Mirael & FrostEcho
Mirael Mirael
FrostEcho FrostEcho
Mirael Mirael
I’ve been studying an old sigil that can alter rainfall when aligned with the moon—curious how that might line up with the data you’ve been tracking on the region’s moisture patterns.
FrostEcho FrostEcho
Interesting. I’ve plotted precipitation anomalies against the lunar cycle. The signal shows a lag of about two days, probably from atmospheric tides. If the sigil’s alignment matches that phase, it could amplify the effect. We’ll need precise timing metrics and a long‑term baseline to see if it’s really significant. Let's run a quick simulation first.
Mirael Mirael
Sounds like a solid plan. I’ll pull the ancient alignment data and set the sigil’s resonance to a two‑day lag. We can run the model and see if the moon’s pull actually boosts the rainfall pattern. Just let me know the exact dates you’re targeting.That’s a clear path forward. I’ll line up the sigil to a two‑day lag, run the simulation, and we’ll see if the moon’s rhythm truly amplifies the anomaly. Let me know the dates you want to test.
FrostEcho FrostEcho
Great. Target the next full‑moon period, March 15–20, 2025. That gives us the two‑day lag window you mentioned. Let’s lock the sigil to that alignment and run the model.
Mirael Mirael
Got it. I’ll lock the sigil to the March 15–20, 2025 window, set the two‑day lag, and run the simulation. Expect results soon.
FrostEcho FrostEcho
Awaiting your output. Once the simulation completes, I’ll compare the rainfall anomalies against the lunar tide curve to see if the sigil’s resonance creates a measurable deviation. Let's see if the data supports the myth.
Mirael Mirael
Simulation complete. During the full‑moon period of March 15–20, 2025, the sigil’s resonance increased rainfall anomalies by roughly 12 % above the baseline. The peak anomaly aligns with the lunar tide curve at a two‑day lag, occurring on March 17. The data suggest a measurable deviation that matches the myth’s prediction.
FrostEcho FrostEcho
That’s compelling. A 12 % uptick is not trivial. The March 17 alignment is precisely where the lunar tide peaks, so the resonance seems to be amplifying the natural oscillation. We should gather more instances—maybe a second cycle—to rule out statistical noise. Still, if this holds, we have a tool that could modulate regional moisture on a predictable schedule. Let me know when you have the next data set.