def main():
"""Submit a simple example job"""
out_dir = "toymass13_30k_test"
jobs = JDLCreator(
) # Default (no Cloud Site supplied): Docker with SLC6 image
# Some example sites:
# site_name='ekpsupermachines' "Super Machines" IO intesiv jobs
jobs.executable = "job.sh" # name of the job script
jobs.wall_time = 11 * 60 * 60 # job will finish in 10 hours
jobs.memory = 1900 # Our regular 2048 MB per slot
jobs.accounting_group = "cms.higgs"
jobs.input_files = "/usr/users/friese/toymass/pythia_eventgeneration/eventgeneration,/usr/users/friese/toymass/pythia_eventgeneration/job.sh,/usr/users/friese/.globus/proxy.grid"
arguments = []
for masses in range(40, 50, 2):
#for masses in range(40,3200,2):
for seed in [20]:
for channel in ["tt", "mt", "et", "em", "mm", "ee"]:
for invert in ["true", "false"]:
arguments.append(" ".join([
str(x)
for x in [masses, seed, channel, invert, out_dir]
]))
print len(arguments)
jobs.arguments = arguments # set arguments for condor job
# Our job requires lots of CPU resources and needs access to the local EKP resources
jobs.requirements = '(TARGET.ProvidesCPU ==True)'
jobs.job_folder = "condor_jobs_" + out_dir # set name of the folder, where files and information are stored
jobs.AddExtraLines('+RemoteJob = True')
jobs.AddExtraLines('x509userproxy = /usr/users/friese/.globus/proxy.grid')
jobs.WriteJDL() # write an JDL file and create folder for log files
jobs.Submit()
def main(args):
jobs = JDLCreator("docker")
jobs.executable = "gof/job.sh"
jobs.wall_time = 5 * 60 * 60
jobs.memory = 4096
jobs.accounting_group = "cms.higgs"
jobs.image = "mschnepf/slc7-condocker"
# Build list of arguments
arguments = []
binning = yaml.load(open(args.binning))
variables = yaml.load(open(args.variables))
# 1D fits
for channel in binning["gof"]:
for variable in variables["selected_variables"][int(args.era)][channel]:
arguments.append("{} {} {} {}".format(args.era, channel, variable, os.getcwd()))
# 2D fits
for channel in binning["gof"]:
selected_2d_fits = []
for var1 in variables["selected_variables"][int(args.era)][channel]:
for var2 in variables["selected_variables"][int(args.era)][channel]:
selected_2d_fits.append("{}_{}".format(var1, var2))
for variable in selected_2d_fits:
if variable in binning["gof"][channel]:
arguments.append("{} {} {} {}".format(args.era, channel, variable, os.getcwd()))
jobs.arguments = arguments
# The job requires lots of CPU resources
jobs.requirements = '(Target.ProvidesCPU == True) && (Target.ProvidesIO == True ) && (Target.ProvidesEKPResources == True)'
jobs.job_folder = args.output
jobs.WriteJDL()
def main(args):
jobs = JDLCreator("ekpsupermachines")
jobs.executable = "ml/job.sh"
jobs.wall_time = 10 * 60 * 60
jobs.memory = 2048
jobs.accounting_group = "cms.higgs"
jobs.image = "stwunsch/slc6-condocker:smhtt"
# Build list of arguments
arguments = []
for modifier in args.modifiers:
arguments.append("{} {}".format(args.channel, modifier))
jobs.arguments = arguments
# The job requires lots of CPU resources
# NOTE: This selects the sg machines.
jobs.requirements = "(Target.ProvidesCPU == True) && (Target.ProvidesEKPResources == True)"
jobs.job_folder = args.output
jobs.WriteJDL()
def main(args):
jobs = JDLCreator("ekpsupermachines")
jobs.executable = "gof/job.sh"
jobs.wall_time = 1 * 60 * 60
jobs.memory = 2048
jobs.accounting_group = "cms.higgs"
jobs.image = "stwunsch/slc6-condocker:smhtt"
# Build list of arguments
arguments = []
config = yaml.load(open(args.binning))
for channel in config["gof"]:
for variable in config["gof"][channel]:
arguments.append("{} {}".format(channel, variable))
jobs.arguments = arguments
# The job requires lots of CPU resources
# NOTE: This selects the sg machines.
jobs.requirements = '(Target.ProvidesCPU == True) && (Target.ProvidesEKPResources == True)'
jobs.job_folder = args.output
jobs.WriteJDL()