User-Elicited Surface and Motion Gestures for Object Manipulation in Mobile Augmented Reality
D.O. Harris, Dominic Potts, Steven Houben · 2022
Recent advancements in mobile and AR technology can facilitate powerful and practical solutions for six degrees of freedom (6DOF) manipulation of 3D objects on mobile devices. However, existing 6DOF manipulation research typically focuses on surface gestures, relying on widgets for modal interaction to segment manipulations and degrees of freedom at the cost of efficiency and intuitiveness. In this paper, we explore a combination of surface and motion gestures to present an implicit modal interaction method for 6DOF manipulation of 3D objects in Mobile Augmented Reality (MAR). We conducted a guessability study that focused on key object manipulations, resulting in a set of user-defined motion and surface gestures. Our results indicate that user-defined gestures both have reasonable degrees of agreement whilst also being easy to use. Additionally, we present a prototype system that makes use of a consensus set of gestures that leverage user mobility for manipulating virtual objects in MAR.