Wilcroft

Confirming Rakul's coordinates.

(27,87) is the correct one - thanks Jerdge! (Note that's positive 87, not negative!) January 2020 URL segment: &lat=27&lon=87

Look, I'm only one day off, OK?

Confirming -21, -14 as 100% for November. Thanks! url segment: &lat=-21&lon=-14

Rakul beat me too it this month Confirmed the above.

(Theoretical) October 2019: Moon Lat Moon Lon Probability 46.99999999 -42 100.00000% &lat=46.99999999&lon=-42 (I'm on the older version of Luna's sheet, so the floating point may be off?)

October 2019: Mars Lat Mars Lon Probability 17 67 100.00000% URL Slug: &lat=17&lon=67

September possibles based on Mars: Moon Lat Moon Lon Probability 78 23 73.06312% 78 24 17.17227% 77 23 9.76461%

September 2019 Mars Lat Mars Lon Probability 48.00000001 132 100.00000% URL slug: &lat=48.00000001&lon=132

July 2019: Mars Lat Mars Lon Probability 7.99999999 46 100.00000% URL Slug: &lat=7.99999999&lon=46

From the Mars data (July 2019): Moon Lat Moon Lon Probability Observed In 37 -63 97.87019% 08/2018 37 -62 2.12981%

June 2019: Mars Lat Mars Lon Probability -84.00000002 -150 100.00000% url chunk: &lat=-84.00000002&lon=-150

Here's what I get based on the Mars location: Moon Lat Moon Lon Probability -55 101 98.45671% -55 100 1.54329% Just to note @starschwar: Because floating point numbers (i.e. non-integers) are weird, you get some odd values - that's why the spreadsheet has you enter -50.9999999 rather than -51, for example, even though the number displayed on the map is -51. If you don't have this part correct, the spreadsheet might not work correctly.

Results from the Mars location: Moon Lat Moon Lon Probability -17.99999998 178 66.46559% -19 178 17.25502% -17.99999998 179 16.27939%

April 2019 Mars Lat Mars Lon Probability -48.00000001 -72 100.00000% URL segment: &lat=-48.00000001&lon=-72