New Functionality Expands MathCode Environments for
Prototyping C++ and Fortran 90 Applications in Mathematica
January 31, 2006--New versions of the powerful MathCode C++ and MathCode F90
add-ons for Mathematica
are now available for download from Wolfram Research. These
third-party Mathematica application packages provide
highly efficient platforms for generating production-quality C++ or
Fortran 90 code directly from Mathematica functions.
Among their other enhancements to speed and reliability, MathCode
C++ and MathCode F90 now support Fourier
and InverseFourier, enabling developers to translate
image-processing Mathematica code to C++ or Fortran 90.
Complex functions, complex arrays, and a Complex data type are newly
supported in MathCode C++.
MathCode C++ makes it easy for programmers to prototype their
software components and algorithms in Mathematica and
automatically translate them to stand-alone C++
code. Similarly, MathCode F90 is used by the scientific
community to develop a wide variety of robust Fortran-90-based
applications seamlessly in Mathematica. The easy-to-read code
from either package can be immediately compiled or integrated into
larger software systems.
Through March 31, 2006, all customers may take advantage of a special
25% discount on the price of each MathCode package.
Developed and supported by MathCore Engineering AB, MathCode
C++ and MathCode F90 require Mathematica 4.2 or
higher for Windows.
More information is available on the MathCode C++ and MathCode F90