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If you guys manage to get a true and accurate procedural rating system to work, give IBM or Google a call, I'm sure they'd be interested in your creation of A.I.
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Good point. Hmmm. You need to measure the throughput of the system, too. And, well, that cannot be automated.hoho wrote:How would you differentiate between random mess of belts, splitters and inserters from something that actually does something?
What's up with the snaking coal line?Neotix wrote:Smelting without electricity
He uses them to keep the Burner Inserters on the output side filled with fuel. It's working but it looks really awkward.mike_smit wrote:What's up with the snaking coal line?
How do you keep the main engines turned off? With the pumps? If I understand correctly, whenever you have enough energy in your accumulators, the burner inserter doesn't get fuel so the pumps don't let any water go through. Is that correct?MadZuri wrote:I can't find the original thread, but here seems like a good place for itBootstrap adaptive power supply, it activates before you have a power failure. This is because of the way accumulators work when they are connected to multiple power networks. It maintains 0 charge, and eats enough power from the main grid to power the inserters and light. Right before your main accumulator bank is completely discharged, the dummy one here can't charge fast enough to run the inserters and the burner inserter can grab the fuel. It is a boot strap because it powers the later steam engines by powering the pumps. Without the accumulator, it works just like any other adaptive steam engine setup. Enjoy.
Yes, I keep the main engines turned off by removing power from the pumps. And yes, the inserters prevent the burner inserter from getting fuel. If they lose power, the bootstrap steam engine powers up and allows water to flow to the main engine system. Each cluster of 9 engines needs a bootstrap engine. I've since improved that design, but I didn't think anyone was interested in it. I swapped to a power sensor, and intentionally mixed fuel line feeding the bootstrap engines. It is blueprint tileable, but you gotta remember to remove the cables in the middle. My other design, just south of this one, uses 2 bootstrap engines to power the pumps for 70 steam engines. I like to play around with this sort of thing. I hope this helps.Talguy wrote: How do you keep the main engines turned off? With the pumps? If I understand correctly, whenever you have enough energy in your accumulators, the burner inserter doesn't get fuel so the pumps don't let any water go through. Is that correct?
I know for a fact that each 10 engines require 13 or 14 boilers (depending on the travel distance), is there a trick to only use 1 bootstrap steam engine for like 40 steam engines (4 water input sources)?
Edit: Found https://forums.factorio.com/forum/vie ... f=5&t=6066, that could probably work right?
Anyone viewing this topic is, I guessMadZuri wrote:[...] but I didn't think anyone was interested in it.[...]
That helps! I love how the first one looks(red inserter trick),and like the way the boilers are set in the second.[...]uses 2 bootstrap engines to power the pumps for 70 steam engines..
Can you explain why you have mixed fuel?[...] intentionally mixed fuel line feeding the bootstrap engines.
Mixed fuel for the staggered burn times, each line is powered for a different length of time. It helps with my wildly varying power demands. I'll do better than blueprint export, I'll email you the save file, send me a PM with your preferred address.Talguy wrote: Can you explain why you have mixed fuel?
I'm seriously going to experiment with this! Also, if you could export the blueprint, that would be awesome
Blueprint string works just fine, it exports all your blueprints.MadZuri wrote:(edit) I can't seem to get the Foreman mod to work, so no easy BP export...
Well now that's an unusual setup.Neotix wrote:Wagon Sorter