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#include <iostream>
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#include "YieldClass.C"
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#define ResultLibraryClassLoaded
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using namespace std;
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string ampersand=" & \t";
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class tripple
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{
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public:
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string name;
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float first;
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float second;
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};
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class LeptonResult
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{
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public:
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float eemm;
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float ee;
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float mm;
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float em;
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};
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std::ostream &operator<<(std::ostream &ostr, LeptonResult l)
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{
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return ostr << l.eemm << " (" << l.ee << " , " << l.mm << ")";
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}
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class LibraryForOneCut {
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public:
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Yield Zbkg; // Filled in ResultModule
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Yield Flavorsym; // Filled in ResultModule
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Yield total; // Filled in ResultModule
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LeptonResult observed; // Filled in ResultModule
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vector<tripple> SignalYield;
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float UpperLimit;//Filled in ResultModule
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float jzbcut; // Filled in ResultModule
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void Print();
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};
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void LibraryForOneCut::Print() {
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dout << "Library for jzb cut at " << this->jzbcut << " : " << endl;
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dout << "Z prediction : " << Zbkg.value << " +/- " << Zbkg.syserror << " (sys) +/- " << Zbkg.staterror << " (stat)" << endl;
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dout << "Flavorsym prediction : " << Flavorsym.value << " +/- " << Flavorsym.syserror << " (sys) +/- " << Flavorsym.staterror << " (stat)" << endl;
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dout << "Total prediction: " << total.value << " +/- " << total.syserror << " (sys) +/- " << total.staterror << " (stat)" << endl;
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dout << "Observed : " << observed.eemm << " (" << observed.ee << " , " << observed.mm << ")" << endl;
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dout << "Upper Limits: " << UpperLimit << endl;
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}
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class ResultLibrary {
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public:
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vector<LibraryForOneCut> predictions;
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void Add(LibraryForOneCut);
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int Find(float);
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void Print();
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};
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void ResultLibrary::Add(LibraryForOneCut alpha) {
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this->predictions.push_back(alpha);
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}
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int ResultLibrary::Find(float jzbcut) {
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for(int i=0;i<(int)this->predictions.size();i++) if(this->predictions[i].jzbcut==jzbcut) return i;
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// if cut wasn't found, create this library and return the new index!
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LibraryForOneCut additional;
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additional.jzbcut=jzbcut;
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this->Add(additional);
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cout << "A library for cut " << jzbcut << " was added " << endl;
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return (this->predictions).size()-1;
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}
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void ResultLibrary::Print() {
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cout << " \\hline" << endl;
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cout << " " << ampersand << " ";
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for(int i=0;i<(int)this->predictions.size();i++) cout << ampersand << " JZB > " << predictions[i].jzbcut << " GeV " << " ";
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cout << " \\\\ \\hline" << endl;
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cout << " " << ampersand << " Z bkgd ";
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for(int i=0;i<(int)this->predictions.size();i++) cout << ampersand << " " << predictions[i].Zbkg;
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cout << " \\\\" << endl;
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cout << " " << ampersand << " flavor-symmetric ";
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for(int i=0;i<(int)this->predictions.size();i++) cout << ampersand << " " << predictions[i].Flavorsym;
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cout << " \\\\" << endl;
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cout << " " << ampersand << " Total ";
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for(int i=0;i<(int)this->predictions.size();i++) cout << ampersand << " " << predictions[i].total;
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cout << " \\\\ \\hline" << endl;
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cout << " " << ampersand << " Observed ";
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for(int i=0;i<(int)this->predictions.size();i++) cout << ampersand << " " << predictions[i].observed;
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cout << " \\\\ \\hline" << endl;
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cout << " " << ampersand << " Upper Limit";
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for(int i=0;i<(int)this->predictions.size();i++) cout << ampersand << " " << predictions[i].UpperLimit;
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cout << " \\\\ \\hline";
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for(int isignal=0;isignal<(int)this->predictions[0].SignalYield.size();isignal++) {
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cout << endl;
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cout << " " << ampersand << " " << predictions[0].SignalYield[isignal].name;
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for(int i=0;i<(int)this->predictions.size();i++) {
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if((int)predictions[i].SignalYield.size()<=isignal) cout << "X";
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else cout << ampersand << " " << predictions[i].SignalYield[isignal].first << " +/- " << predictions[i].SignalYield[isignal].second << " \\\\";
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}
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}
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cout << " \\hline " << endl;
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}
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/*
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int main() {
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LibraryForOneCut tester;
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LeptonResult observed;
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observed.ee=2;
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observed.mm=3;
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observed.eemm=5;
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Yield Zbkg;Zbkg.value=3;Zbkg.staterror=2;Zbkg.syserror=1;
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Yield Flavorsym;Flavorsym.value=6;Flavorsym.staterror=5;Flavorsym.syserror=4;
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Yield total;total.value=9;total.staterror=8;total.syserror=7;
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float UpperLimit=15;
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tester.observed=observed;
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tester.jzbcut=11;
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tester.Zbkg=Zbkg;
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tester.Flavorsym=Flavorsym;
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tester.total=total;
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tester.UpperLimit=UpperLimit;
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ResultLibrary hello;
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vector<tripple> signals;
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tripple signal;
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signal.name="LM4";
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signal.first=2;
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signal.second=3;
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(tester.SignalYield).push_back(signal);
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signal.name="LM8";
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signal.first=4;
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signal.second=5;
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tester.SignalYield.push_back(signal);
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hello.Add(tester);
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tester.SignalYield.push_back(signal);
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tester.observed.ee=12;
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tester.observed.mm=13;
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tester.observed.eemm=25;
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tester.jzbcut=50;
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hello.Add(tester);
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tester.jzbcut=150;
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hello.Add(tester);
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tester.Print();
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hello.Print();
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}
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*/
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