MTEX GUI
... is a graphical user interface to MTEX that allows to perform many analysis step in a non programming way.
crystalAligner
... is an experimental tool that allows to determine the alignment of one or two crystal directions or plane normals of arbitrary crystal orientation and structure with the coordinate system of a scanning electron microscope. The program outputs instructions for stage tilt and rotation for crystal alignment.
ORTools
... is a function library for orientation relationship (OR) discovery, advanced OR analysis and the plotting of visually stunning and informative publication-ready figures particular to microstructures undergone partial or full orientation-related phase transformation. ORTools serves as an add-on to the phase transition functionalities in MTEX.
MTEX2Gmsh
... allows to generate meshes from EBSD data. It is intended to perform Finite Element Analysis (FEA) at grain scale on polycrystal imaged by EBSD.
phaseSegmenter
... enables the discrimination and segmentation of crystallographically identical/similar phases with grains of distinct orientation and slight compositional differences. The program uses reindexed EBSD datasets and EDS elemental data to compute grain-median compositional differences between grains of the phases in question and segments these by determination of an optimal threshold value.
CVA
... is a function library for conducting orientation dispersion analyses with MTEX using principal geodesic analysis (PGA) — a generalization of principal component analysis for nonlinear Riemannian manifolds. PGA can be used to identify specimen and crystal axes associated with rotational dispersion of intragranular orientations, providing a proxy for a local slip/kinematic reference frame. The inaugural application by Michels et al. (2015) was to used identify sample-scale orientation dispersion axes that the authors demonstrated tracked vorticity axes of tectonic shear zones from which the samples were collected. The authors termed this method of PGA application “crystallographic vorticity axis (CVA) analysis”. The functions in this library allow users to implement the CVA analysis and also to explore new/custom applications of PGA of their own design.
SSLIP
... is short for "Slip System based Identification of Local Plasticity” and provides the automatic, point-by-point, identification of crystallographic slip system activity fields, performed by matching of Digital Image Correlation (DIC) displacement gradient fields to combinations of theoretical slip systems, derived from EBSD data.