Difference between revisions of "SCEC Scientific Software"
| Line 5: | Line 5: | ||
{| class="wikitable" | {| class="wikitable" | ||
|- | |- | ||
| − | ! scope="col"| Software Name | + | ! scope="col"|| Software Name |
| − | ! scope="col"| Scientific Application | + | ! scope="col"|| Scientific Application |
| − | ! scope="col"| Software Project Homepage | + | ! scope="col"|| Software Project Homepage |
| − | ! scope="col"| Current Science (Software) Person | + | ! scope="col"|| Current Science (Software) Person |
|- | |- | ||
| − | ! scope="row"| SCEC-VDO | + | ! scope="row"|| SCEC-VDO |
| − | | 3D visualization software used to display fault models and earthquake catalogs | + | || 3D visualization software used to display fault models and earthquake catalogs |
| − | | http://scec.usc.edu/internships/useit/scec-vdo | + | || http://scec.usc.edu/internships/useit/scec-vdo |
| − | | T. Jordan (K. Milner) | + | || T. Jordan (K. Milner) |
|- | |- | ||
! scope="row"| OpenSHA | ! scope="row"| OpenSHA | ||
Revision as of 16:35, 12 September 2015
SCEC Community Modeling Environment CME Project researchers have developed a group of inter-related ground motion and seismic hazard modeling software tools that the National Science Foundation SI2 Project describes as a software ecosystem. Funding for this software development work comes from the National Science Foundation (NSF), W. M. Keck Foundation, Pacific Gas and Electric, and other funding sources. The links below provide access to the currently maintained SCEC open-source scientific software distributions.
CME Scientific Software Distributions
| scope="col" | Software Name | scope="col" | Scientific Application | scope="col" | Software Project Homepage | scope="col" | Current Science (Software) Person |
|---|---|---|---|---|---|---|---|
| scope="row" | SCEC-VDO | 3D visualization software used to display fault models and earthquake catalogs | http://scec.usc.edu/internships/useit/scec-vdo | T. Jordan (K. Milner) | |||
| OpenSHA | USGS and SCEC-developed seismic hazard analysis software including UCERF2 and UCERF3 models | http://www.opensha.org/ | E. Field (K. Milner) | ||||
| Broadband Platform | Ground motion simulation software | Broadband Platform | C. Goulet (F. Silva) | ||||
| Community Velocity Model - Harvard (CVM-H) | 3D seismic velocity model for southern California an element of the SCEC Unified Structural Representation | CVM-H | J. Shaw (D. Gill) | ||||
| Community Velocity Model - SCEC (CVM-S) | 3D seismic velocity model for southern California | CVM-S | T. Jordan (P. Maechling) | ||||
| Unified Community Velocity Model (UCVM) | Software framework used to query seismic velocity models including HPC tools | UCVM | T. Jordan (D. Gill) | ||||
| AWP-ODC | Parallel finite difference earthquake wave propagation code | AWP-ODC | K. Olsen (Y. Cui) | ||||
| Hercules | Parallel finite element earthquake wave propagation code | https://github.com/CMU-Quake/hercules | J. Bielak (R. Taborda) | ||||
| CSEP | Earthquake forecast testing framework used in US and internationally | CSEP | M. Werner (M. Liukis) |
CME Scientific Software Platforms
To perform large-scale research calculations, SCEC's software development staff converts scientific software used by individual researcher into scientific software used for community research. CME Project software developers integrate complex scientific codes together into larger computational systems called Computational Platforms. Each SCEC computational platform is designed to reliably perform some useful or valuable research calculation. In some cases, the large-scale computational tools customized to run efficiently on current supercomputers. Distribution of these codes require coordination and technical support from SCEC.
