Cliptronic fabric is referred to as one of the most luxurious and complicated knitted fabrics because of the exceptionally complex yarn-cutting technique and Cliptronic jacquard structures. Cliptronic jacquard principles and the single-end selection mechanism were first studied to theoretically reveal its patterning algorithm. To realize computerized design, the pattern image was transferred to jacquard bitmap. Certain grid units were defined in a form of mathematical matrixes for representing offset data of jacquard elements, including half-gauge fall-plate, full-gauge inlay, and half-gauge yarn selection jacquard systems. Additionally, for generating superior and clear pattern contours, boundary grids which connect various jacquard effects required a further adjustment and a detailed designing discipline was concluded. The researched patterning algorithm of Cliptronic structures positively helps to expand product range and enhance fabrication efficiency.

Cliptronic面料因其异常复杂的纱线切割技术和Cliptronic提花结构而被称为最奢华、最复杂的针织面料之一。首次研究了Cliptronic提花原理和单端选择机制，从理论上揭示了其图案化算法。为实现电脑化设计，将花样图像转换为提花位图。某些网格单元以数学矩阵的形式定义，用于表示提花元素的偏移数据，包括半针距落板、全针距嵌体和半针距纱线选择提花系统。此外，为了产生优质清晰的图案轮廓，连接各种提花效果的边界网格需要进一步调整，并得出详细的设计规则。