What do you get when you combine an intuitive, C++ object-oriented interface with the fastest, most complete numerical linear algebra algorithms available? LAPACK.h++, from Rogue Wave Software.
LAPACK.h++ is a C++ class library with everything you'll find in the well-known Lapack FORTRAN library --- and more --- minus the headaches and overhead of a procedural interface.
Each object in LAPACK.h++ encapsulates one specific part of Lapack so you can efficiently select only those objects relevant to your application. We manage the details of data representation and parameters inside matrix, vector, factorization, and decomposition objects so you can concentrate on your application --- and get it done faster.
With LAPACK.h++, you can solve problems involving:
LAPACK.h++ includes Math.h++ and is the choice for 32-bit architectures, including Windows NT, OS/2 and UNIX.
If you use a 16-bit platform, or if small code size is critical to your application, Linpack.h++ is your numerical linear algebra solution. Linpack.h++ also includes Math.h++, and is available in DOS and Windows versions.
If you've already written code with Rogue Wave's Linpack.h++, upgrade to LAPACK.h++ today. LAPACK.h++ offers more power, more functionality, and runs faster on pipelined architecture.
Converting to LAPACK.h++ is usually as simple as recompiling. There is no need to change your code just because ours has been improved, since all of the data structures are encapsulated within objects.
And don't forget LAPACKPro.h++, which includes a complete test suite and selected benchmarks for LAPACK.h++.
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