A new graphical tool has been added to the ISIS Reflectometry interface to allow interactive selection of various regions of interest. It shows an on-the-fly preview showing the effect of the selections on the reduced reflectivity curve. It also adds the ability to select and sum across segments on a 2D detector. See the Reduction Preview documentation for more detail.
It is now possible to save the content of the
Search Runstable into a
.csvfile, allowing the table to be used as a logbook.
LoadILLReflectometry can now load NeXus files v3 from D17 and FIGARO measurements from cycle 192 onwards.
ReflectometryILLAutoProcess now outputs configuration .out file containing a summary of the performed reduction.
ReflectometryILLAutoProcess does not have the UseManualScaleFactors boolean property to decide whether to use provided manual scale factors. The redundancy has been removed and now when the factors are provided, they will be used in Stitch algorithm.
default-incident-monitor-spectrum has been corrected for D17 from 257 to 256, allowing for proper monitor normalisation for data from cycle 211 and beyond.
It is now possible to provide a calibration file on the Instrument Settings tab of the ISIS Reflectometry interface. The calibration step will be applied as part of pre-processing when a reduction is run or previewed. See ReflectometryISISLoadAndProcess for more details.
ReflectometryISISLoadAndProcess can now take a polarization efficiencies workspace to make polarization corrections. This workspace can be set via the
Polarization Efficienciescombo box on the
Fix a bug where the live data monitor would stop running when it encounters a transmission run. This was because the reduction would fail when the angle is zero.
Fixed an issue where Mantid could crash when workspaces were cleared from the ADS after deleting a batch from the ISIS Reflectometry GUI.
ReflectometryILLSumForeground now properly sums the foreground of the direct beam over the same range as the reflected beam, which fixes observed issues with reflectivity calculation.
It is now possible to use
Falsein algorithm option inputs (such as the Options cells on the Run tab or the Output Stitch Properties on the Experiment Settings tab) rather than needing to use
Fixed an issue where the live data output would update during processing of a new chunk of live data; it now only updates with the final IvsQ result, avoiding the axes changing during processing.
Fixed an issue where adding a new batch for instruments other than INTER causes settings on any existing batch tabs to be cleared.
Stop using the value of the ScaleRHSWorkspace parameter of Stitch1DMany in favour of the IndexOfReference parameter.