Okay, here (finally) is the optickle version.
I have the antispring case, starting at 501pm and going roughly every 10pm down to 1pm. I also have the spring case, starting at -501pm and going down every 10pm to roughly -113pm. Rossa crashed partway through the calculation, which is why it's not all the way.
In the .zip is a .mat file called PDs_vs_CARMoffset_WattsPerNewton.mat, which has (a) a list of the 50 CARM offsets, (b) a frequency vector, and (c) several transfer function arrays. The transfer function arrays are supposed to be intuitively named, eg. REFLDC_antispring.
In the .zip file are also the original .mat files that are a result of the tickle calculations, as well as a .m file for loading them and making the plots, etc. For anyone who is trying to re-create the transfer function variables, I by-hand saved the variable called PD_WperN to the names like REFLDC_antispring. Just kidding. Those original mat files are over 100Mb each, and that's just crazy. Anyhow, I think the .zip has everything needed to use the data from these plots.
Anyhow. Here are plots of what are in the various transfer function arrays:
 
 
 
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