# -*- 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 PortSystem 1.0 PortGroup compilers 1.0 name lanHEP version 4.0.0 revision 0 checksums rmd160 13bdc20866210f3e07f719bdddeb1a22dfbfd237 \ sha256 881dcfad962e21bfe76531799a131b2f2dfc5cfaa3414bb80ab4f14955b6c56b \ size 473958 categories science maintainers nomaintainer platforms darwin license Restrictive description Automatic Feynman rule generation long_description The LanHEP program for Feynman rules generation in \ momentum representation is presented. It reads the \ Lagrangian written in the compact form close to one \ used in publications. It means that Lagrangian terms \ can be written with summation over indices of broken \ symmetries and using special symbols for complicated \ expressions, such as covariant derivative and \ strength tensor for gauge fields. The output is \ Feynman rules in terms of physical fields and \ independent parameters. master_sites https://theory.sinp.msu.ru/~semenov/ homepage ${master_sites}lanhep.html set short_version [join [split ${version} .] {}] distname lhep${short_version} extract.suffix .tgz worksrcdir lanhep${short_version} use_configure no compilers.choose fc compilers.setup require_fortran compiler.c_standard 1999 pre-build { build.args CC=${configure.cc} \ CFLAGS="${configure.cflags} -std=c99 [get_canonical_archflags cc]" \ LD=${configure.cc} \ LOPT="${configure.ldflags} [get_canonical_archflags ld]" \ FC=${configure.fc} \ FFLAGS="${configure.fflags} [get_canonical_archflags fc]" } build.target use_parallel_build no destroot { xinstall ${worksrcpath}/lhep ${destroot}${prefix}/bin xinstall -m 0644 ${worksrcpath}/SLHAplus/libSLHAplus.a \ ${destroot}${prefix}/lib xinstall -m 0644 -W ${worksrcpath}/SLHAplus SLHAplus.h SLHAplus.fh \ ${destroot}${prefix}/include set share ${destroot}${prefix}/share xinstall -d ${share}/${name} copy ${worksrcpath}/mdl ${share}/${name}/mdl } livecheck.type regex livecheck.url ${homepage} livecheck.regex {LanHEP version ([0-9.]+)}