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pescetti(1) [debian man page]

PESCETTI(1)						      General Commands Manual						       PESCETTI(1)

NAME
pescetti -- Pseudo-Duplimate Generator SYNOPSIS
pescetti DESCRIPTION
This manual page documents briefly the pescetti command. OPTIONS
Here are a list of the available options and what they do. You must specify exactly one from --demo, --generate or --load. --help Prints the help text --demo Demonstration mode. Generates one hand with permutations and the tutorial for how to use them. --generate=N Generate N random boards --load=boards.txt Load boards+analysis from boards.txt --load-dds=boards.dds Load boards from boards.dds in dds format --load-analysis=tricks.txt Load analysis from tricks.txt --permutations=permutations.txt Generate the permutations and save them to the given file --curtains=curtains.txt Save curtain cards to file curtains.txt --save=boards.txt Save the boards+analysis to boards.txt --save-dds=boards.dds Save the boards to boards.dds in dds format --save-analysis=tricks.txt Save the analysis to tricks.txt --format=html|txt|pdf Set the output mode to the given format --title=title Set the title for the output --output=hands.txt Print the hands to hands.txt, rather than to standard output --stats Generate statistics about the set of boards; included in the hands output --analyze Run the dds analyzer on the boards and print the resulting numberof tricks (warning SLOW) --criteria= A list of criteria to apply to each generated hand to generate specific hand types. The list should be space separated and each item may be suffixed with a colon and a (fractional) probability value which can be used to weight the criteria. E.g. --criteria="weaknt:0.8 strongnt:0.5" Valid criteria are: unbalanced weaknt strongnt twont strongtwo weaktwo three twoclubs 4441 singlesuit twosuits partscore game slam game-invite slam-invite jumpshift jumpfit splinter bacon weird --probability=factor Generate hands matching the criteria with only the given probability. Factor is in the range 0 to 1. On each attempt to generate a board it is rejected if it doesn't match the criteria with the given probability. A factor of about 0.8 gives roughly half matching boards AUTHOR
This manual page was written by Matthew Johnson <debian@matthew.ath.cx>. Permission is granted to copy, distribute and/or modify this docu- ment under the terms of the GNU General Public License, Version 2 as published by the Free Software Foundation. On Debian systems, the complete text of the GNU General Public License can be found in /usr/share/common-licenses/GPL. PESCETTI(1)

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HOOLA(6)							     board_gen								  HOOLA(6)

NAME
make-gnome-freecell-board, make-aisleriot-freecell-board, make-microsoft-freecell-board, make-pysol-freecell-board - Programs to generate boards to be used as input to Freecell Solver. SYNOPSIS
program [-t] board-number or for make-pysol-freecell-board: program [-t] [-F] board-number [game-string] or for make-aisleriot-freecell-board: program [-t] board-number [game-string] DESCRIPTION
These programs are command-line programs that can generate the initial board of the Freecell games of several popular Solitaire implementations. Those boards can be in turn be inputted to fc-solve by means of a pipeline, or placed inside a file for safe-keeping. make-pysol-freecell-board and make-aisleriot-freecell-board also accept an optional third argument which indicates the game type. This type defaults to Freecell, but is useful for generating the boards of other games. Note that using this flag does not preclude one from using the "--game" flag of fc-solve. make_pysol_freecell_board.py accepts another parameter called -F or --pysolfc that deals the PySolFC boards instead of the classic PySol ones. A common paradigm for using those programs is something like: bash:~$ make-microsoft-freecell-board 11982 | fc-solve -l gi If the "-t" option is specified, then the 10 cards are printed with "T"'s, instead of "10"'s. While this does not have any effect on fc- solve it may prove useful for other solvers or solitaire implementations which do not accept "10"'s. Here is a short description of each program: make-gnome-freecell-board Generate the boards of the standalone Freecell program that comes with the GNOME desktop. make-aisleriot-freecell-board Generate the Freecell boards of GNOME's AisleRiot. make-pysol-freecell-board A Python script that generates the boards of the various games of PySol. make-microsoft-freecell-board A program that generates the boards of Microsoft Freecell and of the Freecell Pro implementation of Freecell. OPTIONS
board-number is the board number as a decimal number. game-string is a string describing the game. Valid strings and their respective games are: bakers_game - Baker's Game (*) bakers_dozen - Baker's Dozen (Broken) (*) beleaguered_castle - Beleaguered Castle (*) citadel - Citadel cruel - Cruel der_katz - Der Katzenschwantz die_schlange - Die Schlange eight_off - Eight Off (*) fan - Fan forecell - Forecell freecell - Freecell (the default) good_measure - Good Measure ko_bakers_game - Kings' Only Baker's Game relaxed_freecell - Relaxed Freecell relaxed_seahaven - Relaxed Seahaven Towers seahaven - Seahaven Towers (*) simple_simon - Simple Simon (*) streets_and_alleys - Streets and Alleys make-aisleriot-freecell-board supports only the games marked with an asterisk (*). SEE ALSO
fc-solve (6) /usr/share/doc/freecell-solver-bin/README.board_gen AUTHOR
Shlomi Fish, <http://www.shlomifish.org/> . board_gen 3.12.0 2012-06-22 HOOLA(6)
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