Those are a set of tools written for and during the TIMEleSS project.

The source code for the tools is at https://github.com/FABLE-3DXRD/TIMEleSS. The user manuals for each script will be in this wiki.

Go to https://github.com/FABLE-3DXRD/TIMEleSS and click on the green button “clone or download”. Click on “Download ZIP”. After the download is finished, navigate to the “Downloads” folder and unpack the ZIP folder to a directory of your choice.

Then

• Open the Konsole or any terminal window,
• navigate to the unpacked TIMEleSS directory,
• there should be a file called setup.py,
• Type the following to the Konsole: python setup.py build,
• If you get an error, there might be some of the additional libraries still missing,
• Install the TIMEleSS tools on your system: python setup.py install.

This list will get longer over time. At present, you will have access to the following commands

• Test
  • timelessTest, which runs several reading and parsing operations to make sure everything works well,
• Image tools
  • timelessTiff2edf to convert series of tiff files into series of EDF files
  • timelessMccd2edf to convert series of MarCCD files into series of EDF files
  • timelessEdf2tiff to convert a single EDF file into a tiff file
  • timelessEdf2tiffFileSeries to convert series of EDF files into series of tiff files
  • timelessAverageEDF to take the average of two or more EDF images
  • timelessMeanFileSeries to take the mean of two or more EDF images
  • timelessCreateEmptyImage to produce an empty (black) image
• Diffraction pre-processing for diamond anvil cell experiments
  • timelessDACShadow to remove the shadow which is produced during a 3D image acquisition
  • timelessDiamondSpotRemoval to take out spots from the single-crystal diamond anvils
• Grain tools
  • timelessRemoveUsedGVE, removes G-vectors which are already indexed byGrainSpotter. 'timelessClearGVEGrains is more up-to-date with more options. * timelessGrainComparison, which is meant to compare the orientations of grains between different sources * timelessGrainSpotterMerge, which is meant to merge the output of multiple GrainSpotter runs into one * timelessSaveFLTGrains to extract the peaks corresponding to a grain * timelessPlotIndexedGrain to graphically evaluate the indexing quality for a given grain * timelessExtractEulerAngles to convert a log file (from GrainSpotter) into a list of Euler angles (necessary for MTeX) * timelessFixGSOutput to fix a bogus GrainSpotter output file * Peaks management * timelessClearGVEGrains (more up-to-date than timelessRemoveUsedGVE to remove G-vectors which are already indexed byGrainSpotter ) * timelessSaveFLTGrains * timelessClearFLTGrains to remove the already used peaks * timelessPeaksFromCIF to list expected peaks based on a CIF file * Post-processing * timelessGrainSpotterMerge, which is meant to merge the output of multiple GrainSpotter runs into one * timelessTestGSvsGVE, to be used if you lost track and need to test which g-vector file was used to perform a GrainSpotter indexing * timelessGSIndexingStatistics, when you run multiple GrainSpotter indexing loop, evaluation of indexing performance can be tricky. Use this script to evaluate indexing statistics * timelessExtractEulerAngles'' to convert a log file (from GrainSpotter) into a list of Euler angles (necessary for MTeX)