def main():
"""Main executable function"""
# Command line arguments
args = parse_args()
logger.info('Application begin')
# Delete jobDir if requested
if args.overwrite and os.path.exists(args.jobDir):
shutil.rmtree(args.jobDir)
# RootCore libraries
logger.info('Loading RootCore libraries')
load_rc_libs(batch=True)
from ROOT import EL, AnalysisAlg
# Setup samples
logger.info('Loading samples')
sh = load_samples(args)
print_samples(sh)
if len(sh) == 0:
logger.info('Exiting early due to empty sample list')
return
# Configure the job
job = EL.Job()
job.sampleHandler(sh)
jobOpts = job.options()
jobOpts.setString(EL.Job.optXaodAccessMode, args.accessMode)
# Perf stats
jobOpts.setDouble(EL.Job.optXAODPerfStats, 1)
jobOpts.setDouble(EL.Job.optCacheSize, 100*1024*1024)
jobOpts.setDouble(EL.Job.optCacheLearnEntries, 10)
if args.maxEvents is not None:
job.options().setInteger(job.optMaxEvents, args.maxEvents)
# Setup the algorithm
alg = AnalysisAlg()
alg.electronDef = 'default'
alg.muonDef = 'default'
alg.tauDef = 'default'
alg.jetDef = 'default'
alg.metDef = 'default'
alg.orDef = 'none'
if args.noSysts:
alg.doSystematics = False
if args.opt:
alg.schedulerDef = 'optimized'
if args.writeXAOD:
alg.writeXAOD = True
job.algsAdd(alg)
# Driver
logger.info('Launching job with %s driver', args.driver)
driver = setup_driver(args)
driver.submit(job, args.jobDir)
logger.info('Application finished')
def main():
"""Main function"""
args = parse_args()
logger.info('Loading RootCore libraries')
load_rc_libs(batch=True)
sh = scan_samples(args.scanDir, args.samplePattern)
if args.splitEvents is not None:
sh = split_samples(sh, args.splitEvents)
print_samples(sh)
# Write out result
sh.save(args.output)
def main():
"""Main executable function"""
# Command line arguments
args = parse_args()
logger.info('Application begin')
# Delete jobDir if requested
if args.overwrite and os.path.exists(args.jobDir):
shutil.rmtree(args.jobDir)
# RootCore libraries
logger.info('Loading RootCore libraries')
load_rc_libs(batch=True)
from ROOT import EL, AnalysisAlg
# Setup samples
logger.info('Loading samples')
sh = load_samples(args)
print_samples(sh)
# Configure the job
job = EL.Job()
job.sampleHandler(sh)
if args.maxEvents:
job.options().setInteger(job.optMaxEvents, int(args.maxEvents))
# Setup the algorithm
alg = AnalysisAlg()
alg.electronDef = 'default'
alg.muonDef = 'default'
alg.tauDef = 'default'
alg.jetDef = 'default'
alg.metDef = 'default'
alg.orDef = 'default'
if args.noSysts:
alg.doSystematics = False
if args.opt:
alg.schedulerDef = 'optimized'
job.algsAdd(alg)
# Driver
logger.info('Launching job with %s driver', args.driver)
driver = setup_driver(args)
driver.submit(job, args.jobDir)
logger.info('Application finished')
