International audienceInteraction and navigation in large geometric spaces typically require a sequence of pan and zoom actions. This strategy is often ineffective and cumbersome, especially when trying to study several distant objects. We propose a new distortion technique that folds the intervening space to guarantee visibility of multiple focus regions. The folds themselves show contextual information and support unfolding and paging interactions. Compared to previous work, our method provides more context and distance awareness. We conducted a study comparing the space-folding technique to existing approaches, and found that participants performed significantly better with the new technique
Figure 1: An example design for interaction with large display with the proxemics (the spatial attri...
It is a difficult problem to display large, complex graphs in a manner which furthers comprehension....
Zooming and multiple windows are two techniques designed to address the focus+context problem. We pr...
International audienceInteraction and navigation in large geometric spaces typically require a seque...
International audienceNavigating in large geometric spaces--such as maps, social networks, or long d...
Distortion-based visualization techniques allow users to examine focused regions of a multiscale spa...
International audienceFocus+context techniques such as fisheye lenses are used to navigate and manip...
Many tasks performed in multiscale visual spaces require the user to have several foci. Using bimanu...
Many tasks performed in multiscale visual spaces require the user to have several foci. Using bimanu...
INTRODUCTION When working with a large material, such as a document or a database, it is often desi...
Focus + context techniques such as fisheye lenses are used to navigate and manipulate objects in mul...
Radial, space-filling visualizations can be useful for depicting information hierarchies, but they s...
International audienceFocus+context interaction techniques based on the metaphor of lenses are used ...
Folding is an effective means to overcome the inherent problem associated with displaying a large in...
Many tasks that have to be performed to analyze data in large visual information spaces require the ...
Figure 1: An example design for interaction with large display with the proxemics (the spatial attri...
It is a difficult problem to display large, complex graphs in a manner which furthers comprehension....
Zooming and multiple windows are two techniques designed to address the focus+context problem. We pr...
International audienceInteraction and navigation in large geometric spaces typically require a seque...
International audienceNavigating in large geometric spaces--such as maps, social networks, or long d...
Distortion-based visualization techniques allow users to examine focused regions of a multiscale spa...
International audienceFocus+context techniques such as fisheye lenses are used to navigate and manip...
Many tasks performed in multiscale visual spaces require the user to have several foci. Using bimanu...
Many tasks performed in multiscale visual spaces require the user to have several foci. Using bimanu...
INTRODUCTION When working with a large material, such as a document or a database, it is often desi...
Focus + context techniques such as fisheye lenses are used to navigate and manipulate objects in mul...
Radial, space-filling visualizations can be useful for depicting information hierarchies, but they s...
International audienceFocus+context interaction techniques based on the metaphor of lenses are used ...
Folding is an effective means to overcome the inherent problem associated with displaying a large in...
Many tasks that have to be performed to analyze data in large visual information spaces require the ...
Figure 1: An example design for interaction with large display with the proxemics (the spatial attri...
It is a difficult problem to display large, complex graphs in a manner which furthers comprehension....
Zooming and multiple windows are two techniques designed to address the focus+context problem. We pr...