T2tt_obs_UL_int.Clone("T2tt_temperature").Write()
contour_exp.Write()
contour_exp_up.Write()
contour_exp_down.Write()
contour_obs.Write()
contour_obs_up.Write()
contour_obs_down.Write()
temp.Close()
# read input arguments
modelname = "T2tt"
analysisLabel = "SUS-16-NaN"
outputname = ofilename
# read the config file
fileIN = inputFile('T2tt_limit.cfg')
# classic temperature histogra
xsecPlot = smsPlotXSEC(modelname, fileIN.HISTOGRAM, fileIN.OBSERVED, fileIN.EXPECTED, fileIN.ENERGY, fileIN.LUMI, fileIN.PRELIMINARY, "")
xsecPlot.Draw()
xsecPlot.Save("%sXSEC" %outputname)
# only lines
contPlot = smsPlotCONT(modelname, fileIN.HISTOGRAM, fileIN.OBSERVED, fileIN.EXPECTED, fileIN.ENERGY, fileIN.LUMI, fileIN.PRELIMINARY, "")
contPlot.Draw()
contPlot.Save("%sCONT" %outputname)
# brazilian flag (show only 1 sigma)
brazilPlot = smsPlotBrazil(modelname, fileIN.HISTOGRAM, fileIN.OBSERVED, fileIN.EXPECTED, fileIN.ENERGY, fileIN.LUMI, fileIN.PRELIMINARY, "")
brazilPlot.Draw()
brazilPlot.Save("%sBAND" %outputname)
