The aim of this study is to develop a parametric panel production model for generating water wave patterns. The continuous alignment of joints when the panels are laid and ensuring this continuity even when the panels are rotated during installation are targeted with this model. Rhino Grasshopper was used for the parametric panel production model. The model consists of three steps: surface formation, wave pattern generation, and installation simulation. Points on the surface created to obtain the water wave pattern are moved along the z-plane. Panel continuity is ensured by taking mirror symmetry with respect to the edge midpoints of the points moved on the edge. As a result of the proposed model, panels with edge continuity in the water wave pattern have been produced. Additionally, the ability to lay panels in different directions without losing continuity has been ensured. However, physical production of the panels has not been tested. The model developed for the digital modeling environment provides an original parametric approach to the use of continuous panels in water wave pattern production. Future research is expected to use the model's outputs as a foundation for actual production experiments.