扩展-超前:浏览树的空间填充策略

Michael J. McGuffin, Gord Davison, Ravin Balakrishnan
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引用次数: 25

摘要

许多树状浏览器允许折叠或展开节点下的子树,从而使用户能够控制屏幕空间的使用并有选择地向下钻取。然而,节点的显式扩展可能很繁琐。Expand-ahead是一种空间填充策略,通过该策略,一些节点会自动扩展以填充可用的屏幕空间,而不会扩展到节点以缩小的尺寸显示或在视口外显示。这通常允许用户在浏览树时看到树的更深处,而无需使用传统浏览器。这也意味着用户有时可以通过跳过为他们自动展开的树的级别来更快地向下钻取路径。超前扩展与许多上下文细节技术的不同之处在于,它不涉及缩放或失真。我们提出了向前扩展的1D和2D原型实现,并确定了各种设计问题和对我们设计的可能增强。我们的原型支持树的不同视图之间平滑的动画转换。我们还提供了一个对照实验的结果,该实验表明,在某些条件下,用户使用expand-ahead可以比不使用expand-ahead更快地下钻
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Expand-Ahead: A Space-Filling Strategy for Browsing Trees
Many tree browsers allow subtrees under a node to be collapsed or expanded, enabling the user to control screen space usage and selectively drill-down. However, explicit expansion of nodes can be tedious. Expand-ahead is a space-filling strategy by which some nodes are automatically expanded to fill available screen space, without expanding so far that nodes are shown at a reduced size or outside the viewport. This often allows a user exploring the tree to see further down the tree without the effort required in a traditional browser. It also means the user can sometimes drill-down a path faster, by skipping over levels of the tree that are automatically expanded for them. Expand-ahead differs from many detail-in-context techniques in that there is no scaling or distortion involved. We present 1D and 2D prototype implementations of expand-ahead, and identify various design issues and possible enhancements to our designs. Our prototypes support smooth, animated transitions between different views of a tree. We also present the results of a controlled experiment which show that, under certain conditions, users are able to drill-down faster with expand-ahead than without
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