I have been involved in the development of these softwares:

• • PoLAR

PoLAR (Portable Library for Augmented Reality) is a framework which aims to help creating applications for augmented reality, image visualization and medical imaging. PoLAR is designed to offer useful tools without the need to be a specialist of them. The framework offers the necessary tools to create graphical applications. They are designed to be easy to use and as complete and powerful as possible. The framework is written in C++ and published under the GNU GPL license. It is written by Pierre-Jean Petitprez, Erwan Kerrien and Pierre-Frederic Villard. PoLAR was funded by an Inria Technology Development Action grant (2014-2016). If you use PoLAR, we will appreciate if you acknowledge it. Please use the following citation: Pierre-Jean Petitprez, Erwan Kerrien, Pierre-Frédéric Villard. PoLAR: a Portable Library for Augmented Reality. 15th IEEE International Symposium on Mixed and Augmented Reality (ISMAR), Sep 2016, Merida, Mexico. pp.4, 2016, <http://ismar2016.org>. <hal-01356012> Resume_court

Git repository hosted on InriaForge:

git clone https://scm.gforge.inria.fr/anonscm/git/polar/polar.git

 

• • gVirtualXRay

gVirtualXRay is a software for simulating X-ray images on the graphics processor unit (GPU) using OpenGL. It includes a framework that combines evolutionary optimisation, soft tissue modelling and ray tracing on GPU to simultaneously compute the respiratory motion and X-ray imaging in real-time. It has been mainly developed by Franck P. Vidal. Pierre-Frederic Villard helped to develop the respiration application. The source code of gVirtualXRay’s is available under the BSD 3-Clause License. It is partly funded by the European Commission under the Fly4PET project. If you use gVirtualXRay, we will appreciate if you acknowledge it. Please use the following citation: Franck P. Vidal, Pierre-Frédéric Villard. Development and Validation of Real-time Simulation of X-ray Imaging with Respiratory Motion. Computerized Medical Imaging and Graphics, Elsevier, 2016, 49, pp.15. <10.1016/j.compmedimag.2015.12.002>. <hal-01266065> Resume_court

SVN repository:

svn checkout http://svn.code.sf.net/p/gvirtualxray/code/trunk/
+ Download the respiration executable demos here.

 

• • Angular Strain Parameterization for Solving Static Cosserat Rods

  This repository is dedicated to the implementation of the aforementioned paper. It includes two primary scripts for executing the paper’s numerical applications. The framework is written in Python. It is written by Radhouane Jilani, Erwan Kerrien and Pierre-Frederic Villard.

  Git repository hosted on GitLab Inria:

  git clone git@gitlab.inria.fr:rjilani/ICRAX40.git

   

  • • Solving Dynamic Cosserat Rods with Frictional Contact Using the Shooting Method and Implicit Surfaces

    This repository is dedicated to the implementation of the aforementioned paper. It includes three primary scripts for executing the paper’s numerical applications. The framework is written in Python. It is written by Radhouane Jilani, Erwan Kerrien and Pierre-Frederic Villard.

    

    Git repository hosted on GitLab Inria:

    git clone git@gitlab.inria.fr:rjilani/IROS2024.git