Open norbby42 opened 2 weeks ago
Actually, it looks like all of the GoodGenerator metals (except Metastable Oganesson and Shirabon) are lacking the specialized fluid solidifier recipes (ie bolts, screws, gears, ring).
Some of this was added in GTNewHorizons/GoodGenerator#228, which I don't think should've been rejected.
@NotAPenguin0 its not rejected, it just needs checked over after THE GREAT MERGENING
I would not merge it because you can skip ebf and vac freezer . Read my comment !
You can already "skip" the freezer. Currently the ABS recipe for molten precious metal alloy exists, as well as a fluid solidifier recipe to make it into ingots. This means that currently you can already do either of these routes
The PR simply adds recipes to skip the ingot solidifier step, so it would go
Which I think is quite sensible, it exists for most other materials as well. If you want to stop people from bypassing the freezer for this recipe, the precious metal alloy recipe in the ABS should be removed.
Ok but then we need to better balance ABS against EBF/VAc freezer recipes to not make recipes oboslete or to cheap.
After reading Dream's comment, I went and looked at the recipes ingame. The Molten Precious Metals ABS recipe is actually significantly slower than mixing, smelting, and cooling the Precious Metals Ingots via EBF/VF. Especially when comparing with MABS vs MEBF/MVF.
Producing Fluid directly: MABS: Assume ~10% speed boost due to using high tier coils (Infinity+). The recipe is UEV: 540 seconds for 6 ingots worth of fluid. So 90 * 0.9 per ingot.
"UEV" duration: 81 seconds
Producing Ingots directly: Mixer: Dust is 1.2 seconds at LV. Trivial, will 1-tick a small mountain of dust MEBF: Assume Krypton as the noble gas (ie best SE pumpable), the recipe is UEV: 53.3 seconds. The required heat capacity is 10,000K, so with equivalent coils (Infinity+) on the MABS, we're going to see 1 heat OC for 1 perfect OC. So we're already down to 26.65 seconds before adding in the remaining normal OCs. MVF: 22.05 seconds at MV. This will also be a trivial duration at UEV. Just for the funsies, we can assume a duration of 2 ticks.
"UEV" duration: 27 seconds
It seems the main difference between the 2 approaches in terms of operation cost is number of machines and a noble gas.
All of this is napkin math, but it's an interesting look. I never considered this originally due to needing the Precious Metals for the DTPF (and thus natively in fluid form), but now I'm thinking about swapping away from the MABS to MEBF/MVF (after my base finishes the big crafts it has ongoing that are preventing me from changing it right now >.>).
Disclaimer: The OC math for the MEBF recipe is technically wrong at UEV (cause missing power for the perfect OC), but you're not going to be running this recipe with UEV-level power anyways.
Your GTNH Discord Username
Quackers#6418
Your Pack Version
2.6.0
Your Proposal
Add a fluid solidifier recipe to turn Molten Precious Metals Alloy into Previous Metals Alloy Screw
Your Goal
PMA is used in large quantities, and being able to solidify directly from fluid would allow bypassing the bolt extrusion and lathe step of producing them.
Your Vision
Bring parity with other fluids that can be solidified directly into screw form.
Final Checklist