The clustering degree (central panel in Figure ) o↵ers further insights into the characteristics of the formed clusters. Defined as the ratio between the number of ChCl molecules in the largest cluster and the total number of ChCl molecules in the system, it provides the proportion of ChCl molecules that form part of the largest cluster. In the context of FF1, this ratio is remarkably close to unity across di↵erent ChCl:LA ratios,indicating that nearly all the ChCl molecules belong to a single, large cluster. A similar pattern emerges with FF2, where all considered systems display clus-tering degrees approaching one, albeit with minor distinction for 1:10 ChCl:LA ratio, where a clustering degree of around 0.9 is obtained. Finally, for FF3, the clustering degree is also close to one for the 1:1 and 1:2 ratios. However, a significant di↵erence from this trend is observed for the 1:5 (0.87) and 1:10 (0.30) ratios, indicating a lower level of clustering among ChCl molecules. It can be concluded that, in these instances, ChCl molecules are distributed more evenly across multiple clusters.