The Parma Polyhedra Library is user friendly,
fully dynamic, written in standard C++,
exception-safe, efficient, and thoroughly
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This release includes portability improvements, a few bugfixes, and performance improvements for the MIP and PIP solvers. Configurability has also been improved, especially as far as the detection of GMP is concerned. ECLAIR has been introduced into the development workflow to bring PPL into conformance with the applicable rules in MISRA, CERT, NASA/JPL, ESA/BSSC, and other widely-used coding standards.
This release fixes a few minor bugs in PPL 0.11.1.
This release fixes a few bugs affecting PPL 0.10.1.
This release includes several important improvements to PPL 0.10, among which is better portability (including the support for cross-compilation), increased robustness, better packaging, and several
This release (which is under the terms of the GPLv3+) includes complete support for "octagonal shapes" (solution of a finite system of constraints such as 'x + y <= 3' and 'x - y <= 5') and "boxes", which may be viewed as the product of not necessarily closed and possibly unbounded intervals. This release comes with fully documented interfaces to C++, C, Java, OCaml, Ciao Prolog, GNU Prolog, SICStus, SWI-Prolog, XSB, and YAP (Java and OCaml are new). It also includes improvements to the documentation, many new configuration options, and a few bugfixes.