Clark Richards

Yes, I agree. The same should probably apply even for older missions which didn't have dead reckoning, because IIRC all they did was repeat the last *measured* values over the...

Yes I agree that makes sense. I guess my question was how do you determine the Lon/lat to average for the profile for a slocum? Is it from the slocum...

Not sure if this is helpful or not, but Adam C at OTN gave me this documentation for the slocum: ``` doco/water-velocity-calculations.txt This document describes how the Webb Research Glider...

I *think* what this is saying is that for the slocum the `m_lon`/`m_lat` positions are the combination of the glider dead reckoning AND the dead-reckoning current correction (e.g. from the...

Good point. I've handled this kind of thing in the past by searching for large jumps, and then adding (or subtracting) 180 degrees before interpolating. Not sure if that would...

Yes I agree. Better to keep things closer to what was measured than make up a whole bunch of new data. The nav depths that get recorded in the payload...

Calibration details for the above instrument (screenshot from the cal sheet):   and cut/paste from the PDF: ``` COEFFICIENTS: Soc = 3.0636e-004 (adj) Foffset = -785.65 Tau20 = 1.02...

I'd love to see this make progress, just have not had the time to a) learn the python required, and b) do it myself 😆 . Happy to help of...

I pushed some material, mostly based on what was on my blog post, but it's causing some crashes of the auto-build (not surprising, given the external dependencies required). Perhaps we...

Ok, so the idea is to create the output (figures etc) separately and then include it directly?