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Port details
chaco Software for partitioning graphs
2.2 math on this many watch lists=0 search for ports that depend on this port Find issues related to this port Report an issue related to this port

There is no maintainer for this port.
Any concerns regarding this port should be directed to the FreeBSD Ports mailing list via ports@FreeBSD.org search for ports maintained by this maintainer
Port Added: 03 May 2006 21:10:49
License: LGPL21
Before a calculation can be performed on a parallel computer, it must
first be decomposed into tasks which are assigned to different processors.

Efficient use of the machine requires that each processor have about the
same amount of work to do and that the quantity of interprocessor
communication is kept small.  Finding an optimal decomposition is provably
hard, but due to its practical importance, a great deal of effort has been
devoted to developing heuristics for this problem.  The decomposition
problem can be addressed in terms of graph partitioning.

Chaco implements a variety of algorithms for graph partitioning and is
used at most of the major parallel computing centers around the world to
simplify the development of parallel applications, and to ensure that high
performance is obtained.  Chaco has contributed to a wide variety of
computational studies including investigation of the molecular structure
of liquid crystals, evaluating the design of a chemical vapor deposition
reactor and modeling automobile collisions.

Note: this port includes a patch provided by Walter Landry for use within
MBDyn.

WWW: http://www.cs.sandia.gov/~bahendr/chaco.html
SVNWeb : Homepage : PortsMon
    Pseudo-pkg-plist information, but much better, from make generate-plist
    Expand this list (17 items)
  1. /usr/local/share/licenses/chaco-2.2/catalog.mk
  2. /usr/local/share/licenses/chaco-2.2/LICENSE
  3. /usr/local/share/licenses/chaco-2.2/LGPL21
  4. bin/chaco
  5. lib/libchaco.a
  6. share/doc/chaco/Empirical.ps.gz
  7. share/doc/chaco/Multilevel.ps.gz
  8. share/doc/chaco/Spectral_Overview.ps.gz
  9. share/doc/chaco/Spectral_Theory.ps.gz
  10. share/doc/chaco/Term_Prop.ps.gz
  11. share/doc/chaco/Users_Guide.ps.gz
  12. share/examples/chaco/film.coords
  13. share/examples/chaco/film.graph
  14. share/examples/chaco/grid20x20.coords
  15. share/examples/chaco/grid20x20.graph
  16. share/examples/chaco/hammond.coords
  17. share/examples/chaco/hammond.graph
  18. Collapse this list.

To install the port: cd /usr/ports/math/chaco/ && make install clean
To add the package: pkg install chaco

PKGNAME: chaco

distinfo:

SHA256 (Chaco-2.2.tar.gz) = e7c1ab187b2dbd4b682da3dbb99097143b773f6b68b39be989442c176e9bcee1
SIZE (Chaco-2.2.tar.gz) = 854988


NOTE: FreshPorts displays only information on required and default dependencies. Optional dependencies are not covered.

Build dependencies:
  1. gmake : devel/gmake
There are no ports dependent upon this port

Configuration Options
===> The following configuration options are available for chaco-2.2:
     DOCS=on: Build and/or install documentation
     EXAMPLES=on: Build and/or install examples
===> Use 'make config' to modify these settings

USES:
gmake

Master Sites:
  1. http://bsd1.csme.ru/myports/
  2. http://bsd2.csme.ru/myports/
  3. http://bsd3.csme.ru/myports/
  4. http://www.cs.sandia.gov/downloads/papers/bahendr/

Number of commits found: 10

Commit History - (may be incomplete: see SVNWeb link above for full details)
DateByDescription
29 Dec 2016 09:01:03
Original commit files touched by this commit  2.2
Revision:429880
amdmi3 search for other commits by this committer
- Add LICENSE
- Switch to options helpers
13 Nov 2014 23:24:01
Original commit files touched by this commit  2.2
Revision:372546
antoine search for other commits by this committer
Cleanup plist
15 Feb 2014 14:22:29
Original commit files touched by this commit  2.2
Revision:344389
danilo search for other commits by this committer
- Add stage support
20 Sep 2013 20:55:06
Original commit files touched by this commit  2.2
Revision:327746
bapt search for other commits by this committer
Add NO_STAGE all over the place in preparation for the staging support (cat:
math)
19 Jul 2013 13:48:11
Original commit files touched by this commit  2.2
Revision:323290
danfe search for other commits by this committer
Small, non-functional changes (cleanups).
19 Jul 2013 12:50:37
Original commit files touched by this commit  2.2
Revision:323285
danfe search for other commits by this committer
- Unbreak parallel builds by USES'ing gmake
- Respect CFLAGS in a better, less intrusive way
- Correctly separate DOCS and EXAMPLES
- Trim Makefile header, miscellaneous cleanups
- Reformat port description text

Reported by:	pointyhat-west
28 Mar 2013 16:29:01
Original commit files touched by this commit  2.2
Revision:315487
eadler search for other commits by this committer
Style: tab -> space.

Most contributors copy an existing port when writing their own so reduce the
number of bad examples in the tree.
20 Mar 2011 12:54:45
Original commit files touched by this commit  2.2
miwi search for other commits by this committer
- Get Rid MD5 support
01 Jul 2006 12:16:44
Original commit files touched by this commit  2.2
thierry search for other commits by this committer
Reset maintainership: Pedro's dev machine has been stolen :-(

Hoping to see you back soon!

Submitted by:   Pedro F. Giffuni <giffunip (at) asme.org> (maintainer)
03 May 2006 21:10:26
Original commit files touched by this commit  2.2
thierry search for other commits by this committer
Before a calculation can be performed on a parallel computer, it must first be
decomposed into tasks which are assigned to different processors. Efficient use
of the machine requires that each processor have about the same amount of work
to do and that the quantity of interprocessor communication is kept small.
Finding an optimal decomposition is provably hard, but due to its practical
importance, a great deal of effort has been devoted to developing heuristics
for this problem.
The decomposition problem can be addressed in terms of graph partitioning. Rob
Leland and I have developed a variety of algorithms for graph partitioning and
implemented them into a package we call Chaco. The code is being used at most
of the major parallel computing centers around the world to simplify the
development of parallel applications, and to ensure that high performance is
obtained. Chaco has contributed to a wide variety of computational studies
including investigation of the molecular structure of liquid crystals,
evaluating the design of a chemical vapor deposition reactor and modeling
automobile collisions.

WWW:     http://www.cs.sandia.gov/~bahendr/chaco.html

Note: this port includes a patch provided by Walter Landry for use within MBDyn

PR:             ports/96699
Submitted by:   Pedro Giffuni <giffunip (at) asme.org>

Number of commits found: 10

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