可视化地探索多维代码耦合

Fabian Beck, R. Petkov, S. Diehl
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引用次数: 18

摘要

代码实体之间的依赖关系和耦合关系可以是多种多样的。它们形成了具有几种不同类型边的图结构。可视化这些图提出了两个挑战:图的尺寸通常很大,以及不同边缘类型的可读表示。在本文中,我们提出了一种新的节点链接图可视化技术来解决这些挑战。不同类型的边用多个小图表示。这些图表像连环画一样并排放置。除此之外,还应用了边缘捆绑来提高可视化的可伸缩性。关于聚焦和合并数据的详细交互技术旨在为比较不同的边缘类型提供帮助。一个案例研究演示了可视化如何在实践中用于分析一个中等规模的软件项目。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visually exploring multi-dimensional code couplings
Dependencies and coupling relationships between code entities can be manifold. They form a graph structure with several different types of edges. Visualizing these graphs presents two challenges: the often large size of the graphs and the readable representation of the different edge types. In this paper we present a new node-link graph visualization technique addressing these challenges. Different types of edges are represented in multiple, small diagrams. These diagrams are placed side-by-side like the pictures of a comic strip. Among other things, edge bundling is applied to improve the scalability of the visualization. Elaborate interaction techniques with respect to focusing and merging data aim at providing help for comparing different edge types. A case study demonstrates how the visualization can be used to analyze a mid-size software project in practice.
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