Journal of Computational Design
Yazarlar: Serdar AYDIN, Zehra AYSEL
Konular:Mimarlık
Anahtar Kelimeler:Architecture and fashion design,3D voxel,Measuring,Design research,Cellular automata
Özet: Pursuing an interdisciplinary design approach that blends different tastes of aesthetic phenomena requires to address the key challenges of working at multiple scales and measures to design inquiries. The concept of measuring in design creates a shared area of discussion between architecture and fashion design. Interrogating cosmetic analogies of surfaces in search of form creates important research areas for experimental design at the intersection of the both fields. Instead, this work underlines the advanced digital methods used for measuring tectonic and volumetric qualities unified in architectural and fashion design. First of all, the paper distinguishes surface-based analogies and volumetric tests in a virtually chronological timeline. Previous works develop an understanding of evanescent digital objectivity that cause loss of scale and but also adaptive measuring, which help conceive non-linearity for complex design briefs. This article seeks adaptive measuring capabilities of self-sustained 3D voxel representation in architectural and fashion design. In our preliminary investigations, voxel is addressed as a digital object which is able to generate new configurations of space-time in architecture and fashion design that ontologically prioritise human over other objects of design processes while creating spatial expressions within individual and social zones. By that, the present study pursues a new representative unit of computational design thinking in architecture and fashion design that execute measuring tools and methods for nonstandard outcome. The purpose of examining voxel is to generate a new digital measurement unit from basic cellular geometries in order for producing adaptive sequences between wearable and spatial experiments. To initially implement practical experiments, relational adaptive behaviours of 3D voxel are linked with cellular automata rules. In our experiments, 3D voxel is an analysis unit as well as relational and proto-measurement component that enables design decisions regarding space. A variety of model generations are produced in association with the 3D voxel geometry being the next proto-measurement unit of computational architecture and fashion design thinking. In this way, the work offers a number of possibilities to develop new product semantics and aesthetics that emerge during design process. Therefore, this research explores the productive potential of three-dimensional computational design thinking.