#
# Generate trees from QCD and a child node with event counts
#
#qcdTreeNodes = {}
#eventCountNodes = {}
ttbarTreeMiter = Miter()
qcdTreeMiter = Miter()
eventCountMiter = Miter()
for dataset in qcd_datasets:
treeNode,produceTree = genTree( g=g,input = nullInput,
nodeName = "tree-%s" % dataset[1],
edgeName = "generateTree-%s" % dataset[1],
crabCfg = "/uscms_data/d2/meloam/s8workflow/crab_mc.cfg",
cmsswCfg = "/uscms_data/d2/meloam/s8workflow/cmssw_mc.py",
dataset = dataset[0],
overridepath = dataset[0],
overridefiles= "s8_trees.txt")
#qcdTreeNodes[ dataset[1] ] = treeNode
qcdTreeMiter.add( treeNode, dataset = dataset[1] )
for dataset in ttbar_datasets:
treeNode,produceTree = genTree( g=g,input = nullInput,
nodeName = "tree-%s" % dataset[1],
edgeName = "generateTree-%s" % dataset[1],
crabCfg = "/uscms_data/d2/meloam/s8workflow/crab_mc.cfg",
cmsswCfg = "/uscms_data/d2/meloam/s8workflow/cmssw_mc.py",
dataset = dataset[0],
#
# Generate trees from QCD and a child node with event counts
#
# qcdTreeNodes = {}
# eventCountNodes = {}
qcdTreeMiter = Miter()
eventCountMiter = Miter()
for dataset in qcd_datasets:
treeNode, produceTree = genTree(
g=g,
input=nullInput,
nodeName="tree-%s" % dataset[1],
edgeName="generateTree-%s" % dataset[1],
crabCfg="/uscms_data/d2/meloam/s8workflow/crab_mc.cfg",
cmsswCfg="/uscms_data/d2/meloam/s8workflow/cmssw_mc.py",
dataset=dataset[0],
)
# qcdTreeNodes[ dataset[1] ] = treeNode
qcdTreeMiter.add(treeNode, dataset=dataset[1])
#
# we've generated the trees, add a step to extract the luminosities
#
eventNode = Node(name="eventCounts-%s" % (dataset[1]))
# will return the crab workdir
crabWorkDir = BindCrabWorkDir(produceTree)
# will return the following command line substituted in with the late-bound values
#
# Generate trees from QCD and a child node with event counts
#
#qcdTreeNodes = {}
#eventCountNodes = {}
qcdTreeMiter = Miter()
eventCountMiter = Miter()
for dataset in qcd_datasets:
treeNode,produceTree = genTree( g=g,input = nullInput,
nodeName = "tree-%s" % dataset[1],
edgeName = "generateTree-%s" % dataset[1],
crabCfg = "/uscms_data/d2/meloam/s8workflow/crab_mc.cfg",
cmsswCfg = "/uscms_data/d2/meloam/s8workflow/cmssw_mc.py",
dataset = dataset[0] )
#qcdTreeNodes[ dataset[1] ] = treeNode
qcdTreeMiter.add( treeNode, dataset = dataset[1] )
#
# we've generated the trees, add a step to extract the luminosities
#
eventNode = Node( name = "eventCounts-%s" % (dataset[1]) )
# will return the crab workdir
crabWorkDir = BindCrabWorkDir( produceTree )
# will return the following command line substituted in with the late-bound values
commandLine = BindSubstitutes(
"crab -report -continue %s | grep 'Total Events read: ' | awk '{print $4;}' > events.txt"
#
# Generate trees from QCD and a child node with event counts
#
#qcdTreeNodes = {}
#eventCountNodes = {}
qcdTreeMiter = Miter()
eventCountMiter = Miter()
for dataset in qcd_datasets:
treeNode,produceTree = genTree( g=g,input = nullInput,
nodeName = "tree-%s" % dataset[1],
edgeName = "generateTree-%s" % dataset[1],
crabCfg = "/uscms_data/d2/meloam/vandy-submit/crab_mc.cfg",
cmsswCfg = "/uscms_data/d2/meloam/vandy-submit/cmssw_mc.py",
dataset = dataset[0],
crabReplacements = [
[ "REMOTEDIR", "user_remote_dir=39x/%s" %
(dataset[1],) ]
]
)
#qcdTreeNodes[ dataset[1] ] = treeNode
qcdTreeMiter.add( treeNode, dataset = dataset[1] )
#
# we've generated the trees, add a step to extract the luminosities
#
eventNode = Node( name = "eventCounts-%s" % (dataset[1]) )
# will return the crab workdir