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#!/usr/bin/env python
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import os, commands, sys
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from array import array
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import ROOT
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if __name__ == "__main__":
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if len(sys.argv[1:]) != 1:
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print "\nUsage "+sys.argv[0]+" <file>"
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print "where <file> is a text file with at least 6 columns:"
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print "RUN_NUMBER PRESSURE EFF_B EFF_E CSIZE_B CSIZE_E PERCENT_MASKED_B PERCENT_MASKED_E\n"
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exit()
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###Read data from txt file
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file = open(sys.argv[1])
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counter = 0
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runsP = []
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runsCB = []
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runsCE = []
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pressure = []
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csizeBarrel = []
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csizeEndcap = []
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for line in file:
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print line.split()
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if(line[0]=="#"):
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print "Line skipped"
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continue
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if(len(line.split())>5):
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r = float(line.split()[0])
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p = float(line.split()[1])
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cb = float(line.split()[4])
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ce = float(line.split()[5])
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if(r>0 and p>0):
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runsP.append(r);
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pressure.append(p);
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if(r>0 and cb>0):
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runsCB.append(r);
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csizeBarrel.append(cb);
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if(r>0 and ce>0):
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runsCE.append(r);
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csizeEndcap.append(ce);
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x1 = array("d",runsP)
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x2 = array("d",runsCB)
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x3 = array("d",runsCE)
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y1 = array("d",pressure)
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y2 = array("d",csizeBarrel)
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y3 = array("d",csizeEndcap)
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#myFile1 = ROOT.TFile("PressureGraph.root","RECREATE")
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#myGraph1 = ROOT.TGraph(len(runsP),x1,y1)
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#myGraph1.SetName("Graph");
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#myGraph1.SetTitle("Pressure vs Run number;Run;Pressure [mbar]");
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#myGraph1.Write()
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#myFile1.Write()
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#myFile1.Close()
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myFile2 = ROOT.TFile("ClusterSizeGraph_Barrel.root","RECREATE")
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myGraph2 = ROOT.TGraph(len(runsCB),x2,y2)
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myGraph2.SetName("Graph");
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myGraph2.SetTitle("Barrel cluster size vs Run number;Run;Cluster size [strips]");
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myGraph2.Write()
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myFile2.Write()
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myFile2.Close()
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myFile3 = ROOT.TFile("ClusterSizeGraph_Endcap.root","RECREATE")
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myGraph3 = ROOT.TGraph(len(runsCE),x3,y3)
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myGraph3.SetName("Graph");
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myGraph3.SetTitle("Endcap cluster size vs Run number;Run;Cluster size [strips]");
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myGraph3.Write()
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myFile3.Write()
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myFile3.Close()
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