socnetv stable port information

Package: socnetv
Version: 0.81
Revision: 1005
### x86_64 tries to build as 32 and fails in configure
Architecture: i386, powerpc
Depends: <<
libiconv (>= 1.12-3),
libpng14-shlibs,
qt4-base-x11-qtcore-shlibs,
qt4-base-x11-qtgui-shlibs,
qt4-base-x11-qtnetwork-shlibs,
qt4-base-x11-qtxml-shlibs,
qtwebkit-x11-shlibs,
x11,
x11-shlibs
<<
BuildDepends: <<
libiconv-dev (>= 1.12-3),
libpng14,
qt4-base-x11,
qtwebkit-x11,
system-openssl-dev,
x11-dev
<<
Source: mirror:sourceforge:%n/SocNetV-%v.tar.gz
Source-MD5: 804fd1c097f73ba21fca0cc0edb59c1a
SourceDirectory: %n-%v
PatchScript: <<
./configure --prefix=%p --with-qt=%p/lib/qt4-x11
%p/lib/qt4-x11/bin/qmake socnetv.pro
perl -pi -e "s,-msse -mfpmath=sse,,;s,-O2,-Os," Makefile
<<
CompileScript: make
InstallScript: mkdir -p %i/bin %i/share/applications %i/share/socnetv %i/share/man/man1 && cp -p socnetv %i/bin/ && cp socnetv.desktop %i/share/applications/ && cp man/socnetv.1.gz %i/share/man/man1/ && cp -R net? manua? %i/share/socnetv/ && chmod -R 777 %i/share/socnetv
DocFiles: AUTHORS COPYING ChangeLog NEWS README TODO
License: GPL
Homepage: http://socnetv.sourceforge.net
Maintainer: Jack Fink
Description: Social Networks Visualizer, uses Qt4
DescDetail: <<
SocNetV is a cross-platform, user-friendly, graphical application for Social
Networks Analysis and Visualisation, developed in Qt4.
It helps you construct social networks (aka mathematical graphs) with a
few clicks on a virtual canvas or load networks of various formats
(GraphViz, GraphML, Adjacency, Pajek, UCINET, etc) and modify them, or
compute basic network properties, such as density, diameter and
distances (shortest path lengths), as well as more advanced structural
statistics, such as node and network centralities (i.e. closeness,
betweeness, graph), clustering coefficient, etc.

SocNetV supports various layout algorithms (i.e. Spring-embedder, circular
and in levels according to various centrality indexes) for meaningful
visualisations. Furthermore, it can create random networks (Erdos-Renyi,
Watts-Strogatz, ring lattice, etc) with a few clicks.
<<