Mesh in Julia

In this tutorial, I explain how to use the Meshes package in Julia. Processing mesh in Julia programming language has never been easier. With the help of Meshes library in the Julia programming language, you can develop solutions for discretizing partial differential equations using the finite element method.
Meshes.jl provides efficient implementations of concepts from computational geometry. It promotes rigorous mathematical definitions of spatial discretizations (a.k.a. meshes) that are adequate for describing general manifolds embedded in R^n.
The design of Meshes Julia library was motivated by various issues encountered with past attempts to represent geometry, which have been originally designed for visualization purposes (e.g. GeometryTypes.jl, GeometryBasics.jl) or specifically for finite element analysis (e.g. JuAFEM.jl, MeshCore.jl). The goal of Meshes.jl package is to provide a smoother experience with mesh representations that are adequate for finite finite element analysis, advanced geospatial modeling and visualization, not just one domain.