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I can understand the confusion and the situation, working with code you didn't originally create is the worst. (Hell working with the code YOU MADE but haven't touched or seen in a while is the worst too lol.)
TAL;DR: It's not exactly a bug, the intakes are a tad overpowered.
OPINION TIME: I think the new intake for airflow system is a bit unneccessary, and highly confusing. Obviously it doesnt work right now, but it just seems like a needless feature to have in something that was altready pretty solid. The option to hook the heaters/coolers directly to the network is a very nice feature though, even though it doesnt really work right now
I dont think this is working either, as the coolers/heaters constantly spam between low/high power usage when target temp is reached, like its just nudging it so it;s just right lol
Here's what I've found so far:
1) If you have both upper and lower ducts in a wall, and attach a smart duct to it, it will cut off one of the ducts if you switch it from upper to lower (or vice versa). The regular duct doesn't appear to do this.
2) It looks like the industrial cooler and heater (and exhaust port) don't contribute to the air flow. Maybe they should when they're on the network? They should have fans built in, one would think.
3) The adjacent room search has a huge impact on the resulting temperature. I tried commenting out the call to it in the source code, and the industrial cooler that i could never get to work suddenly starting working.
4) There is no real air flow through the network. If you have a starting pipe temperature of 50 degrees, and then add coolers and intake ducts to it targeting 1 degree, it will slowly go down. If you cut a single pipe segment right near the coolers, it will drop really fast on the part still connected to them. However, when you reconnect the pipes, the entire network will drop instantly to 1 degree.
5) Hooking a cooler + 2 exhaust ports together with a target temperature of 1 degree will only get that low if the ports are set to "room" instead of "network". In my testing, if they're on the network, the cooler won't be get the pipes lower than 17 degrees, even if there are outlet ducts set up to expel the hot air outside.
6) It seems like the most effective way to use the pipes and ducts is to have one or more hot rooms and cold rooms and just use intake valves to spread the hot/cold around from there. The industrial heater/cooler aren't very effective when attached to the network. I had more luck getting the heat down in my cool pipeline by using 2 intake valves from my freezer (separately cooled) than using two industrial coolers. And for heat, it was more effective to use 4 intake valves in sealed rooms with geothermal power than it was to use 4 industrial heaters.
7) When a duct intake is place on a wall with both upper and lower pipes, it starts on the lower pipe. Switching it to the upper pipe deletes the lower pipe.