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Up until this point in my life, I have never worked on a project in C++. Starting work on the cpp version of FEniCS was quite difficult as  I had no idea how even a simple program works in cpp. Thus, I planned to first properly learn the syntax of cpp and then try and […]

The official about us page of CircleCI states the following: CircleCI allows teams to rapidly build quality projects, at scale. Our mission is to give people everywhere the power to build and deliver software at the speed of imagination. Their package allows us as a developer to develop on the principles of continuous integration. Continuous […]

There are excellent articles available on the web explaining the need and use of Docker. The interested reader is requested to start with the official documentation of Docker. In this article I will try to present my limited personal understanding of Docker and why is it necessary for the project FEniCS. As per the official […]

The aim of the project is to preserve the named metadata in `.geo` files through to the tagged regions (MeshValueCollection) in dolfinx. This would help the end user to easily model with a large number of tagged regions. After a thorough discussion with my mentor Dr.Jack S. Hale and the author of “meshio”, Dr. Nico […]

The program starts with the community bonding period that lasts for almost a month. This is the phase of the program in which you have to know the working of your organization and get introduced to the community. You are also expected to become familiar with community practices and processes. For this phase of my […]

I contacted the FEniCS community on their slack channel to inform them about my selection into the GSoC program. The community members were really generous and congratulated me. Then my mentors (Jack S. Hale and Michal Habera) proposed a hangout meeting to be held on May 16th, 2019. In the meantime, they suggested to get […]

I am so much happy to have been officially accepted to contribute to the FEniCS project. For those who don’t know, FEniCS (Finite Element Computational Software) is a popular open-source (LGPLv3) computing platform for solving partial differential equations (PDEs). According to wikiversity, FEniCS is an acronym with FE representing Finite Element, CS representing Computational Software, […]