Those appear to be primarily item conduits from EnderIO, and maybe a couple of redstone conduits at the top (they can share spaces)
[1.7.10][LISTED] InfiTech 2 Modpack v3.2.21 [HQM][GregTech balanced hard-mode modpack]
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The charcoal pit, a new GT steam tech machine just for the purpose. Suggest looking at the manual for a description, although it's not too hard to work out just from the machine tooltip how to use it.
I made a simplified diagram of how to craft a Golem Use Core. It's only a few simple steps!
I've got most of this programmed into AE2 autocrafting. Just the Memory (Tier 2) recipe alone won't fit in a 5k crafting CPU. I don't think you can even build a crafting CPU with enough storage to be able to make one of these end-to-end.
At this point the number of crafting steps to create a golem use core is nearly on par with making a MK1 fusion reactor, not necessarily in material cost but in crafting complexity.
I've got most of this programmed into AE2 autocrafting. Just the Memory (Tier 2) recipe alone won't fit in a 5k crafting CPU. I don't think you can even build a crafting CPU with enough storage to be able to make one of these end-to-end.
At this point the number of crafting steps to create a golem use core is nearly on par with making a MK1 fusion reactor, not necessarily in material cost but in crafting complexity.
Here's the materials for Qty 1 Open Computers Central Processing Unit (CPU) (Tier 2):
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Oper Computers is tricky at times yeah, same with pneumaticraft. Use core golems are one of the most powerful and versatile tools available though being able to do anything from passive power generation to tree farms to cobble gens to really just a ton of things, reason why they were made the only HV golem core. Although I'm not entirely sure how your sheet is meant to be laid out it did make me wonder by your comment, so I've started poking at something similar for a fusion reactor.
Yeah, what's been your experience with gathering plutonium actually? Since it's been proposed and discussed a bit in various places increasing the success chance of centrifuging so you need less Pu-244 to get the Pu-241 plate, and also increasing rate of U-238 centrifuging so you need to centrifuge less per U-235 as another change along with it. Been sitting on the git for a bit actually unsure of what to do.
And yeah, none of the use core stuff should be that complex or out of the way, the only possible bit is the Pneumaticraft stuff as you should already have all the GT components including epoxy going at HV. Pneumaticraft is nifty though, having the ability to produce PCBs helps massively with late game automation anyway as they're needed for both OC and PC drones, use core golems, and BC robots. All the really versatile in-world automation options need them.
Reminds me, that's another thing for the thaumcraft list.
And yeah, none of the use core stuff should be that complex or out of the way, the only possible bit is the Pneumaticraft stuff as you should already have all the GT components including epoxy going at HV. Pneumaticraft is nifty though, having the ability to produce PCBs helps massively with late game automation anyway as they're needed for both OC and PC drones, use core golems, and BC robots. All the really versatile in-world automation options need them.
Reminds me, that's another thing for the thaumcraft list.
My lava heat exchanger system is workin! 
http://prntscr.com/apzw07
Still lacking a fair bit of tungsten for the second turbine line but the first one is working just fine. Also realised im gonna need to expand the centrifuging of pahoe lava a LOT. By my calculations i would need 24 MV centrigufes to handle all the pahoe lava when both lines are upp and running
That brings me to another vital question, how do i autocraft all the nuggets and dusts?
http://prntscr.com/apzw07
Still lacking a fair bit of tungsten for the second turbine line but the first one is working just fine. Also realised im gonna need to expand the centrifuging of pahoe lava a LOT. By my calculations i would need 24 MV centrigufes to handle all the pahoe lava when both lines are upp and running
That brings me to another vital question, how do i autocraft all the nuggets and dusts?
You can autocraft all tiny and small dusts and Nuggets with only 9 machines.
3x typefilter, 3x superbuffer with stacksize Set on output, 2x packager with dust piling shape and an alloysmelter with ingot mold. Then let all oreprocessing output first try to enter the typefilters.
3x typefilter, 3x superbuffer with stacksize Set on output, 2x packager with dust piling shape and an alloysmelter with ingot mold. Then let all oreprocessing output first try to enter the typefilters.
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Currently ghoulsblade (one of the team members) is building a UUM factory for plutonium, we got the first dust from a reactor.
I remeber tin as being rare, but now ive found 3 vines while i wasnt even looking for it. I searched for a limonite vein and started digging down, hitting tin on the first try
I remeber tin as being rare, but now ive found 3 vines while i wasnt even looking for it. I searched for a limonite vein and started digging down, hitting tin on the first try
Question, would making this be suitable for Logistics Pipes autocrafting? Logistics Pipes is good in that if you have all the recipes for all the items needed to craft something set up and ready to go, that it should be able to build any item no matter how complicated it is. it may try to overstuff machines in the processing chain with excess items if you don't buffer the input through chests but it seems to be able to handle ordering for complicated recipes pretty well.
It does benefit from not needing AE2's crafting CPU's!
Cheers ...
BrickVoid
Currently ghoulsblade (one of the team members) is building a UUM factory for plutonium, we got the first dust from a reactor.
I remeber tin as being rare, but now ive found 3 vines while i wasnt even looking for it. I searched for a limonite vein and started digging down, hitting tin on the first try
Tin isn't exactly rare, but you should look at what ores you find in the world carefully. I found a tin/cassiterite vein just sitting pretty on the surface, the only problem with digging it out was that both ores blend into the stone background well so it's hard to see where the ores in the vein are, and you have to get used to checking the WAILA tooltip for the block you're looking at.
You could also get a texture pack that makes the veins more visible.Cheers ...
BrickVoid
Q: What is the difference between tin and Herobrine?
A: At least I have seen Herobrine in the game!
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Sven "flamestrider"
Guest
I generally never have trouble finding more than one vein early on, just by going into terrain that has landmass above ~75 height, like taller hills and mountainous regoins... I find it easier to use that method of "scouting" since the ore is exposed to the open air and running around costs mostly just in food and time, compared with mining picks... Doing scouting also helps reveal surface veins of aluminium, coal and magnetite/gold and those are a nice "bonus" when one is still in pre-MV tech eras.Q: What is the difference between tin and Herobrine?
A: At least I have seen Herobrine in the game!
By previously do you mean 3.1?
In 3.2 it was changed so you can't use item pipes with bronze age boilers, as part of the big GregTech update.
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Sven "flamestrider"
Guest
I'd personally recommend a low pressure railcraft boiler rather than the LBB, atleast if you need continuous steam supply. An LB boiler produces 800L steam per tick at a cost of 1 "charcoal" in fuel per second while a 36LP RC boiler produces 360L steam per tick for a measly ~1/5 charcoal per second... but the railcraft boiler is only more fuel efficient if you keep it heated while a GT boiler is more fuel efficient if you only need "burst" power.
So for a continuous steam supply you get closer to between 2/5 to 1/2 fuel cost for a 36 Low Pressure RC boiler than the Large GT Bronze Boiler for equal amounts of steam.
Sven, you kinda alluded to this, but just an fyi for anyone else who cares, once you get into the higher tier Large Boilers, GT wins in both surge and constant output. May be true of the Titanium, I forget, but its definitely true of the Tungstensteel.
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