The strategic approach in Successive Palimpsest III integrates the Solar Envelope and the Discrete Design Method, both grounded in a parametric model.
Discrete design marks a promising paradigm shift in architecture, akin to the prefabricated building methods of the previous century. However, propelled by contemporary computational power and algorithms, this approach transcends traditional confines, enabling the creation of structures that are not only rich but also inherently intriguing. Emerging methods and technologies introduce novel qualities, enhancing the potential for diverse architectural expressions.
The resultant geometries are crafted through the Monoceros tool, a plugin for Rhinoceros/Grasshopper software developed by Studio Subdigital. Leveraging the Wave Function Collapse algorithm, discrete modules occupy the initial solar envelope. The distribution rules are guided by user-defined constraints, encompassing spatial relationships between modules, scale considerations, density, and more. Dynamic alterations, visible instantly, are achieved by modifying the seed and rules, providing a spectrum of design variations.
Underpinning this strategy is a parametric model that integrates our geometry with a stable diffusion AI algorithm. This amalgamation facilitates the seamless generation of visualizations for the proposed design. Through color labeling, contextual elements such as green for trees, grass, blue for water, and sky are identified, culminating in the rapid production of the final image within minutes. This innovative approach not only expedites the design process but also enriches it with a nuanced understanding of the proposed environment, fostering a swift and insightful transition from concept to visualization.
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