• #FIVE
    • #FIVE contains software modules that can be connected with each other and helps in making a interactive and collaborative virtual environment. The user that wishes to create such an application can focus on domain-specific aspects for his/her application (industrial training, medical training, ...) thanks to #FIVE's modules. These modules can be applied to a vast range of domains using virtual reality applications and requiring interactive environment and collaboration, as in training for example.
    • #FIVE is a framework for the development of interactive and collaborative virtual environments. #FIVE has been developed to answer the need for an easier and a faster conception and development of virtual reality applications. #FIVE : - provides a tool-kit that eases the declaration of possible actions and behaviours of objects in the VE - provides tool-kit that facilitates the setting and the management of collaborative interactions in a VE - is compliant with distribution of the VE on different setups - proposes guidelines to efficiently create a collaborative and interactive VE. #FIVE current implementation is in C# and comes with a Unity3D engine integration, compatible with MiddleVR framework
    • Valérie Gouranton (valerie.gouranton@irisa.fr)
    • HYBRID
    • https://hal.archives-ouvertes.fr/IRISA/hal-01147734v1
  • #SEVEN
    • #SEVEN is a sensor effector based scenario engines that enables the execution of complex scenarios for driving Virtual Reality applications. #SEVEN's scenarios are based on an enhanced Petri net model which is able to describe and solve intricate event sequence. #SEVEN also comes with an editor capable of creating, editing and remotely controlling and running scenarios. #SEVEN is implemented in C# and can be used as a standalone application or as a library. An integration to the Unity3D engine, compatible with MiddleVR, also exists
    • Valérie Gouranton (valerie.gouranton@irisa.fr)
    • HYBRID
  • OPENMASK-3DVIS
    • Fonctionnalités d'OpenMASK-3DVis : Visualisation sur écrans et sur dispositifs d'immersion mono et multi-pipes : reality center et workbenchs. Visualisation en stéréovision et multi-vues. Chargement de tous les formats de fichiers supportés par Performer Possibilité d'extension du composant pour prendre en compte de nouvelles primitives d'animation (disponibles : quaternions, rotations, translations, matrices ....), ainsi que de nouveaux types de partenaires. Service de capture des évènements X11 et de transmission aux objets abonnés. Service de désignation 2D ou 3D d'objets de la scène par l'utilisateur et communication des informations aux abonnés.
    • Bruno Arnaldi (Bruno.Arnaldi@irisa.fr)
    • Bruno Arnaldi (Bruno.Arnaldi@irisa.fr), Alain Chauffaut, Michaël Rouillé
    • SIAMES
  • SALOME-2-RV
    • Bruno Arnaldi (Bruno.Arnaldi@irisa.fr), Georges Dumont (Georges.Dumont@irisa.fr), Jean Marie Souffez
    • SIAMES