Abstract

ABSTRACTThis research addresses an objective approach to analysing the drape behaviour of virtual shirts with varying eases at the chest area and two different lengths. A set of body-scan data was utilised to identify body measurements of M-sized British men for the purpose of pattern drafting as well as for avatar morphing within 3D CAD systems. Two different sets of pattern pieces of sleeveless men’s shirt were drafted using a clothing CAD system. Size and shape of virtual avatars in two CAD systems was adjusted according to the anthropometry of M-sized British men before simulating pattern pieces on to them utilising material properties. This facilitated the objective analysis of the virtual drape of the simulated shirts with varying ease at the chest girth using three technical parameters, namely tension, stretch and pressure. The results and findings will be presented later in part 2 of this paper.

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