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#ifndef FITINFO_H
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#define FITINFO_H
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bortigno |
1.2 |
#include "samples.hpp"
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bortigno |
1.1 |
#include "controlRegions.h"
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bortigno |
1.2 |
#include "../plugins/customize.h"
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#include "../plugins/setTDRStyle.C"
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bortigno |
1.1 |
#include <iostream>
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#include <TCanvas.h>
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#include <TLine.h>
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#include <TRegexp.h>
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#include <TLegend.h>
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#include <THStack.h>
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#include <TROOT.h>
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#include "TLatex.h"
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#include "TPaveText.h"
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#include "TGraphErrors.h"
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#include "TAxis.h"
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#include <TH1.h>
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#include <TFractionFitter.h>
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#include <TFile.h>
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#include "TObjArray.h"
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#include "RooAbsReal.h"
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#include "RooRealVar.h"
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#include "RooArgList.h"
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#include "RooFitResult.h"
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#include "RooDataHist.h"
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#include "RooDataSet.h"
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#include "RooHistPdf.h"
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#include "RooAddPdf.h"
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#include "RooPlot.h"
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#include "RooSimultaneous.h"
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#include "RooCategory.h"
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class fitInfo{
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private:
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std::string s_prefix;
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std::string s_sysprefix;
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std::string s_suffix;
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std::string s_region;
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std::string s_var;
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std::string s_channel;
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double minVar;
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double maxVar;
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double initial;
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TH1F * hd;
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public:
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fitInfo():cr(new controlRegion), cr_signal( new controlRegion){
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cr->init();
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cr_signal->init();
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s_regionString = s_prefix+s_region+"ControlRegionHZee/"+s_var+s_prefix+s_region+"ControlRegionHZee$";
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s_regionForSyst = s_sysprefix+s_region+"ControlRegionHZee/"+s_var+s_sysprefix+s_region+"ControlRegionHZee"+s_suffix;
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if(s_sysprefix != "")
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s_signalRegion=s_sysprefix+"RegionHZee/SimpleJet1_phi"+s_sysprefix+"RegionHZee$";
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else
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s_signalRegion="BDTRegionHZee/SimpleJet1_phiBDTRegionHZee$";
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};
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fitInfo(std::string & region, std::string & var, std::string & prefix, std::string & sysprefix , std::string & suffix, std::string & channel, double min_, double max_ )
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:s_region(region), s_var(var), s_prefix(prefix), s_sysprefix(sysprefix), s_suffix(suffix), minVar(min_), maxVar(max_), s_channel(channel),cr(new controlRegion), cr_signal( new controlRegion) {
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cr->init();
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cr_signal->init();
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s_regionString = s_prefix+s_region+"Region"+s_channel+"/"+s_var+s_prefix+s_region+"Region"+s_channel+"$";
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s_regionForSyst = s_sysprefix+s_region+"Region"+s_channel+"/"+s_var+s_sysprefix+s_region+"Region"+s_channel+s_suffix;
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if(s_sysprefix != "")
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s_signalRegion=s_sysprefix+"Region"+s_channel+"/SimpleJet1_phi"+s_sysprefix+"Region"+s_channel+"$";
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else
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s_signalRegion="BDTRegionHZee/SimpleJet1_phiBDTRegionHZee$";
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};
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fitInfo(std::string & region, std::string & var, std::string & prefix, std::string & sysprefix , std::string & suffix, double min_, double max_ )
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:s_region(region), s_var(var), s_prefix(prefix), s_sysprefix(sysprefix), s_suffix(suffix), minVar(min_), maxVar(max_),cr(new controlRegion), cr_signal( new controlRegion) {
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cr->init();
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cr_signal->init();
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s_channel = "HZee";
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s_regionString = s_prefix+s_region+"ControlRegion"+s_channel+"/"+s_var+s_prefix+s_region+"ControlRegion"+s_channel+"$";
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s_regionForSyst = s_sysprefix+s_region+"ControlRegion"+s_channel+"/"+s_var+s_sysprefix+s_region+"ControlRegion"+s_channel+s_suffix;
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if(s_sysprefix != "")
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s_signalRegion=s_sysprefix+"Region"+s_channel+"/SimpleJet1_phi"+s_sysprefix+"Region"+s_channel+"$";
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else
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s_signalRegion="BDTRegionHZee/SimpleJet1_phiBDTRegionHZee$";
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};
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fitInfo(std::string & regionString , double min_, double max_ )
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:s_regionString(regionString), minVar(min_), maxVar(max_),cr(new controlRegion), cr_signal( new controlRegion) {
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cr->init();
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cr_signal->init();
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s_regionForSyst = "";
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s_signalRegion = "";
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};
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~fitInfo() {};
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std::string regionName(){return s_region;}
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std::string regionString(){return s_regionString;}
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void setSignalRegion( std::string & signalString ){ s_signalRegion = signalString; std::cout << s_signalRegion << std::endl; }
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std::string s_regionString;
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std::string s_regionForSyst;
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std::string s_signalRegion;
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controlRegion *cr;
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controlRegion *cr_signal;
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void fillHistoToFit( TH1F & data ){
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hd = new TH1F( data );
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}
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RooRealVar *var;
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std::vector<RooRealVar*> tr_vars;
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std::vector<RooFormulaVar*> fit_vars;
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std::vector<RooDataHist*> templates;
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std::vector<RooHistPdf*> pdfs;
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RooArgList *pdfList;
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RooArgList *varList;
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RooAddPdf *model;
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RooDataHist * h_data;
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void create_variable( std::vector<std::string> &templateNames, std::vector<std::string> &fixedTemplateNames, std::vector<RooRealVar*>& f_vars, double min = -1e10, double max = 1e10, bool SF = false ){
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std::cout << "Creating variables" << std::endl;
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SF = true;
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min = minVar;
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max = maxVar;
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pdfList = new RooArgList;
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varList = new RooArgList;
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var = new RooRealVar(("var"+s_region+s_var).c_str(),("var"+s_region+s_var).c_str(), min, max);
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h_data = new RooDataHist(("data"+s_region).c_str(),("data"+s_region).c_str(), *var, hd );
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std::cout << "creating varibles for fixed template..." << std::endl;
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for(int i=0; i<fixedTemplateNames.size(); ++i){
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std::cout << fixedTemplateNames.at(i) << " count = " << cr->count(fixedTemplateNames.at(i)) << ", signal count = " << cr_signal->count(fixedTemplateNames.at(i)) << std::endl;
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templates.push_back( new RooDataHist((s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(),(s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(), RooArgList(*var), cr->histo(fixedTemplateNames.at(i) )));
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if(!SF) tr_vars.push_back( new RooRealVar(("tr_"+s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(),("tr_"+s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(), cr->count(fixedTemplateNames.at(i))/cr_signal->count(fixedTemplateNames.at(i))) );
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else tr_vars.push_back( new RooRealVar(("tr_"+s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(),("tr_"+s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(), cr->count(fixedTemplateNames.at(i)) ) );
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fit_vars.push_back( new RooFormulaVar(("fit_"+s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(),("fit_"+s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(),"@0*@1", RooArgList(*f_vars.at(i),*tr_vars.at(i) ) ) );
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pdfs.push_back( new RooHistPdf( ("pdf_"+fixedTemplateNames.at(i)+"_"+s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(),("pdf_"+fixedTemplateNames.at(i)+"_"+s_region+"_cr_"+fixedTemplateNames.at(i)).c_str(), RooArgList(*var), *templates.at(i) ) );
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bortigno |
1.3 |
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bortigno |
1.1 |
pdfList->addOwned(*pdfs.at(i));
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varList->addOwned(*fit_vars.at(i));
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}
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std::cout << "creating varibles for variable template..." << std::endl;
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for(int i=0; i<templateNames.size(); ++i){
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int j = i+fixedTemplateNames.size();
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std::cout << templateNames.at(i) << " count = " << cr->count(templateNames.at(i)) << ", signal count = " << cr_signal->count(templateNames.at(i)) << std::endl;
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templates.push_back( new RooDataHist((s_region+"_cr_"+templateNames.at(i)).c_str(),(s_region+"_cr_"+templateNames.at(i)).c_str(), RooArgList(*var), cr->histo(templateNames.at(i))));
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if(!SF) tr_vars.push_back( new RooRealVar(("tr_"+s_region+"_cr_"+templateNames.at(i)).c_str(),("tr_"+s_region+"_cr_"+templateNames.at(i)).c_str(), cr->count(templateNames.at(i))/cr_signal->count(templateNames.at(i))) );
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else tr_vars.push_back( new RooRealVar(("tr_"+s_region+"_cr_"+templateNames.at(i)).c_str(),("tr_"+s_region+"_cr_"+templateNames.at(i)).c_str(), cr->count(templateNames.at(i)) ) );
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fit_vars.push_back( new RooFormulaVar(("fit_"+s_region+"_cr_"+templateNames.at(i)).c_str(),("fit_"+s_region+"_cr_"+templateNames.at(i)).c_str(),"@0*@1", RooArgList(*f_vars.at(j),*tr_vars.at(j) ) ) );
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pdfs.push_back( new RooHistPdf( ("pdf_"+templateNames.at(i)+"_"+s_region+"_cr_"+templateNames.at(i)).c_str(),("pdf_"+templateNames.at(i)+"_"+s_region+"_cr_"+templateNames.at(i)).c_str(), RooArgList(*var), *templates.at(j) ) );
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bortigno |
1.3 |
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bortigno |
1.1 |
pdfList->addOwned(*pdfs.at(j));
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varList->addOwned(*fit_vars.at(j));
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}
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pdfList->Print();
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varList->Print();
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bortigno |
1.3 |
model = new RooAddPdf( ("model_"+s_region+s_var+s_suffix).c_str(),("model_"+s_region+s_var+s_suffix).c_str(), *pdfList, *varList, kFALSE );
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bortigno |
1.1 |
}
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};
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#endif
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