In order to ensure a uniform dispersion of aggregates across the simulation domain and corroborate the validity of the results obtained from the following spatial characterisation functions, we plot the porosity profile of the systems of interest across their X, Y and Zaxes. From their respec- structure. At length scales comparable to the particle dimensions (30 -60 nm) the system exhibits aggregation variance with solvent composition. The water rich systems exhibsit larger degrees of aggregation as opposed to IPA rich systems. Beyond the 60 nm mark we observe an increase in overall complexity up-to a length of ~100 nm, which then manifests into a steep drop in the fractal dimension. The high df attests to primary structures of upto 100 nm, beyond which the df drops and grows again to significantly large values (not shown), representing the re-emergence of complexity in terms of secondary aggregation.