EduVision

Leveraging Extended Reality to Make Scientific Experiments Accessible.

Project Setup

Software

1. Clone the GitHub Repo with CLI:

   1. Open the terminal → navigate to the root directory of your project with: cd </path/to/repository>
   2. Run git clone <GitHub_repository_URL>

2. Install Git LFS with CLI:

   1. In the project (repository)'s root directory, run git lfs install
      1. If there's specific large file types tracked, they should be automatically handled by the .gitattributes file

3. Open the Project via Unity Hub

   1. Open Unity Hub → Add → select the cloned repository (root directory) → Add Project
      1. It’s recommended that all collaborators use the same version of Unity! See below for the version that we used.

Hardware

• 3D printed box and lid
• 3D printed microscope parts
• 2 potentiometers, ESP32 Microcontroller, wires
• Looking Glass display
• Developer-mode-enabled Android mobile phone

Software Dependencies

• Unity Editor (version 2022.3.18f LTS)
• Arduino IDE

Run

1. Connect all hardware components
   • Connect wires to the correct pins & plug into your machine for connection with Arduino IDE.
   • Upload the arduino sketch to the Microcontroller
   • Open the Unity project, connect the Looking Glass display (or mobile phone) + Microcontroller
   • Click play in the unity editor, and use the potentiometers to control.

Shout-Outs

• Thank you to Looking Glass mentors for help with troubleshooting our hologram camera settings!
• Thank you to all our teammates (Ashley, Trishia, Elizabeth, and Josephine) for being awesome!
• Thank you to our Startup Hack coaches, judges, and additional mentors!

Contact Information

• Ashley Neall
• Trishia Chemaly
• Elizabeth Childs
• Josephine Miko