A conceptual framework for the design of geo-dynamics visualization

Xinbao Chen, Yeping Zhou, Mei Li
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Abstract

Some contributed works can be contributed as follows: (1) A category method is presented to reorganize geo-dynamics types, and thus making them more robust in understanding the nature of geo-dynamics data and capturing geo-dynamics types; (2) Based on (1), the conceptual framework is presented to guide designer or user as to how to select the geo-dynamics visualization methods, according to characteristics of Spatial-Temporal data that needs to be analyzed, and tasks (user's requirements) that need to be fulfilled, and geo-dynamics types that need to be displayed. Following the conceptual framework as the guideline, it can help designers of various domain-specific applications to combine available visualization methods, and then help users to quickly determine a method with higher satisfactions.
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地球动力学可视化设计的概念框架
(1)提出了一种重新组织地球动力学类型的分类方法,使其在理解地球动力学数据的本质和捕获地球动力学类型方面更加稳健;(2)在(1)的基础上,提出了概念框架,指导设计者或用户根据需要分析的时空数据的特点、需要完成的任务(用户需求)、需要显示的地球动力学类型,选择地球动力学可视化方法。以概念框架为指导,可以帮助各个领域特定应用程序的设计者组合可用的可视化方法,从而帮助用户快速确定满意度更高的方法。
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