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Molecular Surface Abstraction

机译:分子表面抽象

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摘要

In this paper we introduce a visualization technique that provides an abstracted view of the shape and spatio-physico-chemical properties of complex molecules. Unlike existing molecular viewing methods, our approach suppresses small details to facilitate rapid comprehension, yet marks the location of significant features so they remain visible. Our approach uses a combination of filters and mesh restructuring to generate a simplified representation that conveys the overall shape and spatio-physico-chemical properties (e.g. electrostatic charge). Surface markings are then used in the place of important removed details, as well as to supply additional information. These simplified representations are amenable to display using stylized rendering algorithms to further enhance comprehension. Our initial experience suggests that our approach is particularly useful in browsing collections of large molecules and in readily making comparisons between them.
机译:在本文中,我们介绍了一种可视化技术,该技术提供了复杂分子的形状和时空物理化学特性的抽象视图。与现有的分子观察方法不同,我们的方法会压制较小的细节以促进快速理解,但会标记重要特征的位置,使它们保持可见。我们的方法结合使用滤镜和网格重组来生成简化的表示形式,以表达整体形状和时空物理化学性质(例如静电荷)。然后使用表面标记代替重要的已删除细节,并提供其他信息。这些简化的表示适合使用样式化的渲染算法进行显示,以进一步增强理解力。我们的初步经验表明,我们的方法在浏览大分子的集合以及在它们之间进行比较时特别有用。

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