Examining the generative design in the geometric approach of nature in biomimetic architecture; Case Study: Iranian violet

Nowadays, the development of architecture and form-finding based on the geometrical shapes found in nature, and their implementation in design solutions, with the help of digital computer technology, which has made it possible to use generative models, is expanding. Is. This research presents an initial exploration of natural forms by modeling nature in biomimetic architecture, flowing in geometric patterns resulting from nature and providing a basis for further research that may be used in generative architectural design. The biomimetic approach sets new standards in productive design through the shape of the lotus flower as an example, all the characteristics resulting from these links, and the aesthetic effect primarily based on the harmony and perfect fit of the elements in search of stability. This is the strength and power. The research method is descriptive and analytical, which in the practical part is analyzed with digital 3D software, the architecture of a native species in Iran and using parametric modeling methods and experimental designs displayed using Voroni diagrams lead to a generative geometry resulting from patterning the flower form and can be considered as a practical example in architectural generative.