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File Date Author Commit
 config 2014-11-14 whebisch [r1825] Try harder to use host directory operations
 contrib 2014-10-11 whebisch [r1810] Remove unused noweb stuff.
 debian 2014-09-10 whebisch [r1801] Remove traces of noweb from build machinery
 doc 2014-09-10 whebisch [r1801] Remove traces of noweb from build machinery
 license 2013-11-16 hemmecke [r1667] remove trailing whitespace, trailing empty line...
 src 2015-02-11 whebisch [r1875] Update INSTALL and release notes
 CHANGELOG.old 2013-11-16 hemmecke [r1667] remove trailing whitespace, trailing empty line...
 ChangeLog 2015-02-11 hemmecke [r1874] allow Laurent series to be constructed from coe...
 FAQ 2013-11-16 hemmecke [r1667] remove trailing whitespace, trailing empty line...
 INSTALL 2015-02-11 whebisch [r1875] Update INSTALL and release notes
 INSTALL.CYGWIN 2014-09-10 whebisch [r1801] Remove traces of noweb from build machinery
 INSTALL.aldor 2013-11-16 hemmecke [r1667] remove trailing whitespace, trailing empty line...
 Makefile.in 2014-10-16 whebisch [r1816] Misc cleanups
 Makenotes.tex 2013-11-16 hemmecke [r1667] remove trailing whitespace, trailing empty line...
 README 2007-09-22 whebisch [r61] New README, update INSTALL.
 build-setup.sh 2012-10-18 whebisch [r1473] Rename C config header.
 config.lisp 2013-11-16 hemmecke [r1667] remove trailing whitespace, trailing empty line...
 confignotes.tex 2014-10-16 whebisch [r1816] Misc cleanups
 configure 2015-02-11 whebisch [r1877] Set 1.2.5 version number
 configure.ac 2015-02-11 whebisch [r1877] Set 1.2.5 version number

Read Me

This is FriCAS computer algebra system.  FriCAS is a fork of Axiom.

For installation instruction see INSTALL.

The basic goal of FriCAS is create a free advanced world-class CAS.
FriCAS builds on Axiom codebase. Currently (September 2007) FriCAS
algebra library is largest and most advanced free general purpose
computer algebra system -- this gives a good foundation to build
on.  Additionaly, FriCAS algebra library is written in a high
level strongly typed langage (Spad), which allows natural expression
of mathematical algorithms.  This makes FriCAS easier to understand
and extend.

FriCAS uses lightweight developement methodology.  Compared to Axiom
FriCAS is significantly restructured -- it is more portable and fixed
several defects.  FriCAS removed rather large unused parts (without
removing functionality).  It is expected that FriCAS will be much
easier to maintain than original Axiom.

Current developement goals:

-- continue structural improvements
-- make it easier for external programs to interface with FriCAS
-- develop better user interface
-- support for using external mathematical routines from Spad
-- developing improved Spad compiler
-- add new mathematical algorithms

   Waldek Hebisch