Figure finally demonstrates that the straightforward GA approach with AMOEBA produces an extensive set of low-lying B3LYP/6-31G(d,p) structures with little effort, as opposed to the more technically-involved restrained SA simulations that were used in the initial search for the experimentally observed structure 30 (cf. Section 2.1). Although the overall sGADFT method did not find similar LM, its explored energy space is denser in the low-energy range and the experimental GM is retrieved, advocating the use of surrogate GAs for low-energy sampling with little setup management and cost, as discussed in the next section.