TARDIS: Tabletop Augmented Reality for Dynamic Immersive
Storytelling

Late Breaking Work at CHI '26
by Paul Preuschoff, René Schäfer, Phillip Ahlers, Nele Preuß, David Gilbert and Jan Borchers

Abstract

In tabletop role-playing games, players experience a shared story, coordinated by a game master. This relies heavily on immersion, social interaction, and creative freedom. We explore how VR can increase immersion without undermining these other qualities. We placed players into a CAVE VR system to display virtual environments (VEs) on the walls and floor without requiring glasses that might impede social interaction. We varied how closely VEs matched the game setting described verbally, from reflecting its general atmosphere to being true to details, and investigated impact on immersion, distraction, creativity, and role-play. Players feel more connected to their characters when seeing what their characters would see, but abstract, atmospheric VEs led to fewer problematic divergences and more creative freedom. Surprisingly, medium matching levels were often criticized because players could trust neither what they saw nor their “cinema of the mind”. Our findings help integrate VR into shared collocated storytelling.

Authors

Paul
Preuschoff

René Schäfer

Phillip
Ahlers

Nele
Preuß

David
Gilbert

Jan
Borchers

Publication

    2025

  • Paul Preuschoff, Raghad Zaghal, Oliver Nowak and Jan Borchers. Groups and AI: How Access to Generative AI Influences Creative Teamwork.  In Proceedings of the Mensch und Computer 2025, MuC '25, pages 407–421, Association for Computing Machinery, New York, NY, USA, August 2025.
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