def _acquisition_information(self, scan):
fline = self._filter_string(scan)
event = ScanEventInformation(
self._scan_time(scan),
window_list=[ScanWindow(
fline.get("scan_window")[0], fline.get("scan_window")[1])])
return ScanAcquisitionInformation("no combination", [event])
def _acquisition_information(self, scan):
fline = self._filter_string(scan)
event = self._get_scan_event(scan)
trailer_extras = self._trailer_values(scan)
traits = {
'preset scan configuration': event,
'filter string': fline,
}
event = ScanEventInformation(
self._scan_time(scan),
injection_time=unitfloat(trailer_extras.get('Ion Injection Time (ms)', 0.0), 'millisecond'),
window_list=[ScanWindow(
fline.get("scan_window")[0], fline.get("scan_window")[1])], traits=traits)
return ScanAcquisitionInformation("no combination", [event])
def _acquisition_information(self, scan):
fline = self._filter_string(scan)
event = self._get_scan_event(scan)
traits = {
'preset scan configuration': event,
'filter string': fline,
}
event = ScanEventInformation(self._scan_time(scan),
window_list=[
ScanWindow(
fline.get("scan_window")[0],
fline.get("scan_window")[1])
],
traits=traits)
return ScanAcquisitionInformation("no combination", [event])
def _acquisition_information(self, scan):
spectrum_obj = self._get_spectrum_obj(scan)
try:
low = spectrum_obj.MeasuredMassRange.Start
high = spectrum_obj.MeasuredMassRange.End
except Exception:
arrays = self._scan_arrays(scan)
mz_array = arrays[0]
if len(mz_array) != 0:
low = mz_array.min()
high = mz_array.max()
else:
low = high = 0
window = ScanWindow(low, high)
event = ScanEventInformation(self._scan_time(scan),
window_list=[window])
return ScanAcquisitionInformation("no combination", [event])