_killer_
_killer_
32 / 2
5th July
11th July
An engine powered by NITR using a set of four pistons. Partially realistic. All parts are free to use without credit.
engine nitr nitrogen combustion pstn piston fire smke

Comments

  • DriftKing
    DriftKing
    11th July
    Hswc with TMP 1is deserialization Tsns with TMP 1 is serialization, Serialization is the process of putting data stuff through filt! I don't know about corners tho.
  • silo88
    silo88
    10th July
    There is one. You can deserialize data from FILT. Use HSWC thats on with a TMP of iirc 1 and TSNS to serialize temperature data into said FILT (tmp of 1 iirc). Killer, do you have disocrd so I can explain in more detail?
  • _killer_
    _killer_
    10th July
    Now I really want them to add an element that changes the temp of other elements, like CRAY for example, when sparked. That would make such a thing so much easier... xD
  • resic
    resic
    10th July
    i think that's the only way to do it
  • _killer_
    _killer_
    10th July
    The only approach I was able to come up with is using a block of TSNS with different temperatures, and making the sensor in the circuit shift everytime it triggers and using a sign on the current TSNS to display the corresponding highest temperature reached. But that seems a little... overcomplicated.
  • _killer_
    _killer_
    10th July
    (Even though I have no idea how to build such a thing right now... xD)
  • _killer_
    _killer_
    10th July
    This save is almost reaching it's one-week limit, but because this was so well-received, I'll probably make a rework soon, in which I might include @silo88's idea, as I think such a thing could be quite nice.
  • polziet21
    polziet21
    10th July
    Amazing
  • silo88
    silo88
    10th July
    I tried pre-filling the cyls with nitr before starting the engine. Lesson learned... Dont do that. We need a thing to tell us how high the highest temp recorded on the engine was ngl id:3129338
  • _killer_
    _killer_
    9th July
    Update: Strongly improved the engine's efficency and improved pressure regulation. It will use it's fuel only slightly faster than before, despite the improved efficency.