To quantify this, the fraction of compounds collected that possess a docking score better than the reference ligand (-10.907 kcal/mol) was calculated for each experiment (see Table ). The task chosen resembles a potential real-world application as the reference ligand is an experimentally validated nanomolar (nM) inhibitor. In all cases, CL generates between 2941-9068 and between 12.42%-23.79% more compounds that dock more favourably than the reference ligand by absolute counts and percentage, respectively, compared to baseline RL. Furthermore, between the Curriculum Objectives Tanimoto and ROCS, the "High" scenario outperforms the "Low" scenario (between 316-3415 and between -0.4%-10.57%) at the same task. Thus, a single Curriculum Objective provides a tunable parameter that can enhance and control the degree in which the agent is able to satisfy a Production Objective.