def updatePeakBackTofWidgets(self, row):
_list_nxsdata_sorted = self.list_nxsdata_sorted
_nxsdata_row = _list_nxsdata_sorted[row]
if _nxsdata_row == None:
return
[peak1, peak2] = _nxsdata_row.peak
if peak1 == '' or peak1 == 'N/A':
peak1 = -1
self.dataPeakFromValue.setValue(int(peak1))
if peak2 == '' or peak2 == 'N/A':
peak2 = 255
self.dataPeakToValue.setValue(int(peak2))
[back1, back2] = _nxsdata_row.back
if back1 == '' or back1 == 'N/A':
back1 = -1
self.dataBackFromValue.setValue(int(back1))
if back2 == '' or back2 == 'N/A':
back2 = 255
self.dataBackToValue.setValue(int(back2))
if _nxsdata_row.tof_auto_flag:
[tof1, tof2] = _nxsdata_row.tof_range_auto
else:
[tof1, tof2] = _nxsdata_row.tof_range
[tof1ms, tof2ms] = convertTOF([tof1, tof2])
self.TOFmanualFromValue.setText("%.2f" % float(tof1ms))
self.TOFmanualToValue.setText("%.2f" % float(tof2ms))
self.manualTOFWidgetsEnabled(not _nxsdata_row.tof_auto_flag)
def updatePeakBackTofWidgets(self, row):
_list_nxsdata_sorted = self.list_nxsdata_sorted
_nxsdata_row = _list_nxsdata_sorted[row]
if _nxsdata_row == None:
return
[peak1, peak2] = _nxsdata_row.peak
if peak1 == '' or peak1 == 'N/A':
peak1 = -1
self.dataPeakFromValue.setValue(int(peak1))
if peak2 == '' or peak2 == 'N/A':
peak2 = 255
self.dataPeakToValue.setValue(int(peak2))
[back1, back2] = _nxsdata_row.back
if back1 == '' or back1 == 'N/A':
back1 = -1
self.dataBackFromValue.setValue(int(back1))
if back2 == '' or back2 == 'N/A':
back2 = 255
self.dataBackToValue.setValue(int(back2))
if _nxsdata_row.tof_auto_flag:
[tof1, tof2] = _nxsdata_row.tof_range_auto
else:
[tof1, tof2] = _nxsdata_row.tof_range
[tof1ms, tof2ms] = convertTOF([tof1, tof2])
self.TOFmanualFromValue.setText("%.2f" % float(tof1ms))
self.TOFmanualToValue.setText("%.2f" % float(tof2ms))
self.manualTOFWidgetsEnabled(not _nxsdata_row.tof_auto_flag)
def getTofRange(self, from_index):
data = self.table_settings
from_tof_ms = data[from_index, 7]
to_tof_ms = data[from_index, 8]
tof_from_to_micros = convertTOF([from_tof_ms, to_tof_ms], from_units='ms', to_units='micros')
return tof_from_to_micros
def getTofRange(self, from_index):
data = self.table_settings
from_tof_ms = data[from_index, 7]
to_tof_ms = data[from_index, 8 ]
tof_from_to_micros = convertTOF([from_tof_ms, to_tof_ms], from_units='ms', to_units='micros')
return tof_from_to_micros
