Eruption

Interactive 2D volcano physics simulation with particle systems

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Description

An interactive 2D volcano simulation with real-time particle physics for lava and smoke. It includes adjustable sliders for wind strength and eruption power, alongside a live performance monitor.

Descriptions, tags, and model credits may be AI-generated or inferred from public sources and can be incomplete or wrong. Learn more.

Details

Why this is interesting: Impressive one-shot generation of complex particle physics and interactive UI controls.
Built with: Qwen3.8-27B Qwen3 14B Qwen3 8B Qwen3 30B-A3B
Tags: #qwen-3-8-27zb-won-every-test-i-m-not-switching-y #experiment

Discovered: YouTube
First posted: YouTube · Aug 17, 2026
Listed: Added 10d ago

Prompt

Create a 2D physics simulation of a volcano erupting, in a single self-contained HTML file. No external libraries, everything inline, rendered on a canvas.
Requirements:
- Side view: A volcano cone with a crater, ground, and sky.
- A pressure meter that builds over time; when it maxes out, the volcano erupts, then pressure resets and builds again on its own.
- Eruptions launch glowing lava particles from the crater with varied velocities. Particles follow gravity in a realistic arc, land on the slopes, and slide or settle downhill.
- Lava cools over its lifetime: bright yellow-orange when launched, fading to dark red, then disappearing.
- An ash cloud of smoke particles that rises from the crater and drifts with the wind.
- Three sliders the user can move while it runs: eruption power, wind strength, and particle amount.
- A live on-screen counter showing active particle count and frames per second. The simulation must stay smooth with at least 1000 active particles.
Output only the complete HTML file.

Source

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Toys & Experiments

Eruption

Interactive 2D volcano physics simulation with particle systems

Eruption media is blocked

Allow external media to connect to the provider and play this content.

Description

An interactive 2D volcano simulation with real-time particle physics for lava and smoke. It includes adjustable sliders for wind strength and eruption power, alongside a live performance monitor.

Descriptions, tags, and model credits may be AI-generated or inferred from public sources and can be incomplete or wrong. Learn more.

Details

Why this is interesting: Impressive one-shot generation of complex particle physics and interactive UI controls.
Built with: Qwen3.8-27B Qwen3 14B Qwen3 8B Qwen3 30B-A3B
Tags: #qwen-3-8-27zb-won-every-test-i-m-not-switching-y #experiment

Discovered: YouTube
First posted: YouTube · Aug 17, 2026
Listed: Added 10d ago

Prompt

Create a 2D physics simulation of a volcano erupting, in a single self-contained HTML file. No external libraries, everything inline, rendered on a canvas.
Requirements:
- Side view: A volcano cone with a crater, ground, and sky.
- A pressure meter that builds over time; when it maxes out, the volcano erupts, then pressure resets and builds again on its own.
- Eruptions launch glowing lava particles from the crater with varied velocities. Particles follow gravity in a realistic arc, land on the slopes, and slide or settle downhill.
- Lava cools over its lifetime: bright yellow-orange when launched, fading to dark red, then disappearing.
- An ash cloud of smoke particles that rises from the crater and drifts with the wind.
- Three sliders the user can move while it runs: eruption power, wind strength, and particle amount.
- A live on-screen counter showing active particle count and frames per second. The simulation must stay smooth with at least 1000 active particles.
Output only the complete HTML file.

Source

Eruption

Description

Timeline

Eruption

Description

Timeline