def __init__(self,
info_header,
parnames,
parlist,
psipos,
phipos,
monopos,
cadpos,
preset,
detseq=1):
detlist = [session.getDevice('det')]
move = [[session.getDevice(devname), pos] for devname, pos in zip(
['psi', 'phi', 'mono', 'cad'], [psipos, phipos, monopos, cadpos])]
Scan.__init__(self, [], [[]],
preset={'t': preset},
detlist=detlist,
scaninfo=info_header,
firstmoves=move)
self._detseq = detseq
self._parnames = [(v.split('/')[0:] or [''])[0] for v in parnames]
self._parunits = [(v.split('/')[1:] or [''])[0] for v in parnames]
self._paraValueinfo = tuple(Value(n, unit=u if u else 'rlu',
fmtstr='%.2f') for n, u in
zip(self._parnames, self._parunits)) + \
(Value('rd', unit='deg', fmtstr='%.2f'),
Value('rg', unit='deg', fmtstr='%.2f'))
self._parlist = parlist
self._point = None
self._data = session.experiment.data
def valueInfo(self):
return (Value('%s:min' % self.dev,
unit=self.dev.unit,
fmtstr=self.dev.fmtstr),
Value('%s:max' % self.dev,
unit=self.dev.unit,
fmtstr=self.dev.fmtstr))
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 (
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 __init__(self,
header,
parnames,
parlist,
numpoints,
firstmoves=None,
multistep=None,
detlist=None,
envlist=None,
preset=None,
scaninfo=None,
subscan=False,
xindex=None):
self._parlist = parlist
self._parnames = [(v.split('/')[0:] or [''])[0] for v in parnames]
self._parunits = [(v.split('/')[1:] or [''])[0] for v in parnames]
self._valueInfo = tuple(
Value(n, unit=u if u else 'rlu', fmtstr='%.2f')
for n, u in zip(self._parnames, self._parunits))
SweepScan.__init__(self, [], [], numpoints, firstmoves, multistep,
detlist, envlist, preset, scaninfo, subscan, xindex)
def valueInfo(self):
return Value(name=self.name, type='counter', fmtstr='%.3f'),
def valueInfo(self):
return Value('%s:avg' % self.dev, unit=self.dev.unit,
fmtstr=self.dev.fmtstr),
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('etime', unit='s', fmtstr='%.1f'),)
def detvalueinfo(self):
return (Value('timer', unit='s', fmtstr='%.1f'),
Value('monitor', unit='cts',
fmtstr='%d'), Value('ctr', unit='cts', fmtstr='%d'))
def valueInfo(self):
return Value(name=self.name,
type='counter',
fmtstr='%d',
errors='sqrt',
unit='cts'),
def valueInfo(self):
return Value(name=TOTAL, type="counter", fmtstr="%d", unit="cts"),