Okay, the way pathfinding works is by assigning any 'step' (here - tile) its weight, then building a so-called weighted graph for pathfinding, and then scanning the route from point A to point B for every 'working' path, comparing their weights and selecting the 'cheapest' one. I simply fixed it by putting down a sandstone road around it, so colonists will always walk around it cause it's faster. I kinda had the same problem with colonists going into the freezer without having any business there.
RIMWORLD FREEZER RANDOMLY MOD
:) Keep that in mind as pawns frequently moving in/out of a cooler in ways or with such frequency that it starts to effect temperature will cause increased power consumption, too.Originally posted by Bakker Joop:I read the mod Path Avoid is deprecated because the game itself handles pathfinding in a better and more efficient way.
RIMWORLD FREEZER RANDOMLY INSTALL
You could also install a switch that controlled power to a large number of them and just turn that off if needed.Ĭoolers use more power when they're working hard than when they're not. In power-desperate times, you can switch off any powered Benches/Installed items using their dialogue panes/boxes. Make sure you have reliable power generation and enough battery backup power for a day or two in case there's a serious issue with power. Eventually, it'll be largely self-sustaining unless there's an Event. (Materials of construction effect how quickly a door will open/close.)Ĭontrolling the temperature of your interior spaces so they're safe and comfortable for your colonists is an "all-game activity." It's always important and a big part of gameplay at all stages of play. But, you can also combine doors of different materials as a temporary measure. Basically, a short hallway with a door at either end and long enough so that both doors don't have to open at the same time to let a pawn through the passage. For that reason, most players eventually build an "airlock" system where there is never a contiguous path from the Inside to the Outside at any one time. That's why controlling access to a cooler or any interior space you need to keep at a certain temperature is critical. A door opening and closing quickly may not fully equalize temperature immediately, but it does work extremely quickly to equalize temps. Interior space temperature will normalize with outside temperatures extremely rapidly if there is a viable path. IOW - Be sure your coolers are vented well. But, the air will be hot in that space and that could effect the temps on the other side of those coolers. A four square space, AFAIK, can vent all attached coolers I think. A two square space with no overhead roof can vent one cooler to the "Outside." But, you'll have to add an extra square of space if two cooler share that space, IIRC. That applies to doors as well.Ĭoolers also need to exhaust air to Outside spaces. You don't need more complex/deep/thicker wall sections.Ĭooler units have the same insulation value as a wall segment. All Wall Materials have the same insulation value.Ī two-tile thick wall is just fine. Originally posted by Lumpty Dumpty:Oh you can build multiple walls and that helps to keep the heat down? Wow, had no idea. The only thing I got from this vid is how hard I laughed about Diver taking a nap inside the freezer only for her to complain about having hypothermia xD
Originally posted by di eshor ribly:You could also make a vacuum freezer if you're bored and want to try something different. If you build this monstrosity under a mountain it will be even more insulated and stable. You may have to turn your AC's on every now and then, but for the most part you now have a powerless, heat wave resistant freezer. Any cold air lost from pawns walking through the airlock will be rapidly replaced by your interior vacuum freezer. This will also keep your freezer at a stable temperature inside without using any power. The middle wall made of doors will self regulate the temperature between themselves, and since they're sealed inside another set of walls the temperature will stay relatively stable. Crank the temperature down as far as the game allows, and then turn the AC's off once it's cold enough. Hold open all of the doors (on the "interior" door wall) except for two of them where you have your AC units. Surround your freezer with doors (15x15), and then build a "third" wall surrounding the doors (17x17 total). Make your standard freezer (11x11 interior for example, or a 13x13 building) with an airlock. You could also make a vacuum freezer if you're bored and want to try something different.
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