Another area for future development is to automatically partition the lattice energy into intramolecular and intermolecular contributions, to improve the model's applicability to flexible molecules. Our results for resorcinol illustrate that a single model can accurately capture the intramolecular and intermolecular components of a landscape with limited conformations. However, other studies have found that the difference in scale between inter-and intramolecular interactions means that capturing both with a single model is often limiting, and that training separate intermolecular and intramolecular models yields improved performance. Partitioning the energy will also make applying the workflow over multiple landscapes more practical, which could allow for training transferable rather than system-specific models. The development of universal models for organic molecules and inorganic materials , has produced impressive results with good transferability; similar models for organic crystals could have an important impact in the field of CSP.