The dynamics of delocalized excitons in the cyclic and branched circuits are influenced by their alignment relative to incident light, as characterized by angle θ. Achieving precise alignment in an experimental setting is challenging, resulting in variations from the intended angle by δθ. At the same time, unless we have access to precise single-molecule measurement frameworks, observed signatures will typically reflect an ensemble of circuits, with an associated distribution of δθ angles. These variations will be influenced by factors such as laser alignment precision or the synthetic accuracy of chromophore positioning.