By defining a specific rectangular area and applying a random-reduction approach, the script enabled us to populate and reconfigure the layout in real-time, allowing us to explore and refine multiple options for maximizing space utilization, layout efficiency, and flow. This iterative process allowed for continuous back-and-forth adjustments, ensuring that we arrived at the most optimal arrangement.

By using this approach, we were able to create a design that not only showcased innovation and creativity but also optimized the space, maximized impact, and streamlined the fabrication process for construction. All of this was done while maintaining MG’s bold brand identity.

This project demonstrates how computational design, iterative exploration, and creative problem-solving can transform a concept into a striking, tangible experience.