The point groups available in the first iteration of the SCSD algorithm are C2v, C2h, D2h and D4h, covering common multiple-symmetry chromophore molecules of interest. As for simpler cases, in C1, this algorithm becomes a simple sum of vectors between an aligned fragment and model. With only one non-identity symmetry operation, the trivial case result is analogous to an implementation of the "symmetrize" routine and the "S" value of the parent symmetry. While these structures are possible to probe with the SCSD routine, we believe the utility of this routine comes from disentangling multiple modes, and more conventional comparisons may be more appropriate in these cases.