abacus-kpt

To generate an ABACUS KPT file for a Monkhorst-Pack grid, specify your grid divisions and shifts to produce a Γ-centered or standard mesh for SCF or NSCF calculations. This ensures correct k-point sampling syntax.

The correct ABACUS KPT format for high-symmetry line paths requires line mode, using interpolation between labeled endpoints for band-structure calculations. This ensures accurate Brillouin zone traversal and proper end-point handling.

Yes, you can use explicit k-point lists in ABACUS by defining fractional or Cartesian coordinates with corresponding weights. This supports specialized sampling and reproducing exact setups for SCF and DOS workflows.

Your ABACUS k-point sampling may not match the KPT file due to INPUT option overrides like gamma_only or kspacing. These settings bypass the KPT file, overwriting your intended Monkhorst-Pack grid or explicit k-point configurations.

Yes, ABACUS supports Cartesian coordinates for k-point generation within explicit k-point lists. You can define these coordinates alongside their weights to ensure format compliance for your specific sampling needs.

The best way to set up k-point sampling for DOS calculations in ABACUS is using a dense Monkhorst-Pack grid in the KPT file. This ensures comprehensive Brillouin zone integration while avoiding conflicts with INPUT overrides.