| Title |
A Study on the Gradual Differentiation in Parametric Design |
| Authors |
김용학(Kim, Yong-Hak) ; 안성모(Ahn, Seong-Mo) |
| DOI |
http://dx.doi.org/10.14774/JKIID.2018.27.2.175 |
| Keywords |
Parametric Design ; Gradual Differentiation ; Computation Design ; Digital Modeling |
| Abstract |
The purpose of this study is to analyze the concept of 'Gradual Differentiation' in parametric design in terms of pure model logic and thus describe the distinctive feature from the previous design method. To meet the purpose, it explores external cases like gradual factor identified in natural phenomenon and artworks and define the inherent model principles into "Self-similarity', "Correlation', and 'Temporality' by examining these features in terms of algorithm. Meanwhile, it identified the principle of gradual model representation in parametric design within a single system called 'Attractor System' by applying these three concepts into specific methods of parametric design, and by interpreting the logical structure through the association among 'Attractor', 'Field', and 'Differentiation'. The creative utilization of parameter shows that gradual model process in parametric design does not mean a passive "conversion process" merely replacing natural parameter with algorithm; rather, it refers to an active "generating process" creating new meanings and value. By continuing this process of conceptual understanding and insight, creative perspective and practical ability to interpret parameter can be improved. |