Polygoncentric

Polygoncentric is a term used in the fields of architecture, urban planning, and design to describe a design approach that prioritizes the geometric properties and relationships of polygons in the creation of structures and spaces. This approach emphasizes the use of regular and irregular polygons as fundamental units in the design process, leading to the creation of complex and often aesthetically pleasing forms. Polygoncentric design can be applied to various scales, from the design of individual buildings to the layout of entire cities.

The polygoncentric approach often involves the use of computational tools and algorithms to generate and manipulate polygonal forms. These tools can help designers explore a wide range of possible configurations and optimize the design for specific criteria, such as structural efficiency, spatial quality, or environmental performance. The resulting designs can exhibit a high degree of geometric complexity and intricacy, which can be both visually striking and functionally innovative.

Polygoncentric design has been influenced by various historical and cultural traditions, as well as contemporary developments in mathematics, science, and technology. Examples of polygoncentric design can be found in a wide range of built environments, from traditional vernacular architecture to modernist and contemporary buildings. The approach has also been applied to the design of public spaces, landscapes, and even entire cities, where it can help create cohesive and visually compelling urban environments.