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Read the MOTIVATION for developing PXO, along with a set of VALIDATION results, current LIMITATIONS of PXO, TESTCASES which you can try out while exploring or trying to use.
The codes themselves can be accessed for either download or forking 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. Detailed information on exactly how to do this can be found in this wiki from the PXO-MTEX link provided in the sidebar of this page.
You may use the DISCUSSION page to put forth your ideas, feature requests, documentation requests and bug reports.
Developers and interested users may find the ARCHITECTURE page useful.
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- Codes and documentations by Sunil Anandatheertha, PhD
General info
- Capabilities
- Image gallery
- Cited in
- Requirements
- Installation instructions
- Using PXO
- Licensing
- Sponsorship appeal
- Contributor: SA
- Acknowledgements
Space partitioning users
Grain structure users
- Start here
- Image gallery
- Video gallery
- Limitations
- Performance
- Validation
- Tutorials & test cases
- Voronoi Tessellation
- Best practices
- GUI
- PXO-mtex
- PXO-mtex-mtex2gmsh
Theory reference
- Ising model
- Pott's model
- Boundary conditions
- Kernel functions
- Material defs. and params.
- Space partitioning
REFERENCES
Listings