CAJ | 학술논문

　　本文采用Julia集、Koch迭代等分形算法设计出一系列美妙新奇的图案，同时利用计算机图像处理技术将这些图案与不同的纺织品进行频谱重构处理，从而对织物激光凹凸型雕花的效果进行模拟仿真。仿真结果体现了该算法的可行性与适用性。此项技术不仅能节约成本，也体现了艺术与科技的完美结合，新颖独特，具有很强的实用价值。
　　본문채용Julia집、Koch질대등분형산법설계출일계렬미묘신기적도안，동시이용계산궤도상처리기술장저사도안여불동적방직품진행빈보중구처리，종이대직물격광요철형조화적효과진행모의방진。방진결과체현료해산법적가행성여괄용성。차항기술불부능절약성본，야체현료예술여과기적완미결합，신영독특，구유흔강적실용개치。
In this paper, a series of novel patterns were designed by employing fractal algorithm, such as Julia sets, Koch iteration. At the same time, a spectral reconstruction processing was carried out for those patterns and different textiles by taking advantage of computer image processing technology, so as to simulate the effect of textile laser concave-convex engravings. The results of simulation proved the feasibility and applicability of the algorithm. This technology could not only save costs, but also embody a perfect combination of art and science. New and original, it is of great practical value.