It is noteworthy that, in the specific case of the 1:1 ratio, both the number of formed ChCl clusters and the clustering degree are similar for the three force fields. This result is a consequence of the equimolar composition of the system: despite the numerous possible molecular configurations, each ChCl can easily find another one in its close vicinity, regardless of the segregation degree. This result is supported by the fact that, in this case, the random initial configuration already exhibits converged values for the number of clusters and clustering degree. However, the collapse degree clearly exposes distinct behaviors for each force field: FF1 tends to separate ChCl and LA molecules, exhibiting a large collapse degree, while FF2 decreases it, and FF3 decreases it even further.