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Pattern-Aware Shape Deformation Using Sliding Dockers
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DOI：10.1145/2024156.2024157.png)
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Abstract
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This paper introduces a new structure-aware shape deformation technique. The key idea is to detect continuous and discrete regular patterns and ensure that these patterns are preserved during free-form deformation. We propose a variational deformation model that preserves these structures, and a discrete algorithm that adaptively inserts or removes repeated elements in regular patterns to minimize distortion. As a tool for such structural adaptation, we introduce sliding dockers, which represent repeatable elements that fit together seamlessly for arbitrary repetition counts. We demonstrate the presented approach on a number of complex 3D models from commercial shape libraries.
Keywords:
shape deformation
shape analysis
symmetry
structural regularity
Journal
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4.7K
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