The available chemical space that contains conjugated monomers of possible interest to polymer optoelectronic applications is on the order of 10 60 molecules . To complicate matters further, conjugated monomers can be combined into random (AxBy), alternating (AB)n, or block (A)x(B)y copolymers. Terpolymers and quaterpolymers of varying complexity can also be synthesized. Previous work has shown that changes in copolymer sequence for small oligomers has been shown to have significant effects on frontier molecular orbital energies . To search this vast chemical space efficiently for molecules of interest, computational methods must be employed.