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  1. S

    Corey's done it again, this time with 8b.

    One of the many things I love about pool is that every rack I've ever played has been different than every other rack. If I wanted the same game over and over I'd play darts. ;)
  2. S

    Corey's done it again, this time with 8b.

    Ok you got me... I'm a computer guy, not a mathematician. The answer to that one is easy though... *all* of the patterns have an equivalent 83% pattern. I would calculate that as having 10 different available positions... so 1024... in that case your first guess was pretty close!
  3. S

    Corey's done it again, this time with 8b.

    I am a mathematician. Which I am sure contributes to my love of pool. 2 to the power of 12 = 4096 "different" layouts. 111111000000 111110000001 111100000011... 101010101010... 000000111111 This is also how we measure password complexity btw. Alphabet size to the power of password length...
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