1
Shlomi Fish (me) - doing most of the work on Freecell Solver.
3
Eric Warmenhoven - sending a program that generates the board of GNOME
6
Hai Huang - noting several boards of Microsoft Freecell that could not be
7
solved by Freecell Solver.
9
Magnus Reftel - noting the correct procedure for calculating how many cards
10
can be moved as a function of the free freecells and free stacks.
12
Colin Plumb - writing the MD5 code.
14
Ron Rivest - inventing the MD5 hashing algorithm.
16
Jim Horne - supplying the shuffling algorithm for
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Microsoft Freecell/Freecell Pro.
19
Tom Holroyd - sending several Seahaven Towers games which Freecell Solver
20
was unable to solve, thus making me improve the algorithm.
22
Markus F. X. J. Oberhumer - writing PySol on whose code the board generation
23
program for it is based. Also, contributing some patches.
25
Justin-Heyes Jones - wrote a nice introduction to the A* algorithm, and
26
wrote the basis for the pqueue.c code.
28
Stephan Kulow - integrated Freecell Solver into the kpat Solitaire suite for
29
KDE 2.1 and onwards; reported several bugs and memory leaks.
31
Michael Keller - Contributing some useful input about some minor features
32
lacking and the Spades/Clubs mix-up.
34
GeYong - He created Freecell Tool, whose randomized scan provided
35
inspiration for the random-DFS scan of Freecell Solver.
37
Adrian Ettlinger - Integrating Freecell Solver into "Freecell Pro", and
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contributing some input.
40
The perl 5.x Hackers - I copied its hash function.
42
Gergeley Kontra - wrote a Vim script to align text which I used.
44
Bob Jenkins - wrote the lookup2 hash function, which I now use as the
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(check http://burtleburtle.net/bob/hash/)
48
Tzafrir Cohen - His "RPM" lecture provided help in creating the RPM
51
Yotam Rubin - Preparing an initial Debian Package.
53
Risko Gergely - Maintaining the current Debian Package.
55
Chris Moore - Pointing to an out-of-date comment regarding the
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MAX_NUM_CARDS_IN_A_STACK which I updated.
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CREDITS
