How Do Users Regulate Interaction Behaviors While Performing a Drag-and-Drop Task in a Virtual Reality Environment?

Abstract

In virtual reality (VR) environments, users interact with objects using mid-air gestures; drag-and-drop (DND) is one of the most frequently performed tasks. However, few studies have considered the characteristics of VR and the interaction behavior of DND. This study aimed to investigate the interaction behavior of DND in a VR environment using the Oculus Quest 2 system by controlling the target width, movement amplitude, and movement direction. A DND task in VR has three phases: acceleration, deceleration, and correction. We observed that the target width, movement amplitude, and movement direction had a significant effect on the three phases of DND behavior. The effects were different for each behavioral phase, and an in-depth interaction analysis was conducted through the segmentation of behavior and consideration of vertical movement. These findings can contribute to the evaluation of work performance and interaction correction techniques in VR environments.