Assessing the usability of tile-based interfaces to visually navigate 3-D parameter domains

Daniel S. Lopes, Rafael Kuffner dos Anjos, Joaquim A. Jorge

Research output: Contribution to journalArticle

Abstract

Navigating 3-D parameter domains, such as color and orientation of an object, is a common task performed in most computer graphics applications. Although 1-D sliders are the most common interface for browsing such domains, they provide a tedious and difficult user experience that hampers finding desirable visual solutions. We present the Rhomb-i slider, a novel and visually enriching tile-based interface to navigate arbitrary 3-D parameter domains. Contrary to 1-D sliders, the Rhomb-i slider supports a sketch-based interface that gives simultaneous access to up to two parameters. We conducted a usability study to ascertain whether the proposed Rhomb-i slider is a more natural interface compared to 1-D sliders and other commonly used widgets for different 3-D parameter domains: HSV color space, super-shape curves, and rotation of a 3-D object. On the one hand, qualitative feedback and performance measures reveal that Rhomb-i sliders have similar results when compared to conventional HSV color interfaces, and are the preferred interface to efficiently explore the super-shapes parameter domain. On the other hand, Rhomb-i revealed to be a less efficient and effective interface to rotate a 3D object, thus paving the way to new design explorations regarding this tile-based interface.

Original languageEnglish
Pages (from-to)1-13
Number of pages13
JournalInternational Journal of Human Computer Studies
Volume118
DOIs
Publication statusPublished - 1 Oct 2018

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Tile
Color
Computer graphics
computer graphics
Feedback
performance
experience

Keywords

  • 3-D rotation
  • HSV color space
  • Rhombille tiling
  • Sliders
  • Super-shape curves

Cite this

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abstract = "Navigating 3-D parameter domains, such as color and orientation of an object, is a common task performed in most computer graphics applications. Although 1-D sliders are the most common interface for browsing such domains, they provide a tedious and difficult user experience that hampers finding desirable visual solutions. We present the Rhomb-i slider, a novel and visually enriching tile-based interface to navigate arbitrary 3-D parameter domains. Contrary to 1-D sliders, the Rhomb-i slider supports a sketch-based interface that gives simultaneous access to up to two parameters. We conducted a usability study to ascertain whether the proposed Rhomb-i slider is a more natural interface compared to 1-D sliders and other commonly used widgets for different 3-D parameter domains: HSV color space, super-shape curves, and rotation of a 3-D object. On the one hand, qualitative feedback and performance measures reveal that Rhomb-i sliders have similar results when compared to conventional HSV color interfaces, and are the preferred interface to efficiently explore the super-shapes parameter domain. On the other hand, Rhomb-i revealed to be a less efficient and effective interface to rotate a 3D object, thus paving the way to new design explorations regarding this tile-based interface.",
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Assessing the usability of tile-based interfaces to visually navigate 3-D parameter domains. / Lopes, Daniel S.; Anjos, Rafael Kuffner dos; Jorge, Joaquim A.

In: International Journal of Human Computer Studies, Vol. 118, 01.10.2018, p. 1-13.

Research output: Contribution to journalArticle

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