Agrarian Skys help, venting, and discussion thread

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namiasdf

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Jul 29, 2019
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You could use the ExtraCells fluid transition plane, have a bunch of AA's pointed at low, with buckets at an infinite water source, pipe filled buckets out via itemducts into AA's pointed at an area where the water would eventually reach the transition plane, then pipe the empty buckets back.

You could scale this indefinitely, to infinite.
 
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netmc

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immibis said:
Terrain smasher pointing at a water source.

What's wrong with aqueous accumulators?
Click to expand...

I just need lots and lots of water. I was looking toward AE for filling my high ovens to create steam, and while it can do that perfectly fine, the cost of getting water into the AE system isn't worth it. It is power positive, but by the time you import, then export all the water, it severely cuts into my power generation. It was adding about 900RF/tick for water input, then another 300RF/tick for the water output. I never realized the fluid interfaces were so expensive to run for water intake. The interfaces cost 3 times what it costs for using an export bus directly (in full bucket mode). That was using over 1/2 my steam production. I've switched over to spamming AA's and scorched ducts everywhere to move things fast enough. I'm up to about 55 buckets of steam every 60 ticks. Not quite as fast as 60 buckets in 45 ticks with AE, but a hell of a lot cheaper to run.
 
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namiasdf

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Jul 29, 2019
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namiasdf said:
You could use the ExtraCells fluid transition plane, have a bunch of AA's pointed at low, with buckets at an infinite water source, pipe filled buckets out via itemducts into AA's pointed at an area where the water would eventually reach the transition plane, then pipe the empty buckets back.

You could scale this indefinitely, to infinite.
Click to expand...
Totally would work man.
 
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Adonis0

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netmc said:
I just need lots and lots of water. I was looking toward AE for filling my high ovens to create steam, and while it can do that perfectly fine, the cost of getting water into the AE system isn't worth it. It is power positive, but by the time you import, then export all the water, it severely cuts into my power generation. It was adding about 900RF/tick for water input, then another 300RF/tick for the water output. I never realized the fluid interfaces were so expensive to run for water intake. The interfaces cost 3 times what it costs for using an export bus directly (in full bucket mode). That was using over 1/2 my steam production. I've switched over to spamming AA's and scorched ducts everywhere to move things fast enough. I'm up to about 55 buckets of steam every 60 ticks. Not quite as fast as 60 buckets in 45 ticks with AE, but a hell of a lot cheaper to run.
Click to expand...
Aqueous accumulators don't need to go through AE..
 
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netmc

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Adonis0 said:
Aqueous accumulators don't need to go through AE..
Click to expand...

True, but I was going for the speed of AE. It can move water a lot faster than fluiducts can, and a lot more precisely. The faster you can get water in the high oven, the more RF/tick you generate.

namiasdf said:
Totally would work man.
Click to expand...

It might. I will have to check it out. I did however already convert one of my high ovens over to fluiducts, so at least it's power generation is totally free. I'm generating a little over 2100RF/tick right now. 59-60 buckets of steam (each worth 2000 RF), and my timer is set for 55ticks. I have 25 AAs feeding into 26 mariculture tanks (buffer), then pulling out of there with fluiducts dumping into 40 scorched drains on the high oven. 19 ticks to pull water gives me a max of 60000mB, but most often 59360mB. I'm activating the fluiducts with MFR rednet for precise the timing. Anything over 60000mB won't generate steam in the high oven.

The extra scorched drains are there to empty the fluiduct as fast as possible. Steam won't start flowing until the fluiducts are completely empty and all the water has been converted to steam.
 
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namiasdf

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Well, the most engineer'd solution would be this.

Make a pool, whether you can expand it up-down, its width, or both, you will need at least one. Have as many Aq. A as you can fit into there, while not being inefficient (i.e. as many water source blocks around them).

Feed that water into a tank, then pipe from the tank to your high oven. If the water level decreases, add more Aq. A. If it stays at max, you know you have enough. This is the best, and least resource intensive way to find the optimum number of shit that you need to fuck this shit.
 
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JunpakuKarasu

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namiasdf said:
Well, the most engineer'd solution would be this.

Make a pool, whether you can expand it up-down, its width, or both, you will need at least one. Have as many Aq. A as you can fit into there, while not being inefficient (i.e. as many water source blocks around them).

Feed that water into a tank, then pipe from the tank to your high oven. If the water level decreases, add more Aq. A. If it stays at max, you know you have enough. This is the best, and least resource intensive way to find the optimum number of shit that you need to fuck this shit.
Click to expand...
From what everyone says about how high ovens work, that won't quite work, I think.
And could you please not curse so unnecessarily. The moderators on here are lax on cursing but if you curse so much, you'll eventually get in trouble.
 
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netmc

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namiasdf said:
Well, the most engineer'd solution would be this.

Make a pool, whether you can expand it up-down, its width, or both, you will need at least one. Have as many Aq. A as you can fit into there, while not being inefficient (i.e. as many water source blocks around them).

Feed that water into a tank, then pipe from the tank to your high oven. If the water level decreases, add more Aq. A. If it stays at max, you know you have enough. This is the best, and least resource intensive way to find the optimum number
Click to expand...

I can already spam AAs. I was just hoping for another method to use in AgS. I replaced 3 blocks using AE with about 80 using AAs, tanks, and tons of extra fluiducts and MFR rednet connections. I don't like using so many tile entities to get something done. My computer doesn't like it either. I already had to load optifine to keep the world playable due to render lag; I was hoping for something a bit more efficient.
 
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namiasdf

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Well, Aq. A are the only solution that doesn't involve updating water blocks, since water just "accumulates". The fastest way might be buildcraft pumps, but BC isn't in AS.

AE is actually quite unnecessary, and can be a bottleneck. Liquiducts all the way. You should have sufficient surface area to attach multiple powered outputs off the multiple tanks you are using as a buffer. The more tanks, the more breathing space you have to figure out the balance.
 
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Adonis0

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netmc said:
I can already spam AAs. I was just hoping for another method to use in AgS. I replaced 3 blocks using AE with about 80 using AAs, tanks, and tons of extra fluiducts and MFR rednet connections. I don't like using so many tile entities to get something done. My computer doesn't like it either. I already had to load optifine to keep the world playable due to render lag; I was hoping for something a bit more efficient.
Click to expand...
You could actually re-enable transfer nodes, because those with speed upgrades can pull 64 buckets of water/pull

They are disabled by default in AgS, but that's only a config option away in the extra utilities configuration
 
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namiasdf

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And in the end, you might as well use the BR that you used to generate the blue shit to build your turbine shit, to produce the steam, since it is always more efficient to convert it into a steam producing reactor, apparently.
 
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