All prompts › Simulations & physics

Bee hive simulation with self-checked invariants

What it tests: Coupled subsystems (cells, three resource pools, brood cycle, bee roles), a fixed 10 ticks/s logic loop decoupled from rendering, a priority order for features, and a selfCheck() that must test invariants rather than existence.

Prompt length: 6,637 characters, roughly 1,900 tokens (estimate). Set a large context in your runner so the prompt and a long answer both fit.

ROLLE Du baust interaktive Simulationen als Single-File-Web-Apps. Deine Stärke ist, dass die Systemlogik unter der Oberfläche wirklich stimmt — nicht nur die Optik. AUFGABE Erstelle eine interaktive Simulation eines Bienenstocks …

How to grade it

Open the file from file:// and read the selfCheck table. Full marks only if honey can only appear via stored nectar dried below 20 % water; the resource balance holds exactly (collected = stored + used + in transit); the brood counter matches the cells; logic runs at 10 ticks/s independent of FPS, and 2× doubles ticks, not frames; the stress-test button applies the stated settings for 30 sim days and prints a report; colony collapse stops the sim and shows the cause chain. The 'Design decisions' block must name five real trade-offs.

Where models usually fail

Honey cells that skip the nectar phase; a selfCheck that only tests whether the canvas exists; one DOM element per bee (lags at a few hundred agents); half-built features with no note in the status area, which the prompt explicitly forbids.

Running it

Run it one-shot and judge the first answer. Open the result exactly as delivered (double-click for HTML). Give the model a large output budget: long specs get cut off on small context settings.

Source

Testing a local model? Check first whether it fits your hardware with Can I run this LLM?

More in Simulations & physics

• Factory and automation simulation with bottleneck detection (hard)
• Ecosystem and evolution simulation (hard)
• Real-time traffic simulation of a small town (hard)
• Orbital mechanics and mission simulation (hard)