...and build in algorithms (spericalcapExtrapolation, what Geddes does whit his software) to do upscaling of sparse measured data; in plots below 4th order upscaled to 35th order
Oh man, this is so great!
Basically, what is missing for a fully functional system:
1 - adapting the Bessel funtions to Hankel functions, so we can do SFS (this one is for you NTK!)
2 - adapting the inverse functions so htat he Hankel functions can be seperated(?)
3- automated measurments with motor control, I have this already
4 - windowing for the combining with direct measruement for the HF (I have this covered, already build that years ago)
5 - automated sticth the combined responses (HF and SFS
6 - tying it all together, which will be relatively low effort, since the data format is well defined and well documented, the rest is ALL THERE!!
7 - making a gui; I propose to making an executable (so you dont need matlab) with xml file control, than any gui wizzards oout there can easily make a nice gui
Oh man, this is so great!
Basically, what is missing for a fully functional system:
1 - adapting the Bessel funtions to Hankel functions, so we can do SFS (this one is for you NTK!)
2 - adapting the inverse functions so htat he Hankel functions can be seperated(?)
3- automated measurments with motor control, I have this already
4 - windowing for the combining with direct measruement for the HF (I have this covered, already build that years ago)
5 - automated sticth the combined responses (HF and SFS
6 - tying it all together, which will be relatively low effort, since the data format is well defined and well documented, the rest is ALL THERE!!
7 - making a gui; I propose to making an executable (so you dont need matlab) with xml file control, than any gui wizzards oout there can easily make a nice gui
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