Port details
ntpoly Library for computing the functions of sparse matrices
3.1.1_4 math Σ 3.1.1_4Version of this port present on the latest quarterly branch. Maintainer: thierry@FreeBSD.org Port Added: 2022-10-17 17:39:09Last Update: 2026-05-13 08:28:41Commit Hash: 227859d People watching this port, also watch: mutt , postfix , fetchmail , libtool , lapack License: MITWWW: https://william-dawson.github.io/NTPoly Description: # NTPoly is a massively parallel library for computing the functions of sparse,
Hermitian matrices based on polynomial expansions. For sufficiently sparse
matrices, most of the matrix functions in NTPoly can be computed in linear time. Manual pages: # FreshPorts has no man page information for this port.
pkg-plist: as obtained via: make generate-plist # USE_RC_SUBR (Service Scripts)
no SUBR information found for this port
Dependency lines :
For LIB depends:libNTPoly.so:math/ntpoly libNTPolyCPP.so:math/ntpoly libNTPolyWrapper.so:math/ntpoly To install the port : # cd /usr/ports/math/ntpoly/ && make install clean To add the package , run one of these commands: pkg install math/ntpoly pkg install NTPoly PKGNAME: NTPoly Flavors: there is no flavor information for this port. # distinfo: # TIMESTAMP = 1736448151
SHA256 (william-dawson-NTPoly-ntpoly-v3.1.1_GH0.tar.gz) = 1a7cadba2f8c9de7aebecfd7997848f1f5f0f8526100446a5ef7bd0997b8ea66
SIZE (william-dawson-NTPoly-ntpoly-v3.1.1_GH0.tar.gz) = 310316
Packages (timestamps in pop-ups are UTC): #
Dependencies # NOTE: FreshPorts displays only information on required and default dependencies. Optional dependencies are not covered. Build dependencies: #
swig>0 : devel/swig cmake : devel/cmake-core gfortran14 : lang/gcc14 python3.11 : lang/python311 as : devel/binutils
Test dependencies: #
py311-numpy>=1.16 : math/py-numpy@py311 bash : shells/bash py311-mpi4py-mpich>0 : net/py-mpi4py-mpich@py311 py311-scipy>0 : science/py-scipy@py311 python3.11 : lang/python311
Runtime dependencies: #
gfortran14 : lang/gcc14 python3.11 : lang/python311
Library dependencies: #
libopenblas.so : math/openblas libmpich.so : net/mpich
There are no ports dependent upon this port # Configuration Options : # No options to configure Options name : # math_ntpoly USES: # blaslapack:openblas cmake fortran mpi python pkgconfig
FreshPorts was unable to extract/find any pkg message # Master Sites: #
Commit History - (may be incomplete: for full details, see links to repositories near top of page) Commit Credits Log message 3.1.1_4 Thierry Thomas (thierry) */*: bump PORTREVISION after the upgrade of OpenBLAS 3.1.1_3 Max Brazhnikov (makc) */*: bump PORTREVISION after switching to NumPy 2.x 3.1.1_2 Max Brazhnikov (makc) */*: Switch to NumPy 2.x
PR: 294328
Exp-run: antoine 3.1.1_2 Charlie Li (vishwin) python.mk: retire ${PYNUMPY}
With both math/py-numpy (2) and math/py-numpy1, the variable stopped
making sense. Also remove the upper version bound. 3.1.1_2 Thierry Thomas (thierry) */*: bump PORTREVISION after the upgrade of MPICH 3.1.1_1 Thierry Thomas (thierry) */*: bump PORTREVISION after OpenBLAS upgrade
Remark: this souldn’t be necessary, because the version of the library is the
same, but due to many changes between these releases, it is safer this way.
PR: 284314 3.1.1 Thierry Thomas (thierry) math/ntpoly: upgrade to 3.1.1
Release notes at https://github.com/william-dawson/NTPoly/releases 3.0.0_3 Thierry Thomas (thierry) */*: bump PORTREVISION after the upgrade to OpenBLAS 3.0.0_2 Thierry Thomas (thierry) */*: bump PORTREVISION after the upgrade of OpenBLAS
PR: 273219 3.0.0_1 Thierry Thomas (thierry) */*: bump PORTREVISION after the upgrade of MPICH to 4.1.2 3.0.0 Thierry Thomas (thierry) math/ntpoly: upgrade to v3.0.0
Release notes at
<https://github.com/william-dawson/NTPoly/releases/tag/ntpoly-v3.0.0>. 2.7.1_1 Mathieu Arnold (mat) *: regular cleanup for GH_TAGNAME bad usage 2.7.1_1 Gerald Pfeifer (gerald) *: Bump PORTREVISIONs for math/mpc update to 1.3.1 2.7.1 Thierry Thomas (thierry) math/ntpoly: set USE_GITHUB and fix WWW link
Reported by: diizzy 2.7.1 Thierry Thomas (thierry) math/ntpoly: adding a library for computing the functions of sparse matrices
