SFPDnmrspec

Tools and GUI to deformulate plastic materials based on their 1H-NMR spectra - developed during the project SafeFoodPack Design

FMECAengine

FMECA software developed in the framework of the project SafeFoodPack Design

Pizza3

Fork of Pizza.py toolkit for Python 3.x (loosely integrated collection of tools for LAMMPS)

SafeFoodPackaging-Portal-version-3

The SFPP3 framework is part of the effort at INRA to facilitate the distribution of industrial decision tools written in high-end mathematical language (C++, Matlab, Scilab…) without limiting third-party license restrictions and with minimal rewriting. Contrary to prior versions of SFPP, whiwh were only available on-line, SFFP3 can be deployed to any company or laboratory and on major operating systems (Windows XP/2003/Vista/7 32/64 bits and Linux 32/64 bits). SFPP3 computational engines include more than 40 different primitives to solve partial differential equations, to perform Monte-Carlo and pseudo Monte-Carlo simulation, molecular modellng, 2D/3D rendering with transparency, statistical analysis... All these computational engines can be easily connected to local or remote databases.