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= Enzo Project Page =

This is the development site for Enzo, an adaptive mesh refinement (AMR), grid-based hybrid code (hydro + N-Body) which is designed to do simulations of cosmological structure formation. Links to documentation and downloads for all versions of Enzo from 1.0 on are available. 

Enzo development is supported by grants AST-0808184 and OCI-0832662 from the National Science Foundation. 

== Download ==

=== Releases ===

 * [wiki:Enzo1.5 Enzo1.5 (released Nov. 6, 2008)]
 * [http://lca.ucsd.edu/software/enzo/v1.0.1/download/ Enzo v1.0.1 download page.]

=== Repository ===

 * Public Subversion repository [http://lca.ucsd.edu/svn/Enzo/public/]
 * [browser:public Browse public repository.]
 * [wiki:UserGuide/CheckOutInstructions How to check out a copy.]

=== Compiling Help ===

 * UserGuide/CompilationRequirements
 * UserGuide/BuildingEnzo

== Documentation ==

 * [wiki:UserGuide Latest user guide]
 * [wiki:Tutorials Tutorials for the current version]
 * [wiki:EnzoPrimaryReferences Enzo primary references]

== Mailing Lists ==

=== Enzo Users ===

[http://mailman.ucsd.edu/mailman/listinfo/enzo-users-l enzo-users-l@lists.ucsd.edu] is the community forum ([http://mailman.ucsd.edu/pipermail/enzo-users-l/ archive]).

=== Enzo Developers ===

[http://mailman.ucsd.edu/mailman/listinfo/enzo-l enzo-l@lists.ucsd.edu] is a private list for the core Enzo developers   ([http://mailman.ucsd.edu/mailman/private/enzo-l/ restricted archive]).

== Regression Tests ==

The Enzo trunk and select branches are checked out of Subversion and tested continuously using [http://lca.ucsd.edu/projects/lcatest lcatest] on ppcluster.ucsd.edu:

 * [http://ppcluster.ucsd.edu/lcatest/ Continuous Regression Test Results]
 
For questions or suggestions related to the Enzo regression testing or lcatest, please contact James Bordner at jobordner at ucsd.edu.

== Citing Enzo ==

If you use Enzo for a scientific publication, we ask that you cite the code in the following way in the acknowledgments of your paper:

Computations described in this work were performed using the Enzo code developed by the Laboratory for Computational Astrophysics at the University of California in San Diego (http://lca.ucsd.edu).