Neill Lambert

This is definitely a bug. Looking at correlation.py it looks like _transform_L_t_shift_new() and _args["_t0"] = tlist[t_idx] are supposed to take care of this, but it seems broken for time-dependent collapse...

Sorry for the slow reply... Yes, spectrum_correlation_fft just does the one-sided FFT, but then takes 2*Real() part of the result, which should give the correct Lorentzian behavior. As for the...

Looks ok to me, but also prefaced with "not an expert" :) Also the ICM stuff looks very nice. Robert and Anubhav did this QIP module. There were various plans...

Thanks victor!  My main worry as it stands is that, as I mentioned in the previous issue, this fix, on its own, introduces an unwanted additional error for the case...

The error in Jupyter notebook is a problem with multiprocessing in notebooks on windows. I had this problem before, and I think the workaround is to put the function scattering_probability_multiprocess()...

I do not know the origin, but googling suggests that it is a lack of compatibility between multiprocessing and notebooks in windows. Your options are to not use notebooks, refactor...

I think the original issue with the basis change was resolved at some point? Regarding the example and changing the driving frequency, essentially there is no reason the results should...

@DnMGalan This is still open yes. I think just making it backward compatible with the way v4 allowed for the colors to be customized is all that's needed. In Asier's...

Yeah, seems like in v5 if you give a list of colors to add_points it ignores whether you choose 's' or 'm' and just plots multicolored. I would keep that...

Thanks for the quick reply, I missed that documentation, it was very helpful. Playing around a bit with a more complex example I am struggling with, I see what you...