| 英文摘要 |
The present study explored the compositional logic and distinguishing characteristics of Taiwanese bamboo weaving patterns. By systematically analyzing bamboo weaving pattern charts, this study established a model to classify patterns and generative rules for developing them. This study examined bidirectional, tridirectional, and circular radial weaving systems and defined representative techniques within each system, specifically twill weaving, checker weaving, hexagonal weaving, triangular weaving, pinwheel weaving, and circular weaving. By decomposing the structural elements of these patterns, this study identified four compositional factors that govern the arrangement of bamboo strips: over–under interlacing, variations in strip coloration, differences in strip width, and weaving density. On the basis of these factors, a mechanism of producing pattern variations was proposed, and a framework for classifying patterns was established. This study revealed that although Taiwan’s bamboo weaving systems are all based on geometric principles, their forms and cultural implications are highly diverse. In particular, tridirectional hexagonal and pinwheel weaving patterns integrate inlaid pattern techniques and rhythms to produce a distinctive visual style. The classification framework and analytical model proposed in this study clarify the principles of compositional design in bamboo weaving and provide a theoretical foundation and practical reference for bamboo craft education, teaching material development, and cultural heritage preservation. |