Informed Discrete Elements With A Nature-Inspired Ordered Disorder

In this study, an element score calculation algorithm is designed to feed the design and fabrication phases simultaneously, which can generate suggestions for element-based design and construction. Inspired by the adaptation of natural induction's dynamic feedback method, this research suggests a framework that starts with informed digital design elements and ends with robotic fabrication to answer the question of how the overall sensitivity disorder can be organized to perform complex computations for the elements and whole structure of a design in architecture with a spontaneous, adaptive, and alive manner as it is in nature. After explaining the algorithm, a text aggregation was made to examine the score differences and their benefits. The findings demonstrate the success of the algorithm's spontaneous adaptive approach in design, and discussions expand the scope of research with ongoing research inspired by this initial attempt.