Class to create the wavefunction information needed for outputting densities,... Note that NDDO methods have their own STO-6G expansion, fine tuned according to their parameters, while for DFTB methods the STO-6G expansion of the PM6 method was used. Since STO-6G expansions are very similar one-another, the implementation ease of this was deemed a satisfactory compromise. If the underlying calculator has not been initialized, then care must be taken that outside of this function a calculation is performed. This class handles only s, p and d orbitals.
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Class to create the wavefunction information needed for outputting densities,... Note that NDDO methods have their own STO-6G expansion, fine tuned according to their parameters, while for DFTB methods the STO-6G expansion of the PM6 method was used. Since STO-6G expansions are very similar one-another, the implementation ease of this was deemed a satisfactory compromise. If the underlying calculator has not been initialized, then care must be taken that outside of this function a calculation is performed. This class handles only s, p and d orbitals.
Sets the calculator from which to generate a molden file.
- Parameters
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void Scine::Sparrow::MoldenFileGenerator::generateWavefunctionInformation |
( |
std::ostream & |
out | ) |
const |
Method to generate the molden input and print it somewhere.
- Parameters
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out | The stream the molden input is written to. |
The documentation for this class was generated from the following files: