Skip to content

HTTPS clone URL

Subversion checkout URL

You can clone with HTTPS or Subversion.

Download ZIP
sources for the Singular computer algebra system
C++ Scilab C PostScript Emacs Lisp Java Other
branch: spielwiese
Failed to load latest commit information.
IntegerProgramming correct some spelling errors:
Singular fix: user defined assign of newstruct objects
Tst conversion of bigint to extension fields
desktop Let _configure_ generate desctop/Singular*.desktop
doc doc: rings for newstruct: prefix r_
dox fix (windows port): move reference to NF/BBA stuff to function pointers
emacs dates in COPYING
factory opt: omallocClass for InternalCF
gfanlib fix: getMaxDimension, getMinDimension, dimensionOfLinealitySpace for …
kernel fix (windows port): move reference to NF/BBA stuff to function pointers
libpolys conversion of bigint to extension fields
logo new Singular logos
m4 format
modules format
old_modgen format
omalloc fix: tr #720 (install omalloc/omallocClass.h)
resources flint version: 2.4 req.
standalone.test format
templates format
tests format
xalloc autotools chain: common AUX_DIR
.gdbinit format
.gitattributes Updated git-archive
.gitignore Updateed doxygen settings and .gitignore
AUTHORS added missing files: AUTHORS, ChangeLog, NEWS
COPYING dates in COPYING
ChangeLog added missing files: AUTHORS, ChangeLog, NEWS
GPL2 *hannes: licence
GPL3 *hannes: licence
Makefile.am fedora port
NEWS added missing files: AUTHORS, ChangeLog, NEWS
README fix: README
README.md fix: README
README.pkg refresh redhat material (consistency)
Singular.pc.in format
autogen.sh autotools chain: decent generated source tarball
clone_autogen_generated_stuff.sh added script clone_autogen_generated_stuff.sh (for Hans)
configure.ac candidate for 4-0-2
doxy format
git-archive Updated git-archive
git-version-gen format
libsingular-config.in format
main.dox dox: intro_sing.pdf
singular.spec.in refresh redhat material (consistency)
warn_not_found.sh format

README.md

CAS Singular {#mainpage}

Singular is a computer algebra system for polynomial computations, with special emphasis on commutative and non-commutative algebra, algebraic geometry, and singularity theory. It is free and open-source under the GNU General Public Licence (See COPYING).

Something went wrong with that request. Please try again.