Age | Commit message (Collapse) | Author | Files | Lines |
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buildlink2.mk files back into the main trunk.
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math/gp-grape.
GRAPE is a GAP package for mathematical computation with graphs and groups.
It was written by Leonard H. Soicher of Queen Mary, University of London.
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collection as math/gap.
GAP (Groups, Algorithms and Programs) is a free system for computational
discrete algebra. Its capabilities include computation involving
cyclotomic and finite fields, residue class rings, p-adic numbers,
multivariate polynomials and rational functions, vectors, matrices
and finite groups.
GAP can be copied and distributed freely for any non-commercial purpose.
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package. Depend on "gnumeric" 1.0.x on platforms which can build this
package and disable "gnumeric" support on other platforms.
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with a whole 36 MB of memory.
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* Recompute spans after reading from applix.
* Fix the guia2 prop bag import warnings
* Fix 0 sized TXO import inside escher streams
* Fix import of IMDATA inside escher streams
* Improve lotus importer
* wrap text does no supercede center across selection
* Match cummulative time
* Fix typo that broke workbook-view attribute import.
* Fix doc build.
* Register for more mime types
* use value_as_string for array content
* Don't crash on xls import if locale is confused.
* COUNT should only count ints and floats not bools
* Add Drachma to EURO.
* Support implicit conversion from string -> number in scalar graphs.
* make value_as_string as smarter when handling ValueError.
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Huberts latest bulk-build, and, as such, also fix the broken depends
for gnucash from that buil-build.
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Also, add a missing @dirrm for the help directory.
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Add proper @exec/unexec scrollkeeper-rebuilddb statements to PLIST
Bump PKGREVISION
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they try to link it.
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bulk build.
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http://mail-index.netbsd.org/tech-pkg/2002/07/15/0020.html
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Add --without-psiconv to avoid picking up and choking on an installed
psiconv package
Bump PKGREVISION
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Add --without-psiconv so build doesn't try to used and choke on an
installed psiconv package
Bump PKGREVISION
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specifically - do so.
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<kent@tiamat.goathill.org>
with some changes and finishing of the package by me.
GLPK is a set of routines written in ANSI C and organized in the form
of a callable library. This package is intended for solving large-scale
linear programming (LP), mixed integer linear programming (MIP), and
other related problems.
GLPK includes the following main components:
* implementation of the primal/dual simplex method;
* implementation of the primal-dual interior point method;
* implementation of the branch-and-bound procedure (based on the dual
simplex method);
* application program interface (API);
* GLPK/L, a modeling language intended for writing LP/MIP models;
* GLPSOL, a stand-alone program intended for solving LP/MIP problems
either prepared in the MPS format or written in the GLPK/L modeling
language.
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Remove `-p' from mkdir arguments, it is already part of ${MKDIR}.
While here substitute a couple of ${PREFIX} by `%D' in
`@exec ${MKDIR} ...' lines and add a couple of missing `%D' in such lines too!
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to the fortran compiler). Also mark as not for older netbsd-alpha systems
as this is an IEEE-754 infected program (hi ross!).
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* Fix (possible) segfaults caused by the "mid", "left" and "right"
right string functions and protect those functions and
the "replace" function against invalid arguments.
* Fix validation entry sensitivity.
* Fix some memory problems in the solver.
* Don't crash on xls import/export if locale is confused.
* Simple autodetection of tab delimited vs csv
* Avoid mistranslated font names.
* Actually disable wide character checking if it is not available.
* Fix grab when selecting a col/row with validation failure.
* Handle inserting col/row if the first is hidden.
* clone grouping and frozen status too.
* preset canvas scroll region in case something scrolls before we are
realized.
* Handle some XL export breakage cause by TagoH's patch.
* Fix advanced filter of value based implied enums.
* gdk_flush after all grab/ungrab events so that long running
operations that do not update the display are certain to ungrab
without delay (thanks rconover)
* Apply the accounting format rather than the numeric version for
Keelyn.
* Fix the omf file.
* Some gda plugin warnings.
* correct the help references in a few languages
* Fix some gcc-3 warnings.
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so add share/omf/gnumeric/gnumeric-C.omf back to the PLIST
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bug in the scilab function mgetl() which prevents the build from completing
correctly. Problem noted in recent sparc bulk build.
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to an internal compiler error, even with gcc-2.95.3:
genbet.f:247: internal error--unrecognizable insn:
(insn 56 54 57 (set (reg:SF 1 r1)
(const_double:SF (mem/u:SF (symbol_ref/u:SI ("*LC4")) 0) 60635201 [0x39d3841] 16384 [0x4000] [2.928064102298758e-291])) -1 (nil)
(expr_list:REG_EQUAL (const_double:SF (mem/u:SF (symbol_ref/u:SI ("*LC4")) 0) 60635201 [0x39d3841] 16384 [0x4000] [2.928064102298758e-291])
(nil)))
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Changes are lots of bug fixes and removal of the dependency on python.
Also enable gnumeric support so the graphing functions in gnumeric actually work.
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adds several constants found in science and engineering:
- 'k' Boltzmanns constnat
- 'q' Electron charge
- 'e0' Free space permitivity
- 'mu0'Free space permeability
- 'c' Free space speed of light.
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EULER is a program for quickly and interactively computing with real
and complex numbers and matrices, or with intervals, in the style of
MatLab, Octave,... It can draw and animate your functions in two and
three dimensions.
Euler features :
* real, complex and interval scalars and matrices,
* a programming language, with local variables, default values for
parameters, variable parameter number, passing of functions,
* two and three dimensional graphs,
* marker plots,
* density and contour plots,
* animations,
* numerical integration and differentiation,
* statistical functions and tests,
* differential equations,
* interval methods with guaranteed inclusions,
* function minimizers (Brent, Nelder-Mean),
* Simplex algorithm,
* interpolation and approximation,
* finding roots of polynomials,
* Fast Fourier transform (FFT),
* an exact scalar product using a long accumulator,
* Postscript graphics export
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