Solvation analysis plays a crucial role in understanding the structure and dynamics of amphiphilic soft matter. This analysis allows us to quantify the solvation cells around molecules, and to predict hydrophobic interactions. between molecules by measuring the distance between selected atoms. If the intermolecular distance between two selected atoms is less than a user-defined cutoff, it is considered a contact. The values of the distance cutoff used to characterise the interactions of different types of molecules will vary, and can be determined from radial distribution functions between the specific atoms of the two molecules used in the calculation or through an analysis of the minimum distance between these atoms on two molecules that are known to have aggregated during the simulation. Values of the distance cutoff have been found to be between 4 Å and 7 Å as shown elsewhere. A visual representation of intermolecular contacts between two poly(ethylene oxide) (PEO) -poly(methyl acrylate) (PMA) polymers within a micelle is shown in Figure (a). The contacts class can utilize the output of the make_micelle_whole tool as an input. This ensures that the distances between atoms within the molecules are