> •We HAVE to get back into the habit of posting our thoughts, clearly, for
> each individual glyph, in the hopes that Chelsea will provide
> confirmation. If all seven glyphs read, when solved, "THEXBOX,"
> great. However, the chances of us coming up with the whole solution in one
> fell swoop are, judging from our performance as of late, not good.
> However, by returning to our mode of analyzing ONE glyph at a time, and
> saying "is G7=X? because we can eliminate these three primes, and
> these two even numbers, and this zero," we a) deal with fewer
> unknowns. and b) will KNOW when we're right. Right now, we're trying to
> take too much on at once.

OK, so I post it once again (clearly it does not yield the correct answer, but...)

Take G4, and divide the numbers taking N, E, S, W and then the others: you get
A = [50 26 113 8]
and
B = [7 13 37 22]
Now: every number in A differs from another one of A by a multiple of 3.
The same holds for B. If you sum any number of A with any number of B, you get a multiple of 3. Quite nice, huh? In other words,
taking remainders modulo 3, you get [2 1 2 1 2 1 2 1].

I once concluded that the fourth glyph could give 3 as 'pattern', hence 'C' as answer, but clearly this is not the case. Any ideas?

BTW, in an earlier post, Claude said that both user and pass are 'just in front of us, in the dials', so that looking around for EA Poe, or Sundials, or whatever could be useless :(