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#!/usr/bin/env python
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import sys
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import os
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import fileinput
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from array import *
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from optparse import OptionParser
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from OSUT3Analysis.Configuration.configurationOptions import *
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from OSUT3Analysis.Configuration.processingUtilities import *
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parser = OptionParser()
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parser = set_commandline_arguments(parser)
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parser.remove_option("-d")
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parser.remove_option("-n")
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parser.remove_option("-u")
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parser.remove_option("-e")
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parser.remove_option("-R")
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parser.remove_option("-b")
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parser.remove_option("-y")
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parser.remove_option("-p")
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parser.remove_option("-r")
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parser.remove_option("-o")
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parser.remove_option("--2D")
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parser.add_option("-d", "--diff", action="store_true", dest="makeDiffPlots", default=False,
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help="add a column for data-MC to the tables")
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parser.add_option("-r", "--ratio", action="store_true", dest="makeRatioPlots", default=False,
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help="add a colunn for (data-MC)/MC to the tables")
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parser.add_option("-s", "--sToB", action="store_true", dest="signalToBackground", default=False,
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help="add a column for S/sqrt(S+B) to the tables")
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parser.add_option("-o", "--output-file", dest="outputFileName",
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help="specify an output file base name for the cutflow table (suffix will be appended), default is 'cutFlow'")
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(arguments, args) = parser.parse_args()
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if arguments.localConfig:
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sys.path.append(os.getcwd())
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exec("from " + arguments.localConfig.rstrip('.py') + " import *")
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condor_dir = set_condor_output_dir(arguments)
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from ROOT import TFile, gROOT, gStyle, gDirectory, TKey
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channels = []
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processed_datasets = []
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outputFileName = "cutFlow"
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if arguments.outputFileName:
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outputFileName = arguments.outputFileName
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outputFileName = outputFileName.partition(".")[0] # If the input filename contains a period, take only the part before the period.
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texfile = condor_dir + "/" + outputFileName + ".tex"
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replacements = {
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">":"$>$",
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"<":"$<$",
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" eta ":" $\\eta$ ",
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" abs(eta) ":" $|\\eta|$ ",
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"#":"Num",
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"\\rightarrow":"{\\rightarrow}",
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"\\mu QCD":"\\mu$ $QCD",
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"EM QCD":"EM$ $QCD",
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"BCtoE QCD":"BCtoE$ $QCD",
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" pt ":" $p_{T}$ ",
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" ht ":"$H_{T}$ ",
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"d0":"$d_{0}$",
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" MET ":" Met ",
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" MEt ":" Met ",
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" met ":" Met ",
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" Met ":"$\\not\\!\\!{E}_{T}$ ",
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" MHT ":" Mht ",
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" MHt ":" Mht ",
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" mht ":" Mht ",
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" Mht ":"$\\not\\!\\!{H}_{T}$ ",
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"M_Z" : "$M_{Z}$",
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"M_mumu" : "$M_{\\mu\\mu}$",
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"M_ee" : "$M_{ee}$",
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"M_ll" : "$M_{ll}$",
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}
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secondary_replacements = {
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"$$<$":"$<"
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}
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#### check which input datasets have valid output files
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for dataset in datasets:
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fileName = condor_dir + "/" + dataset + ".root"
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if not os.path.exists(fileName):
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#print "Couldn't find output file for",dataset,"dataset"
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continue
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testFile = TFile(fileName)
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if not (testFile.IsZombie()):
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processed_datasets.append(dataset)
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if len(processed_datasets) is 0:
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sys.exit("Can't find any output root files for the given list of datasets")
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#### open first input file and re-make its directory structure in the output file
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testFile = TFile(condor_dir + "/" + processed_datasets[0] + ".root")
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testFile.cd()
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for key in testFile.GetListOfKeys():
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if (key.GetClassName() != "TDirectoryFile"):
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continue
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rootDirectory = key.GetName()
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testFile.cd(key.GetName())
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for key2 in gDirectory.GetListOfKeys():
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if (key2.GetClassName() != "TDirectoryFile"):
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continue
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channels.append(key2.GetName())
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fout = open (texfile, "w")
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fout.write ("\\documentclass[a2paper,8pt]{article}\n\n")
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fout.write ("\\usepackage[landscape,margin=0.15cm]{geometry}\n\n")
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fout.write ("\\usepackage{multirow}\n\n")
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fout.write ("\\begin{document}\n\n")
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fout.write ("\\pagestyle{empty}\n\n")
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fout.close ()
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firstChannel = True
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#weight = intLumi / 10000.0
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#for dataset in processed_datasets:
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# dataset_file = "%s/%s.root" % (condor_dir,dataset)
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# fin = TFile (dataset_file)
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# flags = fin.Get ("flags")
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# noWeights = flags and flags.GetBinContent (1)
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# fin.Close ()
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# if types[dataset] != "data" and not noWeights:
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# os.system("mergeTFileServiceHistograms -i %s -o %s -w %g" % (dataset_file, dataset_file + "_tmp", weight))
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# else:
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# os.system("mergeTFileServiceHistograms -i %s -o %s -w %g" % (dataset_file, dataset_file + "_tmp", 1.0))
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for channel in channels: # loop over final states, which each have their own directory
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formatted_channel = channel.replace("_"," ")
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cutFlowArgs = ""
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selectionArgs = ""
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minusOneArgs = ""
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#print hist
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for dataset in processed_datasets:
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dataset_file = "%s/%s.root" % (condor_dir,dataset)
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#print dataset_file
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if arguments.makeDiffPlots or arguments.makeRatioPlots:
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if types[dataset] == "data":
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dataset_file = "\"<" + dataset_file + "\""
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elif types[dataset] == "bgMC":
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dataset_file = "\">" + dataset_file + "\""
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if arguments.signalToBackground:
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if types[dataset] == "signalMC":
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dataset_file = "\"<" + dataset_file + "\""
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elif types[dataset] == "bgMC":
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dataset_file = "\">" + dataset_file + "\""
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cutFlowArgs = cutFlowArgs + " " + dataset_file
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selectionArgs = selectionArgs + " " + dataset_file
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minusOneArgs = minusOneArgs + " " + dataset_file
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cutFlowArgs = cutFlowArgs + " '" + channel + "CutFlow'"
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selectionArgs = selectionArgs + " '" + channel + "Selection'"
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minusOneArgs = minusOneArgs + " '" + channel + "MinusOne'"
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rawlabel = "$" + labels[dataset] + "$"
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label = rawlabel.replace("#","\\")
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label = "'" + label + "'"
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#print label
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cutFlowArgs = cutFlowArgs + " " + label
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selectionArgs = selectionArgs + " " + label
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minusOneArgs = minusOneArgs + " " + label
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#make cutFlowTable objects
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fout = open (texfile, "a")
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if not firstChannel:
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fout.write ("\\pagebreak\n\n")
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cutFlowTable = "cutFlowTable"
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if arguments.makeDiffPlots:
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cutFlowTable += " -d \"Data - MC\""
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if arguments.makeRatioPlots:
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cutFlowTable += " -r \"(Data - MC) / MC\""
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if arguments.signalToBackground:
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cutFlowTable += " -s \"$\\mathrm{S} / \\sqrt{\\mathrm{S} + \\mathrm{B}}$\""
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firstChannel = False
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fout.write ("\\section*{" + formatted_channel + " channel}\n\n")
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fout.write ("\\subsection*{Cut flow}\n\n")
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fout.close ()
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# print "Debug: running command: %s -l %g -m %s >> %s" % (cutFlowTable, intLumi,cutFlowArgs,texfile)
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os.system("%s -l %g -m %s >> %s" % (cutFlowTable, intLumi,cutFlowArgs,texfile))
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fout = open (texfile, "a")
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fout.write ("\\pagebreak\n\n")
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fout.write ("\\section*{" + formatted_channel + " channel}\n\n")
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fout.write ("\\subsection*{Individual selection}\n\n")
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fout.close ()
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os.system("%s -l %g %s >> %s" % (cutFlowTable, intLumi,selectionArgs,texfile))
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fout = open (texfile, "a")
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fout.write ("\\pagebreak\n\n")
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fout.write ("\\section*{" + formatted_channel + " channel}\n\n")
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fout.write ("\\subsection*{Minus one}\n\n")
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fout.close ()
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os.system("%s -l %g %s >> %s" % (cutFlowTable, intLumi,minusOneArgs,texfile))
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#for dataset in processed_datasets:
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# dataset_file = "%s/%s.root_tmp" % (condor_dir,dataset)
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# os.remove(dataset_file)
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#reformat tex files
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for line in fileinput.FileInput(texfile,inplace=1):
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for replacement in replacements.keys():
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line = line.replace(replacement,replacements[replacement])
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print line,
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for line in fileinput.FileInput(texfile,inplace=1):
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for replacement in secondary_replacements.keys():
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line = line.replace(replacement,secondary_replacements[replacement])
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print line,
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fout = open (texfile, "a")
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fout.write ("\\end{document}\n")
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fout.close ()
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#process tex files to make pdf files
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command = "pdflatex -interaction=batchmode -output-directory=./%s %s > /dev/null" % (condor_dir,texfile)
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os.system(command)
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os.system(command)
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#os.system("rm %s" % texfile)
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os.system("rm %saux" % (texfile.rstrip("tex")))
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os.system("rm %slog" % (texfile.rstrip("tex")))
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print "Finished writing cutFlow to " + condor_dir + "/" + outputFileName + "{.tex,.pdf}"
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