The structure defined by Eq. 5 is free from atomic clashes, making it a suitable starting point for quantum chemical calculations or molecular dynamics simulations. This makes pyGlobOpt to serve as a fast structure generator, even without further optimization by external programs. Now that our proposed structure is free of any major unrealistic structural artifacts, we can progress to using more complex energetic algorithms without fear of serious convergence issues. Local optimization with additional calculator can provide more robust energetics and solutions to the database. Since pyGlobOpt utilized ASE, we have access to the full suite of different codes through ASE Calculators (e.g. ONETEP, ORCA, CP2K, DFTB+, etc) as well as the option to couple external software like xTB. Once locally optimized, the optimized structure is then stored in the database from which further OL, EM, or SC bees can potentially draw upon.