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buchmann |
1.1 |
#include <iostream>
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#include <vector>
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#include <sys/stat.h>
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#include "../../Plotting/Modules/LimitDroplet.C"
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#include "../../Plotting/Modules/GeneralToolBox.C"
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#include "../../Plotting/Modules/SampleClass.C"
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#include "../../Plotting/Modules/Setup.C"
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//#include "../../Plotting/Modules/external/cl95cms.c"
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#include <TSystem.h>
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#include <TROOT.h>
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/*
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This capsule computes the limits; the advantage is that in this way the capsule can fail (segfault/...) without problems, while the main program is not affected.
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*/
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int main(int nargs, char* args[]) {
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/* we obtain lumi etc. directly from the template; the only things passed are the following:
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- report filename [1]
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- luminosity [2]
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- lumi uncert [3]
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- MC efficiency [4]
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- MC efficiency error [5]
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- Npred [6]
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- Nprederr [7]
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- Nobs [8]
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- JZB cut [9]
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- plot name [10]
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*/
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if(nargs<12) {
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dout << "NOT ENOUGH ARGUMENTS!" << endl;
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dout << "You're supposed to provide: " << endl;
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dout << "LUMI LUMIUNCERT MCEFF MCEFFERR NPRED NPREDERR NOBS JZBCUT PLOTNAME DOEXPECTED" << endl;
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return -1;
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}
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string reportname=args[1];
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float luminosity=atof(args[2]);
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float lumiuncert=atof(args[3]);
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float mceff=atof(args[4]);
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float mcefferr=atof(args[5]);
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float Npred=atof(args[6]);
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float Nprederr=atof(args[7]);
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float Nobs=atof(args[8]);
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int JZBcutused=atoi(args[9]);
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string plotname=args[10];
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int doexpected=atoi(args[11]);
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dout << "Should expected limits be calculated? " << doexpected << endl;
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/*
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// TODO:
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- *everything* needs to have absolute paths
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- need to create a directory for every process (otherwise ws.root's will be overwritten!) --> Good possibility: use the reportname and add some time specific string.
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*/
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char currentpath[1024];
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char *path = getcwd(currentpath,1024);
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extract_cbaf_dir(currentpath);
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stringstream loadroostats;
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loadroostats << ".L " << PlottingSetup::cbafbasedir << "/Plotting/Modules/external/roostats_cl95.C+";
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stringstream loadLimitDroplet;
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loadLimitDroplet << ".L " << PlottingSetup::cbafbasedir << "/Plotting/Modules/LimitDroplet.C";
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gROOT->ProcessLine(loadroostats.str().c_str());
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gROOT->ProcessLine(loadLimitDroplet.str().c_str());
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stringstream allargs95;
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allargs95 << "("<<luminosity<<","<<lumiuncert<<","<<mceff<<","<<mcefferr<<","<<Npred<<","<<Nprederr<<","<<Nobs<<","<<false<<","<<PlottingSetup::nuisancemodel<<",\""<<PlottingSetup::limitmethod<<"\",\""<<plotname<<"\"";
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stringstream allargslm;
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buchmann |
1.3 |
allargslm << "("<<luminosity<<","<<lumiuncert<<","<<mceff<<","<<mcefferr<<","<<Npred<<","<<Nprederr<<","<<Nobs<<","<<false<<","<<PlottingSetup::nuisancemodel<<",\""<<PlottingSetup::limitmethod<<"\",\"" << plotname << "\",0";
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buchmann |
1.2 |
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buchmann |
1.1 |
stringstream obscommand;
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obscommand <<"float observed=roostats_cl95"<<allargs95.str()<<");";
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buchmann |
1.4 |
if(doexpected==0) gROOT->ProcessLine(obscommand.str().c_str());
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buchmann |
1.1 |
stringstream expcommand;
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buchmann |
1.2 |
expcommand <<"LimitResult limit = roostats_limit"<<allargslm.str()<<");";
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buchmann |
1.1 |
dout << expcommand.str() << endl;
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if(doexpected!=0) gROOT->ProcessLine(expcommand.str().c_str());
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gROOT->ProcessLine("LimitDroplet limres;");
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stringstream setjzb;
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setjzb<<"limres.JZB="<<JZBcutused<<";";
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gROOT->ProcessLine(setjzb.str().c_str());
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buchmann |
1.4 |
if(doexpected==0) gROOT->ProcessLine("limres.observed=observed;");
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buchmann |
1.1 |
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if(doexpected!=0) {
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gROOT->ProcessLine("limres.upper68=limit.GetOneSigmaHighRange();");
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gROOT->ProcessLine("limres.lower68=limit.GetOneSigmaLowRange();");
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gROOT->ProcessLine("limres.expected=limit.GetExpectedLimit();");
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gROOT->ProcessLine("limres.upper95= limit.GetTwoSigmaHighRange();");
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gROOT->ProcessLine("limres.lower95=limit.GetTwoSigmaLowRange();");
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buchmann |
1.4 |
gROOT->ProcessLine("limres.observed=limit.GetObservedLimit();");
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buchmann |
1.1 |
}
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stringstream savecommand;
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savecommand << "limres.saveDroplet(\""<<reportname<<"\");";
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gROOT->ProcessLine(savecommand.str().c_str());
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gROOT->ProcessLine(".q");
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return 0;
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} |
