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| solvent::cosmors::Segments | occ::driver::conductor_segments (const qm::Wavefunction &wavefunction, const solvent::cosmors::Parameters ¶ms={}, double probe_radius_angs=0.0, int angular_points=590, bool constrain_charge=true, Vec *dielectric_energies=nullptr, double *cavity_volume_angs3=nullptr) |
| | Build segments from a wavefunction that has already been converged in the ideal-conductor reaction field, with both σ and σ⊥ averaged on params.
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| ConductorResult | occ::driver::conductor_profile (const qm::Wavefunction &gas_wavefunction, const ConductorSettings &settings={}) |
| | Converge the SCF in the ideal-conductor reaction field starting from a gas-phase wavefunction, then build the segments.
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| CosmoRSSolvation | occ::driver::cosmors_solvation_free_energy (const core::Molecule &solute, const std::string &solvent_name, const CosmoRSSolvationSettings &settings={}) |
| | Solvation free energy of solute in a named solvent, end to end.
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| CosmoRSSolvation | occ::driver::cosmors_solvation_free_energy (const core::Molecule &solute, const core::Molecule &solvent, const CosmoRSSolvationSettings &settings={}) |
| | The same, computing the solvent's conductor cavity from its geometry instead of loading a cached ensemble.
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| std::vector< std::string > | occ::driver::available_cosmors_solvents () |
| | Solvent names with a cached segment ensemble, sorted.
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