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`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
PORTNAME= tfel
science/tfel: upgrade to 4.0.0 Release notes at <http://tfel.sourceforge.net/release-notes-4.0.html>.
2022-02-16 13:30:26 +01:00
PORTVERSION= 4.0.0
*/*: bump all consumers after recent boost upgrade
2022-08-12 16:46:53 +02:00
PORTREVISION= 2
`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
CATEGORIES= science
MASTER_SITES= SF/${PORTNAME}/
PKGNAMESUFFIX= -mfront
science/tfel: drop maintainance Approved by: thierry (mentor, implicit)
2020-12-07 01:34:02 +01:00
MAINTAINER= ports@FreeBSD.org
`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
COMMENT= Code generation tool dedicated to material knowledge
Add WWW entries to port Makefiles It has been common practice to have one or more URLs at the end of the ports' pkg-descr files, one per line and prefixed with "WWW:". These URLs should point at a project website or other relevant resources. Access to these URLs required processing of the pkg-descr files, and they have often become stale over time. If more than one such URL was present in a pkg-descr file, only the first one was tarnsfered into the port INDEX, but for many ports only the last line did contain the port specific URL to further information. There have been several proposals to make a project URL available as a macro in the ports' Makefiles, over time. This commit implements such a proposal and moves one of the WWW: entries of each pkg-descr file into the respective port's Makefile. A heuristic attempts to identify the most relevant URL in case there is more than one WWW: entry in some pkg-descr file. URLs that are not moved into the Makefile are prefixed with "See also:" instead of "WWW:" in the pkg-descr files in order to preserve them. There are 1256 ports that had no WWW: entries in pkg-descr files. These ports will not be touched in this commit. The portlint port has been adjusted to expect a WWW entry in each port Makefile, and to flag any remaining "WWW:" lines in pkg-descr files as deprecated. Approved by: portmgr (tcberner)
2022-09-07 23:06:12 +02:00
WWW= https://github.com/thelfer/tfel
`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
LICENSE= GPLv3
Update science/tfel to 3.1.1 and turn on python option by default. PR: 223952 Submitted by: pfg (maintainer)
2018-03-09 22:55:37 +01:00
BUILD_DEPENDS= gnuplot:math/gnuplot
RUN_DEPENDS= gnuplot:math/gnuplot
Upgrade to 3.0.2. The new version brings important support for Abaqus(TM) and will be supported in a future release of CalculiX. PR: 216315 Submitted by: Pedro F. Giffuni
2017-11-25 11:43:57 +01:00
science/tfel: upgrade to 4.0.0 Release notes at <http://tfel.sourceforge.net/release-notes-4.0.html>.
2022-02-16 13:30:26 +01:00
USES= cmake compiler:c++0x fortran
Cleanup. PR: 216315 Submitted by: pfg
2017-05-04 22:30:48 +02:00
Upgrade to 3.4.0 Release notes at <http://tfel.sourceforge.net/release-notes-3.4.html>.
2020-12-13 15:48:11 +01:00
CONFLICTS_INSTALL= tfel-mfront-edf-3.*
Upgrade Code_Aster to 14.6.0-1. This implies: - french /aster builds fine with clang, but it seg-faults: switched to Gcc - ASTK is upgraded to 2019.0-1 - math/mumps is upgraded to 5.1.2-aster7 - TFEL/MFront is now required, but when the compilers of tfel and aster are different, it cannot be linked . recopopy science/tfel to science/tfel-edf and depends on science/tfel-edf . science/tfel-edf is built by Gcc, from the sources included in Aster's tarball . register the conflicts
2020-11-26 21:46:02 +01:00
- Fix libraries installation see <https://sourceforge.net/p/tfel/tickets/254/> - Enable Python and Fortran interfaces - Let it honor CFLAGS. Approved by: pfg (maintainer)
2020-11-07 09:19:42 +01:00
OPTIONS_DEFINE= DOCS PYTHON
OPTIONS_DEFAULT= DOCS PYTHON
science/tfel: completely disable the PYTHON option. It is causing too much pkg-fallout so leave it for further investigation. Approved by: thierry (mentor)
2019-12-01 16:56:04 +01:00
Update science/tfel to 3.1.1 and turn on python option by default. PR: 223952 Submitted by: pfg (maintainer)
2018-03-09 22:55:37 +01:00
OPTIONS_SUB= yes
`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
- Fix libraries installation see <https://sourceforge.net/p/tfel/tickets/254/> - Enable Python and Fortran interfaces - Let it honor CFLAGS. Approved by: pfg (maintainer)
2020-11-07 09:19:42 +01:00
PYTHON_USES= localbase python
PYTHON_BUILD_DEPENDS= ${PYNUMPY}
PYTHON_LIB_DEPENDS= ${PY_BOOST} \
libboost_thread.so:devel/boost-libs
PYTHON_RUN_DEPENDS= ${PYNUMPY}
PYTHON_CMAKE_BOOL= enable-python enable-python-bindings
`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
- Fix libraries installation see <https://sourceforge.net/p/tfel/tickets/254/> - Enable Python and Fortran interfaces - Let it honor CFLAGS. Approved by: pfg (maintainer)
2020-11-07 09:19:42 +01:00
CMAKE_ON= enable-aster enable-calculix enable-fortran
CMAKE_ARGS+= -DCOMPILER_CXXFLAGS="${CXXFLAGS}" -DCOMPILER_FLAGS="${CFLAGS}"
science/tfel: upgrade to 4.0.0 Release notes at <http://tfel.sourceforge.net/release-notes-4.0.html>.
2022-02-16 13:30:26 +01:00
PLIST_SUB= VER=${PORTVERSION}
`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
USE_LDCONFIG= yes
Cleanup. PR: 216315 Submitted by: pfg
2017-05-04 22:30:48 +02:00
.ifdef PACKAGE_BUILDING
science/tfel: Update to version 3.2.1 Latest version also pet portlint and per portlint with a work around, for now, some issue detecting python. Approved by: thierry (mentor)
2019-11-27 01:54:13 +01:00
CMAKE_ON+= enable-portable-build
Cleanup. PR: 216315 Submitted by: pfg
2017-05-04 22:30:48 +02:00
.endif
- Update to 2.0.4 PR: 216252 Submitted by: pfg@FreeBSD.org (maintainer)
2017-01-19 19:14:22 +01:00
`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
TEST_TARGET= check
Upgrade to 3.4.0 Release notes at <http://tfel.sourceforge.net/release-notes-3.4.html>.
2020-12-13 15:48:11 +01:00
post-install:
(cd ${STAGEDIR}${PREFIX} && ${PYTHON_CMD} ${PYTHON_LIBDIR}/compileall.py \
-d ${PREFIX} -f ${PYTHONPREFIX_SITELIBDIR:S,${PREFIX}/,,})
(cd ${STAGEDIR}${PREFIX} && ${PYTHON_CMD} -O ${PYTHON_LIBDIR}/compileall.py \
-d ${PREFIX} -f ${PYTHONPREFIX_SITELIBDIR:S,${PREFIX}/,,})
`MFront` is a code generator which translates a set of closely related domain specific languages into plain C++ on top of the `TFEL` library. Those languages covers three kind of material knowledge: - material properties (for instance the Young modulus, the thermal conductivity, etc.) - mechanical behaviours. Numerical performances of generated mechanical behaviours was given a particular attention. Various benchmarks shows that `MFront` implementations are competitive with native implementations available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers. - simple point-wise models, such as material swelling used in fuel performance codes. `MFront` comes with an handy easy-to-use tool called `MTest` that can test the local behaviour of a material, by imposing independent constraints on each component of the strain or the stress. This tool has been much faster (from ten to several hundred times depending on the test case) than using a full-fledged finite element solver. WWW: http://tfel.sourceforge.net/ PR: 212375 Submitted by: Pedro F. Giffuni
2016-11-11 17:49:21 +01:00
.include <bsd.port.mk>
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