Dillon

That sounds lot like the `increment` function here: https://github.com/dsharlet/array/compare/master...flat-iterators#diff-f5f78d116bcb84f7507c786fd0f8264f9e4b0d72b8412e112b1731c982983c34R756 in the branch I linked in a previous comment on this issue. It’s definitely doable, I’m just hesitant to provide it...

Thank you for the nice reproducer. I couldn't actually download your example (github link seems dead...) but I was able to reproduce the circuit easily enough and see the same...

I'm trying to replicate Falstad's result in LTspice, and I haven't been able to do that yet either. My results are very sensitive to the particular op-amp model I'm using....

Right, I should have paid more attention to that out of range voltage issue. I hadn't seen that in my repro attempts. I see now, if I turn R4 up...

The voltage sources attached to Vcc and Vee are "only" adding (or subtracting) 2V from the actual supply voltages. TBH, I can't remember why I put those there. I was...

Oh, I did save the link I was thinking of! The link is broken because they moved the file, but the new location is here: https://qucs.sourceforge.net/docs/tutorial/opamp.pdf On page 31, similar...

It sounds like SVE does things the way Hexagon does. There's quite a non-trivial amount of code in HexagonOptimize.cpp that aims to insert the necessary shuffles, and then to simplify...

Yes, although that approach is quite limiting (you can only fold on page aligned boundaries).

These files are generated by building LiveSPICE in visual studio, have you done that before running the setup compiler? On Tue, Apr 30, 2024 at 12:30 PM Jesse Blier ***@***.***>...

If you’re just trying to use LiveSPICE, you don’t need to build the installer or run visual studio, that’s how the installer gets created. You probably just want to download...