Finite Element and Numerical Methods with Integrable / Differentiable Objects.
      
      

VectorSpace C+ Library Press Release

FOR IMMEDIATE RELEASE

For more information:
Web site: http://www.vector-space.com, E-mail: marketing@vector-space.com

    VECTORSPACE PROGRAMMING'S NEW RELEASE OF
    VECTORSPACE C++ LIBRARY (vs.lib)

    Apr. 1, 1999 (Fremont, California) -- VectorSpace Programming announced today VectorSpace C++ Library—vs.lib, its new high-level mathematical C++ library, for scientists, engineers and mathematicians. "VectorSpace C++ Library is a revolutionary step in scientific computing. Finite element and numerical programming are made so easy with VectorSpace Programming's innovative integrable / differentiable objects! This library is an ideal rapid-proto-typing tool for anyone doing scientific computing." according to Win Hwang, president of VectorSpace Programming. In numerical analysis, advance mathematical formulations occur frequently in the literature. At the present, programmers in scientific computing are forced to translate the advanced mathematical formulations into the low-level arithmetic operations in Fortran and C. This gap between the advanced mathematical formulations and the computer language arithmetic operators makes the programming task very difficult.

    VectorSpace Programming offers an online workbook, over 600 pages at web site http://www.vector-space.com, which covers program examples in advanced numerical analysis such as computational linear algebra, unconstrained / constrained optimization, finite difference method, boundary element method, variational method and finite element method. "Experiences show that with VectorSpace C++ Library many advanced numerical problems can be implemented within hours compared to several months previously," said a principal engineer at VectorSpace Programming.

    Hundreds of application programs are offered as FREE DOWNLOADS in the web page under vector-space.com. Among these free source codes is the technological break-through framework-based finite element library—"fe.lib". This object-oriented finite element library is the most extensible finite element program known to date. No other finite element programs come even close to the capacity of fe.lib, which accommodates so many advanced subjects in finite element methods such as transient problem, mixed and hybrid formulations (with or without matrix substructuring), contact mechanics, elastoplasticity (material non-linearity), finite deformation (geometrical non-linearity), … etc. "... the connection made between the theory of the examples and the actual programs are very useful.", a remark made by Dr. Roger Young at the Internet Finite Element Resources on our products.

    Available in Apr. 1, 1999, the new VectorSpace C++ Library (vs.lib; veresion 1.1) is run on the PC platform with (1) Microsoft Visual C++ 6.0, (2) Borland/Inprise C++ Builder 4.0, or (3) Sybase/Powersoft Watcom C/C++ 11.0 compilers under Windows 95/98/NT 4.0, and costs $265/copy. Based in Silicon Valley, VectorSpace Programming is a world leader in providing Rapid-Proto-Typing Tool for scientific programming.

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