in ['image']:
return (Value('fit.contrast',
unit='',
type='other',
errors='next',
fmtstr='%.3f'),
Value('fit.contrastErr',
unit='',
type='error',
errors='none',
fmtstr='%.3f'),
Value('fit.avg',
unit='',
type='other',
errors='next',
fmtstr='%.1f'),
Value('fit.avgErr',
unit='',
type='error',
errors='none',
fmtstr='%.1f'))
res = []
for ctr in self._attached_detector._attached_counters:
res.append(
Value('%s.fit.contrast' % ctr.name,
unit=ctr.unit,
type='other',
errors='next',
fmtstr='%.3f'))
res.append(
Value('%s.fit.contrastErr' % ctr.name,
unit=ctr.unit,
type='error',
errors='none',
fmtstr='%.3f'))
res.append(
Value('%s.fit.avg' % ctr.name,
unit=ctr.unit,
type='other',
errors='next',
fmtstr='%.1f'))
res.append(
Value('%s.fit.avgErr' % ctr.name,
unit=ctr.unit,
type='error',
errors='none',
fmtstr='%.1f'))
return tuple(res)
def doInit(self, mode):
upvalues = []
dnvalues = []
det_values = self._attached_detector.valueInfo()
self._nvalues = len(det_values)
for v in det_values:
vup = v.copy()
vup.name += '_up'
upvalues.append(vup)
vdn = v.copy()
vdn.name += '_dn'
dnvalues.append(vdn)
calcvalues = [Value('FR', unit='', type='other'),
Value('Asym', unit='', type='other', errors='next'),
Value('dAsym', unit='', type='error')]
self._valueinfo = tuple(calcvalues + upvalues + dnvalues)
pinfo = set(self._attached_detector.presetInfo())
self._presetinfo = pinfo | \
{p + '_up' for p in pinfo} | {p + '_dn' for p in pinfo}
self._results = [0.0, 0.0, 0.0] + self._attached_detector.read() + \
self._attached_detector.read()
def valueInfo(self):
return Value(name=self.name, type='counter', fmtstr='%d'),
def valueInfo(self):
return (Value(name=self.name + '.in', type='counter', fmtstr='%d'),
Value(name=self.name + '.out', type='counter', fmtstr='%d'))
def valueInfo(self):
return Value('t', unit='s', type='time', fmtstr='%.3f'), \
Value('mon', unit='cts', type='monitor', errors='sqrt', fmtstr='%d'), \
Value('ctr', unit='cts', type='counter', errors='sqrt', fmtstr='%d')
def valueInfo(self):
return Value('FTIR.first', 'other', fmtstr='%d'), \
Value('FTIR.last', 'other', fmtstr='%d')
def valueInfo(self):
return Value(self.name, unit='', errors='none',
type='filename', fmtstr='%s'),
def valueInfo(self):
return Value(self.name, unit='s', errors='next',
type='time', fmtstr='%d'),
def valueInfo(self):
_val_info = Value('step',
unit='',
type='other',
fmtstr='%d' + '/%d' % self.resosteps),
return _val_info + self._attached_detector.valueInfo()
def valueInfo(self):
return Value('h', unit='rlu', fmtstr='%.4f'), \
Value('k', unit='rlu', fmtstr='%.4f'), \
Value('l', unit='rlu', fmtstr='%.4f')
def valueInfo(self):
names = self.valuenames if self.valuenames else [self.name]
return tuple(Value(entry, unit=self.unit, fmtstr=self.fmtstr)
for entry in names)
def valueInfo(self):
return Value('mieze', fmtstr='%s'), \
Value('tau', fmtstr='%.2f', unit='ps')
def valueInfo(self):
return (Value(self.name + '.sum',
unit='cts',
type='counter',
errors='sqrt',
fmtstr='%d'), )
def valueInfo(self):
return Value(name=self.name, type='counter', fmtstr='%d',
errors='sqrt', unit='cts'),
def valueInfo(self):
if self.mode == 'tof':
return (Value(self.name + '.roi',
unit='cts',
type='counter',
errors='sqrt',
fmtstr='%d'),
Value(self.name + '.total',
unit='cts',
type='counter',
errors='sqrt',
fmtstr='%d'),
Value('fit.contrast',
unit='',
type='other',
errors='next',
fmtstr='%.3f'),
Value('fit.contrastErr',
unit='',
type='error',
errors='none',
fmtstr='%.3f'),
Value('fit.avg',
unit='',
type='other',
errors='next',
fmtstr='%.1f'),
Value('fit.avgErr',
unit='',
type='error',
errors='none',
fmtstr='%.1f'),
Value('roi.contrast',
unit='',
type='other',
errors='next',
fmtstr='%.3f'),
Value('roi.contrastErr',
unit='',
type='error',
errors='none',
fmtstr='%.3f'),
Value('roi.avg',
unit='',
type='other',
errors='next',
fmtstr='%.1f'),
Value('roi.avgErr',
unit='',
type='error',
errors='none',
fmtstr='%.1f'))
return (Value(self.name + '.roi',
unit='cts',
type='counter',
errors='sqrt',
fmtstr='%d'),
Value(self.name + '.total',
unit='cts',
type='counter',
errors='sqrt',
fmtstr='%d'))
def valueInfo(self):
return Value('%s.height' % self, unit=self.unit, fmtstr='%.2f'), \
Value('%s.center' % self, unit=self.unit, fmtstr='%.2f')
def valueInfo(self):
return Value('h', unit='rlu', fmtstr='%.4f'), \
Value('k', unit='rlu', fmtstr='%.4f'), \
Value('l', unit='rlu', fmtstr='%.4f'), \
Value('E', unit=self.energytransferunit, fmtstr='%.4f')
def valueInfo(self):
return [Value(self.name, type='counter', unit=self.unit)]
def valueInfo(self):
return Value(self.name, unit='s', type='time', fmtstr='%.3f'),
def valueInfo(self):
return Value(self.name, unit='Hz', type='other', fmtstr=self.fmtstr),
def valueInfo(self):
return Value(self.name, type='filename', fmtstr='%s'),