Posts by Blood Asp
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I did not test the experimental oregen on a server. Might work. There are cases where it does, but so far i cound not find an pattern for that. On #minecraftforge i got told i might be a known chunksorting problem that did no problems the last years, so it did not get fixed.
The Galacticraft ingame option does not work with the GregTech Metaores.
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I cant really get a screen shot but are you aware that in about half the end meteorite gen a single layer of ore below the meteorite generates.
Thats strange. I will look into that.I get a error with Galacticraft when go to the Moon:
Which config are you using to generate? GCs B:"Generate other mods features on planets"=true or Experimental generation? Only the experimental generation touches the part in the Stacktree and it has some strange bug i can't find. -
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Is there any reason we need RF cables? GT cables and only the last block an electric engine from Forestry does not take more space as RF cables. The only reason for RF cables whould be when we need more power as 1 engine can supply. Is there such an machine in the pack?
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How about updating Gregtech to 5.06.05? These skeletrons need to be nerved.
//Edit:
Seems 5.06.05 crashes on startup...
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An quick update of my Gallery: http://imgur.com/a/tieRr
Last 1/3 is new.
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All right, time for Ideas on high end tool materials:
1. Nerv of current high end materials. There is a big gap between mid and high level materials.
Material / Current Durability / Current Miningspeed / Nerved Durability / Nerved Speed
Titanium / 256000 / 8 / 160000 / 7
Tungsten / 512000 / 8 / 256000 / 7
Iridium / 512000 / 6 / 256000 / 6
Osmiridium / 300000 / 8 / 160000 / 7
Tungsten Steel / 512000 / 10 / 256000 / 82. New high end Alloys
1 Tungsten(W) + 1 Carbon(C) in EBF -> Hot ingot into Freezer -> 1 Tungsten carbide(WC)
Extreme Hardness, but breaks easily. So 128000 Dura, 14 Miningspeed, Mininglevel 4 (Weapton encant Sharpness V)7 Steel dust + 1 Vanadium + 1 Chrome = 9 Vanadium-Chrome-Steel in EBF (120EU/t cupnickel coils)
192000 dura, miningspeed 3 mininglevel 3 (good for midgame in base tools but not for mining)HSS-G: 5 Tungstensteel dust + 1 Crome dust + 2 Molybdenum dust + 1 Vanadium dust
High-Speed steel (what drills and saw blades are made from today)
400000 Dura, 10 Miningspeed, Mininglevel 3HSS-E: 6 HSS-G dust + 1 Cobalt + 1 Manganese + 1 Silicon
HSS-G with higher heat restist.
512000 dura, 10 miningspeed, mininglevel 4Not a realistic alloy but as an alternative to HSS-E
6 HSS-G dust + 2 iridium dust + 1 osmium dust
300000 Dura, 14 Miningspeed, Mininglevel 43. Hardening of Toolheads (Can be done with most of the advanced metallic materials)
Laser surface hardening: Process Toolheads in Precision Laser Engraver (Slow but low energy usage like 240 sec, 20EU/t) Gives Hardend Toolheads, +20% Dura, +1 Miningspeed
Nitriding: 1 Titanium + 2000L Nitrogen In chemical reactor (1024EU/t, 60 sec) procuces 1000L Titanium nitride (TiN)
100L Titanium nitride + Toolhead in chemical reactor (20EU/t 150sec) produces Nitrided Toolhead, +30% dura, +2 MiningspeedPolycrystal Diamond + Advanced Nitriding:
1 Carbon dust + 10l Titanium nitride in Chemical reactor (1024EU/t 10 sec) 10l Titancarbonitrid
32 carbon dust + 1 tiny diamond dust in EBF (480EU/t or even 1024EU/t? 120 sec) produces 1 tiny polydiamond dust (type of artificial industry diamond, 50% harder than natural diamonds, state of the art for RL tools)
1 full polydiamond dust + 100l Titancarbonitrid + Toolhead in chemical reactor (120EU/t 150sec) produces Nitrided Polydiamond Toolhead (+40% dura, +5 Miningspeed) -
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