Unity development platform

Manufactured by Unity Technologies

The Unity Development Platform is a cross-platform game engine used to develop video games and interactive applications. It provides a comprehensive set of tools and features for designing, coding, and deploying applications across a wide range of platforms, including desktop, mobile, web, and console devices.

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UNITY® real-time development platform Unity platform

2 protocols using unity development platform

Simulated Farm Worker Infection Risk Game

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The game was built using the Unity Development Platform (Unity Technologies, Version 5.6.3) and was hosted online using WebGL (49 ). The experiment had 24 rounds that varied by the infection risk information provided (i.e., infection risk message treatments; see Table 1). Each participant played the role of a farm worker (Figure 2A). Each round lasted up to 60 s representing one condensed workday from 9 a.m. to 5 p.m. In addition to the 24-treatment rounds, the experiment began with a practice round. Participants earned experimental dollars convertible to U.S. dollars.
A typical round consisted of four stages:

Liu T.L., Merrill S.C., O'Keefe A., Clark E.M., Langle-Chimal O.D., Trinity L., Shrum T.R., Koliba C., Zia A., Sellnow T.L., Sellnow D.D, & Smith J.M. (2022). Effects of message delivery on cross-cultural biosecurity compliance: Insights from experimental simulations. Frontiers in Veterinary Science, 9, 984945.

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HoloLens-Based Surgical Registration Protocol

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For the controller-based registration method, a custom application was developed for HoloLens using Unity development platform (Unity Technologies, San Francisco, California). This custom application enabled hologram manipulability with a wireless Xbox^™ gaming controller (Microsoft Corp, Redmond, Washington). Translation, rotation, and magnification of the holographic model were mapped to the buttons and joysticks of the controller. The controller was then placed in a sterile bag for use intraoperatively (Figure 4). Again, registration focused on matching the size, position, and orientation of the modeled fiducial markers to the actual fiducial markers in the operative field. Manipulation of the HMR model was performed using the controller until registration was as accurate as visually possible.

Buch V.P., Mensah-Brown K.G., Germi J.W., Park B.J., Madsen P.J., Borja A.J., Haldar D., Basenfelder P., Yoon J.W., Schuster J.M, & Chen H.C. (2020). Development of an Intraoperative Pipeline for Holographic Mixed Reality Visualization During Spinal Fusion Surgery. Surgical innovation, 28(4), 427-437.

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