Analysing the data, we see that there are nearly no deviations from shape values of zero for small topologies, indicating a symmetry in the ditopic building block positions regardless of the molecular changes seen in Fig. . The flexibility of larger topologies also allows for the stability of structures far from their ideal shape. However, we see that deviations from the ideal shape do not necessarily become more common for larger topologies. For example, the distribution of Tet 6 Di shapes in this data set are thinner than Tri 6 Di 9 (Fig. This analysis suggests that, under the design of this model, a stable cage in the rigid regime, will likely result in a shape near the expected ideal shape of that topology. And that this result becomes less robust for certain topologies or larger topologies. This may be a bias from the design of the problem.