Expand description
Lightweight ML property proxies.
Descriptor-based property prediction using pre-fitted linear models. These provide fast estimates when full quantum-chemical calculations are too expensive.
Re-exports§
pub use descriptors::compute_3d_descriptors;pub use descriptors::compute_descriptors;pub use descriptors::Descriptors3D;pub use descriptors::MolecularDescriptors;pub use ensemble::compute_tpsa;pub use ensemble::predict_ensemble;pub use ensemble::EnsembleResult;pub use ensemble::VeberResult;pub use models::predict_properties;pub use models::MlPropertyResult;pub use models::PredictionUncertainty;pub use pharmacophore::compute_pharmacophore_fingerprint;pub use pharmacophore::detect_features;pub use pharmacophore::pharmacophore_tanimoto;pub use pharmacophore::PharmFeature;pub use pharmacophore::PharmFeatureType;pub use pharmacophore::PharmacophoreFingerprint;
Modules§
- advanced_
models - Advanced ML models: Random Forest, Gradient Boosting, and cross-validation.
- descriptors
- Molecular descriptors for ML property prediction.
- ensemble
- Ensemble ML models with non-linear predictions and uncertainty estimates.
- getaway
- GETAWAY (GEometry, Topology, and Atom-Weights AssemblY) descriptors.
- models
- Pre-fitted linear ML models for fast property estimation.
- pharmacophore
- Pharmacophore fingerprints: encode molecular pharmacophoric features.
- rdf_
descriptors - RDF (Radial Distribution Function) molecular descriptors.
- whim
- WHIM (Weighted Holistic Invariant Molecular) descriptors.