opi.input.simple_keywords.miscellaneous¶
Classes¶
Enum to store all simple keywords of type Miscellaneous. |
Module Contents¶
- class opi.input.simple_keywords.miscellaneous.Miscellaneous¶
Bases:
opi.input.simple_keywords.base.SimpleKeywordBox
Enum to store all simple keywords of type Miscellaneous.
- ANGS¶
Miscellaneous.
- Type:
- BOHRS¶
Miscellaneous.
- Type:
- CHEAPINTS¶
Miscellaneous.
- Type:
- KEEPDENSITY¶
Miscellaneous.
- Type:
- KEEPFOCK¶
Miscellaneous.
- Type:
- KEEPINTS¶
Miscellaneous.
- Type:
- KEEPRESPDENSITY¶
Miscellaneous.
- Type:
- KEEPTRANSDENSITY¶
Miscellaneous.
- Type:
- LIBINT¶
Libint for Integral generation.
- Type:
- MASS2016¶
Miscellaneous.
- Type:
- NOCHEAPINTS¶
Miscellaneous.
- Type:
- NOKEEPDENSITY¶
Miscellaneous.
- Type:
- NOKEEPFOCK¶
Miscellaneous.
- Type:
- NOKEEPINTS¶
Miscellaneous.
- Type:
- NOLIBINT¶
Libint for Integral generation.
- Type:
- NOREADINTS¶
Miscellaneous.
- Type:
- NOSHARK¶
Shark for integral generation.
- Type:
- NOSYM¶
Symmetry keywords.
- Type:
- NOSYMMETRY¶
Symmetry keywords.
- Type:
- NOUSESHARK¶
Shark for integral generation.
- Type:
- NOUSESYM¶
Symmetry keywords.
- Type:
- NOUSESYMMETRY¶
Symmetry keywords.
- Type:
- NOXCFUN¶
do not use Xcfun library.
- Type:
- PREFERC2V¶
Symmetry keywords.
- Type:
- PREFERD2¶
Symmetry keywords.
- Type:
- READINTS¶
Miscellaneous.
- Type:
- RESCUE¶
Try to rescue a calculation from an old orca version.
- Type:
- SCALEPC¶
Scale Pointcharges.
- Type:
- SHARK¶
Shark for integral generation.
- Type:
- USEC2V¶
Symmetry keywords.
- Type:
- USED2¶
Symmetry keywords.
- Type:
- USESHARK¶
Shark for integral generation.
- Type:
- USESYM¶
Symmetry keywords.
- Type:
- USESYMMETRY¶
Symmetry keywords.
- Type:
- XCFUN¶
Use Xcfun library.
- Type:
- PAF¶
Bring molecule into its principle axis orientation.
- Type:
- ALLOWRHF¶
AllowRHF for open-shell.
- Type:
- NOALLOWRHF¶
AllowRHF for open-shell.
- Type:
- DOEQ¶
Do Eq for nuclear charges.
- Type:
- NOEQ¶
Do not Eq for nuclear charges.
- Type:
- BPOP¶
Use Boltzmann weighting in multiple xyz job.
- Type:
- NUMGRAD¶
Numerical gradient.
- Type:
- SURFCROSSNUMFREQ¶
Check for surface crossing frequency.
- Type:
- MECP_NUMFREQ¶
Numerical MECP freq.
- Type:
- NEARIR¶
VPT2 analysis for nearIR.
- Type:
- VPT2¶
VPT2 analysis.
- Type: