Crystallography for small molecules is an incomparably data-rich method for their characterization; the reporting of measured molecular shapes is at the discretion of the crystallographer, relying on a wealth of experience in determining the important structural features and close contacts. In routine organic structures, however, often little space is reserved for discussing the molecular shape beyond structure confirmation. The conformation of an individual molecular unit is perhaps of little interest to the synthetic chemist -modulated by the molecules' immediate crystal environment, polymorphism and the assumptions made by the crystallographer in solving the structure, including space group, features not necessarily representative of the structure in solution. The influence of these constraints can be downplayed by looking at multiple structures of the same unit, understanding molecular shape through careful comparison of multiple accessed samples of a conformational landscape; not usually pursued except where polymorphism is present. SCSD, intended as an extra analysis routine in the tool-belt of a crystallographer, allows one to rapidly assess, contextualize and compare varied crystallographic data on symmetry and concerted-atommovement terms, and simplifies the process of normalcoordinate analysis. For example, where one would report a mean deviation from a plane (a convolution of any number of distortional types), one can report the components of distortion in irreducible representation terms. This interface is designed to function on an unmodified .pdb or .sd input file and can be performed and understood without any specialist knowledge in computational chemistry.