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Abstract

The garment dressing simulation is a process which transforms multiple two-dimensional garment patterns into a three-dimensional configuration that follows the surface of the human body and enables visualization of the draping effect of the garment. The dimensional stability of a garment pattern is an important constraint that needs to be imposed to ensure the created garment has a size complying with the original design of the pattern. In this paper, we used a mass-spring system to simulate the physical properties of the fabric and adaptive sewing forces to wrap the pattern around the human model to form a virtual garment. Combined with the collision detection and response routine, the strain control for maintaining the pattern size was implemented with velocity adjustments.

Keywords

collision detection dressing simulation initial positioning strain control

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Three-dimensional Garment Dressing Simulation

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