VRSurus: A Tangible Virtual-Reality Game for Environmental Protection
We introduce VRSurus, a tangible serious game that aims to inspire children to protect the environment in immersive virtual reality (VR). VRSurus is built upon a physical puppet and a VR head-mounted display (Oculus Rift DK2) to create "tangible virtual animatronics". The player will act as a little elephant called Surus to prevent evil humanbeings from invading the forest. The player is able to use four gestures to cast magical spells: swiping left, swiping right, shaking and jumping. Servos, selonoids and vibration motors will assist with the puppet animation visible to the audience and provide haptic feedback for the player. VRSurus contributes to the HCI, animatronics and tangible computing community by integrating immersive interactive graphics together with gesture recognition and tangible feedback. The game is presented at the UIST 2015 Student Innovation Contest. Video and more details will be publicly available via www.vrsurus.com.
Once upon a time, there was a little elephant named Surus, living happily in a beautiful forest - Green Woodland. However, in a cloudy day, evil human beings started to invade Green Woodland. They threw garbage everywhere; they used axes to cut down green trees; they even started to construct factories to pollute the air! The magical elf of Green Woodland assigned you, Surus, to save the forest and rescue the nature! Surus is empowered with the magic of wind, water and fire to destroy the messy garbage, evil lumbermen and destructive factories.
The hardware consists of gyroscope, accelerometer, compass, servos, vibration motors, selonoids, batteries, 3D-printed skeletons and cases.
We the NinjaTerp team! Feel free to visit VRSurus.com for more information!
- Ruofei Du (http://duruofei.com)
- Liang He (http://lianghe.me)
- Amitabh Varshney (http://www.cs.umd.edu/~varshney)
The game is presented on UIST 2015 Student Innovation Contest. The project is still work-in-progress for future publications. For now, please cite
Du, R., He, L. VRSurus: Enhancing Interactivity and Tangibility of Puppets in Virtual Reality. In Proceedings of the 33rd Annual ACM Conference Extended Abstracts on Human Factors in Computing Systems (CHI 16), 8 pages. ACM.
If you find our idea or code useful for your projects.
How to Use
Feel free to run the entire codebase or build partial code such as only the VR game or only the open-sourced hardware.
The game is running a webserver with WebGL and WebVR technologies. Here is a step-by-step tutorial:
- Install XAMPP to setup a PHP + Apache + MySQL environment.
- Run Apache and MySQL server.
- Clone the git reporsitory and place all code into the XAMPP folder under htdocx/ninjaterp
- Open http://localhost/PHPMyAdmin, Create a new table called vrsurus and import the MySQL data from server/mysql/mysql.sql into the vrsurus table.
- Download the Oculus Runtime (v0.6.1 tested, v0.8 should also work) and Chromium build for WebVR
- Run http://localhost/ninjaterp using Chromium build for WebVR
- Press space on the keyboard to start the tutorial, press enter on the keyboard to start the game.
- You can control Surus using three ways:
- Keyboard: 1, 2, 3, 4.
- XBox: A, B, X, Y.
- Puppet: Swipe left, swipe right, shake, thrust.
If you start the game and observe the scene flying high into the sky, then probably you are not using the correct browser: Chromium build for WebVR
Please close the mouth of the puppet when performing any gesture to attack enemies. Then open the mouth.
Swipe leftward or rightward to clean the garbage.
Shake the nose up and down to sweep the lumberman(an) away
Punch forward to destroy the evil factories.
This project is realy ambitious. We iterate numerous times, tried and failed in both software and hardware: anmiated models & 3D printing & miniaturization.
The authors would like to thank Sai Yuan from Department of Animal and Avian Science of University of Maryland, College Park for helping with splendid sewing and awesome vocal, background music and audio effects. We also thank 3DRT.com for providing a student discount for the awesome 3D models. And, thanks to Augmentarium Lab for funding this project.
Creative Commons Attribution-NonCommercial 4.0 International