The document reviews the behavior of gridshell structures. It begins by defining a gridshell as a structure that has the shape and strength of a double-curvature shell but is composed of a grid rather than a solid surface. It then summarizes several previous studies that analyzed the behavior of rigid and elastic gridshells under dynamic loads, investigated optimizing cross-sections for bending resistance, and examined the effects of pre-stress from erection techniques on buckling capacity. The document outlines the objective of comparing different gridshell designs and lattice patterns in Staad Pro software under seismic loads. It concludes that singularities in rigid gridshells can increase stiffness and buckling load according to FEM analysis and that material behavior between grid points