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double observedLimitOnNumberOfEvents( int mySR, float accUncertainty, bool Posteriori ){
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int SR ;
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float err,obs,exp, exp_PlusSigma, exp_MinusSigma, myUL, myMinErr = 9999;
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TString MyFile = "empty";
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//input files:
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if( Posteriori )
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MyFile = "LandsOutput_Posterior.txt";
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else
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MyFile = "LandsOutput_Apriori.txt";
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ifstream fLimits(""+MyFile+"", ifstream::in);
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if( !fLimits.is_open() ){
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cerr << "[ERROR] Limit file is null " << endl;
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return 1;
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}
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while( fLimits >> SR >> err >> exp >> obs >> exp_PlusSigma >> exp_MinusSigma ){
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if( SR == mySR ){
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// To Find the UL for a given accUncert!!
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float dAncc = TMath::Abs( err - accUncertainty );
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if( dAncc < myMinErr ){
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myMinErr = dAncc ;
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myUL = obs;
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}
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}
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}
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return myUL;
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}
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double expectedLimitOnNumberOfEvents( int mySR, float accUncertainty, bool Posteriori ){
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int SR ;
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float err,obs,exp, exp_PlusSigma, exp_MinusSigma, myUL, myMinErr = 9999;
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TString MyFile = "empty";
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//input files:
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if( Posteriori )
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MyFile = "LandsOutput_Posterior.txt";
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else
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MyFile = "LandsOutput_Apriori.txt";
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ifstream fLimits(""+MyFile+"", ifstream::in);
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if( !fLimits.is_open() ){
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cerr << "[ERROR] Limit file is null " << endl;
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return 1;
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}
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while( fLimits >> SR >> err >> exp >> obs >> exp_PlusSigma >> exp_MinusSigma ){
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if( SR == mySR ){
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// To Find the UL for a given accUncert!!
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float dAncc = TMath::Abs( err - accUncertainty );
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if( dAncc < myMinErr ){
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myMinErr = dAncc ;
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myUL = exp;
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}
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}
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}
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return myUL;
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}
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double expectedMinusOneSigmaLimitOnNumberOfEvents( int mySR, float accUncertainty, bool Posteriori ){
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int SR ;
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float err,obs,exp, exp_PlusSigma, exp_MinusSigma, myUL, myMinErr = 9999;
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TString MyFile = "empty";
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//input files:
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if( Posteriori )
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MyFile = "LandsOutput_Posterior.txt";
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else
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MyFile = "LandsOutput_Apriori.txt";
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ifstream fLimits(""+MyFile+"", ifstream::in);
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if( !fLimits.is_open() ){
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cerr << "[ERROR] Limit file is null " << endl;
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return 1;
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}
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while( fLimits >> SR >> err >> exp >> obs >> exp_PlusSigma >> exp_MinusSigma ){
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if( SR == mySR ){
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// To Find the UL for a given accUncert!!
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float dAncc = TMath::Abs( err - accUncertainty );
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if( dAncc < myMinErr ){
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myMinErr = dAncc ;
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myUL = exp_MinusSigma ;
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}
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}
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}
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return myUL;
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}
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double expectedPlusOneSigmaLimitOnNumberOfEvents( int mySR, float accUncertainty, bool Posteriori ){
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int SR ;
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float err,obs,exp, exp_PlusSigma, exp_MinusSigma, myUL, myMinErr = 9999;
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TString MyFile = "empty";
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//input files:
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if( Posteriori )
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MyFile = "LandsOutput_Posterior.txt";
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else
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MyFile = "LandsOutput_Apriori.txt";
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ifstream fLimits(""+MyFile+"", ifstream::in);
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if( !fLimits.is_open() ){
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cerr << "[ERROR] Limit file is null " << endl;
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return 1;
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}
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while( fLimits >> SR >> err >> exp >> obs >> exp_PlusSigma >> exp_MinusSigma ){
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if( SR == mySR ){
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// To Find the UL for a given accUncert!!
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float dAncc = TMath::Abs( err - accUncertainty );
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if( dAncc < myMinErr ){
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myMinErr = dAncc ;
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myUL = exp_PlusSigma ;
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}
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}
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}
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return myUL;
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}
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