텍스타일 디자인을 위한 3D 모델링 기법 연구 -시네마 4D 프로그램을 중심으로-

Abstract

The purpose of this study is to propose a textile design approach using 3D graphics in the field of fiber and textile design, which lacks research cases utilizing 3D modeling. The research revolves around Cinema 4D, a program capable of implementing three-dimensional forms. The research methodology involves comparing and analyzing two-dimensional computer graphics with the concept of three-dimensionality to gain understanding. Additionally, the techniques and methods of 3D graphic modeling will be explored. Based on the features of Cinema 4D, the research aims to demonstrate the feasibility of its application and examine 3D tools that can be utilized in textile design. Firstly, the program offers a large and intuitive user interface compared to other software. Secondly, it possesses an advanced renderer that enables realistic rendering. Thirdly, it includes various modules such as dynamics, hair, mocha, body paint 3D, and MoGraph. Fourthly, it exhibits high compatibility with numerous industry-standard file formats. Lastly, it provides a resource library for modeling and material sources. Utilizing design approaches based on 3D graphics technology offers realistic visual effects while reducing the time and cost required for design work, making it applicable to the design industry. Therefore, this study aims to further investigate textile design cases utilizing 3D graphic modeling and propose textile design using Cinema 4D modeling. It allows for the creation of 3D models for clothing, fabrics, interiors, etc., and enables the generation of realistic effects through texture application, lighting, and rendering. Additionally, it allows for fiber structure design using modeling tools and various modules. The advancement of digital technology has expanded the scope of 3D software utilization, leading to the sophistication of 3D technology application. Through research on 3D textile design, this study aims to present its potential and direction