On the same subject, I experimented, some time ago, a similar approach with C#. http://flopcsharp.sourceforge.net/ However, I only used C# langage features and did not rewrite a compiler as you seemed to have done. The only drawback i found out, is that users of DSL for LP/MIP usually don't want to program, and having to deal with C# or java frighten them!?!
Regards, Lionel. > Message du 02/04/09 15:52 > De : "Patrick Viry" <[email protected]> > A : [email protected] > Copie à : > Objet : [Help-glpk] ANNOUNCEMENT: OptimJ solver link for GLPK/Java > > > Dear all, > > It is our pleasure to announce the availability of an OptimJ solver > link for GLPK. > > OptimJ is a new Java-based algebraic modeling language with powerful > constructs for data modeling and bulk data processing. Models are > expressed in a high-level mathematical notation and benefit from all > Java libraries and development tools. They can be deployed directly > within any Java-based IT environment. > > You'll find more information at http://www.ateji.com/optimj.html, > including whitepapers and code samples. You can also browse the > newsletter archive at http://www.ateji.com/newsletter.html for > specific topics. Questions and comments are welcome in the user forums > at http://forums.ateji.com/. > > The software can be downloaded for evaluation at > http://www.ateji.com/downloads.html. Free licences are available for > teachers and students. > > Regards, > > The Ateji team. > > > _______________________________________________ > Help-glpk mailing list > [email protected] > http://lists.gnu.org/mailman/listinfo/help-glpk > > Créez votre adresse électronique [email protected] 1 Go d'espace de stockage, anti-spam et anti-virus intégrés.
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