Thank you for your detailed explanation of the current situation and how you 
got there. I hope you can find a way to improve the interoperability story of 
this promising library.

Regarding the performance of the library I’d say that to me the most important 
requirement is to be able to plot huge amounts of data. Ideally, hundreds of 
thousands, even millions of points should not be a problem and should not take 
more than a few seconds to plot (the less time the better of course :-) ). 
Being able to update the plot a few times per second (with a reasonably small 
dataset and simple plot) would be nice too (but not need to achieve tens of FPS 
or something like that IMHO).

As for the “complex signal” plot, I was referring to a plot with two separate 
subplots (place one above the other) where the Y axis zoom is independent but 
the X-axis zoom and pan are linked. The idea is that if I want to view the real 
component in the range of the 3000th to the 5000th sample I’ll also like to 
view the imaginary component in the same range.

Ideally I’d like to be able to simply pass a complex number data frame to the 
plotting functions and the library would just know what to do with it (i.e. the 
creation of the 2 subplots would be done implicitly and automatically).

I sometimes need to plot the real and imaginary components of a complex signal 
on same plot, so supporting that would also be nice but I don’t need it as 

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