Tangible user interfaces for physically-based deformation: design principles and first prototype
Identifieur interne : 002016 ( Main/Exploration ); précédent : 002015; suivant : 002017Tangible user interfaces for physically-based deformation: design principles and first prototype
Auteurs : Nawel Takouachet [France] ; Nadine Couture [France] ; Patrick Reuter [France] ; Pierre Joyot [France] ; Guillaume Riviere [France] ; Nicolas Verdon [France]Source :
- Visual Computer [ 0178-2789 ] ; 2012-04-19.
English descriptors
Abstract
We present design principles for conceiving tan- gible user interfaces for the interactive physically-based de- formation of 3D models. Based on these design principles, we developed a first prototype using a passive tangible user interface that embodies the 3D model. By associating an ar- bitrary reference material with the user interface, we convert the displacements of the user interface into forces required by physically-based deformation models. These forces are then applied to the 3D model made out of any material via a physical deformation model. In this way, we compensate for the absence of direct haptic feedback, which allows us to use a force-driven physically-based deformation model. A user
Url:
DOI: 10.1007/s00371-012-0695-y
Affiliations:
Links toward previous steps (curation, corpus...)
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- to stream Main, to step Curation: 002016
Le document en format XML
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<front><div type="abstract" xml:lang="en">We present design principles for conceiving tan- gible user interfaces for the interactive physically-based de- formation of 3D models. Based on these design principles, we developed a first prototype using a passive tangible user interface that embodies the 3D model. By associating an ar- bitrary reference material with the user interface, we convert the displacements of the user interface into forces required by physically-based deformation models. These forces are then applied to the 3D model made out of any material via a physical deformation model. In this way, we compensate for the absence of direct haptic feedback, which allows us to use a force-driven physically-based deformation model. A user</div>
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