Math::GSL Changes

v0.16 - November ?? 2008 - New subsytems: VectorComplex and MatrixComplex - Operator overloading for addition and subtraction with vectors - Added copy() method to vectors - Improved Vector docs - Sped up vector dot products by 15x using BLAS function gsl_blas_ddot NOTE: using gsl_blas_ddot($x->raw,$y->raw) directly is still about 10 times faster than $x * $y due to error checking and function call overhead - Separated POD and Perl code out of SWIG interface files, yay for proper syntax highlighting - Added stub test files for Heapsort, IEEEUtils, Multimin, Siman, Wavelet2D - All test files now keep track of how many tests should run

v0.14 - October 21 2008 - Chebyshev Series Approximation, with tests and docs - Examples and new documentation in Statistics, as well as tests (Thierry) - Bugfixes relating to compiling on 64bit Red Hat Linux, reported by Michael Roberge - Improved FFT, Deriv, Integration, Chebyshev, Combination and Roots docs - Documentation for Math::GSL::Test - Improved introduction examples in Math::GSL - Improved Minimization subsystem tests, but it is not functional - Added examples/fft/forward_real - Added example/deriv/basic

    This shows the simple fact that d/dx(sin(x)) = cos(x)

- Added example/sf/erfc_check (thanks to Keith Lofstrom)

    Script which tests the erfc() special function against computing
    the integral definition with gsl_integration_qagiu()

- Added example/vector/speed 

    This shows a considerable performance boost using Math::GSL::Vectors
    instead of List::Util when searching for the min and max elements of
    large sets of random numbers.

- Fixed return signature of gsl_deriv_* functions to return a flat list
- Fixed some failing tests relating to  -Duselongdouble (Sisyphus)
- Fix location of shared objects (Sisyphus)
- Added raw() method to RNG objects

v0.12 - September 14 2008

- Darwin support! 
- Minimum Perl version changed to 5.8.0
- Make platform check compile time constants for performance
    aka The Wilhelm Speedup (thanks to Eric Wilhelm <scratchcomputing@gmail.com>)
- FFT for real data
- Numerical derivatives fully implemented
- Integration subsystem, gsl_integrate_qags() and gsl_integrate_qagi(), etc..
    - QNG    : Non-adaptive Gaussian (uses fixed number of sample points in interval)
    - QAG(S) : Adaptive Gaussian (Singluar) (slices interval up based on properties of the function)
    - QAGI   : Adaptive Gaussian with infinite integration range
    - other are supported but not tested
- Initial Monte tests
- Initial Multiroots tests
- More nan/inf fixes on MSWin32 from <sisyphus@cpan.org>
- Stripping of binaries on Windows, which significantly reduces size
    from <sisyphus@cpan.org>
- Full support and tests for all functions in the Sort subsystem
- Added 'examples/benchmark/sort' to show performance of gsl_sort()
- Added 'examples/clicker/chart' to show graphing of functions
- Added 'examples/gsl_repl' which is a rapid protyping tool/interactive interpreter
- Compile support for GSL's as old as 1.8 (test suite still needs to be properly guarded)

v0.10

- Continued porting to MSWin32, fixing many NaN and Inf handling issues

v0.08

- Large documentation improvements
- MSWin32 support thanks to testing and feedback from <sisyphus@cpan.org>

v0.07

- Initial CPAN release

v0.042

- Started change to Test::Class

v0.01

- Added swig interface files and swig-ified build script
- initial tests for special function library gsl_sf <--> Math::GSL::Sf
- Proof Of Concept: makegsl and testgsl