GridBoxCube
Hello Everyone!
I’m thrilled to unveil my latest project, “GridBoxCube”, a unique interactive 3D experience that combines creative design with technical innovation.
About the Project
GridBoxCube is a cutting-edge application that features:
- A 3D cube with a grid pattern that immerses users inside the box.
- A seamless transition to a 3D Star Simulation, allowing users to feel as though they’re exploring the universe.
The primary goal of this project is educational, highlighting how perspectives shift between being enclosed within a box and being surrounded by the vastness of the universe. It showcases the concept of coexistence: a “box within the universe.”
Key Features and Links
Explore the Project
- GitHub Repository: Dive into the complete codebase. Feel free to download, fork, or contribute your ideas.
- GitHub Pages Demo: Experience the live application directly in your browser (compatible with PC and mobile).
Technical Highlights
- Design and Code: Developed a 3D environment with precise grid layouts and interactive transitions.
- Coordinate Mastery: Leveraged advanced 3D coordinate systems (X, Y, Z) for spatial accuracy.
- Dynamic Stars: Implemented a random dispersion system for realistic star placement.
- User-Friendly Interaction: Integrated zoom, rotation, and camera view adjustments for seamless navigation.
Tools and Techniques Used
- Languages: JavaScript, HTML5, and CSS3.
- Assistance: ChatGPT 4.0 contributed to refining calculations for grids, random star dispersion, and code comments.
Creative Process
To bring GridBoxCube to life:
- I drafted the 3D grid structure digitally and translated it into code with assistance from AI.
- The star system, initially simple, evolved to feature random star brightness and colors for a more dynamic simulation.
Challenges and Future Enhancements
- Wall Clipping: Currently, the viewer is restricted from reaching or clipping through walls. Future updates aim to fine-tune the camera and viewer positioning for better immersion.
- Black Hole Simulation: A prototype featuring a black hole was developed but not included due to its dramatic effect of “devouring” stars. This concept might be revisited for a standalone simulation.
- VR/AR: Research and create Virtual Reality or augmented reality between real world Grid and virtual/augmented universe.
- Texture/Images: Add images and/or texture to each Star of actual stars.
Fun Facts
- Originally, the cube’s design was monochromatic (black and white) to emphasize simplicity.
- Testing various star behaviors, such as collision and scattering, added unexpected but exciting dynamics to the simulation.
Licensing
This project is open-source under the MIT License. You’re welcome to learn from, improve, and reuse the code—just provide proper credit by linking back to my website: www.nealsdevsite.com.
Feedback
Your feedback is invaluable! Share your thoughts, suggestions, or issues to help improve GridBoxCube. Together, we can make it even better.
Thank you for your interest, and I hope you enjoy exploring GridBoxCube!
Visit and Explore
- GitHub Repo: GridBoxCube Repository
- Live Demo: GridBoxCube Demo
Have a great day!
Author: Neal Brandon Jr
Jr. Developer