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I find that as I increase the relative humidity (fourth input argument), the values returned by the function give me a smaller refractive shift. I would think that I would get a larger refractive shift.
The text was updated successfully, but these errors were encountered:
palRefro is a direct port of the Fortran SLALIB and testing did show that it agrees with the original. I've had a quick look at the SOFA/ERFA code (which now can do atmospheric refraction -- it could not do it ten years ago) but there is no direct equivalent to palRefro that I can see.
It looks like the humidity only comes in to the algorithm in one place:
I find that as I increase the relative humidity (fourth input argument), the values returned by the function give me a smaller refractive shift. I would think that I would get a larger refractive shift.
The text was updated successfully, but these errors were encountered: