GAMBIT-SIMPDIV(1) User Commands GAMBIT-SIMPDIV(1)NAME
gambit-simpdiv - Compute Nash equilibria using simplicial subdivision
SYNOPSIS
gambit-simpdiv [OPTIONS]
DESCRIPTION
Compute Nash equilibria using simplicial subdivision
Accepts game on standard input. With no options, computes one approximate Nash equilibrium.
OPTIONS -d DECIMALS
show equilibria as floating point, with DECIMALS digits (default is to show as rational numbers)
-g MULT
granularity of grid refinement at each step (default is 2)
-h print this help message
-r DENOM
generate random starting points with denominator DENOM
-n COUNT
number of starting points to generate (requires -r)
-s FILE
file containing starting points
-q quiet mode (suppresses banner)
-v verbose mode (shows intermediate output) (default is to only show equilibria)
Gambit version 0.2010.09.01, Copyright (C) 1994-2010, The Gambit Project This is free software, distributed under the GNU GPL
SEE ALSO
The full documentation for Compute is maintained as a Texinfo manual. If the info and Compute programs are properly installed at your
site, the command
info Compute
should give you access to the complete manual.
gambit-simpdiv: 0.2010.09.01 January 2011 GAMBIT-SIMPDIV(1)
Check Out this Related Man Page
GSI /GSC(1) User Commands GSI/GSC(1)NAME
gsi - Gambit-C Scheme Interpreter and Compiler
SYNOPSIS
gsi [ -:arg,... ] [ -f ] [ -v ] [[-] [ -e ] [ file ]]...
gsc [options] [files]
gsc-script, gsi-script, scheme-ieee-1178-1990, scheme-r4rs, scheme-srfi-0, six, and six-script: currently synonyms for gsi.
scheme-r5rs is registered in the Debian alternatives system and can be configured to point at gsi.
DESCRIPTION
This manual page documents briefly the gsi and gsc commands.
The Gambit-C programming system is a full implementation of the Scheme language which conforms to the R4RS, R5RS, and IEEE Scheme stan-
dards. It consists of two main programs: gsi, the Gambit Scheme interpreter, and gsc, the Gambit Scheme to C compiler. The interpreter
provides an interactive environment with a debugger, while the compiler can produce stand-alone executables or modules which can be linked
or loaded at run time. Interpreted code and compiled code can be freely mixed. C modules can be linked with Scheme modules.
The interpreter is executed in interactive mode when no file or `-' or `-e' option is given on the command line. When at least one file or
`-' or `-e' option is present the interpreter is executed in batch mode.
Entering ,q or (exit) at the interpreter's command prompt will exit the interpreter.
In batch mode the command line arguments denote files to be loaded, REPL interactions to start (`-' option), and expressions to be evalu-
ated (`-e' option). Note that the `-' and `-e' options can be interspersed with the files on the command line and can occur multiple
times. The interpreter processes the command line arguments from left to right, loading files with the `load' procedure and evaluating
expressions with the `eval' procedure in the global interaction environment. After this processing the interpreter exits.
gsc-cc-o.bat is a script called by gsc to generate object files during compilation. It takes its data from environment variables and is
not intended for user interaction.
OPTIONS
A summary of options is included below. For a complete description, see the Info files.
- Initiate a REPL at this point. (Continue by issuing a ,(c 0) command at the interpreter prompt)
-: Comma separated list of run-time options
-e Evaluate an expression.
-f Skip initialization file.
-v Show version of program.
SEE ALSO
The documentation for these programs is arguably too extensive to cover with man pages. Only the common command line options are given
here. The programs are documented fully in Gambit-C, available on-line at the Gambit-C Homepage. Once package gambc-doc is installed,
this 200+ page document is available via the Info system (info gambit-c), in html via doc-base, or as files in /usr/share/doc/gambc (html,
pdf, txt).
The Debian package r5rs-doc provides the Revised(5) Report on the Algorithmic Language Scheme in several formats. That document is the
defining description of the programming language Scheme.
dhelp(1), gcc(1), update-alternatives(8)COPYRIGHT
Gambit-C is Copyright (C) 1994-2008 by Marc Feeley, all rights reserved.
Gambit-C is released under a dual LGPL and Apache 2 license.
For further information refer to /usr/share/doc/gambc/copyright.
This manual page is
Copyright (C) 2006-2008 Marc Feeley and Kurt B. Kaiser <kbk@shore.net>
Released under the same license as Gambit-C.
AUTHOR
Gambit-C was written by Marc Feeley <gambit@iro.umontreal.ca>.
Homepage: http://www.iro.umontreal.ca/~gambit/
4.2.6 April 19, 2008 GSI/GSC(1)