Rory Yorke

Since it removes capability, what we have is a workaround, not a fix, I have pushed a contrived example and the workaround to https://github.com/roryyorke/modbus-tk/tree/rory/remove-locks The below I tested on an...

@bnavigator pointed out that CMake comes with the capability to find NumPy built-in; it looks like this is as-of CMake 3.12. [1] https://cmake.org/cmake/help/latest/module/FindPython.html In the same conda environment as the...

See also https://github.com/scipy/scipy/issues/17789 , which is loosely related. I'm not sure this is that useful: it's not difficult to do already (sos2zpk, adjust k, zpk2sos), and introduces asymmetry (we aren't...

It would be good to have a reference to the definition of a complex chirp, as well as give some idea of applications (in electronic and electrical engineering I think...

> There is more in this bug than already told. Gains in lowpass zpk format are off completely. Highpass works and the original bug is not there. Something else is...

"All the gain in the first second-order section" is true for all combinations of (analog, digital) and (butter, cheby, cheby2, ellip) (I'm not sure about bessel, but likely: think they...

FWIW, to whoever can triage this, I see it as more of an enhancement than a defect.

> Regarding the bug, why the behavior is different for highpass (that seems proper to me) and lowpass? The IIR filter designs all start by computing zeros, poles, and a...

> For digital implementation many issues of the analog world disappear or at least change markedly. I mostly use the signal processing tools for post-processing data, in which case here...

> Edit: I may be mistaken, but I think it should be :3 where you're slicing sos. Like so: Whoops, you're right, thanks. > For example, it may be clear...