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x0 = 0; w = 0.1;
x = linspace(-1,1,1000);
yabs = gaussian(x,x0,w);
ydisp = hilberttrans(yabs);
ydisp = imag(ydisp);
[yabs,ydisp0] = gaussian(x,x0,w);
plot(x,ydisp,x,ydisp0);

Hello all, I have a rather basic question about Hilbert transforms. Following the example provided in the documentation, I can compute the dispersion signal from some arbitrary Gaussian absorption signal using the function hilberttrans. I then computed the dispersion signal via the secondary output ...

Cool trick. Thanks!

Hi, I have been using the ESfit feature of EasySpin to try to get an idea of the zero-field splitting for some S=7/2 Gd3+ spectra, but I'm running into the problem of having too many free parameters in my fit for it to be very meaningful. If I wanted to do a simultaneous fit of absorption data for t...