Check Topological Magnetic Mat.

Given a file that contain the eigenvalues at each maximal kvec of a magnetic space group, the program gives the set of irreducible corepresentations at each maximal kvec.
Then, using the compatibility relations and the set of Elementary Band Representations (EBRs), it checks whether the set of bands can be expressed as linear combinations of EBRs.
This (selfexplanatory) file shows the format of the file to be uploaded in the menu on the right:
File_Description
You can download examples of input files here:
Topological phase (NLC): ErVO3
Topological phase (SEBR): Nd2CuO4
Enforced Semimetal (ES): U3As4
Enforced Semimetal with degeneracy at Fermi level (ESFD): Tl5Fe8Se10
Trivial insulator (LCEBR): LiFeP2O7

You can generate the "trace.txt" file in your own computer using VASP and this program (fortran).
Mvasp2trace
Read the "README.pdf" file for help on the use of Mvasp2trace.
If you are using "Check Topological Magnetic Mat." and/or "Mvasp2trace" programs in the preparation of an article, please cite these references:
Xu, Y; Elcoro, L.; Song, Z.; Wieder, B.J.; Vergniory, M.G.; Regnault, N.; Chen, Y.; Felser, C.; Bernevig, B.A.
"Highthroughput Calculations of Antiferromagnetic Topological Materials From Magnetic Topological Quantum Chemistry" arXiv preprint (2020). arXiv:2003.00012
Elcoro,L.; Wieder, B.J.; Song, Z.; Xu, Y.; Bradlyn, B.; Bernevig, B.A.
"Magnetic Topological Quantum Chemistry" arXiv preprint (2020). arXiv:2010.00598
Link to the catalogue of topological magnetic materials,
www.topologicalquantumchemistry.fr


Upload your traces.txt file (see the help in the column on the left).

