# -*- coding: utf-8; mode: tcl; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- vim:fenc=utf-8:ft=tcl:et:sw=4:ts=4:sts=4 # $Id$ PortSystem 1.0 name qtiplot version 0.9.7.9 revision 1 categories aqua science maintainers jonas openmaintainer description Data Analysis and Scientific Plotting long_description Similar to Origin or SigmaPlot, QtiPlot can be used to \ present 2D and 3D data and has various data analysis functions \ like curve fitting. Plotting of 3D data can be rendered using \ OpenGL using the Qwt3D libraries.\ It's a full-featured data analysis and plotting package available \ on Linux, Windows and Mac OS X platforms that supports python scripting. platforms darwin homepage http://soft.proindependent.com/qtiplot.html master_sites http://download.berlios.de/qtiplot/ use_bzip2 yes depends_lib path:bin/qmake-mac:qt4-mac \ port:muparser \ port:boost \ port:gsl \ port:libpng checksums md5 08e4943cadd5ee39e28e4ce0d61d475a \ sha1 ad83187af31172794771012072b57a67f9288628 \ rmd160 cd6cbef46b3474989bede96af04d1cef52dd6f48 patchfiles patch-qtiplot-qtiplot.pro \ patch-qtiplot-src-scripting-scripting.pri use_parallel_build yes pre-configure { # don't step into the manual dir, we don't have all the tools to build it reinplace "/manual/d" ${worksrcpath}/qtiplot.pro # create the configuration, see build.conf.example which comes with the package set confFD [open ${worksrcpath}/build.conf "w"] puts $confFD "SYS_INCLUDEPATH = ${prefix}/include" puts $confFD "SYS_LIBS = -L${prefix}/lib" puts $confFD "MUPARSER_LIBS = -lmuparser" puts $confFD "GSL_LIBS = -lgsl -lgslcblas" puts $confFD "BOOST_LIBS = -lboost_date_time-mt -lboost_thread-mt" # till upstream catches up, we use a local copy of qwt puts $confFD "QWT_INCLUDEPATH = \$\$QTI_ROOT/3rdparty/qwt/src" puts $confFD "QWT_LIBS = \$\$QTI_ROOT/3rdparty/qwt/lib/libqwt.a" puts $confFD "LIBPNG_LIBS = -lpng" # target specific configuration puts $confFD "contains( TARGET, qtiplot ) \{" puts $confFD "SCRIPTING_LANGS += muParser"; # currently you can't build without if {[variant_isset python25]} { puts $confFD "SCRIPTING_LANGS += Python" } puts $confFD "DEFINES += SCRIPTING_CONSOLE" puts $confFD "DEFINES += SCRIPTING_DIALOG" puts $confFD "CONFIG += release" puts $confFD "\}" close $confFD # fix a bug in the python init script # append the current path *before* import __main__, else __file__ points to math.so after the import if this module reinplace "/import __main__/ i\\ import sys, os.path\\ sys.path.append(os.path.dirname(__file__)) " ${worksrcpath}/qtiplot/qtiplotrc.py } configure.pre_args "PREFIX=${prefix}" configure.cmd "LOCALSOFT=${prefix} ${prefix}/libexec/qt4-mac/bin/qmake" destroot.destdir INSTALL_ROOT=${destroot} destroot { # install the application bundle and create a symlink for cli invocation xinstall -d ${destroot}${applications_dir} copy "${worksrcpath}/qtiplot/qtiplot.app" ${destroot}${applications_dir} # in this dir python tries to store .pyc files, so it has to be writable file attributes ${destroot}${applications_dir}/qtiplot.app/Contents/MacOS -permissions ugo+w ln -s ${applications_dir}/qtiplot.app/Contents/MacOS/qtiplot ${destroot}${prefix}/bin/qtiplot # install some resources xinstall -W ${worksrcpath}/qtiplot/ \ qti_wordlist.txt \ qtiUtil.py \ qtiplotrc.py \ ${destroot}${applications_dir}/qtiplot.app/Contents/MacOS/ # install the fitting plugins set plugin_dir ${destroot}${applications_dir}/qtiplot.app/Contents/fitPlugins/ file mkdir ${plugin_dir} xinstall -W ${worksrcpath}/fitPlugins/ \ libexp_saturation.dylib \ libexplin.dylib \ libfitRational0.dylib \ libfitRational1.dylib \ libplanck_wavelength.dylib \ ${plugin_dir} } variant python25 description "add support for python scripting" { depends_lib-append port:python25 \ port:py25-sip \ port:py25-pyqt4 }