Manojit Sarkar, Scott S. Snibbe, Oren J. Tversky, and Steven P. Reiss. Stretching the rubber sheet: A metophor for visualizing large layouts on small screens. In Proceedings of the ACM SIGGRAPH Symposium on User Interface Software and Technology, pages 81--91, 1993.  Home/Search   Document Not in Database   Summary   Related Articles   Check

....interface, but not to display the result, which appears in a separate window. User Interface and Information Visualization Techniques There are several distortion presentation techniques based on a tabular layout [60] such as Document Lens [84] fisheye views [39, 87] stretching rubber sheets [88]. Many of these techniques have been applied directly to a tabular organization to provide global context viewing and detailed focused zooming, e.g. Table Lens [81] As another example, DataSpace [6] used 3D lattices and cone trees to lay out images in 3D space. In addition, Magic Lenses and ....

Manojit Sarkar, Scott S. Snibbe, Oren J. Tversky, and Steven P. Reiss. Stretching the rubber sheet: A metophor for visualizing large layouts on small screens. In Proceedings of the ACM SIGGRAPH Symposium on User Interface Software and Technology, pages 81--91, 1993.

....used. A special method for this kind of information can be found in [Shneiderman, 1992] and another (more obvious one) in [McKinney et al. 1998] Ways of displaying more and less detailed information in the same view at the same time are fish eye views [Furnas, 1981] stretchable rubber sheets [Sarkar et al. 1993], and the perspective wall [Mackinlay et al. 1991] The latter does not distort the diagram as much as the other two approaches, and is also better suited for implementation with hardware support. Another interesting idea is to use a logarithmic time scale, and display cruder information the ....

Manojit Sarkar, Scott S. Snibbe, Oren J. Tversky, and Steven P. Reiss (1993). Stretching the Rubber Sheet: A Metophor for Visualizing Large Layouts on Small Screens. In Proceedings of the ACM Symposium on User Interface Software and Technology, Visualizing Information, pages 81--91.

....should only be displayed on demand. Often, one works on a small part of a larger structure, but still wants to know the context this part is in. Three basic ideas are used for this: the Perspective Wall [10] FishEye Views ( 3] a similar idea is used in [18] and stretchable rubber sheets [21]. All of these methods of showing context di er from a simple lens in that there is no abrupt break between the magni ed area and its surroundings, but a smooth transition. This, in combination with scrolling, makes the concepts very easy to understand and use. 4 AsbruView AsbruView consists ....

M. Sarkar, S. S. Snibbe, O. J. Tversky, and S. P. Reiss. Stretching the rubber sheet: A metophor for visualizing large layouts on small screens. In Proceedings of the ACM Symposium on User Interface Software and Technology, Visualizing Information, pages 81-91, 1993.

....should only be displayed on demand. Often, one works on a small part of a larger structure, but still wants to know the context this part is in. Three basic ideas are used for this: the Perspective Wall [10] FishEye Views ( 3] a similar idea is used in [18] and stretchable rubber sheets [21]. All of these methods of showing context di er from a simple lens in that there is no abrupt break between the magni ed area and its surroundings, but a smooth transition. This, in combination with scrolling, makes the concepts very easy to understand and use. 4 AsbruView AsbruView consists ....

M. Sarkar, S. S. Snibbe, O. J. Tversky, and S. P. Reiss. Stretching the rubber sheet: A metophor for visualizing large layouts on small screens. In Proceedings of the ACM Symposium on User Interface Software and Technology, Visualizing Information, pages 81-91, 1993.

....the now familiar notion of an expandable table of contents. Sarkar and Brown (1992) implemented graphical fisheye views for networks of nodes such as cities on a map. Although fisheye techniques are normally used to emphasise a single focus point, multiple focus points can also be supported. Sarkar, Snibbe, Tversky and Reiss (1993) built displays based on the metaphor of a rubber sheet, where several different focal points could be pushed forward for emphasis. In addition, this system gave the user direct control over the amount of screen space used for objects in the areas of interest. Schaffer, Zuo, Greenberg et al. ....

Sarkar M., Snibbe S. S., Tversky O. J., and Reiss S. P. (1993). Stretching the Rubber Sheet: A Metophor for Visualizing Large Layouts on Small Screens. Proceedings of the ACM SIGGRAPH Symposium on User Interface Software and Technology, pp. 81-91.

....represent a largely static tabular approach to the data, but some interactivity is present, such as rotations, translation, and zooming. There are several distortion presentation techniques based on a tabular layout [14] such as Document Lens [21] fish eye views [8, 23] stretching rubber sheets [24]. Spreadsheets for Images The first spreadsheetthat allows the display of images in a cell is ASP [19] but it contains no advanced capabilities. Levoy s Spreadsheets for Images system [15] and Hasler et al. s IISS system [10] examine ways to profitably extend the spreadsheet paradigm to images ....

M. Sarkar, S. S. Snibbe, O. J. Tversky, and S. P. Reiss. Stretching the rubber sheet: A metophor for visualizing large layouts on small screens. In Proceedings of the ACM SIGGRAPH Symposium on User Interface Software and Technology, Visualizing Information, pages 81--91, 1993.

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