![]() The output clothing patterns are ready for 3D virtual simulation and downstream garment manufacturing. The pattern design process takes 1 or 2 minutes to generate all the clothing patterns for a particular input sketch. The precise and explicit design information provides all the necessary information in a design analysis, which can be readily used as input for the downstream pattern development process. This minimizes style misinterpretation and eases the communication among different parties along the fashion supply chain. Third, the output sketches are parameterized, with explicit and precise design information. It also ensures that the output sketches are feasible designs that can be produced as real garments, considering the properties of different textile materials. Furthermore, fuzzy set theory was used to model design knowledge, taking into account the design harmony and aesthetic appeal. This allows general users to create styles by simple computer operations – selecting their preferred styles. Second, the design process is formulated by interactive genetic algorithms, which hide the tedious definition of parameters to generate parametric sketches. ![]() Examples illustrating that design elements are fully compatible.
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