The SCOREC Core is a set of C/C++ libraries for unstructured mesh simulations on supercomputers.

For more information, start at our wiki page

• PCU: Communication, threading, and file IO built on MPI
• APF: Abstract definition of meshes, fields, and related operations
• GMI: Common interface for geometric modeling kernels
• MDS: Compact but flexible array-based mesh data structure
• PARMA: Scalable partitioning and load balancing procedures
• SPR: Superconvergent Patch Recovery error estimator
• MA: Anisotropic mixed mesh adaptation and solution transfer
• STK: Conversion from APF meshes to Sandia's STK meshes
• ZOLTAN: Interface to run Sandia's Zoltan code on APF meshes
• PHASTA: Tools and file formats related to the PHASTA fluid solver
• MPAS: Tools and file formats for the MPAS-Ocean code

• Dependencies: CMake for compiling and MPI for running
• Configuration: Typical CMake configure and build. The example config.sh shows common options to select, use a front-end like ccmake to see a full list of options
• Tests: the test/ subdirectory has tests and standalone tools that can be compiled by explicitly listing them as targets to make.
• Users: make install places libraries and headers in a specified prefix, application code can use these in their own compilation process. We also install pkg-config files for all libraries.

• Don't break the build
• See the STYLE file
• If in doubt, make a branch
• Run the ctest suite

• mailing list scorec-pumi@lists.rpi.edu (subscribe at https://lists.sympa.rpi.edu/wws/subscribe/scorec-pumi)
• Dan Ibanez ibaned@rpi.edu
• Cameron Smith smithc11@rpi.edu