The CFCFD Code Collection

These codes are available via a public Mercurial repository.

1. eilmer3: A compresible-flow Navier-Stokes simulation code for 2D and 3D flows. This has the best bits of mbcns2 and elmer2, together with a rebuilt thermochemistry module. We have changed the name to Eilmer, the correct spelling of the name of the patron monk of CFD and aeronautics. See the wikipedia article http://en.wikipedia.org/wiki/Eilmer_of_Malmesbury
2. L1d3: Lagrangian simulation of quasi-one-dimensional flow.
3. imoc: interactive method-of-characteristics code, written in C+Tcl.
4. poshax3: post-shock, one-dimensional flow with complex thermochemistry and radiation.
5. photaura: radiation toolset.
6. eilmer4: Is our newest compressible flow simulation code for 2D and 3D flows. It is a complete reworking of our flow simulation ideas into the D programming language.

• Getting the codes and preparing to run them
  • The code repository
  • Licence
  • Your computational environment
  • Compiler versions
  • Using the codes on MS-Windows
  • Using the codes on Apple OSX
  • SSH access to the repository for developers
• Eilmer4
  • Source code and Documententation
• Eilmer3
  • Documententation (PDF)
  • Typical build and run procedure
  • Building and running on Mac OSX
  • Building and running on the Barrine cluster at UQ
  • Building and running the radiation transport solver
  • When things go wrong
  • Source Code Docs
  • Other Notes
• L1d3
  • Typical build and run procedure
  • Simulation Overview
  • Source Code Docs
  • Documentation for the older L1d code
• imoc
  • Basic install instructions
• Poshax3
  • Typical build and run procedure
  • Configuration script
  • Examples
• Photaura
  • Documententation (PDF)
  • Typical build and test procedure
  • Python input script
  • Examples
• ESTCj
• PITOT
  • Publications about the code
  • Typical build and run procedure
  • Configuration script
• NENZFr
• OctVCE
  • Documentation
• Libraries
• Onedval