This repository aims to illustrate the functionalities available in the NeoPZ library and to provide a short tutorial for introducing the most used classes in the library.
First, install NeoPZ according to the instructions in the GitHub repository.
Then, this project can be configured through CMake. Since some projects rely on graphical output in the vtk format, it is recommended to use Paraview for visualization.
This sample project is used for demonstrating some of the unusual special geometrical mappings available in NeoPZ. It also shows how even these curved elements can be geometrically refined. It relies on graphical output.
This project used a F17 aircraft as a model to demonstrate the capabilities of automatic directional refinement in NeoPZ. These capabilities might be useful, for instance, in the case of boundary layer analysis, hence the chosen example. The program first builds a mesh modelling the outside of the aircraft, and the aircraft is part of the boundary of the created mesh. Then, through sucessive iterations, it models the boundary layer of the jet. It relies on graphical output.
Solve the Poisson equation in a bidimensional domain and performs error analysis.
Projects a given analytic solution on a HCurl-conforming approximation space and performs error analysis.
Solves a simple model problem in a threedimensional domain using HCurl-conforming elements. Illustrates how to read a mesh from gmsh