Package: t3m-py23
Version: 20031004
Revision: 2
Source: ftp://ftp.math.uic.edu/pub/t3m/t3m.tgz
Source-MD5: c87503586d9cefe8a15a73453ab3b6dc
Source2: ftp://ftp.math.uic.edu/pub/t3m/FXrays.tgz
Source2-MD5: 716fbf97fd5b89e327b4206cc257f9fd
NoSourceDirectory: yes
Depends: python23, snappea-py23, numeric-py23
Conflicts: t3m-nox
Replaces: t3m-nox
PatchScript: <<
 perl -pi.bak -e 's|\-static.*||g' FXrays/Makefile
<<
CompileScript: <<
 cd FXrays; %p/bin/python2.3 setup.py build
 cd t3m; %p/bin/python2.3 setup.py build
<<   
InstallScript: <<
 cd FXrays; %p/bin/python2.3 setup.py install --root=%d
 cd t3m; %p/bin/python2.3 setup.py install --root=%d
<<
License: Public Domain
DocFiles: FXrays/README:README.FXrays t3m/README:README.t3m
Description: Box of tinker toys for topologists
DescDetail: <<
 This packages contains the two modules FXrays and t3m.

 FXrays is a small, fast C implementation of an algorithm for 
 finding extremal rays of polyhedral cones with filtering. 
 It is intended to be used to find embedded normal surfaces 
 in triangulated 3-manifolds.

 T3m is a box of tinker toys for topologists. Use it for 
 studying triangulations of 3-manifolds at the Python prompt. 
 It is written entirely in Python, so you can take it apart 
 and put it back together your own way.

 T3m uses FXrays and SnapPeaPython. 
<<
DescPackaging: <<
 Uses Fink's python23 and snappea-py23, hence implicit dependencies
 on tcltk and X11.
<<
Maintainer: Martin Costabel <costabel@wanadoo.fr>
Homepage: http://www2.math.uic.edu/~t3m/