asr.c2db.bandstructure¶
Summary¶
This is the documentation for asr.c2db.bandstructure
-recipe.
This recipe is comprised of 2 instructions, namely:
Run this recipe through the CLI interface
$ asr run asr.c2db.bandstructure
or as a python module
$ python -m asr.c2db.bandstructure
Detailed description¶
Electronic band structures.
Steps¶
asr.c2db.bandstructure:calculate¶
- asr.c2db.bandstructure.calculate(atoms, calculator={'charge': 0, 'convergence': {'bands': 'CBM+3.0'}, 'kpts': {'density': 12.0, 'gamma': True}, 'mode': {'ecut': 800, 'name': 'pw'}, 'name': 'gpaw', 'nbands': '200%', 'occupations': {'name': 'fermi-dirac', 'width': 0.05}, 'txt': 'gs.txt', 'xc': 'PBE'}, bsrestart={'convergence': {'bands': - 10}, 'fixdensity': True, 'nbands': - 20, 'symmetry': 'off', 'txt': 'bs.txt'}, kptpath=None, npoints=400)[source]¶
Calculate electronic band structure.
asr.c2db.bandstructure¶
- asr.c2db.bandstructure.main(atoms, calculator={'charge': 0, 'convergence': {'bands': 'CBM+3.0'}, 'kpts': {'density': 12.0, 'gamma': True}, 'mode': {'ecut': 800, 'name': 'pw'}, 'name': 'gpaw', 'nbands': '200%', 'occupations': {'name': 'fermi-dirac', 'width': 0.05}, 'txt': 'gs.txt', 'xc': 'PBE'}, bsrestart={'convergence': {'bands': - 10}, 'fixdensity': True, 'nbands': - 20, 'symmetry': 'off', 'txt': 'bs.txt'}, kptpath=None, npoints=400)[source]¶