Ideas for 96.0

  • MachineMan
    8th January Member 2 Permalink

    I have a suggestion for the upcoming element SLCN.  I've noticed that if molten SLCN mixes with molten METL or molten BMTL, it turns into a random mixture of molten PSCN and molten NSCN.  If one wanted to build a factory that makes PSCN or NSCN but not both, they would not be able to seperate the different types of LAVA.  Here's a way to remedy that:

     

    When molten SLCN mixes with molten METL it becomes molten NSCN and when molten SLCN mixes with molten BMTL or molten BRMT, it becomes molten PSCN.  Also, about PTNM.  Why does PTNM turn GAS into INSL.  INSL is actually wool or some other type of fabric.  If/when plastic (that is not C4) gets implemented, wouldn't it make more sense for OIL or GAS to become plastic upon contact with PTNM?  Not that I'd want that feature, I'd rather have OIL and GEL become plastic upon contact with each other.

    Edited once by MachineMan. Last: 8th January
  • VladislDob
    8th January Member 0 Permalink

    NSCN/PSCN wires factory... Sounds very well

  • IlikeUssr
    9th January Member 1 Permalink

    I'd like to have COPR (copper, yes), but not that boring copper like eww, another useless conductor. Normally copper has 0 tmp, but it rises by one when it touches OXYG, consuming it (OXYG) up to 3 tmp, thus allowing for cool oxidizing mechanic. Copper with more tmp is more green. And when copper is molten and solidified, it tmp backs to 0

    Uh my english is bad xD

  • RaconTPT
    10th January Member 0 Permalink

    I'd like to see a r/place but TPT

  • IlikeUssr
    10th January Member 0 Permalink

    I'm currently working on mod for TPT, wanna me add something?

  • MachineMan
    12th January Member 1 Permalink

    IlikeUssr:

    I'd like to have COPR (copper, yes), but not that boring copper like eww, another useless conductor. Normally copper has 0 tmp, but it rises by one when it touches OXYG, consuming it (OXYG) up to 3 tmp, thus allowing for cool oxidizing mechanic. Copper with more tmp is more green. And when copper is molten and solidified, it tmp backs to 0

    Uh my english is bad xD

     

    How is that useful?

  • VladislDob
    12th January Member 0 Permalink

    This is

    IlikeUssr:

    cool oxidizing mechanic

     

  • IlikeUssr
    13th January Member 0 Permalink

    Y E S