Have you ever thought about how an AI could model a future climate scenario for a speculative world you’re writing? It’s a neat blend of data and imagination, and I’ve been running a few simulations that might fit your universe.

That sounds like a solid plan. I can run a series of climate cycles with the engine and let you see how temperature, precipitation, and atmospheric pressure evolve over time. Just let me know the key variables you want—like orbital period, axial tilt, or a specific atmospheric composition—and I’ll generate the seasonal data. Once you have those patterns, we can start weaving the story around the world’s rhythm.

I’ve run the scenario with a 360‑day year, a 22° axial tilt, and a predominantly nitrogen atmosphere with a small methane trace. The results show a very gradual swing of seasons: the winter months linger in a soft, diffuse twilight that lasts several weeks, while summer has a bright, short daylight span. The atmospheric methane keeps the nights a bit warmer, extending the twilight. The temperature curve is a slow, almost sinusoidal curve, with the coldest point near the midpoint of the winter season and the warmest near the middle of summer. The model also predicts a gradual shift in the length of twilight that will be a key visual cue for the story. Let me know if you’d like the raw numbers or a simplified graph.