Adaptive computational fluid dynamics - https://quinoacomputing.github.io

Quinoa is a set of computational tools that enables research and numerical analysis in fluid dynamics. Using the Charm++ runtime system, we employ asynchronous (or non-blocking) parallel programming and decompose computational problems into a large number of work units (that may be more than the available number of processors) enabling arbitrary overlap of parallel computation, communication, input, and output. Then the runtime system dynamically and automatically homogenizes computational load across the simulation distributed across many computers.

Our ultimate goal is to simulate large and complex engineering multiphysics problems with a production-quality code that is extensible and maintainable, using hardware resources efficiently, even for problems with a priori unknown, heterogeneous, and dynamic load distribution.

• cmake/ - CMake code shared between external packages (third-party libraries) and src/.

• doc/ - Documentation, rendered at https://quinoacomputing.github.io.

• external/ - External packages (third-party libraries) pulled in as git submodules.

• src/ - Compilable sources. For a more detailed description of the contents of the src/ directory and its subdirectories, see docs/pages/directories.dox, rendered at https://quinoacomputing.github.io/files.html.

• tests/ - Unit-, and regression tests.

• tools/ - Development utilities and docker files.

• LICENSE - Copyright and license.

• README.md - This file, rendered at https://github.com/quinoacomputing/quinoa.

For more details on philosophy, documentation, software design, journal papers, license, and contributing see the documentation.