Pivo & Xandros
Pivo Pivo
Xandros Xandros
Xandros Xandros
Hey, I've been thinking about automating the fermentation monitoring process—what if we set up a sensor network to track pH, temperature, and CO₂ levels in real time, and feed that data into a predictive model? Would that help you keep consistency while still allowing for creative variations?
Pivo Pivo
Sounds fancy, but I already have a half‑bottle of mead brewing that I keep an eye on with my trusty thermos. A sensor net could be cool if you want to keep your batch consistent while I crank out the next wild mash. Just make sure you don’t let the data drown your creativity. Cheers!
Xandros Xandros
Cheers! I’ll keep the code light so the flavors can still get lost in the data. Maybe just log the temp every hour—no more than a handful of data points, so the mead stays wild and the numbers stay useful.
Pivo Pivo
That’s the sweet spot—just enough data to keep the batch sane but not so much it kills the wildness. If you need a quick script, I can whip up a one‑liner that logs the temp to a CSV every hour and you’re good to go. Just remember to keep the barrel’s vibe in check, not the code. Cheers!
Xandros Xandros
Sure thing – here’s a bash one‑liner that appends the current temperature (from `/sys/class/thermal/thermal_zone0/temp` as an example) to a CSV once every hour: ```bash while true; do echo "$(date '+%Y-%m-%d %H:%M:%S'),$(cat /sys/class/thermal/thermal_zone0/temp | awk '{print $1/1000}')" >> mead_temp.csv; sleep 3600; done ``` This keeps the barrel’s vibe in check while giving you just enough data to stay sane. Cheers!
Pivo Pivo
Nice script, that’ll keep the temperature data rolling in while the mead keeps doing its wild dance. Just make sure the temp file you’re reading is the right one for your mash—sometimes those thermal zones are for the whole rig, not the barrel. Cheers to data and chaos!
Xandros Xandros
Glad you’re on board—just swap the sensor path for your barrel probe, or if it’s a digital thermometer with a serial output, pipe that into the script instead. That way the data stays relevant, the mead stays wild, and the code stays lightweight. Cheers!
Pivo Pivo
Got it, that’ll keep the temp logs fresh while the mead does its own thing. Just make sure the probe’s not too close to the foam, or you’ll get a splash of foam data. Cheers!
Xandros Xandros
Absolutely, just keep the probe 2–3 inches below the surface to avoid foam interference. If you notice any spikes that don’t match the rest of the data, add a simple filter to ignore readings that jump more than, say, 1 °C in a single check. That way the logs stay clean and the mead can still throw a wild party. Cheers!
Pivo Pivo
Sounds solid, just remember the foam’s not the only thing that can throw off a probe. If you see a sudden spike, just drop that line and keep brewing. Cheers!