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Life game (Conway) using vle::discrete_time cells and vle.generic.builder Builder model to generate cells and their connexions

OpenFLUID framework and applications

Code storage Area of the RECORD Project packages.

X!TandemPipeline is a free software (GPL v3) that helps you to filter and group your peptide/protein identifications from MS/MS mass spectra.

Publication: J. Proteome Res. 2017, 16, 2, 494–503 -- https://doi.org/10.102

mechanistic-statistical environment

https://msegrp.pages-forge.inrae.fr/mse

A suite of C++ programs developed for transposable element search and their annotation in large eukaryotic genome sequence. A part of the REPET package.

Node.js module for OpenFLUID

massXpert2 (of the http://www.msxpertsuite.org software collection) is a desktop-oriented program that allows one to create polymer chemistry definitions. The definitions are then used to perform calculations in a desktop calculator-like manner and to perform sophisticated polymer sequence mass spectrometry simulations.

massXpert (of the http://www.msxpertsuite.org software collection) is a program that allows one to define brand new polymer chemistry definitions, to use them to define polymer sequences and to perform a large array of chemical simulations on them.

libmassgui is a C++ static library that is referenced from other projects. The libmassgui static library is designed to enshrine the gui functionalities needed by the following two projects:

msXpertSuite/massXpert; msXpertSuite/mineXpert2.

libmassgui has a companion GUI library, libmass , that is designed to enshrine the non-GUI functionalities needed by the same two projects above.

R package for OpenFLUID

pubilc repository for the MF1_2 farm model developped during the ATCHA project

model documentation: https://record-open-archives.pages.mia.inra.fr/mf1_2/

GroupingProtein does filtering, protein inference and grouping of mass MS/MS identification result (thousands of samples, high resolution mass spectrometers)

pubilc repository for the PumpPotential pump flow model developped during the ATCHA project

model documentation: https://record-open-archives.pages.mia.inra.fr/pump-potential/