For the simulations of the heterogeneously covered interfaces, we added a simple aggregation probability to the model that prioritizes aggregation of proteins over a random distribution of individual proteins over the interface. Indeed, the simulated droplets show a more heterogeneous distribution of localizations, with the normalized histogram of relative distances showing suppressed occurrences and lower amplitudes of large-distance correlations (Figure ). The higher we set the aggregation probability, the more the large-distance correlations were suppressed, and consequently, the first peak became dominant, thereby deviating from the 'fingerprint' of the homogeneous distribution.