#Gridap, #GMSH (@OnelabModels ), #PETSc, and #ParaView working together to solve a PDE in parallel in less than 30 lines of code. All installed in a couple of clicks with the amazing The Julia Language package manager. Try it out: github.com/gridap/Gridap.…

Embrace Tux 🥰

A thread on #geogram, a C++ programming library with geometric algorithms: x.com/BrunoLevy01/st… github: github.com/BrunoLevy/geog…

a quite handy library that is worth checking out 👇

very cool 🤩

Quick Linux tip 💡 diff is a fine tool for finding difference between files in Linux terminal The icdiff is even better as it shows colorized, side-by-side comparison 👇

Record-breaking #OpenFOAM simulation on over 260,000 CPU cores! Made possible by an #exascale-ready IO approach developed by WIKKI GmbH and @HLRS_HPC within the #exaFOAM project.

yes, we do!

⚡NEW VIDEO⚡ As the first video in the #FreeFEM mini-projects series, we convert a transient 3D diffusion model into a parallel version. Bunch of things to see here about #PETSc and parallel #FiniteElement for time-dependent problems 🙂👇 youtube.com/watch?v=MvovTT…

Thank you so much, Jorge 🥰

🔥 Just released – Our biggest Open Source Icon Set ever! 4,000 icons with four styles: Line/Solid/Duo/Flat - ↓ Download here

An insightful read: Deep Learning: An Introduction for Applied Mathematicians 👇 arxiv.org/abs/1801.05894

Very exciting! And of course beneficial for Open Source scientific computing too. Look at the list of projects they are going to start with to see why HPSF is going to be very cool: AMReX, Trilinos, VTK-m, Kokkos, ...

"Computational Discovery on Jupyter", very cool demonstration of various simple computational models using #Python in #Jupyter notebooks 👌 …tional-discovery-on-jupyter.github.io/Computational-…

LAMMPS tutorials inputs and files are now more recognizable thanks to ascii-image-converter (github.com/TheZoraiz/asci…). Completely useless, but I love it.

⚡NEW VIDEO⚡ #ParaView installation is quite straightforward, as expected from such a fantastic tool. You just grab and run the binaries, and that's it. But what if we need to build it from the source codes? Believe it or not, this is also very easy 👇 youtube.com/watch?v=3joVOl…

🔥NEW VIDEO #ParaView plugins add new #computational features to this popular #OpenSource tool, but their build and installation process can be tricky. Let's see how we can compile a sample plugin using #CMake #simulation #computing #visualization youtube.com/watch?v=sBPi9X…

A brief but comprehensive post. Totally agree 👇

Very interesting and promising tool for scientific computing using Python👇

This definitely is worth to look at if you are interested in learning open-source software development👇