input_files = dataset[0] )
preweightMiter.add( currNode, bin = bin[0], dataset=dataset[1]['dataset'] )
#
# Merge the pthats
#
mcForWeights = {}
preweightMergeMiter = Miter()
mcForPlots = Miter()
mcForPlots_rangea = Miter()
mcForPlots_rangeb = Miter()
for currmerge in preweightMiter.iterGrouped( 'bin' ):
step_postfix = "-%s-preweight" % ( currmerge.vals[0][1]['bin'], )
mergeNode = merge_with_root_qcd_helper( g, "root-qcd" + step_postfix, step_postfix,
inputNodes = currmerge.getValues(), pu = True
)
preweightMergeMiter.add( mergeNode,
bin = currmerge.vals[0][1]['bin'] )
singleMonitorMiter.add( mergeNode,\
bin = currmerge.vals[0][1]['bin'],
njetpt = True,
njeteta = True,
privert = True,
type = "skipless_root_qcd" )
mcForWeights[ currmerge.vals[0][1]['bin'] ] = mergeNode
# mcForPlots.add( mergeNode, bin = currmerge.vals[0][1]['bin'] )
#
# Calculate the weights (on a bin-only basis)
#
weightMiter = Miter()
fileKey=dataset[1]["dataset"],
trigger_name="HLT_BTagMu_DiJet10U",
step_postfix=step_postfix,
muon_pt="6..",
input_files=dataset[0],
)
dijet10QCDMiter.add(currNode, bin=bin[0], dataset=dataset[1]["dataset"], opoint=opoint)
singleMonitorMiter = Miter()
rootQCDMiter = Miter()
# merge the dijet10 QCD into one guy
for currmerge in dijet10QCDMiter.iterGrouped("bin", "opoint"):
step_postfix = "-%s-%s" % (currmerge.vals[0][1]["bin"], currmerge.vals[0][1]["opoint"])
mergeNode = merge_with_root_qcd_helper(
g,
"root-qcd" + step_postfix,
step_postfix,
inputNodes=currmerge.getValues(),
triggerName="hltjet10u",
lumiMiter=exports["luminosityMiter"],
)
rootQCDMiter.add(mergeNode, bin=currmerge.vals[0][1]["bin"], opoint=currmerge.vals[0][1]["opoint"])
singleMonitorMiter.add(
mergeNode,
trigger="hltdijet10u",
bin=currmerge.vals[0][1]["bin"],
opoint=currmerge.vals[0][1]["opoint"],
njetpt=True,
njeteta=True,
privert=True,
type="skipless_root_qcd",
)
skiplessDataMiter = Miter()
