Titlebook: A Guide to Visual Multi-Level Interface Design From Synthesis of Empirical Study Evidence; Heidi Lam,Tamara Munzner Book 2011 Springer Nat

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Definition des Anordnungsproblems,Table 4.1 lists the 22 studies reviewed, along with our coded interface type: ., and . Screen captures of study interfaces are available in Appendix A.

ILEUM

https://doi.org/10.1007/978-3-642-82677-1The first step in our design decision tree is to decide if a multi-level interface is appropriate for the task and data at hand. To isolate situations where the additional high visual levels were found to be useful, we looked at studies that compared single-level . interfaces to one of the three multi-level interfaces: ., and

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確定方向

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反應(yīng)

Synthesis Lectures on Visualizationhttp://image.papertrans.cn/a/image/141011.jpg

Mechanics

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Logik und Grundlagen der Mathematiks in a multi-level interface is a non-trivial task, especially when the amount ofdata involved is large. The consideration here is to provide the correct amount of data required by the tasks in forms that are perceivable and trusted by the users.

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Algorithmen von Hammurapi bis G?delent levels within the same window or show them as separate views. Proponents of the embed approach argued that the different levels should be integrated into a single dynamic display, much as in human vision Card et al. [1999], Furnas [2006]. View integration is believed to facilitate visual search

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,Gef??erkennung in selektiven TPI-Aufnahmen,t the interaction of the interface factors of visual elements, data, and tasks. We cast our findings into a four-point decision tree for designers: (1) When are multiple visual levels useful? (2) How to create high-level displays? (3) Should the visual levels be displayed simultaneously? (4) Should