自由的形象

T. Schiwietz, J. Georgii, R. Westermann
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引用次数: 13

摘要

在本文中,我们提出了一种图像变形技术,其中用户可以灵活地控制要执行的变形类型。Freeform图像扩展了可用的图像变形技术,因为它提供了直观工具的调色板,包括交互式对象分割,刚度编辑和基于力的控制,以实现变形部件的自然外观和逼真动画。我们的方法背后的模型是基于物理的,它适用于各种不同类型的图像处理,从尽可能刚性到完全弹性变形。我们开发了一个四边形有限元的多网格求解器,实现了高分辨率像素网格的实时性。在最近的cpu上,这个求解器可以在大约60毫秒的时间内处理大约16K个共旋转的有限元素。
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Freeform Image
In this paper we present a technique for image deformation in which the user is given flexible control over what kind of deformation to perform. Freeform image extends available image deformation techniques in that it provides a palette of intuitive tools including interactive object segmentation, stiffness editing and force-based controls to achieve both a natural look and realistic animations of deforming parts. The model underlying our approach is physics-based and it is amenable to a variety of different kinds of image manipulations ranging from as-rigid- as-possible to fully elastic deformations. We have developed a multigrid solver for quadrangular finite elements, which achieves real-time performance for high resolution pixel grids. On recent CPUs this solver can handle about 16K co-rotated finite elements at roughly 60 ms.
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