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PXO stands for Poly-XTAL Operations. It is an open-source, MATLAB codebase for generating, analyzing and exporting complex space partitions such as multi-phase metallic grain structures. Poly-XTAL operations is named after the various operations which lead to its functionalities relating to poly-crystalline structures. It is useful for mathematicians, statistical mechanists, material scientists and computational geologiests. Read the MOTIVATION for developing PXO, along with a set of VALIDATION results, current LIMITATIONS of PXO, Tutorials and Test Cases which you can try out while learning to use. The paper can be found here In case you use MTEX and would like to expand your research scope by being able to generate your own custom grain structures and crystallographic textures, you can use PXO to do so. Please use the DISCUSSION page to as questions/clarifications, put forth your ideas, feature requests, documentation requests and bug/issue reports. Please visit HERE to see installation instructions.

Development and all documentations by: Sunil Anandatheertha. Please start with wiki page. It will direct you. To use PXO, no installation is needed yet. Just add the folder to MATLAB path and start using. Sponsorer information will be listed here in the reverse chronological order. Please go through contributing.md to see how you may contribute.

Contributor and sponsorer credits will be listed in detail here.

The 1^st paper was on . Titled, PXO (Poly-XTAL Operations): MATLAB Codebase to Generate, Analyse and Export Complex 2D Spatio-Temporally Gradient Grain Structures, it was submitted to JOSS and published HERE on 29 July 2021; and archived HERE. So far, PXO has and on GitHub, with around . . The most recent repository is big and long. There have been , , , since inception and a total of for this repository since 30 July 2021. to recieve regular updates about development and docuemntations.

Please cite PXO as: Anandatheertha, S., (2021). PXO (Poly-XTAL Operations): MATLAB Codebase to Generate, Analyse and Export Complex 2D Spatio-Temporally Gradient Grain Structures. Journal of Open Source Software, 6(63), 3190, https://doi.org/10.21105/joss.03190