Ateles is a discontinuous Galerkin solver operating on octree meshes with cubical elements and a state representation with Legendre polynomials as a basis.
It allows for arbitrary high order discretizations provides the possibility to represent embedded boundaries. Various equation systems are implemented, besides acoustic and flow systems also the Maxwell equations for example.
The actual sources of the project are found in the ateles-source
repository, which is included here in the atl subdirectory.
This is a wrapper repository binding together all the parts
required for compilation.
Use git clone --recurse-submodules when cloning this repository to fetch the
gathered subdirectories from the various repositories.
Prerequisite for building the solver is an installed Python, Fortran compiler
and MPI library. For compilation you need to point FC to the appropiate MPI
compiler wrapper. (Usually export FC=mpif90).
The solver can then be built with
bin/waf configure build
To install it, run:
bin/waf install
Run bin/waf --help to see all options.
See the documentation for more details.