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首页> 外文期刊>International Journal of Engineering Research and Applications >3D Graph Drawings: Good Viewing for Occluded Vertices
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3D Graph Drawings: Good Viewing for Occluded Vertices

机译：3D图形图：遮挡顶点的良好查看

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摘要

The growing studies show that the human brain can comprehend increasingly complex structures if they are displayed as objects in three dimensional spaces. In addition to that, recent technological advances have led to the production of a lot of data, and consequently have led to many large and complex models of 3D graph drawings in many domains. Good Drawing (Visualization) resolves the problems of the occluded structures of the graph drawings and amplifies human understanding, thus leading to new insights, findings and predictions. We present method for drawing 3D graphs which uses a force-directed algorithm as a framework. The main result of this work is that, 3D graph drawing and presentation techniques are combined available at interactive speed. Even large graphs with hundreds of vertices can be meaningfully displayed by enhancing the presentation with additional attributes of graph drawings and the possibility of interactive user navigation. In the implementation, we interactively visualize many 3D graphs of different size and complexity to support our method. We show that Gephi Software is capable of producing good viewpoints for 3D graph drawing, by its built-in force directed layout algorithms.
机译：越来越多的研究表明，如果人类大脑将其显示为三维空间中的对象，则它们可以理解越来越复杂的结构。除此之外，最近的技术进步导致产生了许多数据，因此导致了许多领域中许多大型而复杂的3D图形绘图模型。良好的绘图（可视化）解决了图形绘图被遮挡的结构的问题，并增强了人类的理解力，从而带来了新的见解，发现和预测。我们提出了使用力导向算法作为框架的3D图形绘制方法。这项工作的主要结果是将3D图形绘制和表示技术以交互速度组合在一起。通过使用图形绘图的附加属性和交互式用户导航的可能性来增强表示，甚至可以有意义地显示具有数百个顶点的大型图形。在实现中，我们以交互方式可视化许多大小和复杂程度不同的3D图形，以支持我们的方法。我们证明了Gephi Software通过其内置的力导向布局算法能够为3D图形绘制提供良好的视点。

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