Provides a framework to perform Non-negative Matrix Factorization
(NMF). The package implements a set of already published algorithms
and seeding methods, and provides a framework to test, develop and
plug new/custom algorithms. Most of the built-in algorithms have
been optimized in C++, and the main interface function provides an
easy way of performing parallel computations on multicore machines.
WWW: https://cran.r-project.org/web/packages/NMF/
- Add USE_FPC_RUN to bsd.fpc.mk. It add fpc units like run dependencies. Otherwise
fpc units only are added like build dependencies (less dependencies registered
when they are installed with pkg).
- Remove GTK1 obsolete dependencies
- Bump all ports with dependencies of fpc-* units
- Bump all ports with dependencies of lazarus ports
- Clean up
- Remove broken for FreeBSD < 10. Will reinstate if errors result.
- Update pkg-descr according to upstream info.
Submitted by: Oliver Heimlich <oheim@posteo.de>
The offical GNOME 3.16 release notes can be found at https://help.gnome.org/misc/release-notes/3.16/
Upgrade instructions for port users:
Delete the old tracker package with:
# pkg delete -f tracker
And user port upgrade tool of choice to upgrade.
Thanks to Antoine Brodin for running the exp-runs.
This release was made possible by the following people:
Gustau Perez
Ting-Wei_Lan
PR: 201980
<file> on ELF systems, but this doesn't really do what -export-symbols is
meant to do. On GNU ELF systems it converts <file> to a simple version
script first and then uses -version-script instead of -retain-symbols-file.
Let USES=libtool patch libtool scripts to do this on all systems with GNU
ld(1).
Bump PORTREVISION on all ports where the build log contains -export-symbols.
audio/calf: This port builds a module that now exports only one function,
but it also builds a number of executables that link to this module and
expect to see other functions. Because it's already a bit dodgy to link to
a module (libtool warns about this) let the module continue to export only
one function and instead build an ordinary library from the same source that
the executables can link to. Fix a number of other issues in the same
Makefile.am and clean up the port Makefile.
japanese/scim-honoka: Tries to hide all symbols that start with an
underscore, but because this library is written in C++ all symbols start
with _Z so it ends up hiding everything. Just don't hide anything at all
like the textproc/scim configure script does.
multimedia/schroedinger: Apply an upstream patch.
textproc/scim-input-pad: Same as japanese/scim-honoka.
PR: 201922
Approved by: portmgr (antoine)
Exp-run by: antoine
This MATE is still build agains GTK+2.
Sort USES here and there.
Replace mate-dialogs with zenity and mate-calc with galculator.
This update fixes the following PR's:
PR: 193942, 191885
Submitted by: Gustau Perez <gustau.perez@gmail.com> via Gnome devel repo
Obtained from: gnome devel repo.
numbers. These utilities handle processing numbers as strings,
determining basic properties of numbers, or selecting a random number
from a range.
WWW: http://search.cpan.org/dist/Number-Misc/
A substantial number of algorithms have been added, much in the
combinatorial section, but also quite a few others.
Very many routines have been improved (optimizations and
handling corner cases).
Everything (well, all demos) pass valgrind, so a handful of bugs have
been squished that are next to impossible to find otherwise.
Apart from that, a real and ongoing effort has been made for readability.
with color math.
Some features include:
* Support for a wide range of color spaces. A good chunk of the CIE spaces,
RGB, HSL/HSV, CMY/CMYK, and many more.
* Conversions between the various color spaces. For example, XYZ to sRGB,
Spectral to XYZ, CIE Lab to Adobe RGB.
* Calculation of color difference. All CIE Delta E functions, plus CMC.
* Chromatic adaptations (changing illuminants).
* RGB to hex and vice-versa.
* 16-bit RGB support.
WWW: https://pypi.python.org/pypi/colormath
bitmath simplifies many facets of interacting with file sizes in various units.
Functionality includes:
- Converting between SI and NIST prefix units (kB to GiB)
- Converting between units of the same type (SI to SI, or NIST to NIST)
- Automatic human-readable prefix selection (like in hurry.filesize)
- Basic arithmetic operations (subtracting 42KiB from 50GiB)
- Rich comparison operations (1024 Bytes == 1KiB)
- bitwise operations (<<, >>, &, |, ^)
- argparse integration
- progressbar integration
- String parsing
- Sorting
WWW: https://github.com/tbielawa/bitmath
The octave-forge package is the result of The GNU Octave Repositry project,
which is intended to be a central location for custom scripts, functions and
extensions for GNU Octave. contains the source for all the functions plus
build and install scripts.
This is doctest.
The Octave-Forge Doctest package finds specially-formatted blocks of
example code within documentation files. It then executes the code and
confirms the output is correct. This can be useful as part of a testing
framework or simply to ensure that documentation stays up-to-date during
software development.
- Install icons
- Switch from ${CHMOD} in Makefile to @mode in pkg-plist
- Rework files/ dir using 'make makepatch'
PR: 201329
Submitted by: rhurlin@gwdg.de (maintainer)
I only care about math/why3-gpl, which has been decoupled from why3 and
has already diverged. Before resetting MAINTAINER, I reintegrated the
Makefile.common file (only used by this port) into the main Makefile. In
the process, some options placeholders were lost but in all probability
these options can't be built without serious work on external ports.
While here, decouple this port from math/why3. They are diverging fast.
This port is needed to build SPARK 2015 binaries which will be installed
by the lang/spark port (rather than building from source)
Release-Announcement:
http://lists.gnu.org/archive/html/pspp-announce/2015-06/msg00000.html
Changes:
- The FREQUENCIES and CROSSTABS commands can now generate barcharts.
- The FACTOR command can now perform PROMAX rotations.
- SPSS/PC+ system files are now supported on GET and other commands
that read SPSS system files. The pspp-convert program can now read
SPSS/PC+ system files. Writing the obsolete SPSS/PC+ system file
format is not supported.
- SYSFILE INFO can now read SPSS/PC+ system files and SPSS portable
files.
- FREQUENCIES: A bug was fixed where an assertion failure occured
when an empty dataset was presented.
- The GRAPH command is now available. Initially it supports
scatterplots and histograms.
- The RND operator in expressions now supports additional operands
for rounding to values other than integers and to indicate a level
of rounding fuzz. The default rounding fuzz may now be controlled
and displayed with SET FUZZBITS and SHOW FUZZBITS, respectively.
PR: 201040
Submitted by: Carlos Jacobo Puga Medina <cpm@fbsd.es> (maintainer)
===> Staging for R-cran-stabledist-0.7.0
===> Generating temporary packing list
ERROR: this R is version 3.0.2, package 'stabledist' requires R >= 3.1.0
Reported by: pkg-fallout
ChangeLog:
* R/dpqr-stable.R (qstable): check that xmin < xmax before using
uniroot. Fixes qstable(0, .. beta=0) bug found by Tobias Hudec.
* R/utils.R (.unirootNA): build on newer uniroot() --> need R >= 3.1.0
Chase portaudio change
Add patches from debian for games/cultivation
Add patches from upsteam for audio/rezound
Mark py-fastaudio as broken
Approved by: maintainer
- run ranlib on the static library
- give a soname to the shared library
- make the real file the the library with a version in the name
- make the .so the symlink
Bump portrevision for the ports using the library
- update to 0.16.1
- add SQL storage option, and SQLalchemy dependency
- enable Bottleneck and Numexpr options by default
PR: 200451
Submitted by: John W. O'Brien <john@saltant.com>
- switch upstream to GitHub
- as there is no new release available, bump PORTREVISION
- remove Sphinx build from docs option, due to recursive imports.
A collection of non-proprietary, easily transportable Fortran
subprogram packages solving a variety of mathematical and statistical
problems.
WWW: http://www.nist.gov/itl/math/mcsd-software.cfm
PR: 196258
Submitted by: Anton Shterenlikht <mexas@bris.ac.uk>
The error may be reproduced by `make test':
---
The extension 'Math::Geometry::Planar::GPC::Polygon' is not properly installed in path:
'blib/arch'
If this is a CPAN/distributed module, you may need to reinstall it on your
system.
To allow Inline to compile the module in a temporary cache, simply remove the
Inline config option 'VERSION=' from the Math::Geometry::Planar::GPC::Polygon module.
at blib/lib/Math/Geometry/Planar/GPC/Polygon.pm line 32.
BEGIN failed--compilation aborted at blib/lib/Math/Geometry/Planar/GPC/Polygon.pm line 32.
Compilation failed in require at test.pl line 9.
BEGIN failed--compilation aborted at test.pl line 9.
---
This module may be replaced by p5-Math-Geometry-Planar-GPC-PolygonXS:
it's confirmed to work with all consumers currently in the ports tree
(math/p5-Math-Polygon-Tree and converters/osm2mp), however I'm not
sure about other consumers, so I'm not removing/deprecating this
port right away.
- Replace ${MASTER_SITE_FOO} with FOO.
- Merge MASTER_SITE_SUBDIR into MASTER_SITES when possible. (This means 99.9%
of the time.)
- Remove occurrences of MASTER_SITE_LOCAL when no subdirectory was present and
no hint of what it should be was present.
- Fix some logic.
- And generally, make things more simple and easy to understand.
While there, add magic values to the FESTIVAL, GENTOO, GIMP, GNUPG, QT and
SAMBA macros.
Also, replace some EXTRACT_SUFX occurences with USES=tar:*.
Checked by: make fetch-urlall-list
With hat: portmgr
Sponsored by: Absolight
kind of libraries to avoid messing the solver with wrong provides.
Bump the port to enforce users to rebuild the package with 1.5.2 and having not
satifisfiable problem for the solver
When appropriate:
- Try to use DISTVERSION{SUF,PRE}FIX
- Replace PORTNAME-PORTVERSION by DISTNAME
- Convert MASTER_SITES to use macros
- Other light cleanup
With hat: portmgr
Sponsored by: Absolight
Derivative-free optimization by quadratic approximation based on
an interface to Fortran implementations by M. J. D. Powell.
WWW: http://cran.r-project.org/web/minqa/
