Temporal distortion for animated transitions

Dragicevic, Pierre; Bezerianos, Anastasia; Javed, Waqas; Elmqvist, Niklas; Fekete, Jean-Daniel

doi:10.1145/1978942.1979233

Cited by 63 publications

(66 citation statements)

References 33 publications

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“…Other researchers have found benefits in animation for different domains such as tree visualization [2], common statistical graphs [20], and hierarchies [43]. These and other uses and studies of animation in information visualization (e.g., [16,14,23,22]) inspire and inform the animations available in our tool.…”

Section: Animationmentioning

confidence: 89%

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Transmogrification

Brosz

Nacenta

Pusch

et al. 2013

Proceedings of the 26th Annual ACM Symposium on User Interface Software and Technology

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A transmogrifier is a novel interface that enables quick, onthe-fly graphic transformations. A region of a graphic can be specified by a shape and transformed into a destination shape with real-time, visual feedback. Both origin and destination shapes can be circles, quadrilaterals or arbitrary shapes defined through touch. Transmogrifiers are flexible, fast and simple to create and invite use in casual InfoVis scenarios, opening the door to alternative ways of exploring and displaying existing visualizations (e.g., rectifying routes or rivers in maps), and enabling free-form prototyping of new visualizations (e

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Section: Animationmentioning

confidence: 89%

“…To facilitate seeing the relationship between the original and transmogrified space we incorporate animation, which has previously been shown to be successful in supporting comprehension during transformation in infovis (e.g., [43,14,20,2]). …”

Section: Animationsmentioning

confidence: 99%

Transmogrification

Brosz

Nacenta

Pusch

et al. 2013

Proceedings of the 26th Annual ACM Symposium on User Interface Software and Technology

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“…There are many possible designs for animations, and with a few exceptions [15,24], there exist very little empirical research comparing the effectiveness of different types of designs. A better understanding of good animated transition design is particularly important for interactive information visualization applications, where the analyst needs to constantly navigate between different views of the same data.…”

Section: Animated Transitionsmentioning

confidence: 99%

The Not-so-Staggering Effect of Staggered Animated Transitions on Visual Tracking

Chevalier

Dragicevic

Franconeri³

2014

IEEE Trans. Visual. Comput. Graphics

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Abstract-Interactive visual applications often rely on animation to transition from one display state to another. There are multiple animation techniques to choose from, and it is not always clear which should produce the best visual correspondences between display elements. One major factor is whether the animation relies on staggering-an incremental delay in start times across the moving elements. It has been suggested that staggering may reduce occlusion, while also reducing display complexity and producing less overwhelming animations, though no empirical evidence has demonstrated these advantages. Work in perceptual psychology does show that reducing occlusion, and reducing inter-object proximity (crowding) more generally, improves performance in multiple object tracking. We ran simulations confirming that staggering can in some cases reduce crowding in animated transitions involving dot clouds (as found in, e.g., animated 2D scatterplots). We empirically evaluated the effect of two staggering techniques on tracking tasks, focusing on cases that should most favour staggering. We found that introducing staggering has a negligible, or even negative, impact on multiple object tracking performance. The potential benefits of staggering may be outweighed by strong costs: a loss of common-motion grouping information about which objects travel in similar paths, and less predictability about when any specific object would begin to move. Staggering may be beneficial in some conditions, but they have yet to be demonstrated. The present results are a significant step toward a better understanding of animation pacing, and provide direction for further research.

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“…These quick animated transitions employ a slow-out effect [38] and allow users to rapidly compare different layouts for a given graph. A second type of animated transition is slower and uses linear pacing [38], which facilitates detailed graph comparison and makes it possible for users to follow individual nodes.…”

Section: Explorementioning

confidence: 99%

“…A second type of animated transition is slower and uses linear pacing [38], which facilitates detailed graph comparison and makes it possible for users to follow individual nodes.…”

Section: Explorementioning

confidence: 99%

Interactive graph matching and visual comparison of graphs and clustered graphs

Hascoët

Dragicevic

2012

Proceedings of the International Working Conference on Advanced Visual Interfaces

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To cite this version: ABSTRACTWe introduce interactive graph matching, a process that conciliates visualization, interaction and optimization approaches to address the graph matching and graph comparison problems as a whole. Interactive graph matching is based on a multi-layered interaction model and on a visual reification of graph matching functions. We present three case studies and a system named Donatien to demonstrate the interactive graph matching approach. The three case studies involve different datasets: a) subgraphs of a lexical network, b) graph of keywords extracted from the InfoVis contest benchmark, and c) clustered graphs computed from different clustering algorithms for comparison purposes.

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Temporal distortion for animated transitions

Cited by 63 publications

References 33 publications

Transmogrification

Transmogrification

The Not-so-Staggering Effect of Staggered Animated Transitions on Visual Tracking

Interactive graph matching and visual comparison of graphs and clustered graphs

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