While the n-LMF has been trained on the W4-17 and BH76 small-molecule sets, which do not feature much NCI contributions, it seemed reasonable to optimize the B97c-type DC terms on a larger database that also features such NCIs. We decided to use the full GMTKN55 WTMAD-2 value as a target, as has become rather common in recent years (see, e.g., refs. 109, 110). In addition to the linear parameters within the B97c-type power series (see above) we also optimized a linear scaling factor in front of the n-LMF to allow an adjustment to the altered DC contribution compared to LH24n-B95. As dispersion corrections are obviously crucial for the NCI subcategories, as well as for several subsets of the iso & large subcategory, the optimization needed to be done in the presence of dispersion contributions. We therefore performed it with the unaltered D4 contributions from LH24n-B95-D4. Indeed, initially we applied this procedure to the linear parameters d opp and d σσ (and the scaling factor of the n-LMF) in the B95c contribution of LH24n-B95-D4. This lowered the post-SCF WTMAD-2