Project Explorer is working faster in case of many windows
Plotting of a new Color Fill or 2D-plot will be filled full available space
Several technical improvements were done…
We are ready for the future format of KWS-instruments: YAML header and Binary Zipped detector image
YAML header added possibility to read 3rd and 4th levels in format YAML::NodeType::Sequence (detector duration time, monitors)
YAML header example of header-reader string to extract detector duration: measurement:detectors:type|position_sensitive_detector|results|timer
Zipped Binary Image currently at all KWS-instruments (new format) detector image is zipped binary array (*.array.gz). Reading and adding of zipped binary filed is implemented in the standard mode (single detector image). RT and TOF mode will be implemented later (should be faster adding and splitting).
Zipped Binary Image many thanks to George B. for correcting of the reading function of Zipped Binary Images
KWS3-2021 and KWS3-VHRD-2021 new standard instruments for data reduction of KWS-3 data with new YAML-format and Zipped Binary Images. Old data could be treated with “KWS3-2020” and “KWS3-VHRD-2020” instruments
KWS-1 and KWS-2 current YAML header do not yet contains all motors values (like CA and SA); next version of QtiSAS will contain “KWS1-2021”, “KWS2-20%-2021”,“KWS2-10%-2021”, “KWS2-20%-2021”, “KWS2-HRD-2021”
Data Processing Tab a bit modified optically
Data processing is running faster and without fast changing of the windows.
2D plot: new option is implemented:'Save Graph as Project + PDF-image’
SANS data-reduction projects are normally huge: sometimes containing hundreds of tables, figures, matrixes;
new option extracts a selected plot with one or more graphs to new QTI-project and creates PDF-image of it (PDF-file is vector-image);
This is an attempt to implement a kind of OLE object: PDF-file could be inserted to a PowerPoint presentation or Word-file; and in QTI-project could selected datasets could be quickly modified, analyzed, and plotted back to a presentation.