New Proposals
-
Hear me out: I want to see at least one of these elements/features in the next version. It would be cool if they existed.
1. "Dark Matter/DMTR"
We already have a form of this as WARP, but it only relocates elements, whereas real dark matter produces gravity as well. DMTR would be the exact same as WARP, but would produce Newton-Gravity and be completely invisible, no display can show its location, not even Blob-5 Display or Heat-6 Display could show it. It would also be indestructible, only disappear when entering the void border.
2-3. "Supercritical CO2/SCCO" and "Liquid CO2/LCO2"
LCO2 would be produced if any CO2-type product is at 70+ pressure and -100.50C or 172.55K. If the pressure is released, it would turn into DRIC. If the temperature rose, it would turn into SCCO. If both the pressure dropped and temp rose, it would become CO2.
SCCO is made if if any CO2-type product is at 70+ pressure and 60.60C or 333.15K. It stays to the ground like LCO2, but flutters like CO2.
4. "Graphene/GRPH"
Most mods contain graphite/graphene of some kind, like Fan Elements and Impossibilities, but it would be interesting to see a built in version of this. It would be solid, and very strong, slowing radiation-type particles, have a melting point and cracking point higher than traditional modded graphite, and similar to BIZR, dyes WOOD with its deco color, but if it's not been deco'd, just dyes WOOD a dark gray.
5. "Deuterium Gas/DETG"
It's flammable like HYGN but burns with the characteristic deuterium blue flame, like CFLM but it's hot, and shown as "FIRE(DETG)." It reacts with PROT and NEUT like DEUT. It's a gas, and is able to mix with OXYG to create DEUT. And could be created if HYGN is sprayed with NEUT. Like HYGN, it can fuse with HYGN/DETG.
6. "AMTR Ctype"
This basically changes nothing with normal AMTR, but if it is applied with an element, say FIRE, it would still act like AMTR, annihilating with normal matter, but act like FIRE, able to burn AMTR(WOOD), AMTR(COAL), or any AMTR with a flammable ctype. If it was set to HYGN, AMTR would be able to fuse into AMTR(NBLE). How would SPRK work through AMTR? It would act on the Pavg1 property, saving the current conductor material in Pavg1 and replacing ctype with SPRK.
7-8. "GLOW Releasing NEUT" and "Dead GLOW/DGLW"
How does WATR mix with GLOW to make DEUT? DEUT is (HYGN+NEUT)+OXYG, so how does WATR turn into DEUT with GLOW? It's logical that GLOW contains NEUT, to transmute the HYGN into DETG. When WATR meets GLOW, it turns WATR into DEUT and GLOW into DGLW. DGLW is GLOW that cannot react to pressure. GLOW contains NEUT, causing GLOW to, well glow. DGLW has donated its NEUT to WATR, so it's unable to glow. DGLW could be replenished if exposed to NEUT.
If one of these are introduced into TPT, or better yet all of them, I would be grateful, and this would help the TPT community. Thank you.
Edit: OXYG not ELEC lol.
Edited once by EvonNoryoziki. Last: 4th Nov 2022 -
DMTR is something I don't want. WARP is annoying enough as it is. I would be annoyed if it was added. I'm not sure about ideas 2-3, so I will not mention them. Perhaps they will be added, though likely not. GRPH is something that could be added in my, opinion, but you might have to code it yourself. I don't think DETG is a good idea, but I don't have much to say about it. I doubt AMTR Cypress will happen too, but again I will leave that to other people, I really don't know. 7-8 seems like an element with only one use, so not likely to be added, although slightly better.
-
Are you even thinking of the use of the elements? I dont think DETG is usefull, DEUT alone is enough DEUT? SCCO / LCO2, why? Why did you need this? This thing can only exist in extreme pressure and heat. DGLW is probably usefull, for transferring heat if it not reacting to pressure and would not gain velocity from pressure. The only thing usefull in this proposal is GRPH
-
I only gave the foundation for the properties of the elements, not all of the properties. That's for the developers to decide, ok? If I gave everything, this proposal would be very long. For DETG, it's very useful to make a DEUT factory and everyone calls Deuterium Oxide just Deuterium, which is inaccurate. SCCO/LCO2 would be hard to work around in a CO2-based contraption, forcing more work to make it SCCO/LCO2. Anyway SCCO could be used to create aerogel (not found in proposal).
-
about dark matter 1 we have alot of new proofs of that it was just error and it is not real 2 if its real then it is more useless than anything because only thing that it can do it is just exist and create extreme weak gravity well weaker than anything
about lco2 i xd it looks likes useless
about deuterium gas well uh we can do deuterium fusion by using only deuterium and electrons with neutrons without need of hydrogen
amtr ctype looks likes cool but it will be better with 2 more things
1 created by high speed protons - extreme high speed
2 create pions that decay to muons that catalyze fusion of hydrogen
about transmutation of hydrogen into deuterium uh it is not transmutation deuterium is isotope of hydrogen but with deuterium so idea has to be like hydrogen + neutrons = deuterium this may cause alot of problems for fusion reactors if we wont add such thing as deuterium fussion actualy instead of using deuterium neutrons and electrons -
The idea of an element not being detectable by any display is a big no-no.
-
We should do this: PROT+ELEC=HYGN and not NEUT. How would that even work? That just makes a negatively charged atom and that could break all sorts of physics. No NEUT+ELEC, only PROT would work in this reaction. Then HYGN+NEUT makes DETG. Also, dark matter exists. What even are pions?
-
proton and electron is already hydrogen man this exist already and no hydrogen + neutron very bad idea because it will ruin alot of saves dark matter is proven to be false and it is useless pions are particles created by anihilation that decay into muons that catalyze hydrogen fusion
-
Yes neutrons and electrons making hydrogen is inaccurate, but tons of saves already utilize this mechanic; this would break saves.
