Quote:
Originally Posted by Eric
You need to figure out where the detectors are.
Detectors can take any value, even 1,2,3.
No two quark threesomes can touch each other orthogonally.
Quark groups can (and will) cross box boundaries.
So the 1/2/3s all have to be vertical or horizontal (the cant be L shaped) in some combo (123, 321, 231..) and these quark threesomes can cross box boundaries? So, for example, you can have a 2/3 in from another zone, and 1 coming in from another zone.
If that is right I can't see any possible solution. With no consideration of whether they are in the correct spots, I can't place the quark trios in any manner that would not result in multiple 1s or 2s or 3s in the same row or column. I think I am misunderstanding the rules.