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Rectangular Tree Browser: a Navigation and Visualization Tool for Large Hierarchies

机译:矩形树浏览器:大型层次结构的导航和可视化工具

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Hierarchies, also known as trees, is a good means to manage information. Therefore handling hierarchical data structures becomes an important task in the field of information visualization. Focus+context concept is a well-known strategy to cope with the representation of large collections of data. This concept has been applied to many tools for visualizing large hierarchies, such as Hyperbolic Browser, SpaceTree, DOI Tree, etc. Despite the success of these tools, they could not adequately utilize the display space. We propose a technique named Rectangular Tree Browser for the visualization and navigation of large hierarchies. The technique lays out the tree on an imaginary geometrical plane with the root in the center, and then transforms and maps the plane to a limited rectangle area rather than an ellipse area as Hyperbolic Browser does. Comparing with Hyperbolic Browser, our browser makes better use of the display space. Moreover, because regular user interface components are rectangular, by doing this transformation, the browser is easy to be integrated into a user interface that contains more components. We conducted an informal user test with five users performing navigation and .selection tasks. Through observation and interview, we found that our users didn't experience any uncomfortability. We believe that Rectangular Tree Browser has the potential to be a good tool for navigation and visualization of large hierarchies.
机译:层次结构(也称为树)是管理信息的好方法。因此,处理分层数据结构成为信息可视化领域中的重要任务。焦点+上下文概念是应对大量数据表示的一种著名策略。此概念已应用于许多可视化大型层次结构的工具,例如双曲线浏览器,SpaceTree,DOI树等。尽管这些工具取得了成功,但它们仍无法充分利用显示空间。我们提出了一种名为“矩形树浏览器”的技术,用于可视化和导航大型层次结构。该技术将树布置在以根为中心的假想几何平面上,然后将平面变换并映射到有限的矩形区域,而不是双曲线浏览器那样将其映射到椭圆区域。与双曲线浏览器相比,我们的浏览器可以更好地利用显示空间。此外,由于常规用户界面组件是矩形的,因此通过执行此转换,可以轻松地将浏览器集成到包含更多组件的用户界面中。我们对五个执行导航和选择任务的用户进行了非正式的用户测试。通过观察和采访,我们发现用户没有任何不适感。我们认为,矩形树浏览器有可能成为大型层次结构的导航和可视化的良好工具。

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