Tiny Divider by mark2222

mark2222

91 / 2

1st Apr 2019

4th Apr 2019

TPT's first zero-latency 26-bit subframe division circuit. It even computes the remainder! This circuit is based on the radix-2 SRT division algorithm, using LDTC to compress each iteration into a single row.

subframe mark2222 electronic calculator computer electronics divider 60hz divide division

Comments

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  mark2222 6th Apr 2019
  @NoVIcE Oh no, by "orthogonal" I meant vertical or horizontal, as opposed to diagonal. I probably used the wrong word, but I can't remember the correct one.
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  NoVIcE 6th Apr 2019
  Also if thats true how can it update stacked particles?
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  NoVIcE 6th Apr 2019
  Yeah dont wanna clutter the comment section with nonsense, i just thought that by "orthogonal LDTC buses" you meant parralel but in 3 dimensions.
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  mark2222 6th Apr 2019
  @NoVIcE What do you mean by 3D? If you just mean that it uses stacking, well, then all my things are 3D in a way.
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  NoVIcE 6th Apr 2019
  so your divider is 3d in a way?
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  mark2222 5th Apr 2019
  @R33sesK1ng Ah. Well, stacking is the best way if you want to do orthogonal LDTC buses. From what I see in your save, though, you might well be content with just using a diagonal LDTC (or even just DTEC) bus (neither of which require stacking). It's simple enough that I could make you an example if you want one.
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  R33sesK1ng 5th Apr 2019
  @mark2222, I've nothing /against/ stacking, perse. I am less apt to use it, given my limited knowledge... of stacking and how to use it for 'practical' reasons, like making machines. I do very simple 1px. stacking with ARAY and DTEC, but I soil myself if I have to try doing subframe machines.
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  mark2222 5th Apr 2019
  @R33sesK1ng The last one yes, but not the first two. Also I don't see why you should have anything against stacking.
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  R33sesK1ng 4th Apr 2019
  I learned how handy tmp: 1 can be for rows of LDTC.
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  R33sesK1ng 4th Apr 2019
  I've updated the save (ID:2392860) to show you what i've been able to do with it.