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in 1.19.3 (gsl-ocaml fork)
- Fixed build problem on platforms with GSL versions older than 2.0
in 1.19.2 (gsl-ocaml fork)
- Link to Accelerate Framework on Mac OS X
in 1.19.1 (gsl-ocaml fork)
- Fixed linking problem
in 1.19.0 (gsl-ocaml fork)
- Fixed incompatibilities with GSL 2.0
in 1.18.5 (gsl-ocaml fork)
- Fixed building of examples that depend on camlp4
Thanks to Akinori Abe for the patch!
in 1.18.4 (gsl-ocaml fork)
- Fixed configuration issue relating to OPAM packaging
in 1.18.3 (gsl-ocaml fork)
- Removed superfluous camlp4 dependency from library.
in 1.18.2 (gsl-ocaml fork)
- Better expected compatibility with OCaml versions larger than 4.02.1
in 1.18.1 (gsl-ocaml fork)
- Improvements to distribution process
in 1.18.0 (gsl-ocaml fork)
- Exploit the new module alias feature in OCaml 4.02 to improve compilation
and linking speed as well as executable size.
in 1.17.2 (gsl-ocaml fork)
- Added missing include to C-stubs
in 1.17.1 (gsl-ocaml fork)
- API fixes for upcoming GSL 1.17 release. Affects
- Multifit_nlin.{test_gradient,covar}
- SF.ellint_D
Thanks to Andrey Bergman for the initial patch!
in 1.15.3 (gsl-ocaml fork)
- Fixed a bug in the bindings for lag1_autocorrelation that could cause
segfaults (thanks to Hezekiah Carty for the bug report!)
in 1.15.2 (gsl-ocaml fork)
- Fixed linking on Mac OS X Mavericks using the Accelerate-framework
in 1.15.0 (gsl-ocaml fork)
- Fixed superfluous Jacobian allocation when not requested for ODE solving.
in 1.10.2 (gsl-ocaml fork)
- Fixed linking problem
in 1.10.1 (gsl-ocaml fork)
- Switched to Oasis
- GSL is now a packed library. E.g. the module "Gsl_rng" is now "Gsl.Rng".
- Fixed new OCaml 4.00 warnings
- Added stricter C-compilation flags
- Minor fixes
in 1.10.0
- ocamlgsl version number now indicates the required major+minor GSL
version
- improved error support:
GSL errors are now handled by an OCaml function. By default it raises
the Gsl_exn exception, but it can be redefined to ignore some errors.
- callbacks:
now exceptions raised in OCaml callback functions are propagated and are
no longer "absorbed".
Mind that for some functions (Gsl_monte.integrate_miser for one) this can
result in a memory leak in GSL.
- fixes for multimin (Markus)
- fixes for exceptions on "all-float" functions
- update the buildsystem (autoconf)
- support for gsl_stats_correlation
in 0.6.1
- Minor changes to improve installation and to fix stack overflows
when dealing with extremely large optimization problems.
(Markus Mottl)
in 0.6.0
- sync with GSL 1.9
- Nonsymmetric eigensystems in Gsl_eigen
- Basis splines
- misc. other things, cf. GSL 1.9 NEWS file
in 0.5.3
- compile with ocaml 3.10
- fix GC bugs with C functions taking a callbak parameter (min, multimin,
multifit, etc.)
in 0.5.2
- fix Gsl_sf.legendre_array_size
in 0.5.1
- fix wrong declaration of externals in gsl_wavelet (Will M. Farr)
- rewrite the blurb about callbacks raising exceptions (see below)
- drop the mode argument Gsl_cheb.eval ("not for casual use")
- fix GC bug in Gsl_cheb
in 0.5.0
- sync with GSL 1.8
- fix Gsl_cdf
- wrap new functions:
gsl_multifit_linear_est, gsl_linalg_cholesky_decomp_unit,
gsl_ran_gamma_mt, gsl_ran_gaussian_ziggurat,
gsl_sf_debye_5, gsl_sf_debye_6
- sync with GSL 1.7
- add Gsl_randist.binomial_knuth, add Gsl_multifit._linear_svd
in 0.4.1
- make several record types 'private'. This disallows building bogus values
that could crash the program.
- remove several unsafe manual memory-management functions from
module signatures
- added Associated Legendre Polynomials and Spherical Harmonics in
Gsl_sf (Will M. Farr)
- fixed the type Gsl_fft.Complex.direction (Joe Shirron)
- fixed the type of Gsl_randist.negative_binomial and negative_binomial_pdf
(Martin Willensdorfer)
in 0.4.0
- sync with GSL 1.6
- new module Gsl_wavelet for DWT
- new module Gsl_sort
- in Gsl_linalg, support for LQ and P^T LQ decompositions
- add a mode argument in Gsl_cheb.eval
- add RK2SIMP in Gsl_odeiv.step_kind
- a couple of other small additions
- bugfix for functions in Gsl_sf returning a result_e10
- better support for Cygwin (James Scott, Lexifi)
in 0.3.5
- improve build system a bit so that it works better on cygwin
(thanks to Brian Wilfley)
- fix bugs in Gsl_odeiv (thanks to Will M. Farr)
in 0.3.4
- fix a GC bug in the error handler, simplify exception raising code
- add Qrng.dimension and Qrng.sample
in 0.3.3
- report an error when building on a platform with ARCH_ALIGN_DOUBLE
defined
- findlib support
in 0.3.2
- complex functions (contributed by Paul Pelzl)
in 0.3.1 :
- bugfix in Gsl_interp.eval_array
- mlgsl_ieee.c now compiles with gcc 2.9x
- build system improvements
in 0.3.0 :
- sync with GSL 1.4
- new module Gsl_cdf for cumulative distributions
- new function Gsl_randist.binomial_tpe
- compiles with MSVC (contributed by Lexifi)
- memory bugfix in adaptative integration routines
- bugfix in Gsl_ieee.set_mode, added FPU status word querying
- changed arguments order in Gsl_matrix.transpose :
first arg is destination, second is source
in 0.2.2 :
- sync with GSL 1.3
- new multidimensional minimizer (Nelder Mead Simplex algorithm)
- new random distributions : Dirichlet and multinomial
- new function Gsl_math.fcmp for approximate floating point values
comparisons
- fixed some potential problems with the GC
in 0.2.1 :
- Gsl_linalg.matmult is now Gsl_linalg.matmult
- Gsl_matrix.mul is now Gsl_matrix.mul_elements (same for
Gsl_matrix.div)
- vector/matrix macros work with gcc 2.9x (old_gcc target
in Makefile)
in 0.2 :
- rewrote the vector/matrix modules to add single precision
bigarrays and complex values
- added complex functions in Gsl_linalg and Gsl_eigen
- added Ordinary Differential Equations
- added Simulated Annealing
- added Statistics and Histograms
in 0.1.1 :
- fixed install target in Makefile
- fixed several C stub function names
- fixed a bug in ext_quot in quot.ml
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