AlanSpaceAudits

Interactive browser-based conceptual flat-earth model built with three.js

19
10
69% credibility
Found May 01, 2026 at 19 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
JavaScript
AI Summary

An interactive browser-based 3D visualization demonstrating a conceptual flat-earth cosmology with a stationary disc, observer's optical vault, heavenly dome, and projected celestial bodies.

How It Works

1
🔍 Discover the Flat Earth Explorer

You stumble upon this interactive 3D model while curious about alternative views of the sky and click the live demo link.

2
🌐 Open in Your Browser

The page loads instantly showing a glowing flat disc below a starry dome with sun, moon, and planets circling above.

3
Dive into the Cosmic View

Spin the camera to see the stationary earth disc, your personal sky dome, and heavenly vault where stars project perfectly from above.

4
⚙️ Adjust Your Viewpoint

Use simple tabs to move your location on the disc, set the time of day or year, and toggle stars, rays, or grid lines.

5
Explore or Watch Demos
🔄
Manual Exploration

Pan around, track bodies, and see how sun paths change with seasons.

▶️
Run Demos

Watch scripted shows like flight routes or eclipse paths proving key ideas.

6
Track Stars and Planets

Click tracker buttons to follow any star, planet, or satellite and read its position right on screen.

Master the Model

You now see exactly how the flat earth sky works, with sun circling above the disc and stars fixed on rotating domes.

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Star Growth

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AI-Generated Review

What is conceptual_flat_earth_model?

This JavaScript project delivers a browser-based 3D simulation of a flat-earth cosmology, letting users explore a stationary disc, observer's optical vault, and heavenly dome where stars, sun, moon, and planets project. Built with three.js, it runs instantly via GitHub Pages—no setup needed—and offers sliders for observer lat/long, time, vault shapes, plus toggles for grids, rays, stars, and scripted demos like eclipse paths or southern flight routes. Developers get a ready-to-fork interactive tool for visualizing alternative earth models without wrestling with WebGL boilerplate.

Why is it gaining traction?

It stands out by blending precise ephemeris data (DE405, VSOP87, Ptolemaic) with intuitive controls for heavenly/optical views, refraction tweaks, and multi-language support, making complex projections like dome caustics or analemmas tangible in real-time. The hook is its demo tab—e.g., Antarctic sun samples or equal-arc flights—that instantly demos flat-earth claims against globe math, appealing to devs building educational browser-based interactive experiences.

Who should use this?

Astronomy educators demoing pseudoscience critiques, three.js devs prototyping dome/sphere projections, or frontend builders needing interactive GitHub Pages sims for cosmology debates. Perfect for JS hobbyists visualizing celnav stars, satellites, or planet paths without server-side hassle.

Verdict

Grab it for niche edutainment or three.js inspiration—solid README and live demo make it approachable despite 19 stars and 0.7% credibility score signaling early maturity. Fork and extend the demos for your own browser-based conceptual models.

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