Table of Contents
How to be a Genius at Peg Solitaire
Intelligence Test
Coordinates
One-hole, one-peg problems
Complement Problems
Equivalent starts: Holes at b4, f2, g5, h4, d2, c5.
Orbits under D3
Parity Count
Necessary Condition on x-y problems.
An impossible problem
Exit Theorem
Corner Pegs
Why the e3-complement is impossible
One hole-one peg problems
The Vee Problem
Vee Backwards
Anti-Problems and Anti-Solutions
Example of an Anti-Solution
How to be a genius
Anti-Problem of e3-e5 is e5-e3
How to do most of the x-y problems
How to do most of the x-y problems-part
ii
Finishing with a flourish
Resource Counts
Resource Counts-part ii
SAX Count
Another impossible problem
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Author: Sidney Graham
Email: Sidney.W.Graham@cmich.edu
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