To add to that, according to Stellarium the Moon was pretty much directly North at that time as viewed from that position.
I compared the Geoscan-Edelveis photo to a Meteosat-11 image taken more or less at the same time, so we can determine by the snow and cloud formations where exactly Geoscan-Edelveis was looking, and when its photo is rotated to match Meteosat, the Moon direction matches exactly where it should have been at the time
You must update the TLEs in TLEs.txt, and then run either of the two files. Main.py finds all of the passes of the moon in the near future, find_from_date.py finds whether or not the moon was above the horizon at a specified time.
Indeed the moon was!!!
P.S I’m writing from math class in school, because we’re still doing integers (“is that number greater than the other???”). Thank goodness I have my intermediate algebra work from home. school in canada
In the Geoscan last pass 11-1-2023, orbit #2370 I have received not 2 but 3 transmission. The 1st looked OK in lenght, the 2nd looked interrupted and the 3rd went out of my footprint. With the first and the truncated second I have been able to make this nice picture.
We tried to get a full image of yesterdays transmission. That was not memory which contained a jpg header, so it don’t convert to photos. Plus we tried to get some telemetry dump