The complexity of this approach is underscored by the need for rigorous peak indexing of each SAXS pattern to accurately determine a given structure, which is complicated by issues including poor long-range order, missing reflections (i.e., form-factor minima that suppress allowed reflections), limited peak resolution, sample purity, coexisting phases, and extraneous atmospheric scattering. At best, analyzing SAXS datasets is time-consuming and slow; at worst, the aforementioned issues cause challenges that only an expert-level understanding of X-ray theory can help resolve. The considerable complexity, time, and effort required to accurately identify nanostructures formed by block copolymers-and other materialsis compounded by an expansive parameter space, highlighting the potential utility of a workflow that accelerates the study of new materials, ideally in a fashion that is accessible to researchers from many different backgrounds.