FreeMat for Windows full changelog

* FreeMat is now (hopefully) easier to build. The top level README.TXT includes instructions on how to build FreeMat on all three platforms (Linux, Mac OS X, and Mingw32).
* Documentation has been migrated to doxygen.
* A number of improvements have been made to the JIT back end.
* 64-bit on all platforms!

# New Just In Time (JIT) compiler -- the new version uses C++ as a backend for code generation, which means a much more substantial set of FreeMat code can now be JIT compiled. FreeMat uses CLANG-LLVM to provide run time compilation of the generated C++ code.
# Universal builds will no longer be officially generated for Mac OS X. However, we are working on a build for Mac OS X that can utilize Macports. This should enable PowerPC Mac OS X users to build their own FreeMat from sources.
# VTK Integration -- FreeMat gets a significant improvement in its ability to perform sophisticated renderings of multidimensional datasets by integrating the Visualization Toolkit (VTK). Simple FreeMat scripts can access nearly all of VTKs functionality.
# Octave Integration -- FreeMat 4.1 has the initial version of an Octave file parser. This parser will allow you to use your existing Octave scripts from within FreeMat.

* Improved Editor with integrated debugger
* Improved Main Application UI with dockable workspace browser and command history
* Just In Time compiler (enabled by default)
* Greatly improved compatibility with Matlab (over 366 compatibility tests pass)
* Dynamic linking with BLAS (users can use custom optimized BLAS libraries)
* Vectorized fprintf, sprintf, fscanf, sscanf functions
* Added patch handle graphics object
* Much faster figure drawing
* Ability to handle huge arrays (more than 2GB) when compiled under 64 bit OS
* Code profiler

Internal changes:

* New array class implementation
* Compatible type handling
* JIT compiler
* CMake build system