![Image 1 — [FM Godot] Real Time 360 Stereoscopic Omni-Directional Panorama 3D Rendering based on Godot Engine](https://i.redd.it/hlykf1llnkih1.gif)
![Image 2 — [FM Godot] Real Time 360 Stereoscopic Omni-Directional Panorama 3D Rendering based on Godot Engine](https://preview.redd.it/eugkv2pmnkih1.jpg?width=3840&format=pjpg&auto=webp&s=4d8a21393b0cc3f517d872b1e5fa21ffd23d4d69)
![Image 3 — [FM Godot] Real Time 360 Stereoscopic Omni-Directional Panorama 3D Rendering based on Godot Engine](https://preview.redd.it/sm52j33onkih1.jpg?width=2048&format=pjpg&auto=webp&s=18bfde4a59ae3111aafd6201e11ca253bb95b14b)
![Image 4 — [FM Godot] Real Time 360 Stereoscopic Omni-Directional Panorama 3D Rendering based on Godot Engine](https://preview.redd.it/q7370t4pnkih1.jpg?width=3840&format=pjpg&auto=webp&s=d03d30912cb535be52962cd9fc4687cba7e51537)
[FM Godot] Real Time 360 Stereoscopic Omni-Directional Panorama 3D Rendering based on Godot Engine
Github: https://github.com/FMGodot/FMGodot
Full Explanation Video: https://youtu.be/b8zXncL1XCo
Achieving high-fidelity, real-time omnidirectional stereoscopic (ODS) rendering has traditionally been a brute-force endeavor. Rendering a scene for VR, domed projections, or immersive video usually requires massive computational overhead to avoid visual artifacts.
Recently, I’ve been developing a purely mathematical approach to 360 stereoscopic rendering that bypasses these traditional bottlenecks. The theory is engine-agnostic—originally tested in Unreal Engine 5.7 as a lightweight alternative to NDisplay—but for this proof-of-concept, I’ve implemented it directly into a custom source build of Godot, which I’m calling FMGodot.
Here is a look at how this mathematical approximation works, why it outperforms traditional stitching, and how it handles 12K resolutions in real-time.
Developer: Leoson Cheong (CHEONG Tai Leong)