minxvals = [0., 0., -0.77, -0.69, -0.82, -0.71, -0.70, -0.75, -0.59]
maxxvals = [5000., 5000., 0.63, 0.57, 0.64, 0.56, 0.57, 0.58, 0.40]
bdts = []
for b, bl, nb, minx, maxx in zip(bins, binlabels, nhistobins, minxvals,
maxxvals):
if bl == "j4_t2" or bl == "j5_t2":
bdts.append(
Plot(
ROOT.TH1F("BDT_ljets" + "_" + bl,
"BDT_ljets" + " (" + bl + ")", nb, minx, maxx),
"Evt_HT", b))
else:
bdts.append(
Plot(
ROOT.TH1F("BDT_ljets" + "_" + bl,
"BDT_ljets" + " (" + bl + ")", nb, minx, maxx),
"BDT_common5_output", b))
outputpath = plotParallel(name, 1000000, bdts, allsamples, [''], ['1.'],
weightsystnames, systweights)
renameHistos(outputpath, name + '_limitInput.root', allsystnames)
addPseudoData(name + '_limitInput.root', [s.name for s in samples[1:]],
binlabels, allsystnames)
MoveOverUnderflow(name + '_limitInput.root',
name + '_limitInput_rebinned.root')
listOfHistoLists = createHistoLists_fromSuperHistoFile(outputpath, samples,
bdts)
writeListOfHistoLists(listOfHistoLists, allsamples, '', name, False)
import ROOT
import sys
ROOT.gDirectory.cd('PyROOT:/')
from limittools import renameHistos
infname = sys.argv[1]
outfname = sys.argv[2]
sysnames = [
"_CMS_ttH_CSVLFUp", "_CMS_ttH_CSVLFDown", "_CMS_ttH_CSVHFUp",
"_CMS_ttH_CSVHFDown", "_CMS_ttH_CSVHFStats1Up", "_CMS_ttH_CSVHFStats1Down",
"_CMS_ttH_CSVLFStats1Up", "_CMS_ttH_CSVLFStats1Down",
"_CMS_ttH_CSVHFStats2Up", "_CMS_ttH_CSVHFStats2Down",
"_CMS_ttH_CSVLFStats2Up", "_CMS_ttH_CSVLFStats2Down",
"_CMS_ttH_CSVCErr1Up", "_CMS_ttH_CSVCErr1Down", "_CMS_ttH_CSVCErr2Up",
"_CMS_ttH_CSVCErr2Down", "_CMS_scale_jUp", "_CMS_scale_jDown",
"_CMS_res_jUp", "_CMS_res_jDown"
]
renameHistos(infname, outfname, sysnames)
