retain the context surrounding landscape and outdoor setting the building mass is a simple rectangular prism with slightly softened edges and corners allowing the geometry to flow continuously across all faces including corners and roof no sharp rigid edges generate a computationally designed architectural fa ade system composed of modular panels driven by a continuous wave algorithm the design should wrap seamlessly across all building surfaces including vertical facades and roof forming a single uninterrupted fluid skin the pattern is generated using parametric sine wave deformation fields mapped onto the building envelope the wave intensity varies based on curvature orientation and solar exposure creating dynamic modulation of depth rotation and scale of panels each panel is a slightly twisted geometric module glass or lightweight composite responding to the underlying wave field the panels should gradually transition in orientation producing a smooth flowing surface rather than discrete segmentation the facade should behave like a digital fabric stretched over the building with computational logic controlling wave amplitude height variation across facade wave frequency density of undulation phase shift across roof to wall transitions adaptive panel tilting responding to curvature materiality white reflective translucent glass or etfe like membrane with subtle gradient transparency the roof is not separate but an extension of the same wave field allowing the facade to fold upward and continue as a continuous computational surface remove all excess circular perforations remove domes and skylights surroundings include a landscaped public plaza soft greenery pathways and people for scale style highly realistic architectural visualization clean minimal contemporary parametric design language
