Black Hole PIRE
Black Hole PIRE develops the technological and algorithmic infrastructure that can usher astronomical projects into the era of big and distributed data science.
Department of Astronomy and Steward Observatory, The University of Arizona
Pinned Repositories
calsz-osg
A simple HTCondor setup for running `calsz` on the Open Science Grid
cvmfs-singularity-sync
Scripts to synchronize Singularity images to a CVMFS repository.
igrmonty-osg
A simple HTCondor setup for running `igrmonty` on the Open Science Grid
ipole-osg
A simple HTCondor setup for running `ipole` on the Open Science Grid
iutils
Additional utilities built on top of iRODS to streamline CyVerse data management
MCMC_BHPIRE
MCMC algorithm for the BHPIRE Winter School
nbody
A few sample n-body codes for the PIRE 2018 Winter School
symba-osg
A Pegasus workflow for running SYMBA on the Open Science Grid
Black Hole PIRE's Repositories
bhpire/symba-osg
A Pegasus workflow for running SYMBA on the Open Science Grid
bhpire/calsz-osg
A simple HTCondor setup for running `calsz` on the Open Science Grid
bhpire/cvmfs-singularity-sync
Scripts to synchronize Singularity images to a CVMFS repository.
bhpire/igrmonty-osg
A simple HTCondor setup for running `igrmonty` on the Open Science Grid
bhpire/ipole-osg
A simple HTCondor setup for running `ipole` on the Open Science Grid
bhpire/iutils
Additional utilities built on top of iRODS to streamline CyVerse data management
bhpire/MCMC_BHPIRE
MCMC algorithm for the BHPIRE Winter School
bhpire/nbody
A few sample n-body codes for the PIRE 2018 Winter School