blissoda.fluo.parameters.offline.fluoxas_parameters#

blissoda.fluo.parameters.offline.fluoxas_parameters(session, sample, datasets, scan_ranges, config_filenames, detectors=None, detector_numbers=None, instrument_name=None, fast_fitting=True, quantification=True, diagnostics=True, livetime_ref_value=None, counter_ref_value=None, counter_name=None, energy_name=None, energy_multiplier=2, dirname=None, exclude_scans=None, stack_axis=None, real_axes=None, resolution=None, do_align=True, align_counter=None, align_crop=True, fast_align_counter_selection=False, demo=False)[source]#
Parameters:

  • session (str)

  • sample (str)

  • datasets (Sequence[str])

  • scan_ranges (Sequence[Tuple[int, int]])

  • config_filenames (Sequence[str])

  • detectors (Optional[Sequence[Union[int, str]]])

  • detector_numbers (Optional[Sequence[int]])

  • instrument_name (Optional[str])

  • fast_fitting (bool)

  • quantification (bool)

  • diagnostics (bool)

  • livetime_ref_value (Union[str, int, float, None])

  • counter_ref_value (Union[str, int, float, None])

  • counter_name (Optional[str])

  • energy_name (Optional[str])

  • energy_multiplier (Optional[float])

  • dirname (Optional[str])

  • exclude_scans (Optional[Sequence[Sequence[int]]])

  • stack_axis (Optional[str])

  • real_axes (Optional[List[str]])

  • resolution (Optional[Dict[str, Tuple[Union[int, float], str]]])

  • do_align (bool)

  • align_counter (Optional[str])

  • align_crop (Optional[bool])

  • fast_align_counter_selection (Optional[bool])

  • demo (bool)