空间尺度动画:在多个视图中增强对多尺度结构的跨尺度理解

Xiaolong Zhang
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引用次数: 12

摘要

大型信息或模型结构通常跨越多个尺度,并在每个尺度上表现出重要特征。要对这种多尺度结构有一个连贯的、跨尺度的理解,往往需要用户与不同尺度的结构进行交互。虽然多个视图允许用户从不同的位置和不同的尺度看到结构,但在不同的多个视图中建立结构之间的跨尺度连接可能是一个挑战。本文提出了一种新的交互式设计方法——空间尺度动画,以可视化不同视图中结构之间的空间和语义关系,并讨论了空间尺度动画作为穿越空间和尺度的动态视图转换的设计和实现。本研究不仅通过明确考虑尺度因素扩展了交互动画技术,而且论证了将跨尺度语义信息集成到动画中以提高对复杂结构的理解的必要性。
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Space-scale animation: enhancing cross-scale understanding of multiscale structures in multiple views
Large information or model structures often span many scale levels, and exhibit important features at each scale. Having a coherent and cross-scale understanding of such multiscale structures often requires users to interact with the structures at different scales. While multiple views allow users to see the structures from different locations and at different scales, establishing cross-scale connections between structures in divergent multiple views could be a challenge. This paper proposes a new interactive design, space-scale animation, to visualize the spatial and semantic relationship between structures in different views, and discusses the design and implementation of space-scale animation as a dynamic view transition traversing space and scale. This research not only extends interactive animation techniques by explicitly considering the scale factor, but also argues the necessity to integrate cross-scale semantic information into animation to improve the understanding of complex structures.
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