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#include <iostream>
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#include <fstream>
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#include <TCut.h>
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#include <TColor.h>
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#include <TStyle.h>
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#ifndef SampleClassLoaded
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#include "SampleClass.C"
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#endif
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#define SetupLoaded
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using namespace std;
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namespace PlottingSetup {
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string directoryname="official_2096_golden_run";
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bool RestrictToMassPeak=true; // at the moment setting this to false will only trigger alarms all over the place, but the idea is to be able to switch between
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// the regular on-peak JZB method and an off-peak opposite sign analysis
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float luminosity=2096.0;//1936;//751.0;//486.0;//468.0//336.;//pb^{-1}
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float lumiuncert=0.045;// to be indicated in [0,1] range, e.g. for 4% write 0.04
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string jzbvariabledata="jzb[1]+0.06*pt";
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string jzbvariablemc="jzb[1]+0.04*pt";
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float jzbHigh = 350.; // Range for JZB plots
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samplecollection allsamples("completesamplecollection");
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samplecollection signalsamples("signalsamplecollection");
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samplecollection scansample("scansamplecollection");
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int data=1;
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int mc=0;
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int mcwithsignal=2;
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TCut passtrig("(passed_triggers||!is_data)");
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TCut cutmass("abs(mll-91.2)<20");
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//TCut cutmass("mll>2");
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TCut basiccut("mll>2");//basically nothing.
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TCut basicqualitycut("(pfJetGoodNum>=2&&pfJetGoodID[0]!=0)&&(pfJetGoodNum>=2&&pfJetGoodID[1]!=0)");//don't use this for the "essential cut", because we want to plot nJets as well as mll in the inclusive case; we thus use it as an addition nJets cut.
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//TCut jetqualitycut("(pfJetGoodNum>=2&&pfJetGoodID[0])&&(pfJetGoodNum>=2&&pfJetGoodID[1])");//now part of the basiccut
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//TCut jetqualitycut("mll>0");
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TCut cutnJets("pfJetGoodNum>=3"&&basicqualitycut);
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TCut cutnJetsJESdown("pfJetGoodNum25>=3"&&basicqualitycut);
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TCut cutnJetsJESup("pfJetGoodNum35>=3"&&basicqualitycut);
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TCut cutOSOF("(id1!=id2)&&(ch1*ch2<0)");
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TCut cutOSSF("(id1==id2)&&(ch1*ch2<0)");
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TCut sidebandcut("(mll>55&&mll<70)||(mll>112&&mll<160)");
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//TCut sidebandcut("(mll>61&&mll<70)||(mll>112&&mll<190)");
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//TCut basiccut("(passed_triggers||!is_data)");
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// SUSY scan parameters
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float mglustart=25;float mgluend=1200;float mglustep=25;
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float mLSPstart=25;float mLSPend=1200;float mLSPstep=25;
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float m0start=20; float m0end=2000; float m0step=20;
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float m12start=20; float m12end=760; float m12step=20;
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TCut essential(passtrig);//add here any cuts you ALWAYS want
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int dogaus=0;
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int doKM=1;
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int dogaus2sigma=2;
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int dogaus3sigma=3;
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int Kostasmethod=-99;
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float fitresultconstdata=0;//this is the result when fitting in the 0-30 GeV range
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float fitresultconstmc=0;//this is the result when fitting in the 0-30 GeV range
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int method=-1;//Fitting method
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//now some style issues:
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float DataMarkerSize=1.2;
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//here we save our number of predicted and observed events (with errors)
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vector<float> Nobs;
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vector<float> Npred;
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vector<float> Nprederr;
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int noJES=0;
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int JESdown=1;
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int JESup=2;
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//some refinement: nicer color gradient
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Double_t stops[5] = { 0.00, 0.34, 0.61, 0.84, 1.00 };
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Double_t red[5] = { 0.00, 0.00, 0.87, 1.00, 0.51 };
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Double_t green[5] = { 0.00, 0.81, 1.00, 0.20, 0.00 };
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Double_t blue[5] = { 0.51, 1.00, 0.12, 0.00, 0.00 };
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int fi=TColor::CreateGradientColorTable(5, stops, red, green,blue, 255);
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// LIMITS
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int nlimittoys=1000; // how many toys for setting limits
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string limitmethod="bayesian";//what method to use to set limits
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int limitpatience=50; // for how many minutes should the limit calculation (for one configuration!) be allowed to run before being aborted? this only has an effect when when running on the grid.
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bool ConsiderSignalContaminationForLimits=true; //whether or not to consider signal contamination when computing limits (standard:true)
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int nuisancemodel=1;
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float JZBPeakPositionData=-999;
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float JZBPeakPositionMC=-999;
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float JZBPeakWidthData=-999;
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float JZBPeakWidthMC=-999;
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//watch out, the cbafbasedir string is in GeneralToolBox
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}
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