…and do you think that you posting it has a positive, neutral or negative effect on the world?

By content I mean what ever you’re posting online. The pictures you post on Instagram/Pixelfed or messages you’re writing on Lemmy, YouTube comment section, Facebook and so on.

If you look back at what you have posted in the past year for example, do you consider it to be the kind of content that you would gladly consume if it was coming from someone else? If not, then why are you posting it in the first place?

  • 0x30507DE
    link
    fedilink
    English
    arrow-up
    2
    ·
    5 months ago

    Aa far as I’m aware, incremental synthesis is vivado trying to build a new FPGA bitstream by modifying a snapshot of the previous build, to ostensibly save time. Because the SID FPGA implementation is a relatively small part of the MEGA65 core, it really likes to forget to add any changes I make, especially related to timing optimization (it took me so long to figure out it had re-enabled itself, after disabling it my total negative slack was cut in half due to it finally registering all the pipelining and other optimization). I’ve also had vivado outright lock up with some cases.

    • Hadriscus@lemm.ee
      link
      fedilink
      arrow-up
      2
      ·
      5 months ago

      Just joking, I love that you explained further but to be honest I still have no idea what is going on, haha. The bit about “modifying a snapshot of the previous build” sounds like the idea behind binary diffing?

      Ok, I looked up Vivado and now I have a better idea. A field very alien to me but fascinating to hear about

      • 0x30507DE
        link
        fedilink
        English
        arrow-up
        2
        ·
        5 months ago

        FPGAs are good fun, and some of the stuff I’m working on in particular gets even crazier. My current project is emulating a partially analog soundchip (the 6581 and 8580 SIDs) with 32 bit integers, because FPGAs can’t do analog. The best part is, it actually (mostly) works. Still have coefficient issues with the RC circuits, and the Rf1 and Rf2 voltage-controlled resistor coefficient tables need to be recalculated, but it’s already looking pretty good.

        Good fun lol

          • 0x30507DE
            link
            fedilink
            English
            arrow-up
            1
            ·
            5 months ago

            Correct. Goal is to emulate the SIDs, and the filters are analog, so analog simulation is required.