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Summary

This summary is machine-generated.

Virtual Reality (VR) grasping visualizations using controllers were compared. Auto-Pose (AP) enhanced embodiment and user preference, though performance differences were minimal across methods.

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Area of Science:

Human-Computer Interaction
Virtual Reality

Background:

Virtual grasping is a key interaction in virtual environments (VEs).
Handheld controllers are the primary input for commercial Virtual Reality (VR), yet research on controller-based grasping visualizations is limited.
Existing studies often focus on hand tracking, overlooking controller-based interactions.

Purpose of the Study:

To compare three distinct grasping visualizations for controller-based interactions in immersive VR.
To evaluate the impact of these visualizations on user performance, sense of embodiment, and preference.

Main Methods:

An experiment was conducted with 38 participants using handheld controllers in VR.
Three grasping visualizations were tested: Auto-Pose (AP), Simple-Pose (SP), and Disappearing-Hand (DH).
User performance, embodiment, and preference were measured for each visualization.

Main Results:

No significant differences in performance were observed across the Auto-Pose, Simple-Pose, and Disappearing-Hand visualizations.
The Auto-Pose visualization resulted in a stronger perceived sense of embodiment.
Users generally preferred the Auto-Pose visualization over the others.

Conclusions:

Grasping visualization significantly impacts user embodiment and preference in VR controller interactions.
The Auto-Pose method is recommended for future VR research and application development.
Further investigation into controller-based interaction techniques is warranted.