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PXO mtex
Poly-XTAL operation” maps texture based crystalline orientations to each lattice site and constructs a CTF file commonly used by the EBSD community, which can then be easily imported into MTEX using the command “EBSDDATA = loadEBSD('CTF_FILE_NAME.ctf')”. Once imported, all MTEX grain structure and texture analysis tools become available on all the temporal slices of grain structure formed using Poly-XTAL Operations.
FIGURE-PXO-mtex-01.v1.0: Grain structure exchange between Poly-XTAL Operations 9.04 and MTEX 5.04 (a) Poly-XTAL Operations (b) Grain boundary mis-orientations calculated using MTEX (c) MTEX calculated grain shape distribution for the grain structure made in Poly-XTAL Operations 9.04 [@ WIKI IMAGE loc and name]
- Generating texture
- Associating texture to grain structure
Care must be taken in associating different temporal instances of an evolving grain structure to the same texture (having statistical similarity), because the grain structure with low grain count will have a relatively lesser exactness when compared to either the model texture or the EBSD data of texture.
- 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