- Indexing based on two components of the scattering vectors: the in-plane parts (qxy) and the out-of plane parts (qz)
- Indexing with and without consideration of the specular diffraction peak
- Determination of triclinic unit cell
- Determination of the crystallographic contact plane parallel to the substrate surface
- The lattice constants of the unit cell can be defined in specific ranges
- The volume of the unit cell can be limited
- The lattice constants of a reduced cell will be given (Buerger cell/Niggli criteria)
- Graphic visualization of experimental and calculated peak positions
GIDInd is released under the terms of the GNU General Public License, either version 3 of the License, or (at your opinion) any later version. Please find the full license text here.
Please visit the Downloads page to access executable files for Windows (does NOT require active MATLAB license to run) or source codes (requires active MATLAB license to run). It is strongly recommendet to use the standalone executable file. The link always forwards to the latest version. Please use the latest version to access all functions (currently 5.4.21.0).
Please see the official Manual for general instructions on using GIDInd and extended tutorials.