Palimpsest: a spatial user interface toolkit for cohering tracked physical entities and interactive 3D content

Designing effective 3D user interfaces for immersive technologies remains tedious and manual, particularly for the successful integration of complex interactive 3D content. Palimpsest automates parts of this workflow by associating 3D user interface elements with interactive 3D content, laid out without code by the designer. We demonstrate a custom-developed UI framework, built on top of recently introduced workflows for Apple Vision Pro, streamlining the coherent spatial arrangement of 3D model libraries, animations, and textures in relation to tracked 3D objects or 2D images in the user’s environment. In this demonstration, we showcase several sample applications built with Palimpsest in architectural visualization, hybrid puzzle games, and spatial reading.

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Publication Details

Published
2024-10-11
DOI
https://doi.org/10.1145/3672539.3686780
Primary Topic
Augmented Reality Applications
Type
article
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article

Palimpsest: a spatial user interface toolkit for cohering tracked physical entities and interactive 3D content

Gabriel Lipkowitz
Augmented Reality Applications
article

Palimpsest: a spatial user interface toolkit for cohering tracked physical entities and interactive 3D content

Gabriel Lipkowitz
article en

Abstract

Designing effective 3D user interfaces for immersive technologies remains tedious and manual, particularly for the successful integration of complex interactive 3D content. Palimpsest automates parts of this workflow by associating 3D user interface elements with interactive 3D content, laid out without code by the designer. We demonstrate a custom-developed UI framework, built on top of recently introduced workflows for Apple Vision Pro, streamlining the coherent spatial arrangement of 3D model libraries, animations, and textures in relation to tracked 3D objects or 2D images in the user’s environment. In this demonstration, we showcase several sample applications built with Palimpsest in architectural visualization, hybrid puzzle games, and spatial reading.

Stanford University (US)
Openalex Percentile: Top 83%
Augmented Reality Applications
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