developed in years and has been dropped from the MESA 8.0 distribution.
Freeglut is a rewrite of glut and is actively developed and is used by
many linux distributions instead of libglut.
Bump all ports that directly depend on libglut because of the shlib version
change.
There are some extra items in this patch.
*) Because freeglut doesn't have the same dependancies as libglut, some ports
need extra dependencies added to USE_XORG to make them build.
*) Mark graphics/f90gl broken, f90gl depends on a header that is only shipped
with libglut.
*) Remove option for libglut/freeglut selection in games/cake, only freeglut
remains now.
*) While here fix a png related build issue games/vegastrike.
Thanks to miwi for running the exp-run.
Approved by: portmgr (miwi)
Collaboration with: zeising@
Obtained from: xorg-dev staging area.
The Starlink AST library provides facilities for transforming coordinates
from one system to another in an object oriented manner. Multiple
coordinate frames can be associated with a data set and it is also
possible to generate automatic mappings between frames.
Coordinate frame objects can be imported from FITS headers and from
NDF files.
WWW: http://search.cpan.org/dist/Starlink-AST/
The so library version has changed.
Bump PORTREVISIONs at dependent ports.
PR: ports/169733
Submitted by: bsam (me)
Approved by: multimedia (maintainer timeout 3 weeks)
are no more self hosting so we are stuck with 0.25 version while pkgconf provide
the same set of features as 0.27 and a compatible frontend. A symlink to
pkg-config has been added for convenience and compatibility
This also introduces a new macro to use pkgconf in your ports:
USE_PKGCONFIG
it can take the following arguments:
- yes (meaning build only dep)
- build (meaning build only dep)
- run (meaning run only dep)
- both (meaning run and build dep)
From now USE_GNOME= pkgconfig is deprecated in favour of USE_PKGCONFIG
The old gnome macro has been modified to use pkgconf but still the sameway: run
and build dep to avoid large breakage.
While here fix some ports relying on pkg-config but not specifying it, fix some
ports broken because testing wrong .pc files, and fix ports using pkg-config
--version to determine pkg-config version instead of
pkg-config --modversion pkg-config like recommanded by pkg-config
With Hat: portmgr
Exp-runs by: bapt (pointhat-west), beat (pointyhat)
only USE_GNOME feature, convert to a BUILD_DEPENDS. This avoids both the
bug of the bogus run depend introduced by bsd.gnome.mk, and also avoids
needlessly pulling that file in.
- Pet portlint: remove ABI version number from LIB_DEPENDS [1]
- Convert to new options framework [1]
- Reset maintainer
PR: 169769 [1]
Submitted by: sunpoet@ [1]
Astro::Coords is a class for manipulating and transforming astronomical
coordinates. Can handle the following coordinate types:
- Equatorial RA/Dec, galactic (including proper motions and parallax)
- Planets
- Comets/Asteroids
- Fixed locations in azimuth and elevations
- Interpolated apparent coordinates
For time dependent calculations a telescope location and reference time must be
provided. See Astro::Telescope and DateTime for details on specifying location
and reference epoch.
WWW: http://search.cpan.org/dist/Astro-Coords/
Astro::Telescope is a class for handling properties of individual telescopes
such as longitude, latitude, height and observational limits.
WWW: http://search.cpan.org/dist/Astro-Telescope/
Astro::PAL provides a Perl interface to either the Starlink PAL positional
astronomy library.
Return values are returned on the stack rather than being modified in place.
In addition small utility subroutines are provided that do useful tasks (from
the author's point of view) - specifically routines for calculating the Local
Sidereal Time.
WWW: http://search.cpan.org/dist/Astro-PAL/
Astro::Flux provides a class for handling astronomical flux quantities. This
class does not currently support conversions from one flux type to another (say,
from magnitudes to Janskies) but may in the future.
WWW: http://search.cpan.org/dist/Astro-Flux/
Class to transparently deal with the conversion between filters, wavelength,
frequency and other methods of specifying a location in the electro-magentic
spectrum.
Astro::WaveBand tries to determine the natural form of the numbers such that a
request for a summary of the object when it contains 2.2 microns would return
the filter name but would return the wavelength if it was not a standard filter.
In ambiguous cases an instrument name is required to decide what to return. In
really ambiguous cases the user can specify the unit in which to display the
numbers on stringification.
Used mainly as a way of storing a single number in a database table but using
logic to determine the number that an observer is most likely to understand.
Numerical comparison operators can be used to compare two Astro::WaveBand
objects. When checking equality, the "natural" and "instrument" methods are
used, so if two Astro::WaveBand objects return the same value from those
methods, they are considered to be equal. When checking other comparisons such
as greater than, the wavelength is used.
WWW: http://search.cpan.org/dist/Astro-WaveBand/
Misc::Quality provides a class for handling quality flags for astronomical
objects. This class can handle any type of flag used.
WWW: http://search.cpan.org/dist/Misc-Quality/
