Tim Jarsky

Results 87 comments of Tim Jarsky

@t-b The deconvolved trace appears to be shorter in time/length that the range trace ![image](https://github.com/user-attachments/assets/3a77ebd9-3fc8-4fec-ad52-f2fcb3ff3572) I'm uploading `IVSCCMiniAnalysisDevelopmentScratchFile` to the FTP server

@t-b, the latest changes look good excellent! I found just two potential issues. The latter may not be specific to PSX. 1. I think the fast and slow tau may...

@t-b I also tested pasting the average fit results into Excel. The row formatting is correct. However, Excel plots all the columns in one column. Excel is dumb. To correct...

@t-b there may also be issues with the indivdual decay tau values. For example in this case I'm getting a negative weighted tau. ![image](https://github.com/user-attachments/assets/36c0e5b0-8ac5-4b1c-8f12-b1b3cd9f3930)

@t-b ``` !!! Assertion FAILED !!! Message: "results wave got larger unexpectedly" Please provide the following information if you contact the MIES developers: ################################ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Stacktrace: SF_button_sweepFormula_display(...)#L3016 [MIES_SweepFormula.ipf] SF_FormulaPlotter(...)#L1922 [MIES_SweepFormula.ipf]...

> @timjarsky Ready for first try. I started playing with it yesterday afternoon :)

@t-b I've been thinking about the default values for the sweep filter. It makes sense to use the kernel rise and decay tau to set the defaults with the formula...

@t-b, the default filter frequencies are tiny. Are the kernel time constants being converted to seconds before calculating the cutoff frequencies? the "block size" control doesn't respect the "current combo"...

@t-b I'm trying to test this PR, but getting confused. I recall that the most recent version of the PSX operation took several other operations as input arguments. In particular,...

With the file located [here](https://drive.google.com/file/d/1L6bhQQLogA6Ys9zkZK5wyqACqQXG50gH/view?usp=drive_link), the following SF code doesn't plot anything or show any errors. ``` sel=select(selchannels(AD09), selvis(all), selCM(VC), selrange([2000,inf]), selsweeps(10...15)) SD=2.5 TauRise = 0.5 TauDecay = 3 Amp...