+++ /dev/null
-/**************************************************************************
- * Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *
- * *
- * Author: The ALICE Off-line Project. *
- * Contributors are mentioned in the code where appropriate. *
- * *
- * Permission to use, copy, modify and distribute this software and its *
- * documentation strictly for non-commercial purposes is hereby granted *
- * without fee, provided that the above copyright notice appears in all *
- * copies and that both the copyright notice and this permission notice *
- * appear in the supporting documentation. The authors make no claims *
- * about the suitability of this software for any purpose. It is *
- * provided "as is" without express or implied warranty. *
- **************************************************************************/
-//Draws jet-spectra,pt dependences, centrality dependcies, etc for output of AliAnalysisTaskDiHardron
-//Author: Jason Glyndwr Ulery, ulery@uni-frankfurt.de
-
-
-
-
-#ifndef __CINT__
-#include <TF1.h>
-#include <TF2.h>
-#include "TSystem.h"
-#include <iostream>
-#include <TH1.h>
-#include <TH2.h>
-#include <TH3.h>
-#include <TRandom.h>
-#include <fstream>
-#include "TList.h"
-#include "TArrayF.h"
-#endif
-
-void DrawSpectra(){
- gROOT->Reset();
- gROOT->LoadMacro("Util9.C");
- Style(1);
- gStyle->SetOptFit(1);
- //Parameters to be changed
- Int_t APtTPtMult=0;//0 Associated particle spectra, 1 Trigger particle dependence, 2 Centrality dependence
- Float_t TPt1=4;
- Float_t TPt2=6;
- Float_t APt1=0.25;
- Float_t APt2=2;
- Float_t Mult1=0;
- Float_t Mult2=0;
- Int_t PtWeighted=0;
- Int_t HorizontalErrors=0;
- Int_t NoTitle=1;
- Int_t DrawFit=1;
- Int_t LSign=0;
- Int_t SaveFits=1;
- int EffMethod=0;//0 no correction, 1 angle dependent, 2 use mix for triggered, 3 <1>
- char *filetype=".gif"; //.gif, .eps etc...
- // const Int_t nTPt=12;
- //Float_t TPtBins[(nTPt+1)]={2.5,3,4,6,8,10,15,20,30,40,50,75,100};
- /*
- const Int_t nTPt=6;
- Float_t TPtBins[(nTPt+1)]={2,2.5,3,4,6,10,20};
- */
-
- // const Int_t nTPt=11;
- //Float_t TPtBins[(nTPt+1)]={2,2.5,3,4,5,6,8,10,15,20,30,50};
- const Int_t nTPt=9;
- Float_t TPtBins[(nTPt+1)]={2,2.5,3,4,5,6,8,10,15,20};
- // const Int_t nAPt=30;
- // Float_t APtBins[(nAPt+1)]={0.25,0.5,0.75,1,1.5,2,2.5,3,3.5,4,4.5,5,6,7,8,9,10,12,15,20,25,30,35,40,45,50,60,70,80,90,100};
- // const Int_t nAPt=17;//up to 15-20 for 7 TeV
- // Float_t APtBins[(nAPt+1)]={0.25,0.5,0.75,1,1.5,2,2.5,3,3.5,4,4.5,5,6,8,10,15,20,30};
- // const Int_t nAPt=4;//from 20-30 for 7 TeV
- //Float_t APtBins[(nAPt+1)]={0.25,1,2,4,30};
- //const Int_t nAPt=9;
- // Float_t APtBins[(nAPt+1)]={0.25,0.5,1,1.5,2,2.5,3,3.5,4,6};
- const Int_t nAPt=6;
- Float_t APtBins[(nAPt+1)]={0.25,0.5,0.75,1,2,3,4};
- const Int_t nMult=2;
- Float_t MultBins1[nMult]={1,2};
- Float_t MultBins2[nMult]={1,2};
- Float_t MultArray1[3]={0,0,20};//>=
- Float_t MultArray2[3]={500,20,500};//<
- Float_t ZYAMCent=1.5;
- Float_t ZYAMWidth=0.2;
- float Pi=3.1415926535898;
- Float_t NearWidthPhi=1.5;
- Float_t AwayWidthPhi=Pi-NearWidthPhi;
- Float_t NearWidthEta=0.5;
-
- // char *Folder="2009-09-30/v4-16-Rev-08/pdc1_resdb_100_0000";
- // char *EffFolder="2009-09-30/v4-16-Rev-08/pdc1_resdb_100_0000";
- //char *Folder="current/7";
- // char *EffFolder="current/7";
- //char *Folder="2009-12-15/RealData";//LHC09b8
- // char *EffFolder="2009-12-03/Combined900";
- // char *Folder="2010-01-06/900Data";//LHC09b8
- // char *Folder="2010-03-10/pass5";
- // char *EffFolder="2010-03-10/all_5";
- // char *Folder="2010-04-12/pass5";
- // char *EffFolder="2010-04-12/900Pythia";
- /*
- char *Folder="2010-08-17/LHC10b_7pass2";
- char *EffFolder="2010-08-17/7Pythia_LHC10b5";
- */
-
- char *Folder="2010-08-17/LHC10c_900pass2";
- //char *Folder="2010-07-02/LHC10c6_900Pythia";
- char *EffFolder="2010-08-17/LHC10c6_900Pythia";
-
-
- //Plotting
- Float_t MarkerSize=1.5;
- Int_t ColorNearPhi=kBlack;
- Int_t ColorAwayPhi=kRed;
- Int_t ColorMin=kGreen+2;
- Int_t ColorNearPhiFit=kBlue+2;
- Int_t ColorAwayPhiFit=kRed+2;
- Int_t ColorMinFit=kGreen+3;
- Int_t ColorNearEta=kGreen+2;
- Int_t ColorAwayEta=kMagenta+3;
- Int_t ColorNearEtaFit=kGreen+3;
- Int_t MarkerNearPhi=20;
- Int_t MarkerAwayPhi=21;
- Int_t MarkerMin=22;
- Int_t MarkerNearPhiFit=24;
- Int_t MarkerAwayPhiFit=25;
- Int_t MarkerMinFit=26;
- Int_t MarkerNearEta=29;
- Int_t MarkerAwayEta=23;
- Int_t MarkerNearEtaFit=30;
-
-
- TF1 *fit1=new TF1("fit1","1/sqrt(2*3.1415926)*([0]/[1]*(exp(-0.5*pow(x/[1],2))+exp(-0.5*pow((x-6.29185)/[1],2)))+[2]/[3]*(exp(-0.5*pow((x-3.14159)/[3],2))+exp(-0.5*pow((x+3.14159)/[3],2))))+[4]");
- fit1->SetParameters(.1,.2,.1,.35,.1);
- fit1->SetParNames("Near-Yield", "Near-Width","Away-Yield","Away-Width","Bg-Level");
- fit1->SetParLimits(0,1E-10,100);
- fit1->SetParLimits(1,0.01,6);
- fit1->SetParLimits(2,1E-10,100);
- fit1->SetParLimits(3,0.01,6);
- fit1->SetParLimits(4,1E-10,500);
- TF1 *fit2=new TF1("fit2","1/sqrt(2*3.1415926)*([0]/[1]*(exp(-0.5*pow(x/[1],2))))+[2]");
- fit2->SetParameters(.1,.2,.1);
- fit2->SetParNames("Near-Yield", "Near-Width","Bg-Level");
- fit2->SetParLimits(0,1E-10,100);
- fit2->SetParLimits(1,0.01,6);
- fit2->SetParLimits(2,1E-10,500);
- //Bollow this users should not need to change
- char *cPt[2]={"","PT"};
- char name[250];
- char inName[100];
- char effName[100];
- sprintf(inName,"%s/julery_DiHadron.root",Folder);
- sprintf(effName,"%s/julery_DiHadron.root",EffFolder);
- cout << inName << endl;
- cout << effName << endl;
- Float_t MPt[3];//<pt>, error <pt>, # of triggers
- Float_t MPt2[3];
- Float_t TrigSum=0;
-
- TH1F *hPhiRaw=new TH1F("hPhiRaw","",1,0,1);
- TH1F *hPhiCorr=new TH1F("hPhiCorr","",1,0,1);
- TH1F *hPhiEff=new TH1F("hPhiEff","",1,0,1);
- TH1F *hPhiMC=new TH1F("hPhiMC","",1,0,1);
- TH1F *hPhiMixRaw=new TH1F("hPhiMixRaw","",1,0,1);
- TH1F *hPhiMixCorr=new TH1F("hPhiMixCorr","",1,0,1);
- TH1F *hPhiMixEff=new TH1F("hPhiMixEff","",1,0,1);
- TH1F *hPhiMixMC=new TH1F("hPhiMixMC","",1,0,1);
- TH2F *hPhiEtaRaw=new TH2F("hPhiEtaRaw","",1,0,1,1,0,1);
- TH2F *hPhiEtaCorr=new TH2F("hPhiEtaCorr","",1,0,1,1,0,1);
- TH2F *hPhiEtaEff=new TH2F("hPhiEtaEff","",1,0,1,1,0,1);
- TH2F *hPhiEtaMC=new TH2F("hPhiEtaMC","",1,0,1,1,0,1);
- TH2F *hPhiEtaMixRaw=new TH2F("hPhiEtaMixRaw","",1,0,1,1,0,1);
- TH2F *hPhiEtaMixCorr=new TH2F("hPhiEtaMixCorr","",1,0,1,1,0,1);
- TH2F *hPhiEtaMixEff=new TH2F("hPhiEtaMixEff","",1,0,1,1,0,1);
- TH2F *hPhiEtaMixMC=new TH2F("hPhiEtaMixMC","",1,0,1,1,0,1);
-
- TH1F *hEtaNRaw=new TH1F("hEtaNRaw","",1,0,1);
- TH1F *hEtaNCorr=new TH1F("hEtaNCorr","",1,0,1);
- TH1F *hEtaNEff=new TH1F("hEtaNEff","",1,0,1);
- TH1F *hEtaNMC=new TH1F("hEtaNMC","",1,0,1);
- TH1F *hEtaNMixRaw=new TH1F("hEtaNMixRaw","",1,0,1);
- TH1F *hEtaNMixCorr=new TH1F("hEtaNMixCorr","",1,0,1);
- TH1F *hEtaNMixEff=new TH1F("hEtaNMixEff","",1,0,1);
- TH1F *hEtaNMixMC=new TH1F("hEtaNMixMC","",1,0,1);
-
- TH1F *hEtaARaw=new TH1F("hEtaARaw","",1,0,1);
- TH1F *hEtaACorr=new TH1F("hEtaACorr","",1,0,1);
- TH1F *hEtaAEff=new TH1F("hEtaAEff","",1,0,1);
- TH1F *hEtaAMC=new TH1F("hEtaAMC","",1,0,1);
- TH1F *hEtaAMixRaw=new TH1F("hEtaAMixRaw","",1,0,1);
- TH1F *hEtaAMixCorr=new TH1F("hEtaAMixCorr","",1,0,1);
- TH1F *hEtaAMixEff=new TH1F("hEtaAMixEff","",1,0,1);
- TH1F *hEtaAMixMC=new TH1F("hEtaAMixMC","",1,0,1);
-
- TH1F *hTPhiRaw=new TH1F("hTPhiRaw","For near-side pt sum",1,0,1);
- TH1F *hTPhiCorr=new TH1F("hTPhiCorr","",1,0,1);
- TH1F *hTPhiEff=new TH1F("hTPhiErr","",1,0,1);
- TH1F *hTPhiMC=new TH1F("hTPhiMC","",1,0,1);
- TH1F *hTPhiMixRaw=new TH1F("hTPhiMixRaw","",1,0,1);
- TH1F *hTPhiMixCorr=new TH1F("hTPhiMixCorr","",1,0,1);
- TH1F *hTPhiMixEff=new TH1F("hTPhiMixEff","",1,0,1);
- TH1F *hTPhiMixMC=new TH1F("hTPhiMixMC","",1,0,1);
- TH2F *hTPhiEtaRaw=new TH2F("hTPhiEtaRaw","",1,0,1,1,0,1);
- TH2F *hTPhiEtaCorr=new TH2F("hTPhiEtaCorr","",1,0,1,1,0,1);
- TH2F *hTPhiEtaEff=new TH2F("hTPhiEtaEff","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMC=new TH2F("hTPhiEtaMC","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMixRaw=new TH2F("hTPhiEtaMixRaw","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMixCorr=new TH2F("hTPhiEtaMixCorr","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMixEff=new TH2F("hTPhiEtaMixEff","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMixMC=new TH2F("hTPhiEtaMixMC","",1,0,1,1,0,1);
-
- TH1F *hTEtaNRaw=new TH1F("hTEtaNRaw","",1,0,1);
- TH1F *hTEtaNCorr=new TH1F("hTEtaNCorr","",1,0,1);
- TH1F *hTEtaNEff=new TH1F("hTEtaNEff","",1,0,1);
- TH1F *hTEtaNMC=new TH1F("hTEtaNMC","",1,0,1);
- TH1F *hTEtaNMixRaw=new TH1F("hTEtaNMixRaw","",1,0,1);
- TH1F *hTEtaNMixCorr=new TH1F("hTEtaNMixCorr","",1,0,1);
- TH1F *hTEtaNMixEff=new TH1F("hTEtaNMixEff","",1,0,1);
- TH1F *hTEtaNMixMC=new TH1F("hTEtaNMixMC","",1,0,1);
-
- TH1F *hTEtaARaw=new TH1F("hTEtaARaw","",1,0,1);
- TH1F *hTEtaACorr=new TH1F("hTEtaACorr","",1,0,1);
- TH1F *hTEtaAEff=new TH1F("hTEtaAEff","",1,0,1);
- TH1F *hTEtaAMC=new TH1F("hTEtaAMC","",1,0,1);
- TH1F *hTEtaAMixRaw=new TH1F("hTEtaAMixRaw","",1,0,1);
- TH1F *hTEtaAMixCorr=new TH1F("hTEtaAMixCorr","",1,0,1);
- TH1F *hTEtaAMixEff=new TH1F("hTEtaAMixEff","",1,0,1);
- TH1F *hTEtaAMixMC=new TH1F("hTEtaAMixMC","",1,0,1);
-
- TH1F *hPhiRawPt=new TH1F("hPhiRawPt","",1,0,1);
- TH1F *hPhiCorrPt=new TH1F("hPhiCorrPt","",1,0,1);
- TH1F *hPhiEffPt=new TH1F("hPhiEffPt","",1,0,1);
- TH1F *hPhiMCPt=new TH1F("hPhiMCPt","",1,0,1);
- TH1F *hPhiMixRawPt=new TH1F("hPhiMixRawPt","",1,0,1);
- TH1F *hPhiMixCorrPt=new TH1F("hPhiMixCorrPt","",1,0,1);
- TH1F *hPhiMixEffPt=new TH1F("hPhiMixEffPt","",1,0,1);
- TH1F *hPhiMixMCPt=new TH1F("hPhiMixMCPt","",1,0,1);
- TH2F *hPhiEtaRawPt=new TH2F("hPhiEtaRawPt","",1,0,1,1,0,1);
- TH2F *hPhiEtaCorrPt=new TH2F("hPhiEtaCorrPt","",1,0,1,1,0,1);
- TH2F *hPhiEtaEffPt=new TH2F("hPhiEtaEffPt","",1,0,1,1,0,1);
- TH2F *hPhiEtaMCPt=new TH2F("hPhiEtaMCPt","",1,0,1,1,0,1);
- TH2F *hPhiEtaMixRawPt=new TH2F("hPhiEtaMixRawPt","",1,0,1,1,0,1);
- TH2F *hPhiEtaMixCorrPt=new TH2F("hPhiEtaMixCorrPt","",1,0,1,1,0,1);
- TH2F *hPhiEtaMixEffPt=new TH2F("hPhiEtaMixEffPt","",1,0,1,1,0,1);
- TH2F *hPhiEtaMixMCPt=new TH2F("hPhiEtaMixMCPt","",1,0,1,1,0,1);
-
- TH1F *hEtaNRawPt=new TH1F("hEtaNRawPt","",1,0,1);
- TH1F *hEtaNCorrPt=new TH1F("hEtaNCorrPt","",1,0,1);
- TH1F *hEtaNEffPt=new TH1F("hEtaNEffPt","",1,0,1);
- TH1F *hEtaNMCPt=new TH1F("hEtaNMCPt","",1,0,1);
- TH1F *hEtaNMixRawPt=new TH1F("hEtaNMixRawPt","",1,0,1);
- TH1F *hEtaNMixCorrPt=new TH1F("hEtaNMixCorrPt","",1,0,1);
- TH1F *hEtaNMixEffPt=new TH1F("hEtaNMixEffPt","",1,0,1);
- TH1F *hEtaNMixMCPt=new TH1F("hEtaNMixMCPt","",1,0,1);
-
- TH1F *hEtaARawPt=new TH1F("hEtaARawPt","",1,0,1);
- TH1F *hEtaACorrPt=new TH1F("hEtaACorrPt","",1,0,1);
- TH1F *hEtaAEffPt=new TH1F("hEtaAEffPt","",1,0,1);
- TH1F *hEtaAMCPt=new TH1F("hEtaAMCPt","",1,0,1);
- TH1F *hEtaAMixRawPt=new TH1F("hEtaAMixRawPt","",1,0,1);
- TH1F *hEtaAMixCorrPt=new TH1F("hEtaAMixCorrPt","",1,0,1);
- TH1F *hEtaAMixEffPt=new TH1F("hEtaAMixEffPt","",1,0,1);
- TH1F *hEtaAMixMCPt=new TH1F("hEtaAMixMCPt","",1,0,1);
-
- TH1F *hTPhiRawPt=new TH1F("hTPhiRawPt","",1,0,1);
- TH1F *hTPhiCorrPt=new TH1F("hTPhiCorrPt","",1,0,1);
- TH1F *hTPhiEffPt=new TH1F("hTPhiEffPt","",1,0,1);
- TH1F *hTPhiMCPt=new TH1F("hTPhiMCPt","",1,0,1);
- TH1F *hTPhiMixRawPt=new TH1F("hTPhiMixRawPt","",1,0,1);
- TH1F *hTPhiMixCorrPt=new TH1F("hTPhiMixCorrPt","",1,0,1);
- TH1F *hTPhiMixEffPt=new TH1F("hTPhiMixEffPt","",1,0,1);
- TH1F *hTPhiMixMCPt=new TH1F("hTPhiMixMCPt","",1,0,1);
- TH2F *hTPhiEtaRawPt=new TH2F("hTPhiEtaRawPt","",1,0,1,1,0,1);
- TH2F *hTPhiEtaCorrPt=new TH2F("hTPhiEtaCorrPt","",1,0,1,1,0,1);
- TH2F *hTPhiEtaEffPt=new TH2F("hTPhiEtaEffPt","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMCPt=new TH2F("hTPhiEtaMCPt","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMixRawPt=new TH2F("hTPhiEtaMixRawPt","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMixCorrPt=new TH2F("hTPhiEtaMixCorrPt","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMixEffPt=new TH2F("hTPhiEtaMixEffPt","",1,0,1,1,0,1);
- TH2F *hTPhiEtaMixMCPt=new TH2F("hTPhiEtaMixMCPt","",1,0,1,1,0,1);
-
- TH1F *hTEtaNRawPt=new TH1F("hTEtaNRawPt","",1,0,1);
- TH1F *hTEtaNCorrPt=new TH1F("hTEtaNCorrPt","",1,0,1);
- TH1F *hTEtaNEffPt=new TH1F("hTEtaNEffPt","",1,0,1);
- TH1F *hTEtaNMCPt=new TH1F("hTEtaNMCPt","",1,0,1);
- TH1F *hTEtaNMixRawPt=new TH1F("hTEtaNMixRawPt","",1,0,1);
- TH1F *hTEtaNMixCorrPt=new TH1F("hTEtaNMixCorrPt","",1,0,1);
- TH1F *hTEtaNMixEffPt=new TH1F("hTEtaNMixEffPt","",1,0,1);
- TH1F *hTEtaNMixMCPt=new TH1F("hTEtaNMixMCPt","",1,0,1);
-
- TH1F *hTEtaARawPt=new TH1F("hTEtaARawPt","",1,0,1);
- TH1F *hTEtaACorrPt=new TH1F("hTEtaACorrPt","",1,0,1);
- TH1F *hTEtaAEffPt=new TH1F("hTEtaAEffPt","",1,0,1);
- TH1F *hTEtaAMCPt=new TH1F("hTEtaAMCPt","",1,0,1);
- TH1F *hTEtaAMixRawPt=new TH1F("hTEtaAMixRawPt","",1,0,1);
- TH1F *hTEtaAMixCorrPt=new TH1F("hTEtaAMixCorrPt","",1,0,1);
- TH1F *hTEtaAMixEffPt=new TH1F("hTEtaAMixEffPt","",1,0,1);
- TH1F *hTEtaAMixMCPt=new TH1F("hTEtaAMixMCPt","",1,0,1);
-
- TH1F *hMult=new TH1F("hMult","",1,0,1);
- TH1F *hMultTrig=new TH1F("hMultTrig","",1,0,1);
- TH1F *hMult2=new TH1F("hMult2","",1,0,1);
- TH1F *hMultTrig2=new TH1F("hMultTrig2","",1,0,1);
- float plotmin=10,plotmax=11;
- float plotmin2=10,plotmax2=11;
- float plotmin3=10,plotmax3=11;
-
- //histograms for ZYAM
- TH1F *hPhiCorr2;
- TH1F *hPhiMixCorr2;
- TH1F *hEtaNCorr2;
- TH1F *hEtaACorr2;
- TH1F *hEtaMixCorr2;
- TH2F *hPhiEtaCorr2;
- TH2F *hPhiEtaMixCorr2;
-
- TH1F *hPhiCorrPt2;
- TH1F *hPhiMixCorrPt2;
- TH1F *hEtaNCorrPt2;
- TH1F *hEtaACorrPt2;
- TH1F *hEtaMixCorr2;
- TH2F *hPhiEtaCorrPt2;
- TH2F *hPhiEtaMixCorrPt2;
-
- //histograms for summing the centraility bins
- TH1F *hPhiCorrSum;
- TH1F *hPhiCorr2Sum;
- TH1F *hPhiMixCorrSum;
- TH1F *hPhiMixCorr2Sum;
- TH1F *hEtaNCorrSum;
- TH1F *hEtaNCorr2Sum;
- TH1F *hEtaNMixCorrSum;
- TH1F *hEtaNMixCorr2Sum;
- TH1F *hEtaACorrSum;
- TH1F *hEtaACorr2Sum;
- TH1F *hEtaAMixCorrSum;
- TH1F *hEtaAMixCorr2Sum;
- TH2F *hPhiEtaCorrSum;
- TH2F *hPhiEtaCorr2Sum;
- TH2F *hPhiEtaMixCorrSum;
- TH2F *hPhiEtaMixCorr2Sum;
-
- TH1F *hPhiCorrPtSum;
- TH1F *hPhiCorrPt2Sum;
- TH1F *hPhiMixCorrPtSum;
- TH1F *hPhiMixCorrPt2Sum;
- TH1F *hEtaNCorrPtSum;
- TH1F *hEtaNCorrPt2Sum;
- TH1F *hEtaNMixCorrPtSum;
- TH1F *hEtaNMixCorrPt2Sum;
- TH1F *hEtaACorrPtSum;
- TH1F *hEtaACorrPt2Sum;
- TH1F *hEtaAMixCorrPtSum;
- TH1F *hEtaAMixCorrPt2Sum;
- TH2F *hPhiEtaCorrPtSum;
- TH2F *hPhiEtaCorrPt2Sum;
- TH2F *hPhiEtaMixCorrPtSum;
- TH2F *hPhiEtaMixCorrPt2Sum;
- TH1F *hTPhiCorrPt2Sum;
- TH2F *hTPhiEtaCorrSum;
- TH2F *hTPhiEtaCorrPt2Sum;
-
- int NearBinsPhi;
- int AwayBinsPhi;
- int MinBinsPhi;
- int NearBinsEta;
- int AwayBinsEta;
- int NearBinsPhiEta1;
- int NearBinsPhiEta2;
- int AwayBinsPhiEta;
- int MinBinsPhiEta;
- float tempsum;
-
- TAxis *phiaxis;
- TAxis *etaaxis;
-
- int loopSize=0;
- int nAPt2=0;
- for(int i=0;i<=nAPt;i++){if(fabs(TPt1-APtBins[i])<0.2)nAPt2=i;}
- if(APtTPtMult==0)loopSize=nAPt2;
- if(APtTPtMult==1)loopSize=nTPt;
- if(APtTPtMult==2)loopSize=nMult;
- const int nMainLoop=loopSize;
- cout << "loopSize " << loopSize << endl;
- if(loopSize==0){
- cout << "Error: Check Arrays" << endl;
- break;
- }
- Float_t MainArray[nMainLoop];
- Float_t eMainArray[nMainLoop];
- Float_t a[3];
- float centx, centy;
- float binwx, binwy;
- const int nx=18;
- //0 (x1+x2)/2, 1 e2, 2 <x>, 3 e2, 4 lower error of 1 and 2, 5 e3, 6 zt1_0, 7 e5, 8 zt1_2, 9 e7, 10 zt1_3, 11 e9, 12 zt2_0, 13 e11, 14 zt2_1, 15 e13, 16 zt2_2, 17 e15 (zt_0 is (pt1+pt2)/2 zt_1 is <pt> zt_2 is lower error)
- float NXPhi[nx][nMainLoop];
- float AXPhi[nx][nMainLoop];
- float NXPhiFit[nx][nMainLoop];
- float AXPhiFit[nx][nMainLoop];
- float NXEta[nx][nMainLoop];
- float AXEta[nx][nMainLoop];
- float NXEtaFit[nx][nMainLoop];
- float AXEtaFit[nx][nMainLoop];
- float NXPhiEta1[nx][nMainLoop];
- float NXPhiEta2[nx][nMainLoop];
- float AXPhiEta[nx][nMainLoop];
- //arrays for our tgraphs to store yields and averge bin contends
- const int nyields=10;//0 yield, 1 eyield, 2 pt yield, 3 ept yield, 4 dN/dpt 5 e4 6 dN/dzt (zt=Trig) yield, 7 ezt yield, 8 dN/dzt (zt=near) yield, 9 ezt2 yield
- float NYieldPhi[nyields][nMainLoop];
- float NYieldPhiZYAM[nyields][nMainLoop];
- float NYieldPhiFit[nyields][nMainLoop];
- float NYieldEta[nyields][nMainLoop];
- float NYieldEtaZYAM[nyields][nMainLoop];
- float NYieldEtaFit[nyields][nMainLoop];
- float NYieldPhiEta1[nyields][nMainLoop];
- float NYieldPhiEta2[nyields][nMainLoop];
- float NYieldPhiEta3[nyields][nMainLoop];//jet only
- float NYieldPhiEta1ZYAM[nyields][nMainLoop];//Jet+Ridge
- float NYieldPhiEta2ZYAM[nyields][nMainLoop];//Ridge
- float NRMSPhi[nyields][nMainLoop];
- float NRMSEta[nyields][nMainLoop];
- float NWidthPhi[nyields][nMainLoop];
- float NWidthEta[nyields][nMainLoop];
- float NJtPhi[nyields][nMainLoop];
- float NJtEta[nyields][nMainLoop];
- float NRMSPhiEtaPhi[nyields][nMainLoop];
- float NRMSPhiEtaEta[nyields][nMainLoop];
- float AYieldPhi[nyields][nMainLoop];
- float AYieldPhiZYAM[nyields][nMainLoop];
- float AYieldPhiFit[nyields][nMainLoop];
- float AYieldEta[nyields][nMainLoop];
- float AYieldEtaZYAM[nyields][nMainLoop];
- float AYieldEtaFit[nyields][nMainLoop];
- float AYieldPhiEta[nyields][nMainLoop];
- float AYieldPhiEtaZYAM[nyields][nMainLoop];
- float ARMSPhi[nyields][nMainLoop];
- float ARMSEta[nyields][nMainLoop];
- float AWidthPhi[nyields][nMainLoop];
- float AWidthEta[nyields][nMainLoop];
- float AJtPhi[nyields][nMainLoop];
- float AJtEta[nyields][nMainLoop];
- float MYieldPhi[nyields][nMainLoop];
- float MYieldPhiFit[nyields][nMainLoop];
- float MYieldPhiEta[nyields][nMainLoop];
- float MAvePhiEta[nyields][nMainLoop];
-
- float TNYieldPhi[nyields][nMainLoop];
- float TNYieldPhiZYAM[nyields][nMainLoop];
- float TNYieldPhiFit[nyields][nMainLoop];
- float TNYieldPhiEta1[nyields][nMainLoop];
- float TNYieldPhiEta2[nyields][nMainLoop];
- float TNYieldPhiEta3[nyields][nMainLoop];
- float TAYieldPhi[nyields][nMainLoop];
- float TAYieldPhiZYAM[nyields][nMainLoop];
- float TAYieldPhiFit[nyields][nMainLoop];
- float TAYieldPhiEta[nyields][nMainLoop];
- float TAYieldPhiEtaZYAM[nyields][nMainLoop];
-
- float NAvePhi[nyields][nMainLoop];
- float NAvePhiZYAM[nyields][nMainLoop];
- float NAvePhiFit[nyields][nMainLoop];
- float NAveEta[nyields][nMainLoop];
- float NAveEtaZYAM[nyields][nMainLoop];
- float NAveEtaFit[nyields][nMainLoop];
- float NAvePhiEta1[nyields][nMainLoop];
- float NAvePhiEta2[nyields][nMainLoop];
- float NAvePhiEta1ZYAM[nyields][nMainLoop];
- float NAvePhiEta2ZYAM[nyields][nMainLoop];
- float AAvePhi[nyields][nMainLoop];
- float AAvePhiZYAM[nyields][nMainLoop];
- float AAvePhiFit[nyields][nMainLoop];
- float AAveEta[nyields][nMainLoop];
- float AAveEtaZYAM[nyields][nMainLoop];
- float AAveEtaFit[nyields][nMainLoop];
- float AAvePhiEta[nyields][nMainLoop];
- float AAvePhiEtaZYAM[nyields][nMainLoop];
- float MAvePhi[nyields][nMainLoop];
- float MAvePhiFit[nyields][nMainLoop];
- float MAvePhiEta[nyields][nMainLoop];
- float trms1;
- float trms2;
- float trms3;
- TFile *inFile=new TFile(inName);
- TList *inList=inFile->Get("julery_DiHadron");
- TFile *effFile=new TFile(effName);
- TList *effList=effFile->Get("julery_DiHadron");
- char *FitTit[2]={"","_Fit"};
- //loop for total near-side yield over full pt range
- for(int Cent=Mult1;Cent<=Mult2;Cent++){
- MakeProjections(TPt1,TPt2,0.25,TPt1,Cent,inList,hTPhiRaw,hTPhiMixRaw,hTEtaNRaw,hTEtaNMixRaw,hTEtaARaw,hTEtaAMixRaw,hTPhiEtaRaw,hTPhiEtaMixRaw,MPt,1,0,0,0);
- MakeProjections(TPt1,TPt2,0.25,TPt1,Cent,effList,hTPhiEff,hTPhiMixEff,hTEtaNEff,hTEtaNMixEff,hTEtaAEff,hTEtaAMixEff,hTPhiEtaEff,hTPhiEtaMixEff,MPt2,0,0,0,0);
- MakeProjections(TPt1,TPt2,0.25,TPt1,Cent,effList,hTPhiMC,hTPhiMixMC,hTEtaNMC,hTEtaNMixMC,hTEtaAMC,hTEtaAMixMC,hTPhiEtaMC,hTPhiEtaMixMC,MPt2,0,1,0,0);
- MakeProjections(TPt1,TPt2,0.25,TPt1,Cent,inList,hTPhiRawPt,hTPhiMixRawPt,hTEtaNRawPt,hTEtaNMixRawPt,hTEtaARawPt,hTEtaAMixRawPt,hTPhiEtaRawPt,hTPhiEtaMixRawPt,MPt,1,0,0,0);
- MakeProjections(TPt1,TPt2,0.25,TPt1,Cent,effList,hTPhiEffPt,hTPhiMixEffPt,hTEtaNEffPt,hTEtaNMixEffPt,hTEtaAEffPt,hTEtaAMixEffPt,hTPhiEtaEffPt,hTPhiEtaMixEffPt,MPt2,1,0,0,0);
- MakeProjections(TPt1,TPt2,0.25,TPt1,Cent,effList,hTPhiMCPt,hTPhiMixMCPt,hTEtaNMCPt,hTEtaNMixMCPt,hTEtaAMCPt,hTEtaAMixMCPt,hTPhiEtaMCPt,hTPhiEtaMixMCPt,MPt2,1,1,0,0);
- // cout << "hTPhiRaw " << hTPhiRaw->GetBinContent(1) << endl;
- if(EffMethod<4){
- EffCorr2(TPt1,TPt2,APt1,APt2,Cent,hTPhiEff,hTPhiMC,hTPhiMixEff,hTPhiMixMC,hTEtaNEff,hTEtaNMC,hTEtaNMixEff,hTEtaNMixMC,hTEtaAEff,hTEtaAMC,hTEtaAMixEff,hTEtaAMixMC,hTPhiEtaEff,hTPhiEtaMC,hTPhiEtaMixEff,hTPhiEtaMixMC,EffMethod);
- EffCorr2(TPt1,TPt2,APt1,APt2,Cent,hTPhiEffPt,hTPhiMCPt,hTPhiMixEffPt,hTPhiMixMCPt,hTEtaNEffPt,hTEtaNMCPt,hTEtaNMixEffPt,hTEtaNMixMCPt,hTEtaAEffPt,hTEtaAMCPt,hTEtaAMixEffPt,hTEtaAMixMCPt,hTPhiEtaEffPt,hTPhiEtaMCPt,hTPhiEtaMixEffPt,hTPhiEtaMixMCPt,EffMethod);
- }
- else{
- EffFit(APt1,APt2,Cent,effList,hTPhiEff,hTPhiMixEff,hTEtaNEff,hTEtaNMixEff,hTEtaAEff,hTEtaAMixEff,hTPhiEtaEff,hTPhiEtaMixEff,LSign,VariablePtLimit);
- EffFit(APt1,APt2,Cent,effList,hTPhiEffPt,hTPhiMixEffPt,hTEtaNEffPt,hTEtaNMixEffPt,hTEtaAEffPt,hTEtaAMixEffPt,hTPhiEtaEffPt,hTPhiEtaMixEffPt,LSign,VariablePtLimit);
- }
- /*
- EffCorr2(TPt1,TPt2,APt1,APt2,Cent,hTPhiRaw,hTPhiEff,hTPhiMC,hTPhiMixRaw,hTPhiMixEff,hTPhiMixMC,hTEtaNRaw,hTEtaNEff,hTEtaNMC,hTEtaNMixRaw,hTEtaNMixEff,hTEtaNMixMC,hTEtaARaw,hTEtaAEff,hTEtaAMC,hTEtaAMixRaw,hTEtaAMixEff,hTEtaAMixMC,hTPhiEtaRaw,hTPhiEtaEff,hTPhiEtaMC,hTPhiEtaMixRaw,hTPhiEtaMixEff,hTPhiEtaMixMC,EffMethod);
- EffCorr2(TPt1,TPt2,APt1,APt2,Cent,hTPhiRawPt,hTPhiEffPt,hTPhiMCPt,hTPhiMixRawPt,hTPhiMixEffPt,hTPhiMixMCPt,hTEtaNRawPt,hTEtaNEffPt,hTEtaNMCPt,hTEtaNMixRawPt,hTEtaNMixEffPt,hTEtaNMixMCPt,hTEtaARawPt,hTEtaAEffPt,hTEtaAMCPt,hTEtaAMixRawPt,hTEtaAMixEffPt,hTEtaAMixMCPt,hTPhiEtaRawPt,hTPhiEtaEffPt,hTPhiEtaMCPt,hTPhiEtaMixRawPt,hTPhiEtaMixEffPt,hTPhiEtaMixMCPt,EffMethod);
- */
-
- hTPhiCorr=(TH1F*)hTPhiRaw->Clone();
- sprintf(name,"hTPhiCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTPhiCorr->SetName(name);
- hTPhiCorr->Divide(hTPhiEff);
-
- hTPhiMixCorr=(TH1F*)hTPhiMixRaw->Clone();
- sprintf(name,"hTPhiMixCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTPhiMixCorr->SetName(name);
- hTPhiMixCorr->Divide(hTPhiMixEff);
-
- hTEtaNCorr=(TH1F*)hTEtaNRaw->Clone();
- sprintf(name,"hTEtaNCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTEtaNCorr->SetName(name);
- hTEtaNCorr->Divide(hTEtaNEff);
-
- hTEtaNMixCorr=(TH1F*)hTEtaNMixRaw->Clone();
- sprintf(name,"hTEtaNMixCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTEtaNMixCorr->SetName(name);
- hTEtaNMixCorr->Divide(hTPhiMixEff);
-
- hTEtaACorr=(TH1F*)hTEtaARaw->Clone();
- sprintf(name,"hTEtaACorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTEtaACorr->SetName(name);
- hTEtaACorr->Divide(hTEtaAEff);
-
- hTEtaAMixCorr=(TH1F*)hTEtaAMixRaw->Clone();
- sprintf(name,"hTEtaAMixCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTEtaAMixCorr->SetName(name);
- hTEtaAMixCorr->Divide(hTPhiMixEff);
-
- hTPhiEtaCorr=(TH2F*)hTPhiEtaRaw->Clone();
- sprintf(name,"hTPhiEtaCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTPhiEtaCorr->SetName(name);
- hTPhiEtaCorr->Divide(hTPhiEtaEff);
-
- hTPhiEtaMixCorr=(TH2F*)hTPhiEtaMixRaw->Clone();
- sprintf(name,"hTPhiMixCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTPhiEtaMixCorr->SetName(name);
- hTPhiEtaMixCorr->Divide(hTPhiEtaMixEff);
-
- hTPhiCorrPt=(TH1F*)hTPhiRawPt->Clone();
- sprintf(name,"hTPhiCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTPhiCorrPt->SetName(name);
- hTPhiCorrPt->Divide(hTPhiEffPt);
-
- hTPhiMixCorrPt=(TH1F*)hTPhiMixRawPt->Clone();
- sprintf(name,"hTPhiMixCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTPhiMixCorrPt->SetName(name);
- hTPhiMixCorrPt->Divide(hTPhiMixEffPt);
-
- hTEtaNCorrPt=(TH1F*)hTEtaNRawPt->Clone();
- sprintf(name,"hTEtaNCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTEtaNCorrPt->SetName(name);
- hTEtaNCorrPt->Divide(hTEtaNEffPt);
-
- hTEtaNMixCorrPt=(TH1F*)hTEtaNMixRawPt->Clone();
- sprintf(name,"hTEtaNMixCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTEtaNMixCorrPt->SetName(name);
- hTEtaNMixCorrPt->Divide(hTEtaNMixEffPt);
-
- hTEtaACorrPt=(TH1F*)hTEtaARawPt->Clone();
- sprintf(name,"hTEtaACorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTEtaACorrPt->SetName(name);
- hTEtaACorrPt->Divide(hTEtaNEffPt);
-
- hTEtaAMixCorrPt=(TH1F*)hTEtaAMixRawPt->Clone();
- sprintf(name,"hTEtaAMixCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTEtaAMixCorrPt->SetName(name);
- hTEtaAMixCorrPt->Divide(hTEtaAMixEffPt);
-
- hTPhiEtaCorrPt=(TH2F*)hTPhiEtaRawPt->Clone();
- sprintf(name,"hTPhiEtaCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTPhiEtaCorrPt->SetName(name);
- hTPhiEtaCorrPt->Divide(hTPhiEtaEffPt);
-
- hTPhiEtaMixCorrPt=(TH2F*)hTPhiEtaMixRawPt->Clone();
- sprintf(name,"hTPhiMixCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hTPhiEtaMixCorrPt->SetName(name);
- hTPhiEtaMixCorrPt->Divide(hTPhiEtaMixEffPt);
- // cout << "hTPhiCorr " << hTPhiCorr->GetBinContent(1) << endl;
- //GeoCorr(hTEtaNCorr,hTEtaNMixCorr,hTEtaNMixMC,hTEtaACorr,hTEtaAMixCorr,hTEtaAMixMC,hTPhiEtaCorr,hTPhiEtaMixCorr,hTPhiEtaMixMC);
- //GeoCorr(hTEtaNCorrPt,hTEtaNMixCorrPt,hTEtaNMixMCPt,hTEtaACorrPt,hTEtaAMixCorrPt,hTEtaAMixMCPt,hTPhiEtaCorrPt,hTPhiEtaMixCorrPt,hTPhiEtaMixMCPt);
- MixedCorrect(hTPhiCorr,hTPhiMixCorr,hTEtaNCorr,hTEtaNMixCorr,hTEtaACorr,hTEtaAMixCorr,hTPhiEtaCorr,hTPhiEtaMixCorr);
- MixedCorrect(hTPhiCorrPt,hTPhiMixCorrPt,hTEtaNCorrPt,hTEtaNMixCorrPt,hTEtaACorrPt,hTEtaAMixCorrPt,hTPhiEtaCorrPt,hTPhiEtaMixCorrPt);
- // cout << "hTPhiCorr " << hTPhiCorr->GetBinContent(1) << endl;
- if(ZYAMCent>0)ZYA1(hTPhiCorr,hTPhiMixCorr,a,ZYAMCent,ZYAMWidth);
- else ZYAM2D(hPhiEtaCorr,hPhiEtaMixCorr,a,72,10);
- cout << "Normalization Factor: " << a[0] << endl;
- hTPhiCorr2=(TH1F*)hTPhiCorr->Clone();
- hTPhiCorr2->SetName("hTPhiCorr2");
- sprintf(name,"Bg Sub. %s",hTPhiCorr2->GetTitle());
- hTPhiCorr2->SetTitle(name);
-
- hTPhiMixCorr2=(TH1F*)hTPhiMixCorr->Clone();
- hTPhiMixCorr2->SetName("hTPhiMixCorr2");
- sprintf(name,"Normalized %1.3f %s",a[0],hTPhiMixCorr2->GetTitle());
- hTPhiMixCorr2->SetTitle(name);
- hTPhiMixCorr2->SetMarkerStyle(25);
- hTPhiMixCorr2->SetMarkerColor(4);
- hTPhiMixCorr2->SetLineColor(4);
-
- hTPhiEtaCorr2=(TH2F*)hTPhiEtaCorr->Clone();
- hTPhiEtaCorr2->SetName("hTPhiEtaCorr2");
- sprintf(name,"BG Sub. %s",hTPhiEtaCorr2->GetTitle());
- hTPhiEtaCorr2->SetTitle(name);
-
- hTPhiEtaMixCorr2=(TH2F*)hTPhiEtaMixCorr->Clone();
- hTPhiEtaMixCorr2->SetName("hTPhiEtaMixCorr2");
- sprintf(name,"Normalized %1.3f %s",a[0],hTPhiEtaMixCorr2->GetTitle());
- hTPhiEtaMixCorr2->SetTitle(name);
-
- hTPhiCorrPt2=(TH1F*)hTPhiCorrPt->Clone();
- hTPhiCorrPt2->SetName("hTPhiCorrPt2");
- sprintf(name,"Bg Sub. %s",hTPhiCorrPt2->GetTitle());
- hTPhiCorrPt2->SetTitle(name);
-
- hTPhiMixCorrPt2=(TH1F*)hTPhiMixCorrPt->Clone();
- hTPhiMixCorrPt2->SetName("hTPhiMixCorrPt2");
- sprintf(name,"Normalized %1.3f %s",a[0],hTPhiMixCorrPt2->GetTitle());
- hTPhiMixCorrPt2->SetTitle(name);
- hTPhiMixCorrPt2->SetMarkerStyle(25);
- hTPhiMixCorrPt2->SetMarkerColor(4);
- hTPhiMixCorrPt2->SetLineColor(4);
-
- hTPhiEtaCorrPt2=(TH2F*)hTPhiEtaCorrPt->Clone();
- hTPhiEtaCorrPt2->SetName("hTPhiEtaCorrPt2");
- sprintf(name,"BG Sub. %s",hTPhiEtaCorrPt2->GetTitle());
- hTPhiEtaCorrPt2->SetTitle(name);
-
- hTPhiEtaMixCorrPt2=(TH2F*)hTPhiEtaMixCorrPt->Clone();
- hTPhiEtaMixCorrPt2->SetName("hTPhiEtaMixCorrPt2");
- sprintf(name,"Normalized %1.3f %s",a[0],hTPhiEtaMixCorrPt2->GetTitle());
- hTPhiEtaMixCorrPt2->SetTitle(name);
- hTPhiMixCorr2->Scale(a[0]);
- hTPhiEtaMixCorr2->Scale(a[0]);
- hTPhiCorr2->Add(hTPhiMixCorr2,-1);
- Add2D(hTPhiEtaCorr2,hTPhiEtaMixCorr2,-1);
- hTPhiMixCorrPt2->Scale(a[0]);
- hTPhiEtaMixCorrPt2->Scale(a[0]);
- hTPhiCorrPt2->Add(hTPhiMixCorrPt2,-1);
- Add2D(hTPhiEtaCorrPt2,hTPhiEtaMixCorrPt2,-1);
- if(Cent==Mult1){
- hTPhiCorrSum=(TH1F*)hTPhiCorr->Clone();
- hTPhiCorrSum->SetName("hTPhiCorrSum");
- hTPhiCorr2Sum=(TH1F*)hTPhiCorr2->Clone();
- hTPhiCorr2Sum->SetName("hTPhiCorr2Sum");
- hTPhiMixCorrSum=(TH1F*)hTPhiMixCorr->Clone();
- hTPhiMixCorrSum->SetName("hTPhiMixCorrSum");
- hTPhiMixCorr2Sum=(TH1F*)hTPhiMixCorr2->Clone();
- hTPhiMixCorr2Sum->SetName("hTPhiMixCorr2Sum");
- hTPhiEtaCorrSum=(TH2F*)hTPhiEtaCorr->Clone();
- hTPhiEtaCorrSum->SetName("hTPhiEtaCorrSum");
- hTPhiEtaCorr2Sum=(TH2F*)hTPhiEtaCorr2->Clone();
- hTPhiEtaCorr2Sum->SetName("hTPhiEtaCorr2Sum");
- hTPhiEtaMixCorrSum=(TH2F*)hTPhiEtaMixCorr->Clone();
- hTPhiEtaMixCorrSum->SetName("hTPhiEtaMixCorrSum");
- hTPhiEtaMixCorr2Sum=(TH2F*)hTPhiEtaMixCorr2->Clone();
- hTPhiEtaMixCorr2Sum->SetName("hTPhiEtaMixCorr2Sum");
-
- hTPhiCorrPtSum=(TH1F*)hTPhiCorrPt->Clone();
- hTPhiCorrPtSum->SetName("hTPhiCorrPtSum");
- hTPhiCorrPt2Sum=(TH1F*)hTPhiCorrPt2->Clone();
- hTPhiCorrPt2Sum->SetName("hTPhiCorrPt2Sum");
- hTPhiMixCorrPtSum=(TH1F*)hTPhiMixCorrPt->Clone();
- hTPhiMixCorrPtSum->SetName("hTPhiMixCorrPtSum");
- hTPhiMixCorrPt2Sum=(TH1F*)hTPhiMixCorrPt2->Clone();
- hTPhiMixCorrPt2Sum->SetName("hTPhiMixCorrPt2Sum");
- hTPhiEtaCorrPtSum=(TH2F*)hTPhiEtaCorrPt->Clone();
- hTPhiEtaCorrPtSum->SetName("hTPhiEtaCorrPtSum");
- hTPhiEtaCorrPt2Sum=(TH2F*)hTPhiEtaCorrPt2->Clone();
- hTPhiEtaCorrPt2Sum->SetName("hTPhiEtaCorrPt2Sum");
- hTPhiEtaMixCorrPtSum=(TH2F*)hTPhiEtaMixCorrPt->Clone();
- hTPhiEtaMixCorrPtSum->SetName("hTPhiEtaMixCorrPtSum");
- hTPhiEtaMixCorrPt2Sum=(TH2F*)hTPhiEtaMixCorrPt2->Clone();
- hTPhiEtaMixCorrPt2Sum->SetName("hTPhiEtaMixCorrPt2Sum");
- TrigSum=MPt[2];
- hTPhiCorrSum->Scale(TrigSum);
- hTPhiCorr2Sum->Scale(TrigSum);
- hTPhiMixCorrSum->Scale(TrigSum);
- hTPhiMixCorr2Sum->Scale(TrigSum);
- hTPhiEtaCorrSum->Scale(TrigSum);
- hTPhiEtaCorr2Sum->Scale(TrigSum);
- hTPhiEtaMixCorrSum->Scale(TrigSum);
- hTPhiEtaMixCorr2Sum->Scale(TrigSum);
-
- hTPhiCorrPtSum->Scale(TrigSum);
- hTPhiCorrPt2Sum->Scale(TrigSum);
- hTPhiMixCorrPtSum->Scale(TrigSum);
- hTPhiMixCorrPt2Sum->Scale(TrigSum);
- hTPhiEtaCorrPtSum->Scale(TrigSum);
- hTPhiEtaCorrPt2Sum->Scale(TrigSum);
- hTPhiEtaMixCorrPtSum->Scale(TrigSum);
- hTPhiEtaMixCorrPt2Sum->Scale(TrigSum);
- }
- else{
- hTPhiCorrSum->Add(hTPhiCorr,MPt[2]);
- hTPhiCorr2Sum->Add(hTPhiCorr2,MPt[2]);
- hTPhiMixCorrSum->Add(hTPhiMixCorr,MPt[2]);
- hTPhiMixCorr2Sum->Add(hTPhiMixCorr2,MPt[2]);
- hTPhiEtaCorrSum->Add(hTPhiEtaCorr,MPt[2]);
- hTPhiEtaCorr2Sum->Add(hTPhiEtaCorr2,MPt[2]);
- hTPhiEtaMixCorrSum->Add(hTPhiEtaMixCorr,MPt[2]);
- hTPhiEtaMixCorr2Sum->Add(hTPhiEtaMixCorr2,MPt[2]);
-
- hTPhiCorrPtSum->Add(hTPhiCorr,MPt[2]);
- hTPhiCorrPt2Sum->Add(hTPhiCorr2,MPt[2]);
- hTPhiMixCorrPtSum->Add(hTPhiMixCorr,MPt[2]);
- hTPhiMixCorrPt2Sum->Add(hTPhiMixCorr2,MPt[2]);
- hTPhiEtaCorrPtSum->Add(hTPhiEtaCorr,MPt[2]);
- hTPhiEtaCorrPt2Sum->Add(hTPhiEtaCorr2,MPt[2]);
- hTPhiEtaMixCorrPtSum->Add(hTPhiEtaMixCorr,MPt[2]);
- hTPhiEtaMixCorrPt2Sum->Add(hTPhiEtaMixCorr2,MPt[2]);
- TrigSum+=MPt[2];
- }
- }
- cout << "TrigSum Inclusives: " << TrigSum << endl;
- //rescale to per trigger
- hTPhiCorrSum->Scale(1./TrigSum);
- hTPhiCorr2Sum->Scale(1./TrigSum);
- hTPhiMixCorrSum->Scale(1./TrigSum);
- hTPhiMixCorr2Sum->Scale(1./TrigSum);
- hTPhiEtaCorrSum->Scale(1./TrigSum);
- hTPhiEtaCorr2Sum->Scale(1./TrigSum);
- hTPhiEtaMixCorrSum->Scale(1./TrigSum);
- hTPhiEtaMixCorr2Sum->Scale(1./TrigSum);
- hTPhiCorrPtSum->Scale(1./TrigSum);
- hTPhiCorrPt2Sum->Scale(1./TrigSum);
- hTPhiMixCorrPtSum->Scale(1./TrigSum);
- hTPhiMixCorrPt2Sum->Scale(1./TrigSum);
- hTPhiEtaCorrPtSum->Scale(1./TrigSum);
- hTPhiEtaCorrPt2Sum->Scale(1./TrigSum);
- hTPhiEtaMixCorrPtSum->Scale(1./TrigSum);
- hTPhiEtaMixCorrPt2Sum->Scale(1./TrigSum);
-
- for(int MainLoop=0;MainLoop<nMainLoop;MainLoop++){
- cout << "nMainLoop " << MainLoop << endl;
- if(APtTPtMult==0){
- APt1=APtBins[MainLoop];
- APt2=APtBins[MainLoop+1];
- MainArray[MainLoop]=(APt1+APt2)/2;
- eMainArray[MainLoop]=(APt2-APt1)/2;
- //cout << "APt1: " << APt1 << " APt2: " << APt2 << endl;
- }
- if(APtTPtMult==1){
- TPt1=TPtBins[MainLoop];
- TPt2=TPtBins[MainLoop+1];
- MainArray[MainLoop]=(TPt1+TPt2)/2;
- eMainArray[MainLoop]=(TPt2-TPt1)/2;
- //cout << "TPt1: " << TPt1 << " TPt2: " << TPt2 << endl;
- }
- if(APtTPtMult==2){
- Mult1=MultBins1[MainLoop];
- Mult2=MultBins2[MainLoop];
- MainArray[MainLoop]=(MultArray1[Mult1]+MultArray2[Mult2]-1)/2;
- eMainArray[MainLoop]=(MultArray2[Mult2]-MultArray1[Mult1]-1)/2;
- }
- for(int Cent=Mult1;Cent<=Mult2;Cent++){
-
- MakeProjections(TPt1,TPt2,APt1,APt2,Cent,inList,hPhiRaw,hPhiMixRaw,hEtaNRaw,hEtaNMixRaw,hEtaARaw,hEtaAMixRaw,hPhiEtaRaw,hPhiEtaMixRaw,MPt,0,0,0,LSign);
- MakeProjections(TPt1,TPt2,APt1,APt2,Cent,effList,hPhiEff,hPhiMixEff,hEtaNEff,hEtaNMixEff,hEtaAEff,hEtaAMixEff,hPhiEtaEff,hPhiEtaMixEff,MPt2,0,0,0,LSign);
- MakeProjections(TPt1,TPt2,APt1,APt2,Cent,effList,hPhiMC,hPhiMixMC,hEtaNMC,hEtaNMixMC,hEtaAMC,hEtaAMixMC,hPhiEtaMC,hPhiEtaMixMC,MPt2,0,1,0,LSign);
-
- MakeProjections(TPt1,TPt2,APt1,APt2,Cent,inList,hPhiRawPt,hPhiMixRawPt,hEtaNRawPt,hEtaNMixRawPt,hEtaARawPt,hEtaAMixRawPt,hPhiEtaRawPt,hPhiEtaMixRawPt,MPt,1,0,0,LSign);
- MakeProjections(TPt1,TPt2,APt1,APt2,Cent,effList,hPhiEffPt,hPhiMixEffPt,hEtaNEffPt,hEtaNMixEffPt,hEtaAEffPt,hEtaAMixEffPt,hPhiEtaEffPt,hPhiEtaMixEffPt,MPt2,1,0,0,LSign);
- MakeProjections(TPt1,TPt2,APt1,APt2,Cent,effList,hPhiMCPt,hPhiMixMCPt,hEtaNMCPt,hEtaNMixMCPt,hEtaAMCPt,hEtaAMixMCPt,hPhiEtaMCPt,hPhiEtaMixMCPt,MPt2,1,1,0,LSign);
- /*
- EffCorr2(TPt1,TPt2,APt1,APt2,Cent,hPhiRaw,hPhiEff,hPhiMC,hPhiMixRaw,hPhiMixEff,hPhiMixMC,hEtaNRaw,hEtaNEff,hEtaNMC,hEtaNMixRaw,hEtaNMixEff,hEtaNMixMC,hEtaARaw,hEtaAEff,hEtaAMC,hEtaAMixRaw,hEtaAMixEff,hEtaAMixMC,hPhiEtaRaw,hPhiEtaEff,hPhiEtaMC,hPhiEtaMixRaw,hPhiEtaMixEff,hPhiEtaMixMC,EffMethod);
- EffCorr2(TPt1,TPt2,APt1,APt2,Cent,hPhiRawPt,hPhiEffPt,hPhiMCPt,hPhiMixRawPt,hPhiMixEffPt,hPhiMixMCPt,hEtaNRawPt,hEtaNEffPt,hEtaNMCPt,hEtaNMixRawPt,hEtaNMixEffPt,hEtaNMixMCPt,hEtaARawPt,hEtaAEffPt,hEtaAMCPt,hEtaAMixRawPt,hEtaAMixEffPt,hEtaAMixMCPt,hPhiEtaRawPt,hPhiEtaEffPt,hPhiEtaMCPt,hPhiEtaMixRawPt,hPhiEtaMixEffPt,hPhiEtaMixMCPt,EffMethod);
- */
- if(EffMethod<4){
- EffCorr2(TPt1,TPt2,APt1,APt2,Cent,hPhiEff,hPhiMC,hPhiMixEff,hPhiMixMC,hEtaNEff,hEtaNMC,hEtaNMixEff,hEtaNMixMC,hEtaAEff,hEtaAMC,hEtaAMixEff,hEtaAMixMC,hPhiEtaEff,hPhiEtaMC,hPhiEtaMixEff,hPhiEtaMixMC,EffMethod);
- EffCorr2(TPt1,TPt2,APt1,APt2,Cent,hPhiEffPt,hPhiMCPt,hPhiMixEffPt,hPhiMixMCPt,hEtaNEffPt,hEtaNMCPt,hEtaNMixEffPt,hEtaNMixMCPt,hEtaAEffPt,hEtaAMCPt,hEtaAMixEffPt,hEtaAMixMCPt,hPhiEtaEffPt,hPhiEtaMCPt,hPhiEtaMixEffPt,hPhiEtaMixMCPt,EffMethod);
- }
- else{
- EffFit(APt1,APt2,Cent,effList,hPhiEff,hPhiMixEff,hEtaNEff,hEtaNMixEff,hEtaAEff,hEtaAMixEff,hPhiEtaEff,hPhiEtaMixEff,LSign,VariablePtLimit);
-EffFit(APt1,APt2,Cent,effList,hPhiEffPt,hPhiMixEffPt,hEtaNEffPT,hEtaNMixEffPt,hEtaAEffPt,hEtaAMixEffPt,hPhiEtaEffPt,hPhiEtaMixEffPt,LSign,VariablePtLimit);
- }
-
- hPhiCorr=(TH1F*)hPhiRaw->Clone();
- sprintf(name,"hPhiCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hPhiCorr->SetName(name);
- hPhiCorr->Divide(hPhiEff);
-
- hPhiMixCorr=(TH1F*)hPhiMixRaw->Clone();
- sprintf(name,"hPhiMixCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hPhiMixCorr->SetName(name);
- hPhiMixCorr->Divide(hPhiMixEff);
-
- hEtaNCorr=(TH1F*)hEtaNRaw->Clone();
- sprintf(name,"hEtaNCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hEtaNCorr->SetName(name);
- hEtaNCorr->Divide(hEtaNEff);
-
- hEtaNMixCorr=(TH1F*)hEtaNMixRaw->Clone();
- sprintf(name,"hEtaNMixCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hEtaNMixCorr->SetName(name);
- hEtaNMixCorr->Divide(hEtaNMixEff);
-
- hEtaACorr=(TH1F*)hEtaARaw->Clone();
- sprintf(name,"hEtaACorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hEtaACorr->SetName(name);
- hEtaACorr->Divide(hEtaAEff);
-
- hEtaAMixCorr=(TH1F*)hEtaAMixRaw->Clone();
- sprintf(name,"hEtaAMixCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hEtaAMixCorr->SetName(name);
- hEtaAMixCorr->Divide(hEtaAMixEff);
-
- hPhiEtaCorr=(TH2F*)hPhiEtaRaw->Clone();
- sprintf(name,"hPhiEtaCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hPhiEtaCorr->SetName(name);
- hPhiEtaCorr->Divide(hPhiEtaEff);
-
- hPhiEtaMixCorr=(TH2F*)hPhiEtaMixRaw->Clone();
- sprintf(name,"hPhiMixCorr_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hPhiEtaMixCorr->SetName(name);
- hPhiEtaMixCorr->Divide(hPhiEtaMixEff);
-
- hPhiCorrPt=(TH1F*)hPhiRawPt->Clone();
- sprintf(name,"hPhiCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hPhiCorrPt->SetName(name);
- hPhiCorrPt->Divide(hPhiEffPt);
-
- hPhiMixCorrPt=(TH1F*)hPhiMixRawPt->Clone();
- sprintf(name,"hPhiMixCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hPhiMixCorrPt->SetName(name);
- hPhiMixCorrPt->Divide(hPhiMixEffPt);
-
- hEtaNCorrPt=(TH1F*)hEtaNRawPt->Clone();
- sprintf(name,"hEtaNCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hEtaNCorrPt->SetName(name);
- hEtaNCorrPt->Divide(hEtaNEffPt);
-
- hEtaNMixCorrPt=(TH1F*)hEtaNMixRawPt->Clone();
- sprintf(name,"hEtaNMixCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hEtaNMixCorrPt->SetName(name);
- hEtaNMixCorrPt->Divide(hEtaNMixEffPt);
-
- hEtaACorrPt=(TH1F*)hEtaARawPt->Clone();
- sprintf(name,"hEtaACorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hEtaACorrPt->SetName(name);
- hEtaACorrPt->Divide(hEtaAEffPt);
-
- hEtaAMixCorrPt=(TH1F*)hEtaAMixRawPt->Clone();
- sprintf(name,"hEtaAMixCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hEtaAMixCorrPt->SetName(name);
- hEtaAMixCorrPt->Divide(hEtaAMixEffPt);
-
- hPhiEtaCorrPt=(TH2F*)hPhiEtaRawPt->Clone();
- sprintf(name,"hPhiEtaCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hPhiEtaCorrPt->SetName(name);
- hPhiEtaCorrPt->Divide(hPhiEtaEffPt);
-
- hPhiEtaMixCorrPt=(TH2F*)hPhiEtaMixRawPt->Clone();
- sprintf(name,"hPhiMixCorrPt_%2.2fPT%2.2f_%2.2fpt%2.2f_%d",TPt1,TPt2,APt1,APt2,Cent);
- hPhiEtaMixCorrPt->SetName(name);
- hPhiEtaMixCorrPt->Divide(hPhiEtaMixEffPt);
-
- // GeoCorr(hEtaNCorr,hEtaNMixCorr,hEtaNMixMC,hEtaACorr,hEtaAMixCorr,hEtaAMixMC,hPhiEtaCorr,hPhiEtaMixCorr,hPhiEtaMixMC);
- // GeoCorr(hEtaNCorrPt,hEtaNMixCorrPt,hEtaNMixMCPt,hEtaACorrPt,hEtaAMixCorrPt,hEtaAMixMCPt,hPhiEtaCorrPt,hPhiEtaMixCorrPt,hPhiEtaMixMCPt);
- MixedCorrect(hPhiCorr,hPhiMixCorr,hEtaNCorr,hEtaNMixCorr,hEtaACorr,hEtaAMixCorr,hPhiEtaCorr,hPhiEtaMixCorr);
- MixedCorrect(hPhiCorrPt,hPhiMixCorrPt,hEtaNCorrPt,hEtaNMixCorrPt,hEtaACorrPt,hEtaAMixCorrPt,hPhiEtaCorrPt,hPhiEtaMixCorrPt);
- if(ZYAMCent>0)ZYA1(hPhiCorr,hPhiMixCorr,a,ZYAMCent,ZYAMWidth);
- else ZYAM2D(hPhiEtaCorr,hPhiEtaMixCorr,a,72,10);
-
-
- hPhiCorr2=(TH1F*)hPhiCorr->Clone();
- hPhiCorr2->SetName("hPhiCorr2");
- sprintf(name,"Bg Sub. %s",hPhiCorr2->GetTitle());
- hPhiCorr2->SetTitle(name);
-
- hPhiMixCorr2=(TH1F*)hPhiMixCorr->Clone();
- hPhiMixCorr2->SetName("hPhiMixCorr2");
- sprintf(name,"Normalized %1.3f %s",a[0],hPhiMixCorr2->GetTitle());
- hPhiMixCorr2->SetTitle(name);
- hPhiMixCorr2->SetMarkerStyle(25);
- hPhiMixCorr2->SetMarkerColor(4);
- hPhiMixCorr2->SetLineColor(4);
-
- hEtaNCorr2=(TH1F*)hEtaNCorr->Clone();
- hEtaNCorr2->SetName("hEtaNCorr2");
- sprintf(name,"Bg Sub. %s",hEtaNCorr2->GetTitle());
- hEtaNCorr2->SetTitle(name);
-
- hEtaNMixCorr2=(TH1F*)hEtaNMixCorr->Clone();
- hEtaNMixCorr2->SetName("hEtaNMixCorr2");
- sprintf(name,"Normalized %1.3f %s",a[0],hEtaNMixCorr2->GetTitle());
- hEtaNMixCorr2->SetTitle(name);
- hEtaNMixCorr2->SetMarkerStyle(25);
- hEtaNMixCorr2->SetMarkerColor(4);
- hEtaNMixCorr2->SetLineColor(4);
-
- hEtaACorr2=(TH1F*)hEtaACorr->Clone();
- hEtaACorr2->SetName("hEtaACorr2");
- sprintf(name,"Bg Sub. %s",hEtaACorr2->GetTitle());
- hEtaACorr2->SetTitle(name);
-
- hEtaAMixCorr2=(TH1F*)hEtaAMixCorr->Clone();
- hEtaAMixCorr2->SetName("hEtaAMixCorr2");
- sprintf(name,"Normalized %1.3f %s",a[0],hEtaAMixCorr2->GetTitle());
- hEtaAMixCorr2->SetTitle(name);
- hEtaAMixCorr2->SetMarkerStyle(25);
- hEtaAMixCorr2->SetMarkerColor(4);
- hEtaAMixCorr2->SetLineColor(4);
-
- hPhiEtaCorr2=(TH2F*)hPhiEtaCorr->Clone();
- hPhiEtaCorr2->SetName("hPhiEtaCorr2");
- sprintf(name,"BG Sub. %s",hPhiEtaCorr2->GetTitle());
- hPhiEtaCorr2->SetTitle(name);
-
- hPhiEtaMixCorr2=(TH2F*)hPhiEtaMixCorr->Clone();
- hPhiEtaMixCorr2->SetName("hPhiEtaMixCorr2");
- sprintf(name,"Normalized %1.3f %s",a[0],hPhiEtaMixCorr2->GetTitle());
- hPhiEtaMixCorr2->SetTitle(name);
-
- hPhiCorrPt2=(TH1F*)hPhiCorrPt->Clone();
- hPhiCorrPt2->SetName("hPhiCorrPt2");
- sprintf(name,"Bg Sub. %s",hPhiCorrPt2->GetTitle());
- hPhiCorrPt2->SetTitle(name);
-
- hPhiMixCorrPt2=(TH1F*)hPhiMixCorrPt->Clone();
- hPhiMixCorrPt2->SetName("hPhiMixCorrPt2");
- sprintf(name,"Normalized %1.3f %s",a[0],hPhiMixCorrPt2->GetTitle());
- hPhiMixCorrPt2->SetTitle(name);
- hPhiMixCorrPt2->SetMarkerStyle(25);
- hPhiMixCorrPt2->SetMarkerColor(4);
- hPhiMixCorrPt2->SetLineColor(4);
-
- hEtaNCorrPt2=(TH1F*)hEtaNCorrPt->Clone();
- hEtaNCorrPt2->SetName("hEtaNCorrPt2");
- sprintf(name,"Bg Sub. %s",hEtaNCorrPt2->GetTitle());
- hEtaNCorrPt2->SetTitle(name);
-
- hEtaNMixCorrPt2=(TH1F*)hEtaNMixCorrPt->Clone();
- hEtaNMixCorrPt2->SetName("hEtaNMixCorrPt2");
- sprintf(name,"Normalized %1.3f %s",a[0],hEtaNMixCorrPt2->GetTitle());
- hEtaNMixCorrPt2->SetTitle(name);
- hEtaNMixCorrPt2->SetMarkerStyle(25);
- hEtaNMixCorrPt2->SetMarkerColor(4);
- hEtaNMixCorrPt2->SetLineColor(4);
-
- hEtaACorrPt2=(TH1F*)hEtaACorrPt->Clone();
- hEtaACorrPt2->SetName("hEtaACorrPt2");
- sprintf(name,"Bg Sub. %s",hEtaACorrPt2->GetTitle());
- hEtaACorrPt2->SetTitle(name);
-
- hEtaAMixCorrPt2=(TH1F*)hEtaAMixCorrPt->Clone();
- hEtaAMixCorrPt2->SetName("hEtaAMixCorrPt2");
- sprintf(name,"Normalized %1.3f %s",a[0],hEtaAMixCorrPt2->GetTitle());
- hEtaAMixCorrPt2->SetTitle(name);
- hEtaAMixCorrPt2->SetMarkerStyle(25);
- hEtaAMixCorrPt2->SetMarkerColor(4);
- hEtaAMixCorrPt2->SetLineColor(4);
-
- hPhiEtaCorrPt2=(TH2F*)hPhiEtaCorrPt->Clone();
- hPhiEtaCorrPt2->SetName("hPhiEtaCorrPt2");
- sprintf(name,"BG Sub. %s",hPhiEtaCorrPt2->GetTitle());
- hPhiEtaCorrPt2->SetTitle(name);
-
- hPhiEtaMixCorrPt2=(TH2F*)hPhiEtaMixCorrPt->Clone();
- hPhiEtaMixCorrPt2->SetName("hPhiEtaMixCorrPt2");
- sprintf(name,"Normalized %1.3f %s",a[0],hPhiEtaMixCorrPt2->GetTitle());
- hPhiEtaMixCorrPt2->SetTitle(name);
-
- hPhiMixCorr2->Scale(a[0]);
- hEtaNMixCorr2->Scale(a[0]);
- hEtaAMixCorr2->Scale(a[0]);
- hPhiEtaMixCorr2->Scale(a[0]);
- hPhiCorr2->Add(hPhiMixCorr2,-1);
- hEtaNCorr2->Add(hEtaNMixCorr2,-1);
- hEtaACorr2->Add(hEtaAMixCorr2,-1);
- Add2D(hPhiEtaCorr2,hPhiEtaMixCorr2,-1);
- hPhiMixCorrPt2->Scale(a[0]);
- hPhiEtaMixCorrPt2->Scale(a[0]);
- hEtaNMixCorrPt2->Scale(a[0]);
- hEtaAMixCorrPt2->Scale(a[0]);
- hPhiCorrPt2->Add(hPhiMixCorrPt2,-1);
- hEtaNCorrPt2->Add(hEtaNMixCorrPt2,-1);
- hEtaACorrPt2->Add(hEtaAMixCorrPt2,-1);
- Add2D(hPhiEtaCorrPt2,hPhiEtaMixCorrPt2,-1);
-
- //Now we need to add up centrality bins
- if(Cent==Mult1){
- hPhiCorrSum=(TH1F*)hPhiCorr->Clone();
- hPhiCorrSum->SetName("hPhiCorrSum");
- hPhiCorr2Sum=(TH1F*)hPhiCorr2->Clone();
- hPhiCorr2Sum->SetName("hPhiCorr2Sum");
- hPhiMixCorrSum=(TH1F*)hPhiMixCorr->Clone();
- hPhiMixCorrSum->SetName("hPhiMixCorrSum");
- hPhiMixCorr2Sum=(TH1F*)hPhiMixCorr2->Clone();
- hPhiMixCorr2Sum->SetName("hPhiMixCorr2Sum");
-
- hEtaNCorrSum=(TH1F*)hEtaNCorr->Clone();
- hEtaNCorrSum->SetName("hEtaNCorrSum");
- hEtaNCorr2Sum=(TH1F*)hEtaNCorr2->Clone();
- hEtaNCorr2Sum->SetName("hEtaNCorr2Sum");
- hEtaNMixCorrSum=(TH1F*)hEtaNMixCorr->Clone();
- hEtaNMixCorrSum->SetName("hEtaNMixCorrSum");
- hEtaNMixCorr2Sum=(TH1F*)hEtaNMixCorr2->Clone();
- hEtaNMixCorr2Sum->SetName("hEtaNMixCorr2Sum");
-
- hEtaACorrSum=(TH1F*)hEtaACorr->Clone();
- hEtaACorrSum->SetName("hEtaACorrSum");
- hEtaACorr2Sum=(TH1F*)hEtaACorr2->Clone();
- hEtaACorr2Sum->SetName("hEtaACorr2Sum");
- hEtaAMixCorrSum=(TH1F*)hEtaAMixCorr->Clone();
- hEtaAMixCorrSum->SetName("hEtaAMixCorrSum");
- hEtaAMixCorr2Sum=(TH1F*)hEtaAMixCorr2->Clone();
- hEtaAMixCorr2Sum->SetName("hEtaAMixCorr2Sum");
-
- hPhiEtaCorrSum=(TH2F*)hPhiEtaCorr->Clone();
- hPhiEtaCorrSum->SetName("hPhiEtaCorrSum");
- hPhiEtaCorr2Sum=(TH2F*)hPhiEtaCorr2->Clone();
- hPhiEtaCorr2Sum->SetName("hPhiEtaCorr2Sum");
- hPhiEtaMixCorrSum=(TH2F*)hPhiEtaMixCorr->Clone();
- hPhiEtaMixCorrSum->SetName("hPhiEtaMixCorrSum");
- hPhiEtaMixCorr2Sum=(TH2F*)hPhiEtaMixCorr2->Clone();
- hPhiEtaMixCorr2Sum->SetName("hPhiEtaMixCorr2Sum");
-
- hPhiCorrPtSum=(TH1F*)hPhiCorrPt->Clone();
- hPhiCorrPtSum->SetName("hPhiCorrPtSum");
- hPhiCorrPt2Sum=(TH1F*)hPhiCorrPt2->Clone();
- hPhiCorrPt2Sum->SetName("hPhiCorrPt2Sum");
- hPhiMixCorrPtSum=(TH1F*)hPhiMixCorrPt->Clone();
- hPhiMixCorrPtSum->SetName("hPhiMixCorrPtSum");
- hPhiMixCorrPt2Sum=(TH1F*)hPhiMixCorrPt2->Clone();
- hPhiMixCorrPt2Sum->SetName("hPhiMixCorrPt2Sum");
-
- hEtaNCorrPtSum=(TH1F*)hEtaNCorrPt->Clone();
- hEtaNCorrPtSum->SetName("hEtaNCorrPtSum");
- hEtaNCorrPt2Sum=(TH1F*)hEtaNCorrPt2->Clone();
- hEtaNCorrPt2Sum->SetName("hEtaNCorrPt2Sum");
- hEtaNMixCorrPtSum=(TH1F*)hEtaNMixCorrPt->Clone();
- hEtaNMixCorrPtSum->SetName("hEtaNMixCorrPtSum");
- hEtaNMixCorrPt2Sum=(TH1F*)hEtaNMixCorrPt2->Clone();
- hEtaNMixCorrPt2Sum->SetName("hEtaNMixCorrPt2Sum");
-
- hEtaACorrPtSum=(TH1F*)hEtaACorrPt->Clone();
- hEtaACorrPtSum->SetName("hEtaACorrPtSum");
- hEtaACorrPt2Sum=(TH1F*)hEtaACorrPt2->Clone();
- hEtaACorrPt2Sum->SetName("hEtaACorrPt2Sum");
- hEtaAMixCorrPtSum=(TH1F*)hEtaAMixCorrPt->Clone();
- hEtaAMixCorrPtSum->SetName("hEtaAMixCorrPtSum");
- hEtaAMixCorrPt2Sum=(TH1F*)hEtaAMixCorrPt2->Clone();
- hEtaAMixCorrPt2Sum->SetName("hEtaAMixCorrPt2Sum");
-
- hPhiEtaCorrPtSum=(TH2F*)hPhiEtaCorrPt->Clone();
- hPhiEtaCorrPtSum->SetName("hPhiEtaCorrPtSum");
- hPhiEtaCorrPt2Sum=(TH2F*)hPhiEtaCorrPt2->Clone();
- hPhiEtaCorrPt2Sum->SetName("hPhiEtaCorrPt2Sum");
- hPhiEtaMixCorrPtSum=(TH2F*)hPhiEtaMixCorrPt->Clone();
- hPhiEtaMixCorrPtSum->SetName("hPhiEtaMixCorrPtSum");
- hPhiEtaMixCorrPt2Sum=(TH2F*)hPhiEtaMixCorrPt2->Clone();
- hPhiEtaMixCorrPt2Sum->SetName("hPhiEtaMixCorrPt2Sum");
-
- TrigSum=MPt[2];
-
- hPhiCorrSum->Scale(TrigSum);
- hPhiCorr2Sum->Scale(TrigSum);
- hPhiMixCorrSum->Scale(TrigSum);
- hPhiMixCorr2Sum->Scale(TrigSum);
- hEtaNCorrSum->Scale(TrigSum);
- hEtaNCorr2Sum->Scale(TrigSum);
- hEtaNMixCorrSum->Scale(TrigSum);
- hEtaNMixCorr2Sum->Scale(TrigSum);
- hEtaACorrSum->Scale(TrigSum);
- hEtaACorr2Sum->Scale(TrigSum);
- hEtaAMixCorrSum->Scale(TrigSum);
- hEtaAMixCorr2Sum->Scale(TrigSum);
- hPhiEtaCorrSum->Scale(TrigSum);
- hPhiEtaCorr2Sum->Scale(TrigSum);
- hPhiEtaMixCorrSum->Scale(TrigSum);
- hPhiEtaMixCorr2Sum->Scale(TrigSum);
-
- hPhiCorrPtSum->Scale(TrigSum);
- hPhiCorrPt2Sum->Scale(TrigSum);
- hPhiMixCorrPtSum->Scale(TrigSum);
- hPhiMixCorrPt2Sum->Scale(TrigSum);
- hEtaNCorrPtSum->Scale(TrigSum);
- hEtaNCorrPt2Sum->Scale(TrigSum);
- hEtaNMixCorrPtSum->Scale(TrigSum);
- hEtaNMixCorrPt2Sum->Scale(TrigSum);
- hEtaACorrPtSum->Scale(TrigSum);
- hEtaACorrPt2Sum->Scale(TrigSum);
- hEtaAMixCorrSum->Scale(TrigSum);
- hEtaAMixCorr2Sum->Scale(TrigSum);
- hPhiEtaCorrPtSum->Scale(TrigSum);
- hPhiEtaCorrPt2Sum->Scale(TrigSum);
- hPhiEtaMixCorrPtSum->Scale(TrigSum);
- hPhiEtaMixCorrPt2Sum->Scale(TrigSum);
- }
- else{//I need to do trigger weighted averaging here so I need the trigger counts
- hPhiCorrSum->Add(hPhiCorr,MPt[2]);
- hPhiCorr2Sum->Add(hPhiCorr2,MPt[2]);
- hPhiMixCorrSum->Add(hPhiMixCorr,MPt[2]);
- hPhiMixCorr2Sum->Add(hPhiMixCorr2,MPt[2]);
- hEtaNCorrSum->Add(hEtaNCorr,MPt[2]);
- hEtaNCorr2Sum->Add(hEtaNCorr2,MPt[2]);
- hEtaNMixCorrSum->Add(hEtaNMixCorr,MPt[2]);
- hEtaNMixCorr2Sum->Add(hEtaNMixCorr2,MPt[2]);
- hEtaACorrSum->Add(hEtaACorr,MPt[2]);
- hEtaACorr2Sum->Add(hEtaNCorr2,MPt[2]);
- hEtaAMixCorrSum->Add(hEtaAMixCorr,MPt[2]);
- hEtaAMixCorr2Sum->Add(hEtaAMixCorr2,MPt[2]);
- hPhiEtaCorrSum->Add(hPhiEtaCorr,MPt[2]);
- hPhiEtaCorr2Sum->Add(hPhiEtaCorr2,MPt[2]);
- hPhiEtaMixCorrSum->Add(hPhiEtaMixCorr,MPt[2]);
- hPhiEtaMixCorr2Sum->Add(hPhiEtaMixCorr2,MPt[2]);
-
- hPhiCorrPtSum->Add(hPhiCorr,MPt[2]);
- hPhiCorrPt2Sum->Add(hPhiCorr2,MPt[2]);
- hPhiMixCorrPtSum->Add(hPhiMixCorr,MPt[2]);
- hPhiMixCorrPt2Sum->Add(hPhiMixCorr2,MPt[2]);
- hEtaNCorrPtSum->Add(hEtaNCorrPt,MPt[2]);
- hEtaNCorrPt2Sum->Add(hEtaNCorrPt2,MPt[2]);
- hEtaNMixCorrPtSum->Add(hEtaNMixCorrPt,MPt[2]);
- hEtaNMixCorrPt2Sum->Add(hEtaNMixCorrPt2,MPt[2]);
- hEtaACorrPtSum->Add(hEtaACorrPt,MPt[2]);
- hEtaACorrPt2Sum->Add(hEtaNCorrPt2,MPt[2]);
- hEtaAMixCorrPtSum->Add(hEtaAMixCorrPt,MPt[2]);
- hEtaAMixCorrPt2Sum->Add(hEtaAMixCorrPt2,MPt[2]);
- hPhiEtaCorrPtSum->Add(hPhiEtaCorr,MPt[2]);
- hPhiEtaCorrPt2Sum->Add(hPhiEtaCorr2,MPt[2]);
- hPhiEtaMixCorrPtSum->Add(hPhiEtaMixCorr,MPt[2]);
- hPhiEtaMixCorrPt2Sum->Add(hPhiEtaMixCorr2,MPt[2]);
- TrigSum+=MPt[2];
- }
- }
- //rescale to per trigger
- // cout << "TrigSum " << TrigSum << endl;
- hPhiCorrSum->Scale(1./TrigSum);
- hPhiCorr2Sum->Scale(1./TrigSum);
- hPhiMixCorrSum->Scale(1./TrigSum);
- hPhiMixCorr2Sum->Scale(1./TrigSum);
- hEtaNCorrSum->Scale(1./TrigSum);
- hEtaNCorr2Sum->Scale(1./TrigSum);
- hEtaNMixCorrSum->Scale(1./TrigSum);
- hEtaNMixCorr2Sum->Scale(1./TrigSum);
- hEtaACorrSum->Scale(1./TrigSum);
- hEtaACorr2Sum->Scale(1./TrigSum);
- hEtaAMixCorrSum->Scale(1./TrigSum);
- hEtaAMixCorr2Sum->Scale(1./TrigSum);
- hPhiEtaCorrSum->Scale(1./TrigSum);
- hPhiEtaCorr2Sum->Scale(1./TrigSum);
- hPhiEtaMixCorrSum->Scale(1./TrigSum);
- hPhiEtaMixCorr2Sum->Scale(1./TrigSum);
-
- hPhiCorrPtSum->Scale(1./TrigSum);
- hPhiCorrPt2Sum->Scale(1./TrigSum);
- hPhiMixCorrPtSum->Scale(1./TrigSum);
- hPhiMixCorrPt2Sum->Scale(1./TrigSum);
- hEtaNCorrPtSum->Scale(1./TrigSum);
- hEtaNCorrPt2Sum->Scale(1./TrigSum);
- hEtaNMixCorrPtSum->Scale(1./TrigSum);
- hEtaNMixCorrPt2Sum->Scale(1./TrigSum);
- hEtaACorrPtSum->Scale(1./TrigSum);
- hEtaACorrPt2Sum->Scale(1./TrigSum);
- hEtaAMixCorrPtSum->Scale(1./TrigSum);
- hEtaAMixCorrPt2Sum->Scale(1./TrigSum);
- hPhiEtaCorrPtSum->Scale(1./TrigSum);
- hPhiEtaCorrPt2Sum->Scale(1./TrigSum);
- hPhiEtaMixCorrPtSum->Scale(1./TrigSum);
- hPhiEtaMixCorrPt2Sum->Scale(1./TrigSum);
-
- // for(int xs=0;xs<nx;xs++){xarray[xs][MainLoop]=0;}
- for(int yields=0;yields<nyields;yields++){
- NYieldPhi[yields][MainLoop]=0;
- NYieldPhiZYAM[yields][MainLoop]=0;
- NYieldPhiFit[yields][MainLoop]=0;
- NYieldEta[yields][MainLoop]=0;
- NYieldEtaZYAM[yields][MainLoop]=0;
- NYieldEtaFit[yields][MainLoop]=0;
- NYieldPhiEta1[yields][MainLoop]=0;
- NYieldPhiEta2[yields][MainLoop]=0;
- NYieldPhiEta1ZYAM[yields][MainLoop]=0;
- NYieldPhiEta2ZYAM[yields][MainLoop]=0;
- NRMSPhi[yields][MainLoop]=0;
- NWidthPhi[yields][MainLoop]=0;
- AYieldPhi[yields][MainLoop]=0;
- AYieldPhiZYAM[yields][MainLoop]=0;
- AYieldPhiFit[yields][MainLoop]=0;
- AYieldEta[yields][MainLoop]=0;
- AYieldEtaZYAM[yields][MainLoop]=0;
- AYieldEtaFit[yields][MainLoop]=0;
- AYieldPhiEta[yields][MainLoop]=0;
- AYieldPhiEtaZYAM[yields][MainLoop]=0;
- MYieldPhi[yields][MainLoop]=0;
- MYieldPhi[yields][MainLoop]=0;
- MAvePhiEta[yields][MainLoop]=0;
- NAvePhi[yields][MainLoop]=0;
- NAvePhiZYAM[yields][MainLoop]=0;
- NAvePhiFit[yields][MainLoop]=0;
- NAveEta[yields][MainLoop]=0;
- NAveEtaZYAM[yields][MainLoop]=0;
- NAveEtaFit[yields][MainLoop]=0;
- NAvePhiEta1[yields][MainLoop]=0;
- NAvePhiEta2[yields][MainLoop]=0;
- NAvePhiEta1ZYAM[yields][MainLoop]=0;
- NAvePhiEta2ZYAM[yields][MainLoop]=0;
- AAvePhi[yields][MainLoop]=0;
- AAvePhiZYAM[yields][MainLoop]=0;
- AAvePhiFit[yields][MainLoop]=0;
- AAveEta[yields][MainLoop]=0;
- AAveEtaZYAM[yields][MainLoop]=0;
- AAveEtaFit[yields][MainLoop]=0;
- AAvePhiEta[yields][MainLoop]=0;
- AAvePhiEtaZYAM[yields][MainLoop]=0;
- MAvePhi[yields][MainLoop]=0;
- MAvePhiFit[yields][MainLoop]=0;
- MAvePhiEta[yields][MainLoop]=0;
-
- TNYieldPhi[yields][MainLoop]=0;
- TNYieldPhiZYAM[yields][MainLoop]=0;
- TNYieldPhiFit[yields][MainLoop]=0;
- TNYieldPhiEta1[yields][MainLoop]=0;
- TNYieldPhiEta2[yields][MainLoop]=0;
- TNYieldPhiEta3[yields][MainLoop]=0;
- TAYieldPhi[yields][MainLoop]=0;
- TAYieldPhiZYAM[yields][MainLoop]=0;
- TAYieldPhiFit[yields][MainLoop]=0;
- TAYieldPhiEta[yields][MainLoop]=0;
- TAYieldPhiEtaZYAM[yields][MainLoop]=0;
- }
- //lets do the dphi histo yeilds
- //Get our yields for the $\Delta\phi$ Histograms (from bin counting)
- float nbinsPhiEtaPhi=hPhiEtaCorr->GetNbinsX();
- float nbinsPhiEtaEta=hPhiEtaCorr->GetNbinsY();
- binwx=hPhiCorr->GetBinWidth(1);
- NearBinsPhi=0;
- AwayBinsPhi=0;
- MinBinsPhi=0;
- NearBinsPhiEta1=0;
- NearBinsPhiEta2=0;
- AwayBinsPhiEta=0;
- MinBinsPhiEta=0;
-
- //Bins with 0 content have messed up error bars and screw up the fits
- for(int xx=1;xx<=hPhiCorrSum->GetNbinsX();xx++){
- if(hPhiCorrSum->GetBinContent(xx)==0)hPhiCorrSum->SetBinError(xx,1./hPhiCorrSum->GetBinWidth(xx)/TrigSum);
- if(hPhiCorrPtSum->GetBinContent(xx)==0)hPhiCorrSum->SetBinError(xx,1./pow(hPhiCorrPtSum->GetBinWidth(xx),2)/TrigSum);
- }
- for(int xx=1;xx<=hEtaNCorrSum->GetNbinsX();xx++){
- if(hEtaNCorrSum->GetBinContent(xx)==0){
- float acp=1-fabs(hEtaNCorr->GetBinCenter(xx))/1.8;
- hEtaNCorrSum->SetBinError(xx,1./hEtaNCorrSum->GetBinWidth(xx)/TrigSum/acp);
- // cout << "Error Eta" << hEtaNCorrSum->GetBinContent(xx) << " " << hEtaNCorrSum->GetBinError(xx) << endl;
- }
- if(hEtaNCorrPtSum->GetBinContent(xx)==0)hEtaNCorrPtSum->SetBinError(xx,1./hEtaNCorrPtSum->GetBinWidth(xx)/TrigSum/acp);
- }
-
- //0 yield, 1 eyield, 2 pt yield, 3 ept yield, 4 pt/pt_trig yield, 5 ezt yield, 6 pt/pt_near yield, 7 ezt2 yield
- trms1=0;trms2=0;trms3=0;
- char outName[200];
- cfit1=new TCanvas("cfit1","",800,600);
- //Fit The Histograms
- fit1->SetParameters(1,0.2,1,0.4,0.5);
- hPhiCorrSum->Fit("fit1");
- NYieldPhiFit[0][MainLoop]=fit1->GetParameter(0);
- NYieldPhiFit[1][MainLoop]=fit1->GetParError(0);
- NWidthPhi[0][MainLoop]=fit1->GetParameter(1);
- NWidthPhi[1][MainLoop]=fit1->GetParError(1);
- AYieldPhiFit[0][MainLoop]=fit1->GetParameter(2);
- AYieldPhiFit[1][MainLoop]=fit1->GetParError(2);
- AWidthPhi[0][MainLoop]=fit1->GetParameter(3);
- AWidthPhi[1][MainLoop]=fit1->GetParError(3);
- MYieldPhiFit[0][MainLoop]=fit1->GetParameter(4)*2*Pi;
- MYieldPhiFit[1][MainLoop]=fit1->GetParError(4)*2*Pi;
- sprintf(outName,"%s/DrawSpectra_FitPhiCorr%d_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d_%d%s",Folder,EffMethod,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult,MainLoop,filetype);
- if(SaveFits)cfit1->SaveAs(outName);
-
- cfit2=new TCanvas("cfit2","",800,600);
- //float par4=fit1->GetParameter(4)*1.5*4/(hEtaNCorrSum->GetNbinsX()*hEtaNCorrSum->GetBinWidth(1));//proper scaling (selfcorrects for different bin etc)
- // float par4=fit1->GetParameter(4)*hPhiCorrSum->GetBinWidth(1)/hEtaNCorrSum->GetBinWidth(1)*0.8/3.14159;
- //float par4=fit1->GetParameter(4)*3/3.2;
- float par4=fit1->GetParameter(4)*6.4/3;
- fit2->SetParameter(2,par4);
- // fit2->SetParLimits(2,par4,par4);
- fit2->SetParameter(0,fit1->GetParameter(0));
- fit2->SetParameter(1,fit1->GetParameter(1));
- hEtaNCorrSum->Fit("fit2");
- NYieldEtaFit[0][MainLoop]=fit2->GetParameter(0);
- NYieldEtaFit[1][MainLoop]=fit2->GetParError(0);
- NWidthEta[0][MainLoop]=fit2->GetParameter(1);
- NWidthEta[1][MainLoop]=fit2->GetParError(1);
- sprintf(outName,"%s/DrawSpectra_FitEtaCorr%d_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d_%d%s",Folder,EffMethod,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult,MainLoop,filetype);
- if(SaveFits)cfit2->SaveAs(outName);
-
- hPhiCorrPtSum->Fit("fit1");
- NYieldPhiFit[2][MainLoop]=fit1->GetParameter(0);
- NYieldPhiFit[3][MainLoop]=fit1->GetParError(0);
- NWidthPhi[2][MainLoop]=fit1->GetParameter(1);
- NWidthPhi[3][MainLoop]=fit1->GetParError(1);
- AYieldPhiFit[2][MainLoop]=fit1->GetParameter(2);
- AYieldPhiFit[3][MainLoop]=fit1->GetParError(2);
- AWidthPhi[2][MainLoop]=fit1->GetParameter(3);
- AWidthPhi[3][MainLoop]=fit1->GetParError(3);
- MYieldPhiFit[2][MainLoop]=fit1->GetParameter(4)*2*Pi;
- MYieldPhiFit[3][MainLoop]=fit1->GetParError(4)*2*Pi;
-
-
- // par4=fit1->GetParameter(4)*hPhiCorrSum->GetBinWidth(1)/hEtaNCorrSum->GetBinWidth(1)*1.5/3.1415962;
- //float par4=fit1->GetParameter(4)*1.5*2/1.8;
- //float par4=fit1->GetParameter(4)*1.5*4/(hEtaNCorrPtSum->GetNbinsX()*hEtaNCorrPtSum->GetBinWidth(1));
- //float par4=fit1->GetParameter(4)*hPhiCorrSum->GetBinWidth(1)/hEtaNCorrSum->GetBinWidth(1)*1.5/3.14159;
- float par4=fit1->GetParameter(4)*6.4/3;
- fit2->SetParameter(2,par4);
- //fit2->SetParLimits(2,par4,par4);
- fit2->SetParameter(0,fit1->GetParameter(0));
- fit2->SetParameter(1,fit1->GetParameter(1));
- //hEtaNCorrSum->Fit("fit2");
- // fit2->SetParLimits(2,fit1->GetParameter(4),fit1->GetParameter(4));
- hEtaNCorrPtSum->Fit("fit2");
- NYieldEtaFit[2][MainLoop]=fit2->GetParameter(0);
- NYieldEtaFit[3][MainLoop]=fit2->GetParError(0);
- NWidthEta[2][MainLoop]=fit2->GetParameter(1);
- NWidthEta[3][MainLoop]=fit2->GetParError(1);
-
- //Not doing any away-side fits now but setting up non-zero values so no divide by zero later as code is inplace in case there are fits
- AYieldEtaFit[0][MainLoop]=1;
- AYieldEtaFit[1][MainLoop]=1;
- AWidthEta[0][MainLoop]=1;
- AWidthEta[1][MainLoop]=1;
- AYieldEtaFit[2][MainLoop]=1;
- AYieldEtaFit[3][MainLoop]=1;
- AWidthEta[2][MainLoop]=1;
- AWidthEta[3][MainLoop]=1;
-
- //Average pT from fits
- NAvePhiFit[0][MainLoop]=NYieldPhiFit[2][MainLoop]/NYieldPhiFit[0][MainLoop];
- NAvePhiFit[1][MainLoop]=NAvePhiFit[0][MainLoop]*pow(pow(NYieldPhiFit[3][MainLoop]/NYieldPhiFit[2][MainLoop],2)+pow(NYieldPhiFit[1][MainLoop]/NYieldPhiFit[0][MainLoop],2),0.5);
- AAvePhiFit[0][MainLoop]=AYieldPhiFit[2][MainLoop]/AYieldPhiFit[0][MainLoop];
- AAvePhiFit[1][MainLoop]=AAvePhiFit[0][MainLoop]*pow(pow(AYieldPhiFit[3][MainLoop]/AYieldPhiFit[2][MainLoop],2)+pow(AYieldPhiFit[1][MainLoop]/AYieldPhiFit[0][MainLoop],2),0.5);
- MAvePhiFit[0][MainLoop]=MYieldPhiFit[2][MainLoop]/MYieldPhiFit[0][MainLoop];
- MAvePhiFit[1][MainLoop]=MAvePhiFit[0][MainLoop]*pow(pow(MYieldPhiFit[3][MainLoop]/MYieldPhiFit[2][MainLoop],2)+pow(MYieldPhiFit[1][MainLoop]/MYieldPhiFit[0][MainLoop],2),0.5);
- NAveEtaFit[0][MainLoop]=NYieldEtaFit[2][MainLoop]/NYieldEtaFit[0][MainLoop];
- NAveEtaFit[1][MainLoop]=NAveEtaFit[0][MainLoop]*pow(pow(NYieldEtaFit[3][MainLoop]/NYieldEtaFit[2][MainLoop],2)+pow(NYieldEtaFit[1][MainLoop]/NYieldEtaFit[0][MainLoop],2),0.5);
-
- //Computer Jt from the fits
- float meanptA=NYieldPhiFit[2][MainLoop]/NYieldPhiFit[0][MainLoop];
- float EmeanptA=meanptA*sqrt(pow(NYieldPhiFit[3][MainLoop]/NYieldPhiFit[2][MainLoop],2)+pow(NYieldPhiFit[1][MainLoop]/NYieldPhiFit[0][MainLoop],2));
- NJtPhi[0][MainLoop]=NWidthPhi[0][MainLoop]*meanptA*MPt[0]*pow(2/(meanptA*meanptA+MPt[0]*MPt[0]),0.5);
- float temp1=pow(MPt[0]*MPt[0]+meanptA*meanptA,0.5);
- float temp2=2*EmeanptA*meanptA+2*MPt[0]*MPt[1];
- float temp3=0.5*temp2/temp1;
- NJtPhi[1][MainLoop]=NJtPhi[0][MainLoop]*sqrt(pow(NWidthPhi[1][MainLoop]/NWidthPhi[0][MainLoop],2)+pow(EmeanptA/meanptA,2)+pow(MPt[1]/MPt[0],2)+temp3*temp3);
-
- meanptA=NYieldEtaFit[2][MainLoop]/NYieldEtaFit[0][MainLoop];
- EmeanptA=meanptA*sqrt(pow(NYieldEtaFit[3][MainLoop]/NYieldEtaFit[2][MainLoop],2)+pow(NYieldEtaFit[1][MainLoop]/NYieldEtaFit[0][MainLoop],2));
- NJtEta[0][MainLoop]=NWidthEta[0][MainLoop]*meanptA*MPt[0]*pow(2/(meanptA*meanptA+MPt[0]*MPt[0]),0.5);
- temp1=pow(MPt[0]*MPt[0]+meanptA*meanptA,0.5);
- temp2=2*EmeanptA*meanptA+2*MPt[0]*MPt[1];
- temp3=0.5*temp2/temp1;
- NJtEta[1][MainLoop]=NJtEta[0][MainLoop]*sqrt(pow(NWidthEta[1][MainLoop]/NWidthEta[0][MainLoop],2)+pow(EmeanptA/meanptA,2)+pow(MPt[1]/MPt[0],2)+temp3*temp3);
-
- //PhiLoop
- for(int x1=0;x1<hPhiCorrSum->GetNbinsX();x1++){
- centx=hPhiCorrSum->GetBinCenter(x1);
- //Near-Side 1d
- if(fabs(centx)<NearWidthPhi||fabs(centx-2*Pi)<NearWidthPhi||fabs(centx+2*Pi)<NearWidthPhi){
- NYieldPhi[0][MainLoop]+=binwx*hPhiCorrSum->GetBinContent(x1);
- NYieldPhi[1][MainLoop]+=pow(binwx*hPhiCorrSum->GetBinError(x1),2);
- NYieldPhi[2][MainLoop]+=binwx*hPhiCorrPtSum->GetBinContent(x1);
- NYieldPhi[3][MainLoop]+=pow(binwx*hPhiCorrPtSum->GetBinError(x1),2);
- NYieldPhiZYAM[0][MainLoop]+=binwx*hPhiCorr2Sum->GetBinContent(x1);
- NYieldPhiZYAM[1][MainLoop]+=pow(binwx*hPhiCorr2Sum->GetBinError(x1),2);
- NYieldPhiZYAM[2][MainLoop]+=binwx*hPhiCorrPt2Sum->GetBinContent(x1);
- NYieldPhiZYAM[3][MainLoop]+=pow(binwx*hPhiCorrPt2Sum->GetBinError(x1),2);
- if(APtTPtMult==0){
- TNYieldPhi[0][MainLoop]+=binwx*hTPhiCorrSum->GetBinContent(x1);
- TNYieldPhi[1][MainLoop]+=pow(binwx*hTPhiCorrSum->GetBinError(x1),2);
- TNYieldPhi[2][MainLoop]+=binwx*hTPhiCorrPtSum->GetBinContent(x1);
- TNYieldPhi[3][MainLoop]+=pow(binwx*hTPhiCorrPtSum->GetBinError(x1),2);
- TNYieldPhiZYAM[0][MainLoop]+=binwx*hTPhiCorr2Sum->GetBinContent(x1);
- TNYieldPhiZYAM[1][MainLoop]+=pow(binwx*hTPhiCorr2Sum->GetBinError(x1),2);
- TNYieldPhiZYAM[2][MainLoop]+=binwx*hTPhiCorrPt2Sum->GetBinContent(x1);
- TNYieldPhiZYAM[3][MainLoop]+=pow(binwx*hTPhiCorrPt2Sum->GetBinError(x1),2);
- }
- NRMSPhi[0][MainLoop]+=pow(binwx*centx*hPhiCorr2Sum->GetBinContent(x1),2);
- NRMSPhi[1][MainLoop]+=pow(2*binwx*centx*hPhiCorr2Sum->GetBinError(x1),2);
- NRMSPhi[2][MainLoop]+=pow(binwx*centx*hPhiCorrPt2Sum->GetBinContent(x1),2);
- NRMSPhi[3][MainLoop]+=pow(2*binwx*centx*hPhiCorrPt2Sum->GetBinError(x1),2);
- //how do I want to do the errors
- //1/RMS*(2*sum cont*centx/sum cont)(1/sum cont^2)*err
- //later do NRMSPhi[0][MainLoop]=sqrt(NRMSPhi[0][Mainloop]/NYieldPhi[0][MainLoop]) and NRMSPhi[1][MainLoop]=0.5*sqrt(NRMSPhi[1]/NRMSPhi[0]^2+NYieldPhi[1]/NYieldPhi[0]^2) I'm assuming no sqrts on errors yet
- NearBinsPhi++;
- }
- //AwaySide 1d
- if(fabs(centx-Pi)<AwayWidthPhi||fabs(centx-3*Pi)<AwayWidthPhi||fabs(centx+Pi)<AwayWidthPhi){
- trms1=(centx-Pi);
- if(trms1<Pi)trms1+=2*Pi;
- if(trms1>Pi)trms1-=2*Pi;
- AYieldPhi[0][MainLoop]+=binwx*hPhiCorrSum->GetBinContent(x1);
- AYieldPhi[1][MainLoop]+=pow(binwx*hPhiCorrSum->GetBinContent(x1),2);
- AYieldPhi[2][MainLoop]+=binwx*hPhiCorrPtSum->GetBinContent(x1);
- AYieldPhi[3][MainLoop]+=pow(binwx*hPhiCorrPtSum->GetBinError(x1),2);
- AYieldPhiZYAM[0][MainLoop]+=binwx*hPhiCorr2Sum->GetBinContent(x1);
- AYieldPhiZYAM[1][MainLoop]+=pow(binwx*hPhiCorr2Sum->GetBinError(x1),2);
- AYieldPhiZYAM[2][MainLoop]+=binwx*hPhiCorrPt2Sum->GetBinContent(x1);
- AYieldPhiZYAM[3][MainLoop]+=pow(binwx*hPhiCorrPt2Sum->GetBinError(x1),2);
- ARMSPhi[0][MainLoop]+=pow(binwx*trms1*hPhiCorr2Sum->GetBinContent(x1),2);
- ARMSPhi[1][MainLoop]+=pow(2*binwx*trms1*hPhiCorr2Sum->GetBinError(x1),2);
- ARMSPhi[2][MainLoop]+=pow(binwx*trms1*hPhiCorrPt2Sum->GetBinContent(x1),2);
- ARMSPhi[3][MainLoop]+=pow(2*binwx*trms1*hPhiCorrPt2Sum->GetBinError(x1),2);
- AwayBinsPhi++;
- }
- //Minimum
- if(fabs(centx-ZYAMCent)<ZYAMWidth||fabs(centx+ZYAMCent)<ZYAMWidth||fabs(centx-ZYAMCent+2*Pi)<ZYAMWidth||fabs(centx-ZYAMCent-2*Pi)<ZYAMWidth||fabs(centx+ZYAMCent+2*Pi)<ZYAMWidth||fabs(centx+ZYAMCent-2*Pi)<ZYAMWidth){
- MYieldPhi[0][MainLoop]+=hPhiCorrSum->GetBinContent(x1);
- MYieldPhi[1][MainLoop]+=pow(hPhiCorrSum->GetBinError(x1),2);
- MYieldPhi[2][MainLoop]+=hPhiCorrPtSum->GetBinContent(x1);
- MYieldPhi[3][MainLoop]+=pow(hPhiCorrPtSum->GetBinError(x1),2);
- MinBinsPhi++;
- }
- }//Phi Loop
-
- //EtaLoop
- binwx=hEtaNCorrSum->GetBinWidth(1);
- for(int x1=1;x1<=hEtaNCorrSum->GetNbinsX();x1++){
- NYieldEta[0][MainLoop]+=binwx*hEtaNCorrSum->GetBinContent(x1);
- NYieldEta[1][MainLoop]+=pow(binwx*hEtaNCorrSum->GetBinError(x1),2);
- NYieldEta[2][MainLoop]+=binwx*hEtaNCorrPtSum->GetBinContent(x1);
- NYieldEta[3][MainLoop]+=pow(binwx*hEtaNCorrPtSum->GetBinError(x1),2);
- NYieldEtaZYAM[0][MainLoop]+=binwx*hEtaNCorr2Sum->GetBinContent(x1);
- NYieldEtaZYAM[1][MainLoop]+=pow(binwx*hEtaNCorr2Sum->GetBinError(x1),2);
- NYieldEtaZYAM[2][MainLoop]+=binwx*hEtaNCorrPt2Sum->GetBinContent(x1);
- NYieldEtaZYAM[3][MainLoop]+=pow(binwx*hEtaNCorrPt2Sum->GetBinError(x1),2);
- AYieldEta[0][MainLoop]+=binwx*hEtaACorrSum->GetBinContent(x1);
- AYieldEta[1][MainLoop]+=pow(binwx*hEtaACorrSum->GetBinError(x1),2);
- AYieldEta[2][MainLoop]+=binwx*hEtaACorrPtSum->GetBinContent(x1);
- AYieldEta[3][MainLoop]+=pow(binwx*hEtaACorrPtSum->GetBinError(x1),2);
- AYieldEtaZYAM[0][MainLoop]+=binwx*hEtaACorr2Sum->GetBinContent(x1);
- AYieldEtaZYAM[1][MainLoop]+=pow(binwx*hEtaACorr2Sum->GetBinError(x1),2);
- AYieldEtaZYAM[2][MainLoop]+=binwx*hEtaACorrPt2Sum->GetBinContent(x1);
- AYieldEtaZYAM[3][MainLoop]+=pow(binwx*hEtaACorrPt2Sum->GetBinError(x1),2);
- }//EtaLoop
-
-
- phiaxis=hPhiEtaCorrSum->GetXaxis();
- etaaxis=hPhiEtaCorrSum->GetYaxis();
- binwx=phiaxis->GetBinWidth(1);
- binwy=etaaxis->GetBinWidth(1);
- for(int x1=0;x1<hPhiEtaCorrSum->GetNbinsX();x1++){
- centx=phiaxis->GetBinCenter(x1);
- for(int y1=0;y1<hPhiEtaCorrSum->GetNbinsY();y1++){
- centy=etaaxis->GetBinCenter(y1);
- //Near-Side 2 d
- if(fabs(centx)<NearWidthPhi||fabs(centx-2*Pi)<NearWidthPhi||fabs(centx+2*Pi)<NearWidthPhi){
- //Jet Peak Area
- if(fabs(centy)<NearWidthEta){
- NYieldPhiEta1[0][MainLoop]+=binwx*binwy*hPhiEtaCorrSum->GetBinContent(x1,y1);
- NYieldPhiEta1[1][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrSum->GetBinError(x1,y1),2);
- NYieldPhiEta1[2][MainLoop]+=binwx*binwy*hPhiEtaCorrPtSum->GetBinContent(x1,y1);
- NYieldPhiEta1[3][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrPtSum->GetBinError(x1,y1),2);
- NYieldPhiEta1ZYAM[0][MainLoop]+=binwx*binwy*hPhiEtaCorr2Sum->GetBinContent(x1,y1);
- NYieldPhiEta1ZYAM[1][MainLoop]+=pow(binwx*binwy*hPhiEtaCorr2Sum->GetBinError(x1,y1),2);
- NYieldPhiEta1ZYAM[2][MainLoop]+=binwx*binwy*hPhiEtaCorrPt2Sum->GetBinContent(x1,y1);
- NYieldPhiEta1ZYAM[3][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrPt2Sum->GetBinError(x1,y1),2);
- NearBinsPhiEta1++;
- }
- //Ridge Area
- else{
- NYieldPhiEta2[0][MainLoop]+=binwx*binwy*hPhiEtaCorrSum->GetBinContent(x1,y1);
- NYieldPhiEta2[1][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrSum->GetBinError(x1,y1),2);
- NYieldPhiEta2[2][MainLoop]+=binwx*binwy*hPhiEtaCorrPtSum->GetBinContent(x1,y1);
- NYieldPhiEta2[3][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrPtSum->GetBinError(x1,y1),2);
- NYieldPhiEta2ZYAM[0][MainLoop]+=binwx*binwy*hPhiEtaCorr2Sum->GetBinContent(x1,y1);
- NYieldPhiEta2ZYAM[1][MainLoop]+=pow(binwx*binwy*hPhiEtaCorr2Sum->GetBinError(x1,y1),2);
- NYieldPhiEta2ZYAM[2][MainLoop]+=binwx*binwy*hPhiEtaCorrPt2Sum->GetBinContent(x1,y1);
- NYieldPhiEta2ZYAM[3][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrPt2Sum->GetBinError(x1,y1),2);
- NearBinsPhiEta2++;
- }
- }
- //Away-side 2D
- if(fabs(centx-Pi)<AwayWidthPhi||fabs(centx-3*Pi)<AwayWidthPhi||fabs(centx+Pi)<AwayWidthPhi){
- AYieldPhiEta[0][MainLoop]+=binwx*binwy*hPhiEtaCorrSum->GetBinContent(x1,y1);
- AYieldPhiEta[1][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrSum->GetBinError(x1,y1),2);
- AYieldPhiEta[2][MainLoop]+=binwx*binwy*hPhiEtaCorrPtSum->GetBinContent(x1,y1);
- AYieldPhiEta[3][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrPtSum->GetBinError(x1,y1),2);
- AYieldPhiEtaZYAM[0][MainLoop]+=binwx*binwy*hPhiEtaCorr2Sum->GetBinContent(x1,y1);
- AYieldPhiEtaZYAM[1][MainLoop]+=pow(binwx*binwy*hPhiEtaCorr2Sum->GetBinError(x1,y1),2);
- AYieldPhiEtaZYAM[2][MainLoop]+=binwx*binwy*hPhiEtaCorrPt2Sum->GetBinContent(x1,y1);
- AYieldPhiEtaZYAM[3][MainLoop]+=pow(binwx*binwy*hPhiEtaCorrPt2Sum->GetBinError(x1,y1),2);
- AwayBinsPhiEta++;
- }
- //Minimum 2D
- if(fabs(centx-ZYAMCent)<ZYAMWidth||fabs(centx+ZYAMCent)<ZYAMWidth||fabs(centx-ZYAMCent+2*Pi)<ZYAMWidth||fabs(centx-ZYAMCent-2*Pi)<ZYAMWidth||fabs(centx+ZYAMCent+2*Pi)<ZYAMWidth||fabs(centx+ZYAMCent-2*Pi)<ZYAMWidth){
- MYieldPhiEta[0][MainLoop]+=hPhiEtaCorrSum->GetBinContent(x1,y1);
- MYieldPhiEta[1][MainLoop]+=pow(hPhiEtaCorrSum->GetBinError(x1,y1),2);
- MYieldPhiEta[2][MainLoop]+=hPhiEtaCorrPtSum->GetBinContent(x1,y1);
- MYieldPhiEta[3][MainLoop]+=pow(hPhiEtaCorrPtSum->GetBinError(x1,y1),2);
- MinBinsPhiEta++;
- }//Min 2d
- }//y
- }//x
-
- //Averages
-
- cout << NYieldPhiZYAM[0][MainLoop] << endl;
- cout << AYieldPhiZYAM[0][MainLoop] << endl;
- cout << MYieldPhi[0][MainLoop] << endl;
- cout << NYieldEtaZYAM[0][MainLoop] << endl;
- cout << AYieldEtaZYAM[0][MainLoop] << endl;
-
- NAvePhi[0][MainLoop]=NYieldPhiZYAM[2][MainLoop]/NYieldPhiZYAM[0][MainLoop];
- AAvePhi[0][MainLoop]=AYieldPhiZYAM[2][MainLoop]/AYieldPhiZYAM[0][MainLoop];
- if(MYieldPhi[0][MainLoop]) MAvePhi[0][MainLoop]=MYieldPhi[2][MainLoop]/MYieldPhi[0][MainLoop];
- else MAvePhi[0][MainLoop]=0;
- NAveEta[0][MainLoop]=NYieldEtaZYAM[2][MainLoop]/NYieldEtaZYAM[0][MainLoop];
- AAveEta[0][MainLoop]=AYieldEtaZYAM[2][MainLoop]/AYieldEtaZYAM[0][MainLoop];
- NAvePhi[1][MainLoop]=NAvePhi[0][MainLoop]*pow(NYieldPhiZYAM[1][MainLoop]/pow(NYieldPhiZYAM[0][MainLoop],2)+NYieldPhiZYAM[3][MainLoop]/pow(NYieldPhiZYAM[2][MainLoop],2),0.5);
- AAvePhi[1][MainLoop]=AAvePhiZYAM[0][MainLoop]*pow(AYieldPhiZYAM[1][MainLoop]/pow(AYieldPhiZYAM[0][MainLoop],2)+AYieldPhiZYAM[3][MainLoop]/pow(AYieldPhiZYAM[2][MainLoop],2),0.5);
- if(MYieldPhi[0][MainLoop])MAvePhi[1][MainLoop]=MAvePhi[0][MainLoop]*pow(MYieldPhi[1][MainLoop]/pow(MYieldPhi[0][MainLoop],2)+MYieldPhi[3][MainLoop]/pow(MYieldPhi[2][MainLoop],2),0.5);
- else (MAvePhi[1][MainLoop])=1;
- NAveEta[1][MainLoop]=NAveEta[0][MainLoop]*pow(NYieldEtaZYAM[1][MainLoop]/pow(NYieldEtaZYAM[0][MainLoop],2)+NYieldEtaZYAM[3][MainLoop]/pow(NYieldEtaZYAM[2][MainLoop],2),0.5);
- AAveEta[1][MainLoop]=AAveEta[0][MainLoop]*pow(AYieldEtaZYAM[1][MainLoop]/pow(AYieldEtaZYAM[0][MainLoop],2)+AYieldEtaZYAM[3][MainLoop]/pow(AYieldEtaZYAM[2][MainLoop],2),0.5);
-
- //Set up the Error bars correctly
- NYieldPhi[1][MainLoop]=sqrt(NYieldPhi[1][MainLoop]);
- NYieldPhi[3][MainLoop]=sqrt(NYieldPhi[3][MainLoop]);
- AYieldPhi[1][MainLoop]=sqrt(AYieldPhi[1][MainLoop]);
- AYieldPhi[3][MainLoop]=sqrt(AYieldPhi[3][MainLoop]);
- NYieldPhiZYAM[1][MainLoop]=sqrt(NYieldPhiZYAM[1][MainLoop]);
- NYieldPhiZYAM[3][MainLoop]=sqrt(NYieldPhiZYAM[3][MainLoop]);
- AYieldPhiZYAM[1][MainLoop]=sqrt(AYieldPhiZYAM[1][MainLoop]);
- AYieldPhiZYAM[3][MainLoop]=sqrt(AYieldPhiZYAM[3][MainLoop]);
- MYieldPhi[1][MainLoop]=sqrt(MYieldPhi[1][MainLoop]);
- MYieldPhi[3][MainLoop]=sqrt(MYieldPhi[3][MainLoop]);
-
- NYieldEta[1][MainLoop]=sqrt(NYieldEta[1][MainLoop]);
- NYieldEta[3][MainLoop]=sqrt(NYieldEta[3][MainLoop]);
- AYieldEta[1][MainLoop]=sqrt(AYieldEta[1][MainLoop]);
- AYieldEta[3][MainLoop]=sqrt(AYieldEta[3][MainLoop]);
- NYieldEtaZYAM[1][MainLoop]=sqrt(NYieldEtaZYAM[1][MainLoop]);
- NYieldEtaZYAM[3][MainLoop]=sqrt(NYieldEtaZYAM[3][MainLoop]);
- AYieldEtaZYAM[1][MainLoop]=sqrt(AYieldEtaZYAM[1][MainLoop]);
- AYieldEtaZYAM[3][MainLoop]=sqrt(AYieldEtaZYAM[3][MainLoop]);
-
- //Set Minimums to total number of charged particles
- MYieldPhi[0][MainLoop]=MYieldPhi[0][MainLoop]/MinBinsPhi*2*Pi;
- MYieldPhi[1][MainLoop]=MYieldPhi[1][MainLoop]/MinBinsPhi*2*Pi;
- MYieldPhi[2][MainLoop]=MYieldPhi[2][MainLoop]/MinBinsPhi*2*Pi;
- MYieldPhi[3][MainLoop]=MYieldPhi[3][MainLoop]/MinBinsPhi*2*Pi;
- MYieldPhiEta[0][MainLoop]=MYieldPhiEta[0][MainLoop]/MinBinsPhiEta*2*Pi;
- MYieldPhiEta[1][MainLoop]=MYieldPhiEta[1][MainLoop]/MinBinsPhiEta*2*Pi;
- MYieldPhiEta[2][MainLoop]=MYieldPhiEta[2][MainLoop]/MinBinsPhiEta*2*Pi;
- MYieldPhiEta[3][MainLoop]=MYieldPhiEta[3][MainLoop]/MinBinsPhiEta*2*Pi;
-
- //0 (x1+x2)/2, 1 e2, 2 <x>, 3 e2, 4 lower error of 1 and 2, 5 e3, 6 zt1_0, 7 e5, 8 zt1_2, 9 e7, 10 zt1_3, 11 e9, 12 zt2_0, 13 e11, 14 zt2_1, 15 e13, 16 zt2_2, 17 e15 (zt_0 is (pt1+pt2)/2 zt_1 is <pt> zt_2 is lower error)
- NXPhi[0][MainLoop]=MainArray[MainLoop];
- NXPhi[1][MainLoop]=eMainArray[MainLoop];
- AXPhi[0][MainLoop]=MainArray[MainLoop];
- AXPhi[1][MainLoop]=eMainArray[MainLoop];
- NXPhiFit[0][MainLoop]=MainArray[MainLoop];
- NXPhiFit[1][MainLoop]=eMainArray[MainLoop];
- AXPhiFit[0][MainLoop]=MainArray[MainLoop];
- AXPhiFit[1][MainLoop]=eMainArray[MainLoop];
-
- NXEta[0][MainLoop]=MainArray[MainLoop];
- NXEta[1][MainLoop]=eMainArray[MainLoop];
- AXEta[0][MainLoop]=MainArray[MainLoop];
- AXEta[1][MainLoop]=eMainArray[MainLoop];
- NXEtaFit[0][MainLoop]=MainArray[MainLoop];
- NXEtaFit[1][MainLoop]=eMainArray[MainLoop];
- AXEtaFit[0][MainLoop]=MainArray[MainLoop];
- AXEtaFit[1][MainLoop]=eMainArray[MainLoop];
-
- NXPhiEta1[0][MainLoop]=MainArray[MainLoop];
- NXPhiEta1[1][MainLoop]=eMainArray[MainLoop];
- NXPhiEta2[0][MainLoop]=MainArray[MainLoop];
- NXPhiEta2[1][MainLoop]=eMainArray[MainLoop];
- AXPhiEta[0][MainLoop]=MainArray[MainLoop];
- AXPhiEta[1][MainLoop]=eMainArray[MainLoop];
-
- if(APtTPtMult==0){//spectra so <pt_assoc>
- if(NYieldPhiZYAM[0][MainLoop]==0) NYieldPhiZYAM[0][MainLoop]=0.00000001;
- if(NYieldPhiZYAM[2][MainLoop]==0) NYieldPhiZYAM[2][MainLoop]=0.00000001;
- if(AYieldPhiZYAM[0][MainLoop]==0) AYieldPhiZYAM[0][MainLoop]=0.00000001;
- if(AYieldPhiZYAM[2][MainLoop]==0) AYieldPhiZYAM[2][MainLoop]=0.00000001;
- NXPhi[2][MainLoop]=NYieldPhiZYAM[2][MainLoop]/NYieldPhiZYAM[0][MainLoop];
- NXPhi[3][MainLoop]=NXPhi[2][MainLoop]*sqrt(pow(NYieldPhiZYAM[1][MainLoop]/NYieldPhiZYAM[0][MainLoop],2)+pow(NYieldPhiZYAM[3][MainLoop]/NYieldPhiZYAM[2][MainLoop],2));
- AXPhi[2][MainLoop]=AYieldPhiZYAM[2][MainLoop]/AYieldPhiZYAM[0][MainLoop];
- AXPhi[3][MainLoop]=AXPhi[2][MainLoop]*sqrt(pow(AYieldPhiZYAM[1][MainLoop]/AYieldPhiZYAM[0][MainLoop],2)+pow(AYieldPhiZYAM[3][MainLoop]/AYieldPhiZYAM[2][MainLoop],2));
- NXPhiFit[2][MainLoop]=NYieldPhiFit[2][MainLoop]/NYieldPhiFit[0][MainLoop];
- // cout << "Pt " << NXPhiFit[2][MainLoop] << endl;
- NXPhiFit[3][MainLoop]=NXPhiFit[2][MainLoop]*sqrt(pow(NYieldPhiFit[1][MainLoop]/NYieldPhiFit[0][MainLoop],2)+pow(NYieldPhiFit[3][MainLoop]/NYieldPhiFit[2][MainLoop],2));
- AXPhiFit[2][MainLoop]=AYieldPhiFit[2][MainLoop]/AYieldPhiFit[0][MainLoop];
- AXPhiFit[3][MainLoop]=AXPhiFit[2][MainLoop]*sqrt(pow(AYieldPhiFit[1][MainLoop]/AYieldPhiFit[0][MainLoop],2)+pow(AYieldPhiFit[3][MainLoop]/AYieldPhiFit[2][MainLoop],2));
-
- NXEta[2][MainLoop]=NYieldEtaZYAM[2][MainLoop]/NYieldEtaZYAM[0][MainLoop];
- NXEta[3][MainLoop]=NXEta[2][MainLoop]*sqrt(pow(NYieldEtaZYAM[1][MainLoop]/NYieldEtaZYAM[0][MainLoop],2)+pow(NYieldEtaZYAM[3][MainLoop]/NYieldEtaZYAM[2][MainLoop],2));
- AXEta[2][MainLoop]=AYieldEtaZYAM[2][MainLoop]/AYieldEtaZYAM[0][MainLoop];
- AXEta[3][MainLoop]=AXEta[2][MainLoop]*sqrt(pow(AYieldEtaZYAM[1][MainLoop]/AYieldEtaZYAM[0][MainLoop],2)+pow(AYieldEtaZYAM[3][MainLoop]/AYieldEtaZYAM[2][MainLoop],2));
- NXEtaFit[2][MainLoop]=NYieldEtaFit[2][MainLoop]/NYieldEtaFit[0][MainLoop];
- NXEtaFit[3][MainLoop]=NXEtaFit[2][MainLoop]*sqrt(pow(NYieldEtaFit[1][MainLoop]/NYieldEtaFit[0][MainLoop],2)+pow(NYieldEtaFit[3][MainLoop]/NYieldEtaFit[2][MainLoop],2));
- AXEtaFit[2][MainLoop]=AYieldEtaFit[2][MainLoop]/AYieldEtaFit[0][MainLoop];
- AXEtaFit[3][MainLoop]=AXEtaFit[2][MainLoop]*sqrt(pow(AYieldEtaFit[1][MainLoop]/AYieldEtaFit[0][MainLoop],2)+pow(AYieldEtaFit[3][MainLoop]/AYieldEtaFit[2][MainLoop],2));
-
-
- /*
- NXPhiEta1[2][MainLoop]=NYieldPhiEta1[2][MainLoop]/NYieldPhiEta1[0][MainLoop];
- NXPhiEta1[3][MainLoop]=NXPhiEta1[2][MainLoop][0]*sqrt(pow(NYieldPhiEta1[1][MainLoop]/NYieldPhiEta1[0][MainLoop],2)+pow(NYieldPhiEta1[3][MainLoop]/NYieldPhiEta1[2][MainLoop],2));
- NXPhiEta2[2][MainLoop]=NYieldPhiEta2[2][MainLoop]/NYieldPhiEta2[0][MainLoop];
- NXPhiEta2[3][MainLoop]=NXPhiEta2[2][MainLoop][0]*sqrt(pow(NYieldPhiEta2[1][MainLoop]/NYieldPhiEta2[0][MainLoop],2)+pow(NYieldPhiEta2[3][MainLoop]/NYieldPhiEta2[2][MainLoop],2));
- AXPhiEta[2][MainLoop]=AYieldPhiEta[2][MainLoop]/AYieldPhiEta[0][MainLoop];
- AXPhiEta[3][MainLoop]=AXPhiEta[2][MainLoop][0]*sqrt(pow(AYieldPhiEta[1][MainLoop]/AYieldPhiEta[0][MainLoop],2)+pow(AYieldPhiEta[3][MainLoop]/AYieldPhiEta[2][MainLoop],2));
- */
-
- if(NXPhi[1][MainLoop]<NXPhi[3][MainLoop]){
- NXPhi[4][MainLoop]=NXPhi[0][MainLoop];
- NXPhi[5][MainLoop]=NXPhi[1][MainLoop];
- }
- else{
- NXPhi[4][MainLoop]=NXPhi[2][MainLoop];
- NXPhi[5][MainLoop]=NXPhi[3][MainLoop];
- }
- if(AXPhi[1][MainLoop]<AXPhi[3][MainLoop]){
- AXPhi[4][MainLoop]=AXPhi[0][MainLoop];
- AXPhi[5][MainLoop]=AXPhi[1][MainLoop];
- }
- else{
- AXPhi[4][MainLoop]=AXPhi[2][MainLoop];
- AXPhi[5][MainLoop]=AXPhi[3][MainLoop];
- }
- if(NXPhiFit[1][MainLoop]<NXPhiFit[3][MainLoop]){
- NXPhiFit[4][MainLoop]=NXPhiFit[0][MainLoop];
- NXPhiFit[5][MainLoop]=NXPhiFit[1][MainLoop];
- }
- else{
- NXPhiFit[4][MainLoop]=NXPhiFit[2][MainLoop];
- NXPhiFit[5][MainLoop]=NXPhiFit[3][MainLoop];
- }
- if(AXPhiFit[1][MainLoop]<AXPhiFit[3][MainLoop]){
- AXPhiFit[4][MainLoop]=AXPhiFit[0][MainLoop];
- AXPhiFit[5][MainLoop]=AXPhiFit[1][MainLoop];
- }
- else{
- AXPhiFit[4][MainLoop]=AXPhiFit[2][MainLoop];
- AXPhiFit[5][MainLoop]=AXPhiFit[3][MainLoop];
- }
-
- if(NXEta[1][MainLoop]<NXEta[3][MainLoop]){
- NXEta[4][MainLoop]=NXEta[0][MainLoop];
- NXEta[5][MainLoop]=NXEta[1][MainLoop];
- }
- else{
- NXEta[4][MainLoop]=NXEta[2][MainLoop];
- NXEta[5][MainLoop]=NXEta[3][MainLoop];
- }
- if(AXEta[1][MainLoop]<AXEta[3][MainLoop]){
- AXEta[4][MainLoop]=AXEta[0][MainLoop];
- AXEta[5][MainLoop]=AXEta[1][MainLoop];
- }
- else{
- AXEta[4][MainLoop]=AXEta[2][MainLoop];
- AXEta[5][MainLoop]=AXEta[3][MainLoop];
- }
- if(NXEtaFit[1][MainLoop]<NXEtaFit[3][MainLoop]){
- NXEtaFit[4][MainLoop]=NXEtaFit[0][MainLoop];
- NXEtaFit[5][MainLoop]=NXEtaFit[1][MainLoop];
- }
- else{
- NXEtaFit[4][MainLoop]=NXEtaFit[2][MainLoop];
- NXEtaFit[5][MainLoop]=NXEtaFit[3][MainLoop];
- }
- if(AXEtaFit[1][MainLoop]<AXEtaFit[3][MainLoop]){
- AXEtaFit[4][MainLoop]=AXEtaFit[0][MainLoop];
- AXEtaFit[5][MainLoop]=AXEtaFit[1][MainLoop];
- }
- else{
- AXEtaFit[4][MainLoop]=AXEtaFit[2][MainLoop];
- AXEtaFit[5][MainLoop]=AXEtaFit[3][MainLoop];
- }
-
- for(int tloop=0;tloop<=2; tloop++){
- NXPhi[6+2*tloop][MainLoop]=NXPhi[0+2*tloop][MainLoop]/MPt[0];
- NXPhi[7+2*tloop][MainLoop]=NXPhi[6+2*tloop][MainLoop]*sqrt(pow(NXPhi[1+2*tloop][MainLoop]/NXPhi[0+2*tloop][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- NXPhi[12+2*tloop][MainLoop]=NXPhi[0+2*tloop][MainLoop]/(MPt[0]+TNYieldPhiZYAM[2][MainLoop]);
- NXPhi[13+2*tloop][MainLoop]=NXPhi[12+2*tloop][MainLoop]*sqrt(pow(NXPhi[1+2*tloop][MainLoop]/NXPhi[0+2*tloop][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldPhiZYAM[3][MainLoop])/pow(MPt[0]+TNYieldPhiZYAM[2][MainLoop],2));
- AXPhi[6+2*tloop][MainLoop]=AXPhi[0+2*tloop][MainLoop]/MPt[0];
- AXPhi[7+2*tloop][MainLoop]=AXPhi[6+2*tloop][MainLoop]*sqrt(pow(AXPhi[1+2*tloop][MainLoop]/AXPhi[0+2*tloop][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- AXPhi[12+2*tloop][MainLoop]=AXPhi[0+2*tloop][MainLoop]/(MPt[0]+TNYieldPhiZYAM[2][MainLoop]);
- AXPhi[13+2*tloop][MainLoop]=AXPhi[12+2*tloop][MainLoop]*sqrt(pow(AXPhi[1+2*tloop][MainLoop]/AXPhi[0+2*tloop][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldPhiZYAM[3][MainLoop])/pow(MPt[0]+TNYieldPhiZYAM[2][MainLoop],2));
-
- NXPhiFit[6+2*tloop][MainLoop]=NXPhiFit[0+2*tloop][MainLoop]/MPt[0];
- NXPhiFit[7+2*tloop][MainLoop]=NXPhiFit[6+2*tloop][MainLoop]*sqrt(pow(NXPhiFit[1+2*tloop][MainLoop]/NXPhiFit[0+2*tloop][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- // NXPhi[12+2*tloop][MainLoop]=NXPhi[0+2*tloop][MainLoop]/(MPt[0]+TNYieldPhiZYAM[2][MainLoop]);
- // NXPhi[13+2*tloop][MainLoop]=NXPhi[12+2*tloop][MainLoop]*sqrt(pow(NXPhi[1+2*tloop][MainLoop]/NXPhi[0+2*tloop][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldPhiZYAM[3][MainLoop])/pow(MPt[0]+TNYieldPhiZYAM[2][MainLoop],2));
- AXPhiFit[6+2*tloop][MainLoop]=AXPhiFit[0+2*tloop][MainLoop]/MPt[0];
- AXPhiFit[7+2*tloop][MainLoop]=AXPhiFit[6+2*tloop][MainLoop]*sqrt(pow(AXPhiFit[1+2*tloop][MainLoop]/AXPhiFit[0+2*tloop][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- // AXPhi[12+2*tloop][MainLoop]=AXPhi[0+2*tloop][MainLoop]/(MPt[0]+TNYieldPhiZYAM[2][MainLoop]);
- // AXPhi[13+2*tloop][MainLoop]=AXPhi[12+2*tloop][MainLoop]*sqrt(pow(AXPhi[1+2*tloop][MainLoop]/AXPhi[0+2*tloop][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldPhiZYAM[3][MainLoop])/pow(MPt[0]+TNYieldPhiZYAM[2][MainLoop],2));
-
- NXEta[6+2*tloop][MainLoop]=NXEta[0+2*tloop][MainLoop]/MPt[0];
- NXEta[7+2*tloop][MainLoop]=NXEta[6+2*tloop][MainLoop]*sqrt(pow(NXEta[1+2*tloop][MainLoop]/NXEta[0+2*tloop][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- // NXEta[12+2*tloop][MainLoop]=NXEta[0+2*tloop][MainLoop]/(MPt[0]+TNYieldEtaZYAM[2][MainLoop]);
- // NXEta[13+2*tloop][MainLoop]=NXEta[12+2*tloop][MainLoop]*sqrt(pow(NXEta[1+2*tloop][MainLoop]/NXEta[0+2*tloop][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldEtaZYAM[3][MainLoop])/pow(MPt[0]+TNYieldEtaZYAM[2][MainLoop],2));
- AXEta[6+2*tloop][MainLoop]=AXEta[0+2*tloop][MainLoop]/MPt[0];
- AXEta[7+2*tloop][MainLoop]=AXEta[6+2*tloop][MainLoop]*sqrt(pow(AXEta[1+2*tloop][MainLoop]/AXEta[0+2*tloop][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- //AXEta[12+2*tloop][MainLoop]=AXEta[0+2*tloop][MainLoop]/(MPt[0]+TNYieldEtaZYAM[2][MainLoop]);
- // AXEta[13+2*tloop][MainLoop]=AXEta[12+2*tloop][MainLoop]*sqrt(pow(AXEta[1+2*tloop][MainLoop]/AXEta[0+2*tloop][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldEtaZYAM[3][MainLoop])/pow(MPt[0]+TNYieldEtaZYAM[2][MainLoop],2));
-
- NXEtaFit[6+2*tloop][MainLoop]=NXEtaFit[0+2*tloop][MainLoop]/MPt[0];
- NXEtaFit[7+2*tloop][MainLoop]=NXEtaFit[6+2*tloop][MainLoop]*sqrt(pow(NXEtaFit[1+2*tloop][MainLoop]/NXEtaFit[0+2*tloop][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- AXEtaFit[6+2*tloop][MainLoop]=AXEtaFit[0+2*tloop][MainLoop]/MPt[0];
- AXEtaFit[7+2*tloop][MainLoop]=AXEtaFit[6+2*tloop][MainLoop]*sqrt(pow(AXEtaFit[1+2*tloop][MainLoop]/AXEtaFit[0+2*tloop][MainLoop],2)+pow(MPt[1]/MPt[0],2));
-
- }
-
- NYieldPhi[4][MainLoop]=NYieldPhi[0][MainLoop]/NXPhi[1][MainLoop];
- NYieldPhi[5][MainLoop]=NYieldPhi[1][MainLoop]/NXPhi[1][MainLoop];
- NYieldPhi[6][MainLoop]=NYieldPhi[0][MainLoop]/NXPhi[1][MainLoop]*MPt[0];
- NYieldPhi[7][MainLoop]=NYieldPhi[6][MainLoop]*sqrt(pow(NYieldPhi[1][MainLoop]/NYieldPhi[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- NYieldPhi[8][MainLoop]=NYieldPhi[0][MainLoop]/NXPhi[1][MainLoop]*(MPt[0]+TNYieldPhi[2][MainLoop]);
- NYieldPhi[9][MainLoop]=NYieldPhi[8][MainLoop]*sqrt(pow(NYieldPhi[1][MainLoop]/NYieldPhi[0][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldPhi[3][MainLoop]*TNYieldPhi[3][MainLoop])/pow(MPt[0]+TNYieldPhi[2][MainLoop],2));
- NYieldPhiFit[7][MainLoop]=NYieldPhiFit[6][MainLoop]*sqrt(pow(NYieldPhiFit[1][MainLoop]/NYieldPhiFit[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- NYieldPhiZYAM[4][MainLoop]=NYieldPhiZYAM[0][MainLoop]/NXPhi[1][MainLoop];
- NYieldPhiZYAM[5][MainLoop]=NYieldPhiZYAM[1][MainLoop]/NXPhi[1][MainLoop];
- NYieldPhiZYAM[6][MainLoop]=NYieldPhiZYAM[0][MainLoop]/NXPhi[1][MainLoop]*MPt[0];
- NYieldPhiZYAM[7][MainLoop]=NYieldPhiZYAM[6][MainLoop]*sqrt(pow(NYieldPhiZYAM[1][MainLoop]/NYieldPhiZYAM[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- NYieldPhiZYAM[8][MainLoop]=NYieldPhiZYAM[0][MainLoop]/NXPhi[1][MainLoop]*(MPt[0]+TNYieldPhi[2][MainLoop]);
- NYieldPhiZYAM[9][MainLoop]=NYieldPhiZYAM[8][MainLoop]*sqrt(pow(NYieldPhiZYAM[1][MainLoop]/NYieldPhiZYAM[0][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldPhi[3][MainLoop]*TNYieldPhi[3][MainLoop])/pow(MPt[0]+TNYieldPhi[2][MainLoop],2));
- AYieldPhiZYAM[4][MainLoop]=AYieldPhiZYAM[0][MainLoop]/NXPhi[1][MainLoop];
- AYieldPhiZYAM[5][MainLoop]=AYieldPhiZYAM[1][MainLoop]/NXPhi[1][MainLoop];
- AYieldPhiZYAM[6][MainLoop]=AYieldPhiZYAM[0][MainLoop]/NXPhi[1][MainLoop]*MPt[0];
- AYieldPhiZYAM[7][MainLoop]=AYieldPhiZYAM[6][MainLoop]*sqrt(pow(NYieldPhiZYAM[1][MainLoop]/NYieldPhiZYAM[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- AYieldPhiZYAM[8][MainLoop]=AYieldPhiZYAM[0][MainLoop]/NXPhi[1][MainLoop]*(MPt[0]+TNYieldPhi[2][MainLoop]);
- AYieldPhiZYAM[9][MainLoop]=AYieldPhiZYAM[8][MainLoop]*sqrt(pow(NYieldPhiZYAM[1][MainLoop]/NYieldPhiZYAM[0][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldPhi[3][MainLoop]*TNYieldPhi[3][MainLoop])/pow(MPt[0]+TNYieldPhi[2][MainLoop],2));
-
- NYieldPhiFit[4][MainLoop]=NYieldPhiFit[0][MainLoop]/NXPhiFit[1][MainLoop];
- NYieldPhiFit[5][MainLoop]=NYieldPhiFit[1][MainLoop]/NXPhiFit[1][MainLoop];
- NYieldPhiFit[6][MainLoop]=NYieldPhiFit[0][MainLoop]/NXPhiFit[1][MainLoop]*MPt[0];
- AYieldPhiFit[4][MainLoop]=AYieldPhiFit[0][MainLoop]/AXPhiFit[1][MainLoop];
- AYieldPhiFit[5][MainLoop]=AYieldPhiFit[1][MainLoop]/AXPhiFit[1][MainLoop];
- AYieldPhiFit[6][MainLoop]=AYieldPhiFit[0][MainLoop]/AXPhiFit[1][MainLoop]*MPt[0];
- AYieldPhiFit[7][MainLoop]=AYieldPhiFit[6][MainLoop]*sqrt(pow(NYieldPhiFit[1][MainLoop]/NYieldPhiFit[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
-
- NYieldEta[4][MainLoop]=NYieldEta[0][MainLoop]/NXEta[1][MainLoop];
- NYieldEta[5][MainLoop]=NYieldEta[1][MainLoop]/NXEta[1][MainLoop];
- NYieldEta[6][MainLoop]=NYieldEta[0][MainLoop]/NXEta[1][MainLoop]*MPt[0];
- NYieldEta[7][MainLoop]=NYieldEta[6][MainLoop]*sqrt(pow(NYieldEta[1][MainLoop]/NYieldEta[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- // NYieldEta[8][MainLoop]=NYieldEta[0][MainLoop]/NXEta[1][MainLoop]*(MPt[0]+TNYieldEta[2][MainLoop]);
- // NYieldEta[9][MainLoop]=NYieldEta[8][MainLoop]*sqrt(pow(NYieldEta[1][MainLoop]/NYieldEta[0][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldEta[3][MainLoop]*TNYieldEta[3][MainLoop])/pow(MPt[0]+TNYieldEta[2][MainLoop],2));
- NYieldEtaFit[7][MainLoop]=NYieldEtaFit[6][MainLoop]*sqrt(pow(NYieldEtaFit[1][MainLoop]/NYieldEtaFit[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- NYieldEtaZYAM[4][MainLoop]=NYieldEtaZYAM[0][MainLoop]/NXEta[1][MainLoop];
- NYieldEtaZYAM[5][MainLoop]=NYieldEtaZYAM[1][MainLoop]/NXEta[1][MainLoop];
- NYieldEtaZYAM[6][MainLoop]=NYieldEtaZYAM[0][MainLoop]/NXEta[1][MainLoop]*MPt[0];
- NYieldEtaZYAM[7][MainLoop]=NYieldEtaZYAM[6][MainLoop]*sqrt(pow(NYieldEtaZYAM[1][MainLoop]/NYieldEtaZYAM[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- // NYieldEtaZYAM[8][MainLoop]=NYieldEtaZYAM[0][MainLoop]/NXEta[1][MainLoop]*(MPt[0]+TNYieldEta[2][MainLoop]);
- // NYieldEtaZYAM[9][MainLoop]=NYieldEtaZYAM[8][MainLoop]*sqrt(pow(NYieldEtaZYAM[1][MainLoop]/NYieldEtaZYAM[0][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldEta[3][MainLoop]*TNYieldEta[3][MainLoop])/pow(MPt[0]+TNYieldEta[2][MainLoop],2));
- AYieldEtaZYAM[4][MainLoop]=AYieldEtaZYAM[0][MainLoop]/NXEta[1][MainLoop];
- AYieldEtaZYAM[5][MainLoop]=AYieldEtaZYAM[1][MainLoop]/NXEta[1][MainLoop];
- AYieldEtaZYAM[6][MainLoop]=AYieldEtaZYAM[0][MainLoop]/NXEta[1][MainLoop]*MPt[0];
- AYieldEtaZYAM[7][MainLoop]=AYieldEtaZYAM[6][MainLoop]*sqrt(pow(NYieldEtaZYAM[1][MainLoop]/NYieldEtaZYAM[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- // AYieldEtaZYAM[8][MainLoop]=AYieldEtaZYAM[0][MainLoop]/NXEta[1][MainLoop]*(MPt[0]+TNYieldEta[2][MainLoop]);
- // AYieldEtaZYAM[9][MainLoop]=AYieldEtaZYAM[8][MainLoop]*sqrt(pow(NYieldEtaZYAM[1][MainLoop]/NYieldEtaZYAM[0][MainLoop],2)+(MPt[1]*MPt[1]+TNYieldEta[3][MainLoop]*TNYieldEta[3][MainLoop])/pow(MPt[0]+TNYieldEta[2][MainLoop],2));
-
- NYieldEtaFit[4][MainLoop]=NYieldEtaFit[0][MainLoop]/NXEtaFit[1][MainLoop];
- NYieldEtaFit[5][MainLoop]=NYieldEtaFit[1][MainLoop]/NXEtaFit[1][MainLoop];
- NYieldEtaFit[6][MainLoop]=NYieldEtaFit[0][MainLoop]/NXEtaFit[1][MainLoop]*MPt[0];
- AYieldEtaFit[4][MainLoop]=AYieldEtaFit[0][MainLoop]/AXEtaFit[1][MainLoop];
- AYieldEtaFit[5][MainLoop]=AYieldEtaFit[1][MainLoop]/AXEtaFit[1][MainLoop];
- AYieldEtaFit[6][MainLoop]=AYieldEtaFit[0][MainLoop]/AXEtaFit[1][MainLoop]*MPt[0];
- AYieldEtaFit[7][MainLoop]=AYieldEtaFit[6][MainLoop]*sqrt(pow(NYieldEtaFit[1][MainLoop]/NYieldEtaFit[0][MainLoop],2)+pow(MPt[1]/MPt[0],2));
- }
-
- if(APtTPtMult==1){//Trigger pt dependence so <pt_Trig>
- NXPhi[2][MainLoop]=MPt[0];
- NXPhi[3][MainLoop]=MPt[1];
- AXPhi[2][MainLoop]=MPt[0];
- AXPhi[3][MainLoop]=MPt[1];
- NXPhiFit[2][MainLoop]=MPt[0];
- NXPhiFit[3][MainLoop]=MPt[1];
- AXPhiFit[2][MainLoop]=MPt[0];
- AXPhiFit[3][MainLoop]=MPt[1];
-
- NXEta[2][MainLoop]=MPt[0];
- NXEta[3][MainLoop]=MPt[1];
- AXEta[2][MainLoop]=MPt[0];
- AXEta[3][MainLoop]=MPt[1];
- NXEtaFit[2][MainLoop]=MPt[0];
- NXEtaFit[3][MainLoop]=MPt[1];
- AXEtaFit[2][MainLoop]=MPt[0];
- AXEtaFit[3][MainLoop]=MPt[1];
-
- NXPhiEta1[2][MainLoop]=MPt[0];
- NXPhiEta1[3][MainLoop]=MPt[1];
- NXPhiEta2[2][MainLoop]=MPt[0];
- NXPhiEta2[3][MainLoop]=MPt[1];
- AXPhiEta[2][MainLoop]=MPt[0];
- AXPhiEta[3][MainLoop]=MPt[1];
-
- if(NXPhi[1][MainLoop]<NXPhi[3][MainLoop]){
- NXPhi[4][MainLoop]=NXPhi[0][MainLoop];
- NXPhi[5][MainLoop]=NXPhi[1][MainLoop];
- }
- else{
- NXPhi[4][MainLoop]=NXPhi[2][MainLoop];
- NXPhi[5][MainLoop]=NXPhi[3][MainLoop];
- }
- if(AXPhi[1][MainLoop]<AXPhi[3][MainLoop]){
- AXPhi[4][MainLoop]=AXPhi[0][MainLoop];
- AXPhi[5][MainLoop]=AXPhi[1][MainLoop];
- }
- else{
- AXPhi[4][MainLoop]=AXPhi[2][MainLoop];
- AXPhi[5][MainLoop]=AXPhi[3][MainLoop];
- }
- if(NXPhiFit[1][MainLoop]<NXPhiFit[3][MainLoop]){
- NXPhiFit[4][MainLoop]=NXPhiFit[0][MainLoop];
- NXPhiFit[5][MainLoop]=NXPhiFit[1][MainLoop];
- }
- else{
- NXPhiFit[4][MainLoop]=NXPhiFit[2][MainLoop];
- NXPhiFit[5][MainLoop]=NXPhiFit[3][MainLoop];
- }
- if(AXPhiFit[1][MainLoop]<AXPhiFit[3][MainLoop]){
- AXPhiFit[4][MainLoop]=AXPhiFit[0][MainLoop];
- AXPhiFit[5][MainLoop]=AXPhiFit[1][MainLoop];
- }
- else{
- AXPhiFit[4][MainLoop]=AXPhiFit[2][MainLoop];
- AXPhiFit[5][MainLoop]=AXPhiFit[3][MainLoop];
- }
-
- if(NXEta[1][MainLoop]<NXEta[3][MainLoop]){
- NXEta[4][MainLoop]=NXEta[0][MainLoop];
- NXEta[5][MainLoop]=NXEta[1][MainLoop];
- }
- else{
- NXEta[4][MainLoop]=NXEta[2][MainLoop];
- NXEta[5][MainLoop]=NXEta[3][MainLoop];
- }
- if(AXEta[1][MainLoop]<AXEta[3][MainLoop]){
- AXEta[4][MainLoop]=AXEta[0][MainLoop];
- AXEta[5][MainLoop]=AXEta[1][MainLoop];
- }
- else{
- AXEta[4][MainLoop]=AXEta[2][MainLoop];
- AXEta[5][MainLoop]=AXEta[3][MainLoop];
- }
- if(NXEtaFit[1][MainLoop]<NXEtaFit[3][MainLoop]){
- NXEtaFit[4][MainLoop]=NXEtaFit[0][MainLoop];
- NXEtaFit[5][MainLoop]=NXEtaFit[1][MainLoop];
- }
- else{
- NXEtaFit[4][MainLoop]=NXEtaFit[2][MainLoop];
- NXEtaFit[5][MainLoop]=NXEtaFit[3][MainLoop];
- }
- if(AXEtaFit[1][MainLoop]<AXEtaFit[3][MainLoop]){
- AXEtaFit[4][MainLoop]=AXEtaFit[0][MainLoop];
- AXEtaFit[5][MainLoop]=AXEtaFit[1][MainLoop];
- }
- else{
- AXEtaFit[4][MainLoop]=AXEtaFit[2][MainLoop];
- AXEtaFit[5][MainLoop]=AXEtaFit[3][MainLoop];
- }
-
-
- }
- if(APtTPtMult==2){//Centrality so Mult
- NXPhi[2][MainLoop]=0;
- NXPhi[3][MainLoop]=0;
- tempsum=0;
- for(int multx=(MultArray1[Mult1]+1);multx<(MultArray2[Mult2]+1);multx++){
- NXPhi[2][MainLoop]+=hMult->GetBinCenter(multx)*(multx-1);
- NXPhi[3][MainLoop]+=pow(hMult->GetBinError(multx),2);
- tempsum+=hMult->GetBinCenter(multx);
- }
- NXPhi[2][MainLoop]/=tempsum;
- NXPhi[3][MainLoop]=sqrt(NXPhi[3][MainLoop])/tempsum;
- AXPhi[2][MainLoop]=NXPhi[2][MainLoop];
- AXPhi[3][MainLoop]=NXPhi[3][MainLoop];
- NXPhiFit[2][MainLoop]=NXPhi[2][MainLoop];
- NXPhiFit[3][MainLoop]=NXPhi[3][MainLoop];
- AXPhiFit[2][MainLoop]=AXPhi[2][MainLoop];
- AXPhiFit[3][MainLoop]=AXPhi[3][MainLoop];
-
- NXPhiEta1[2][MainLoop]=NXPhi[2][MainLoop];
- NXPhiEta1[3][MainLoop]=NXPhi[3][MainLoop];
- NXPhiEta2[2][MainLoop]=NXPhi[2][MainLoop];
- NXPhiEta2[3][MainLoop]=NXPhi[3][MainLoop];
- AXPhiEta[2][MainLoop]=NXPhi[2][MainLoop];
- AXPhiEta[3][MainLoop]=NXPhi[2][MainLoop];
- }
-
- }//Sould end mainloop
- //right now only finish up normal spectra and zT with assoc/trigger pt maybe do the assoc/near-side pt auch
- //0 (x1+x2)/2, 1 e2, 2 <x>, 3 e2, 4 lower error of 1 and 2, 5 e3, 6 zt1_0, 7 e5, 8 zt1_2, 9 e7, 10 zt1_3, 11 e9, 12 zt2_0, 13 e11, 14 zt2_1, 15 e13, 16 zt2_2, 17 e15 (zt_0 is (pt1+pt2)/2 zt_1 is <pt> zt_2 is lower error)
- //0 yield, 1 eyield, 2 pt yield, 3 ept yield, 4 dN/dpt 5 e4 6 dN/dzt (zt=Trig) yield, 7 ezt yield, 8 dN/dzt (zt=near) yield, 9 ezt2 yield
- if(APtTPtMult==0){
- if(HorizontalErrors==0){
- for(int mloop=0;mloop<nMainLoop;mloop++){
- NXPhi[1][mloop]=0;
- NXPhi[3][mloop]=0;
- NXPhi[5][mloop]=0;
- NXPhi[7][mloop]=0;
- NXPhi[9][mloop]=0;
- NXPhi[11][mloop]=0;
- NXPhi[13][mloop]=0;
- NXPhi[15][mloop]=0;
- NXPhi[17][mloop]=0;
- AXPhi[1][mloop]=0;
- AXPhi[3][mloop]=0;
- AXPhi[5][mloop]=0;
- AXPhi[7][mloop]=0;
- AXPhi[9][mloop]=0;
- AXPhi[11][mloop]=0;
- AXPhi[13][mloop]=0;
- AXPhi[15][mloop]=0;
- AXPhi[17][mloop]=0;
- NXPhiFit[1][mloop]=0;
- NXPhiFit[3][mloop]=0;
- NXPhiFit[5][mloop]=0;
- NXPhiFit[7][mloop]=0;
- NXPhiFit[9][mloop]=0;
- NXPhiFit[11][mloop]=0;
- NXPhiFit[13][mloop]=0;
- NXPhiFit[15][mloop]=0;
- NXPhiFit[17][mloop]=0;
- AXPhiFit[1][mloop]=0;
- AXPhiFit[3][mloop]=0;
- AXPhiFit[5][mloop]=0;
- AXPhiFit[7][mloop]=0;
- AXPhiFit[9][mloop]=0;
- AXPhiFit[11][mloop]=0;
- AXPhiFit[13][mloop]=0;
- AXPhiFit[15][mloop]=0;
- AXPhiFit[17][mloop]=0;
- NXEta[1][mloop]=0;
- NXEta[3][mloop]=0;
- NXEta[5][mloop]=0;
- NXEta[7][mloop]=0;
- NXEta[9][mloop]=0;
- NXEta[11][mloop]=0;
- NXEta[13][mloop]=0;
- NXEta[15][mloop]=0;
- NXEta[17][mloop]=0;
- AXEta[1][mloop]=0;
- AXEta[3][mloop]=0;
- AXEta[5][mloop]=0;
- AXEta[7][mloop]=0;
- AXEta[9][mloop]=0;
- AXEta[11][mloop]=0;
- AXEta[13][mloop]=0;
- AXEta[15][mloop]=0;
- AXEta[17][mloop]=0;
- NXEtaFit[1][mloop]=0;
- NXEtaFit[3][mloop]=0;
- NXEtaFit[5][mloop]=0;
- NXEtaFit[7][mloop]=0;
- NXEtaFit[9][mloop]=0;
- NXEtaFit[11][mloop]=0;
- NXEtaFit[13][mloop]=0;
- NXEtaFit[15][mloop]=0;
- NXEtaFit[17][mloop]=0;
- AXEtaFit[1][mloop]=0;
- AXEtaFit[3][mloop]=0;
- AXEtaFit[5][mloop]=0;
- AXEtaFit[7][mloop]=0;
- AXEtaFit[9][mloop]=0;
- AXEtaFit[11][mloop]=0;
- AXEtaFit[13][mloop]=0;
- AXEtaFit[15][mloop]=0;
- AXEtaFit[17][mloop]=0;
- }
- }
- gNPhiSpectraZYAM1=new TGraphErrors(nMainLoop,NXPhi[0],NYieldPhiZYAM[4],NXPhi[1],NYieldPhiZYAM[5]);
- gNPhiSpectraZYAM2=new TGraphErrors(nMainLoop,NXPhi[2],NYieldPhiZYAM[4],NXPhi[3],NYieldPhiZYAM[5]);
- gNPhiSpectraZYAM3=new TGraphErrors(nMainLoop,NXPhi[4],NYieldPhiZYAM[4],NXPhi[5],NYieldPhiZYAM[5]);
- gAPhiSpectraZYAM1=new TGraphErrors(nMainLoop,AXPhi[0],AYieldPhiZYAM[4],AXPhi[1],AYieldPhiZYAM[5]);
- gAPhiSpectraZYAM2=new TGraphErrors(nMainLoop,AXPhi[2],AYieldPhiZYAM[4],AXPhi[3],AYieldPhiZYAM[5]);
- gAPhiSpectraZYAM3=new TGraphErrors(nMainLoop,AXPhi[4],AYieldPhiZYAM[4],AXPhi[5],AYieldPhiZYAM[5]);
-
- gNPhiZt1ZYAM1=new TGraphErrors(nMainLoop,NXPhi[6],NYieldPhiZYAM[6],NXPhi[7],NYieldPhiZYAM[7]);
- gNPhiZt1ZYAM2=new TGraphErrors(nMainLoop,NXPhi[8],NYieldPhiZYAM[6],NXPhi[9],NYieldPhiZYAM[7]);
- gNPhiZt1ZYAM3=new TGraphErrors(nMainLoop,NXPhi[10],NYieldPhiZYAM[6],NXPhi[11],NYieldPhiZYAM[7]);
- gAPhiZt1ZYAM1=new TGraphErrors(nMainLoop,AXPhi[6],AYieldPhiZYAM[6],AXPhi[7],AYieldPhiZYAM[7]);
- gAPhiZt1ZYAM2=new TGraphErrors(nMainLoop,AXPhi[8],AYieldPhiZYAM[6],AXPhi[9],AYieldPhiZYAM[7]);
- gAPhiZt1ZYAM3=new TGraphErrors(nMainLoop,AXPhi[10],AYieldPhiZYAM[6],AXPhi[11],AYieldPhiZYAM[7]);
-
- gNPhiZt2ZYAM1=new TGraphErrors(nMainLoop,NXPhi[12],NYieldPhiZYAM[8],NXPhi[13],NYieldPhiZYAM[9]);
- gNPhiZt2ZYAM2=new TGraphErrors(nMainLoop,NXPhi[14],NYieldPhiZYAM[8],NXPhi[15],NYieldPhiZYAM[9]);
- gNPhiZt2ZYAM3=new TGraphErrors(nMainLoop,NXPhi[16],NYieldPhiZYAM[8],NXPhi[17],NYieldPhiZYAM[9]);
- gAPhiZt2ZYAM1=new TGraphErrors(nMainLoop,AXPhi[12],AYieldPhiZYAM[8],AXPhi[13],AYieldPhiZYAM[9]);
- gAPhiZt2ZYAM2=new TGraphErrors(nMainLoop,AXPhi[14],AYieldPhiZYAM[8],AXPhi[15],AYieldPhiZYAM[9]);
- gAPhiZt2ZYAM3=new TGraphErrors(nMainLoop,AXPhi[16],AYieldPhiZYAM[8],AXPhi[17],AYieldPhiZYAM[9]);
- // cout << "NXPhiFit[2] " << NXPhiFit[2][0] << " " << NXPhiFit[2][1] << endl;
- gNPhiSpectraFit1=new TGraphErrors(nMainLoop,NXPhiFit[0],NYieldPhiFit[4],NXPhiFit[1],NYieldPhiFit[5]);
- gNPhiSpectraFit2=new TGraphErrors(nMainLoop,NXPhiFit[2],NYieldPhiFit[4],NXPhiFit[3],NYieldPhiFit[5]);
- gNPhiSpectraFit3=new TGraphErrors(nMainLoop,NXPhiFit[4],NYieldPhiFit[4],NXPhiFit[5],NYieldPhiFit[5]);
- gAPhiSpectraFit1=new TGraphErrors(nMainLoop,AXPhiFit[0],AYieldPhiFit[4],AXPhiFit[1],AYieldPhiFit[5]);
- gAPhiSpectraFit2=new TGraphErrors(nMainLoop,AXPhiFit[2],AYieldPhiFit[4],AXPhiFit[3],AYieldPhiFit[5]);
- gAPhiSpectraFit3=new TGraphErrors(nMainLoop,AXPhiFit[4],AYieldPhiFit[4],AXPhiFit[5],AYieldPhiFit[5]);
-
- gNPhiZt1Fit1=new TGraphErrors(nMainLoop,NXPhiFit[6],NYieldPhiFit[6],NXPhiFit[7],NYieldPhiFit[7]);
- gNPhiZt1Fit2=new TGraphErrors(nMainLoop,NXPhiFit[8],NYieldPhiFit[6],NXPhiFit[9],NYieldPhiFit[7]);
- gNPhiZt1Fit3=new TGraphErrors(nMainLoop,NXPhiFit[10],NYieldPhiFit[6],NXPhiFit[11],NYieldPhiFit[7]);
- gAPhiZt1Fit1=new TGraphErrors(nMainLoop,AXPhiFit[6],AYieldPhiFit[6],AXPhiFit[7],AYieldPhiFit[7]);
- gAPhiZt1Fit2=new TGraphErrors(nMainLoop,AXPhiFit[8],AYieldPhiFit[6],AXPhiFit[9],AYieldPhiFit[7]);
- gAPhiZt1Fit3=new TGraphErrors(nMainLoop,AXPhiFit[10],AYieldPhiFit[6],AXPhiFit[11],AYieldPhiFit[7]);
-
- gNPhiWidth1=new TGraphErrors(nMainLoop,NXPhiFit[0],NWidthPhi[0],NXPhiFit[1],NWidthPhi[1]);
- gNPhiWidth2=new TGraphErrors(nMainLoop,NXPhiFit[2],NWidthPhi[0],NXPhiFit[3],NWidthPhi[1]);
- gNPhiWidth3=new TGraphErrors(nMainLoop,NXPhiFit[4],NWidthPhi[0],NXPhiFit[5],NWidthPhi[1]);
- gAPhiWidth1=new TGraphErrors(nMainLoop,AXPhiFit[0],AWidthPhi[0],AXPhiFit[1],AWidthPhi[1]);
- gAPhiWidth2=new TGraphErrors(nMainLoop,AXPhiFit[2],AWidthPhi[0],AXPhiFit[3],AWidthPhi[1]);
- gAPhiWidth3=new TGraphErrors(nMainLoop,AXPhiFit[4],AWidthPhi[0],AXPhiFit[5],AWidthPhi[1]);
-
-
- gNEtaSpectraZYAM1=new TGraphErrors(nMainLoop,NXEta[0],NYieldEtaZYAM[4],NXEta[1],NYieldEtaZYAM[5]);
- gNEtaSpectraZYAM2=new TGraphErrors(nMainLoop,NXEta[2],NYieldEtaZYAM[4],NXEta[3],NYieldEtaZYAM[5]);
- gNEtaSpectraZYAM3=new TGraphErrors(nMainLoop,NXEta[4],NYieldEtaZYAM[4],NXEta[5],NYieldEtaZYAM[5]);
- gAEtaSpectraZYAM1=new TGraphErrors(nMainLoop,AXEta[0],AYieldEtaZYAM[4],AXEta[1],AYieldEtaZYAM[5]);
- gAEtaSpectraZYAM2=new TGraphErrors(nMainLoop,AXEta[2],AYieldEtaZYAM[4],AXEta[3],AYieldEtaZYAM[5]);
- gAEtaSpectraZYAM3=new TGraphErrors(nMainLoop,AXEta[4],AYieldEtaZYAM[4],AXEta[5],AYieldEtaZYAM[5]);
-
- gNEtaZt1ZYAM1=new TGraphErrors(nMainLoop,NXEta[6],NYieldEtaZYAM[6],NXEta[7],NYieldEtaZYAM[7]);
- gNEtaZt1ZYAM2=new TGraphErrors(nMainLoop,NXEta[8],NYieldEtaZYAM[6],NXEta[9],NYieldEtaZYAM[7]);
- gNEtaZt1ZYAM3=new TGraphErrors(nMainLoop,NXEta[10],NYieldEtaZYAM[6],NXEta[11],NYieldEtaZYAM[7]);
- gAEtaZt1ZYAM1=new TGraphErrors(nMainLoop,AXEta[6],AYieldEtaZYAM[6],AXEta[7],AYieldEtaZYAM[7]);
- gAEtaZt1ZYAM2=new TGraphErrors(nMainLoop,AXEta[8],AYieldEtaZYAM[6],AXEta[9],AYieldEtaZYAM[7]);
- gAEtaZt1ZYAM3=new TGraphErrors(nMainLoop,AXEta[10],AYieldEtaZYAM[6],AXEta[11],AYieldEtaZYAM[7]);
-
- gNEtaZt2ZYAM1=new TGraphErrors(nMainLoop,NXEta[12],NYieldEtaZYAM[8],NXEta[13],NYieldEtaZYAM[9]);
- gNEtaZt2ZYAM2=new TGraphErrors(nMainLoop,NXEta[14],NYieldEtaZYAM[8],NXEta[15],NYieldEtaZYAM[9]);
- gNEtaZt2ZYAM3=new TGraphErrors(nMainLoop,NXEta[16],NYieldEtaZYAM[8],NXEta[17],NYieldEtaZYAM[9]);
- gAEtaZt2ZYAM1=new TGraphErrors(nMainLoop,AXEta[12],AYieldEtaZYAM[8],AXEta[13],AYieldEtaZYAM[9]);
- gAEtaZt2ZYAM2=new TGraphErrors(nMainLoop,AXEta[14],AYieldEtaZYAM[8],AXEta[15],AYieldEtaZYAM[9]);
- gAEtaZt2ZYAM3=new TGraphErrors(nMainLoop,AXEta[16],AYieldEtaZYAM[8],AXEta[17],AYieldEtaZYAM[9]);
-
- gNEtaSpectraFit1=new TGraphErrors(nMainLoop,NXEtaFit[0],NYieldEtaFit[4],NXEtaFit[1],NYieldEtaFit[5]);
- //cout << "NXEtaFit[2] " << NXEtaFit[2][0] << " " << NXEtaFit[2][1] << endl;
- gNEtaSpectraFit2=new TGraphErrors(nMainLoop,NXEtaFit[2],NYieldEtaFit[4],NXEtaFit[3],NYieldEtaFit[5]);
- gNEtaSpectraFit3=new TGraphErrors(nMainLoop,NXEtaFit[4],NYieldEtaFit[4],NXEtaFit[5],NYieldEtaFit[5]);
- gAEtaSpectraFit1=new TGraphErrors(nMainLoop,AXEtaFit[0],AYieldEtaFit[4],AXEtaFit[1],AYieldEtaFit[5]);
- gAEtaSpectraFit2=new TGraphErrors(nMainLoop,AXEtaFit[2],AYieldEtaFit[4],AXEtaFit[3],AYieldEtaFit[5]);
- gAEtaSpectraFit3=new TGraphErrors(nMainLoop,AXEtaFit[4],AYieldEtaFit[4],AXEtaFit[5],AYieldEtaFit[5]);
-
- gNEtaZt1Fit1=new TGraphErrors(nMainLoop,NXEtaFit[6],NYieldEtaFit[6],NXEtaFit[7],NYieldEtaFit[7]);
- gNEtaZt1Fit2=new TGraphErrors(nMainLoop,NXEtaFit[8],NYieldEtaFit[6],NXEtaFit[9],NYieldEtaFit[7]);
- gNEtaZt1Fit3=new TGraphErrors(nMainLoop,NXEtaFit[10],NYieldEtaFit[6],NXEtaFit[11],NYieldEtaFit[7]);
- gAEtaZt1Fit1=new TGraphErrors(nMainLoop,AXEtaFit[6],AYieldEtaFit[6],AXEtaFit[7],AYieldEtaFit[7]);
- gAEtaZt1Fit2=new TGraphErrors(nMainLoop,AXEtaFit[8],AYieldEtaFit[6],AXEtaFit[9],AYieldEtaFit[7]);
- gAEtaZt1Fit3=new TGraphErrors(nMainLoop,AXEtaFit[10],AYieldEtaFit[6],AXEtaFit[11],AYieldEtaFit[7]);
-
- gNEtaWidth1=new TGraphErrors(nMainLoop,NXEtaFit[0],NWidthEta[0],NXEtaFit[1],NWidthEta[1]);
- gNEtaWidth2=new TGraphErrors(nMainLoop,NXEtaFit[2],NWidthEta[0],NXEtaFit[3],NWidthEta[1]);
- gNEtaWidth3=new TGraphErrors(nMainLoop,NXEtaFit[4],NWidthEta[0],NXEtaFit[5],NWidthEta[1]);
-
- float plotmin=100, plotmax=-100;
- float plotminW=100,plotmaxW=-100;
- float plotminZt=100, plotmaxZt=-100;
- // cout << plotmin << endl;
- for(int i=4;i<=8;i+=2){
- for(int j=0;j<nMainLoop;j++){
- if(NYieldPhiZYAM[i][j]<plotmin&&NYieldPhiZYAM[i][j]>0)plotmin=NYieldPhiZYAM[i][j];
- if(NYieldPhiZYAM[i][j]>plotmax&&NYieldPhiZYAM[i][j]>0)plotmax=NYieldPhiZYAM[i][j];
- if(AYieldPhiZYAM[i][j]<plotmin&&AYieldPhiZYAM[i][j]>0)plotmin=AYieldPhiZYAM[i][j];
- if(AYieldPhiZYAM[i][j]>plotmax&&AYieldPhiZYAM[i][j]>0)plotmax=AYieldPhiZYAM[i][j];
- if(NYieldEtaZYAM[i][j]<plotmin&&NYieldEtaZYAM[i][j]>0)plotmin=NYieldEtaZYAM[i][j];
- if(NYieldEtaZYAM[i][j]>plotmax&&NYieldEtaZYAM[i][j]>0)plotmax=NYieldEtaZYAM[i][j];
- if(AYieldEtaZYAM[i][j]<plotmin&&AYieldEtaZYAM[i][j]>0)plotmin=AYieldEtaZYAM[i][j];
- if(AYieldEtaZYAM[i][j]>plotmax&&AYieldEtaZYAM[i][j]>0)plotmax=AYieldEtaZYAM[i][j];
-
- if(i==6){
- if(NYieldPhiZYAM[i][j]<plotminZt&&NYieldPhiZYAM[i][j]>0)plotminZt=NYieldPhiZYAM[i][j];
- if(NYieldPhiZYAM[i][j]>plotmaxZt&&NYieldPhiZYAM[i][j]>0)plotmaxZt=NYieldPhiZYAM[i][j];
- if(AYieldPhiZYAM[i][j]<plotminZt&&AYieldPhiZYAM[i][j]>0)plotminZt=AYieldPhiZYAM[i][j];
- if(AYieldPhiZYAM[i][j]>plotmaxZt&&AYieldPhiZYAM[i][j]>0)plotmaxZt=AYieldPhiZYAM[i][j];
- /*
- if(NYieldEtaZYAM[i][j]<plotminZt&&NYieldEtaZYAM[i][j]>0)plotminZt=NYieldEtaZYAM[i][j];
- if(NYieldEtaZYAM[i][j]>plotmaxZt&&NYieldEtaZYAM[i][j]>0)plotmaxZt=NYieldEtaZYAM[i][j];
- if(AYieldEtaZYAM[i][j]<plotminZt&&AYieldEtaZYAM[i][j]>0)plotminZt=AYieldEtaZYAM[i][j];
- if(AYieldEtaZYAM[i][j]>plotmaxZt&&AYieldEtaZYAM[i][j]>0)plotmaxZt=AYieldEtaZYAM[i][j];
- */
- }
-
- if(DrawFit){
- if(NYieldPhiFit[i][j]<plotmin&&NYieldPhiFit[i][j]>0)plotmin=NYieldPhiFit[i][j];
- if(NYieldPhiFit[i][j]>plotmax&&NYieldPhiFit[i][j]>0)plotmax=NYieldPhiFit[i][j];
- if(AYieldPhiFit[i][j]<plotmin&&AYieldPhiFit[i][j]>0)plotmin=AYieldPhiFit[i][j];
- if(AYieldPhiFit[i][j]>plotmax&&AYieldPhiFit[i][j]>0)plotmax=AYieldPhiFit[i][j];
- }
- if(i==4){
- if(NWidthPhi[0][j]<plotminW)plotminW=NWidthPhi[0][j];
- if(NWidthPhi[0][j]>plotmaxW&&NWidthPhi[0][j]<5)plotmaxW=NWidthPhi[0][j];
- if(AWidthPhi[0][j]<plotminW)plotminW=AWidthPhi[0][j];
- if(AWidthPhi[0][j]>plotmaxW&&AWidthPhi[0][j]<5)plotmaxW=AWidthPhi[0][j];
- if(NWidthEta[0][j]<plotminW)plotminW=NWidthEta[0][j];
- if(NWidthEta[0][j]>plotmaxW&&NWidthEta[0][j]<5)plotmaxW=NWidthEta[0][j];
- }
- }
- }
- plotmin/=2;
- plotmax*=100+1;
- plotminZt/=2;
- plotmaxZt*=2.2;
- //cout << plotmin << endl;
- //if(plotmin<=0)plotmin=0.0001;
- plotminW=0;
- plotmaxW*=1.1;
- plotmaxW=1;
-
- gNPhiSpectraZYAM1->SetMarkerStyle(MarkerNearPhi);
- gNPhiSpectraZYAM1->SetMarkerSize(MarkerSize);
- gNPhiSpectraZYAM1->SetMarkerColor(ColorNearPhi);
- gNPhiSpectraZYAM1->SetLineColor(ColorNearPhi);
- gNPhiSpectraZYAM2->SetMarkerStyle(MarkerNearPhi);
- gNPhiSpectraZYAM2->SetMarkerSize(MarkerSize);
- gNPhiSpectraZYAM2->SetMarkerColor(ColorNearPhi);
- gNPhiSpectraZYAM2->SetLineColor(ColorNearPhi);
- gNPhiSpectraZYAM3->SetMarkerStyle(MarkerNearPhi);
- gNPhiSpectraZYAM3->SetMarkerSize(MarkerSize);
- gNPhiSpectraZYAM3->SetMarkerColor(ColorNearPhi);
- gNPhiSpectraZYAM3->SetLineColor(ColorNearPhi);
- gNPhiZt1ZYAM1->SetMarkerStyle(MarkerNearPhi);
- gNPhiZt1ZYAM1->SetMarkerSize(MarkerSize);
- gNPhiZt1ZYAM1->SetLineColor(ColorNearPhi);
- gNPhiZt1ZYAM1->SetMarkerColor(ColorNearPhi);
- gNPhiZt1ZYAM2->SetMarkerStyle(MarkerNearPhi);
- gNPhiZt1ZYAM2->SetMarkerSize(MarkerSize);
- gNPhiZt1ZYAM2->SetLineColor(ColorNearPhi);
- gNPhiZt1ZYAM2->SetMarkerColor(ColorNearPhi);
- gNPhiZt1ZYAM3->SetMarkerStyle(MarkerNearPhi);
- gNPhiZt1ZYAM3->SetMarkerSize(MarkerSize);
- gNPhiZt1ZYAM3->SetLineColor(ColorNearPhi);
- gNPhiZt1ZYAM3->SetMarkerColor(ColorNearPhi);
- gNPhiZt2ZYAM3->SetMarkerStyle(MarkerNearPhi);
- gNPhiZt2ZYAM3->SetMarkerSize(MarkerSize);
- gNPhiZt2ZYAM1->SetLineColor(ColorNearPhi);
- gNPhiZt2ZYAM1->SetMarkerColor(ColorNearPhi);
- gNPhiZt2ZYAM2->SetMarkerStyle(MarkerNearPhi);
- gNPhiZt2ZYAM2->SetMarkerSize(MarkerSize);
- gNPhiZt2ZYAM2->SetLineColor(ColorNearPhi);
- gNPhiZt2ZYAM2->SetMarkerColor(ColorNearPhi);
- gNPhiZt2ZYAM3->SetMarkerStyle(MarkerNearPhi);
- gNPhiZt2ZYAM3->SetMarkerSize(MarkerSize);
- gNPhiZt2ZYAM3->SetLineColor(ColorNearPhi);
- gNPhiZt2ZYAM3->SetMarkerColor(ColorNearPhi);
-
- gAPhiSpectraZYAM1->SetMarkerStyle(MarkerAwayPhi);
- gAPhiSpectraZYAM1->SetMarkerSize(MarkerSize);
- gAPhiSpectraZYAM1->SetMarkerColor(ColorAwayPhi);
- gAPhiSpectraZYAM1->SetLineColor(ColorAwayPhi);
- gAPhiSpectraZYAM2->SetMarkerStyle(MarkerAwayPhi);
- gAPhiSpectraZYAM2->SetMarkerSize(MarkerSize);
- gAPhiSpectraZYAM2->SetMarkerColor(ColorAwayPhi);
- gAPhiSpectraZYAM2->SetLineColor(ColorAwayPhi);
- gAPhiSpectraZYAM3->SetMarkerStyle(MarkerAwayPhi);
- gAPhiSpectraZYAM3->SetMarkerSize(MarkerSize);
- gAPhiSpectraZYAM3->SetMarkerColor(ColorAwayPhi);
- gAPhiSpectraZYAM3->SetLineColor(ColorAwayPhi);
- gAPhiZt1ZYAM1->SetMarkerStyle(MarkerAwayPhi);
- gAPhiZt1ZYAM1->SetMarkerSize(MarkerSize);
- gAPhiZt1ZYAM1->SetLineColor(ColorAwayPhi);
- gAPhiZt1ZYAM1->SetMarkerColor(ColorAwayPhi);
- gAPhiZt1ZYAM2->SetMarkerStyle(MarkerAwayPhi);
- gAPhiZt1ZYAM2->SetMarkerSize(MarkerSize);
- gAPhiZt1ZYAM2->SetLineColor(ColorAwayPhi);
- gAPhiZt1ZYAM2->SetMarkerColor(ColorAwayPhi);
- gAPhiZt1ZYAM3->SetMarkerStyle(MarkerAwayPhi);
- gAPhiZt1ZYAM3->SetMarkerSize(MarkerSize);
- gAPhiZt1ZYAM3->SetLineColor(ColorAwayPhi);
- gAPhiZt1ZYAM3->SetMarkerColor(ColorAwayPhi);
- gAPhiZt2ZYAM3->SetMarkerStyle(MarkerAwayPhi);
- gAPhiZt2ZYAM3->SetMarkerSize(MarkerSize);
- gAPhiZt2ZYAM1->SetLineColor(ColorAwayPhi);
- gAPhiZt2ZYAM1->SetMarkerColor(ColorAwayPhi);
- gAPhiZt2ZYAM2->SetMarkerStyle(MarkerAwayPhi);
- gAPhiZt2ZYAM2->SetMarkerSize(MarkerSize);
- gAPhiZt2ZYAM2->SetLineColor(ColorAwayPhi);
- gAPhiZt2ZYAM2->SetMarkerColor(ColorAwayPhi);
- gAPhiZt2ZYAM3->SetMarkerStyle(MarkerAwayPhi);
- gAPhiZt2ZYAM3->SetMarkerSize(MarkerSize);
- gAPhiZt2ZYAM3->SetLineColor(ColorAwayPhi);
- gAPhiZt2ZYAM3->SetMarkerColor(ColorAwayPhi);
-
- gNPhiSpectraFit1->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiSpectraFit1->SetMarkerSize(MarkerSize);
- gNPhiSpectraFit1->SetMarkerColor(ColorNearPhiFit);
- gNPhiSpectraFit1->SetLineColor(ColorNearPhiFit);
- gNPhiSpectraFit2->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiSpectraFit2->SetMarkerSize(MarkerSize);
- gNPhiSpectraFit2->SetMarkerColor(ColorNearPhiFit);
- gNPhiSpectraFit2->SetLineColor(ColorNearPhiFit);
- gNPhiSpectraFit3->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiSpectraFit3->SetMarkerSize(MarkerSize);
- gNPhiSpectraFit3->SetMarkerColor(ColorNearPhiFit);
- gNPhiSpectraFit3->SetLineColor(ColorNearPhiFit);
- gNPhiZt1Fit1->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiZt1Fit1->SetMarkerSize(MarkerSize);
- gNPhiZt1Fit1->SetLineColor(ColorNearPhiFit);
- gNPhiZt1Fit1->SetMarkerColor(ColorNearPhiFit);
- gNPhiZt1Fit2->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiZt1Fit2->SetMarkerSize(MarkerSize);
- gNPhiZt1Fit2->SetLineColor(ColorNearPhiFit);
- gNPhiZt1Fit2->SetMarkerColor(ColorNearPhiFit);
- gNPhiZt1Fit3->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiZt1Fit3->SetMarkerSize(MarkerSize);
- gNPhiZt1Fit3->SetLineColor(ColorNearPhiFit);
- gNPhiZt1Fit3->SetMarkerColor(ColorNearPhiFit);
- /*
- gNPhiZt2Fit3->SetMarkerStyle(24);
- gNPhiZt2Fit1->SetLineColor(kBlue+3);
- gNPhiZt2Fit1->SetMarkerColor(kBlue+3);
- gNPhiZt2Fit2->SetMarkerStyle(24);
- gNPhiZt2Fit2->SetLineColor(kBlue+3);
- gNPhiZt2Fit2->SetMarkerColor(kBlue+3);
- gNPhiZt2Fit3->SetMarkerStyle(24);
- gNPhiZt2Fit3->SetLineColor(kBlue+3);
- gNPhiZt2Fit3->SetMarkerColor(kBlue+3);
- */
- gAPhiSpectraFit1->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiSpectraFit1->SetMarkerSize(MarkerSize);
- gAPhiSpectraFit1->SetMarkerColor(ColorAwayPhiFit);
- gAPhiSpectraFit1->SetLineColor(ColorAwayPhiFit);
- gAPhiSpectraFit2->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiSpectraFit2->SetMarkerSize(MarkerSize);
- gAPhiSpectraFit2->SetMarkerColor(ColorAwayPhiFit);
- gAPhiSpectraFit2->SetLineColor(ColorAwayPhiFit);
- gAPhiSpectraFit3->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiSpectraFit3->SetMarkerSize(MarkerSize);
- gAPhiSpectraFit3->SetMarkerColor(ColorAwayPhiFit);
- gAPhiSpectraFit3->SetLineColor(ColorAwayPhiFit);
- gAPhiZt1Fit1->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiZt1Fit1->SetMarkerSize(MarkerSize);
- gAPhiZt1Fit1->SetLineColor(ColorAwayPhiFit);
- gAPhiZt1Fit1->SetMarkerColor(ColorAwayPhiFit);
- gAPhiZt1Fit2->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiZt1Fit2->SetMarkerSize(MarkerSize);
- gAPhiZt1Fit2->SetLineColor(ColorAwayPhiFit);
- gAPhiZt1Fit2->SetMarkerColor(ColorAwayPhiFit);
- gAPhiZt1Fit3->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiZt1Fit3->SetMarkerSize(MarkerSize);
- gAPhiZt1Fit3->SetLineColor(ColorAwayPhiFit);
- gAPhiZt1Fit3->SetMarkerColor(ColorAwayPhiFit);
- /*
- gAPhiZt2Fit3->SetMarkerStyle(25);
- gAPhiZt2Fit1->SetLineColor(kRed+2);
- gAPhiZt2Fit1->SetMarkerColor(kRed+2);
- gAPhiZt2Fit2->SetMarkerStyle(25);
- gAPhiZt2Fit2->SetLineColor(kRed+2);
- gAPhiZt2Fit2->SetMarkerColor(kRed+2);
- gAPhiZt2Fit3->SetMarkerStyle(25);
- gAPhiZt2Fit3->SetLineColor(kRed+2);
- gAPhiZt2Fit3->SetMarkerColor(kRed+2);
- */
-
- gNPhiWidth1->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiWidth1->SetMarkerSize(MarkerSize);
- gNPhiWidth1->SetMarkerColor(ColorNearPhiFit);
- gNPhiWidth1->SetLineColor(ColorNearPhiFit);
- gNPhiWidth2->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiWidth2->SetMarkerSize(MarkerSize);
- gNPhiWidth2->SetMarkerColor(ColorNearPhiFit);
- gNPhiWidth2->SetLineColor(ColorNearPhiFit);
- gNPhiWidth3->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiWidth3->SetMarkerSize(MarkerSize);
- gNPhiWidth3->SetMarkerColor(ColorNearPhiFit);
- gNPhiWidth3->SetLineColor(ColorNearPhiFit);
-
- gAPhiWidth1->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiWidth1->SetMarkerSize(MarkerSize);
- gAPhiWidth1->SetMarkerColor(ColorAwayPhiFit);
- gAPhiWidth1->SetLineColor(ColorAwayPhiFit);
- gAPhiWidth2->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiWidth2->SetMarkerSize(MarkerSize);
- gAPhiWidth2->SetMarkerColor(ColorAwayPhiFit);
- gAPhiWidth2->SetLineColor(ColorAwayPhiFit);
- gAPhiWidth3->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiWidth3->SetMarkerSize(MarkerSize);
- gAPhiWidth3->SetMarkerColor(ColorAwayPhiFit);
- gAPhiWidth3->SetLineColor(ColorAwayPhiFit);
-
-
- gNEtaSpectraZYAM1->SetMarkerStyle(MarkerNearEta);
- gNEtaSpectraZYAM1->SetMarkerSize(MarkerSize);
- gNEtaSpectraZYAM1->SetMarkerColor(ColorNearEta);
- gNEtaSpectraZYAM1->SetLineColor(ColorNearEta);
- gNEtaSpectraZYAM2->SetMarkerStyle(MarkerNearEta);
- gNEtaSpectraZYAM2->SetMarkerSize(MarkerSize);
- gNEtaSpectraZYAM2->SetMarkerColor(ColorNearEta);
- gNEtaSpectraZYAM2->SetLineColor(ColorNearEta);
- gNEtaSpectraZYAM3->SetMarkerStyle(MarkerNearEta);
- gNEtaSpectraZYAM3->SetMarkerSize(MarkerSize);
- gNEtaSpectraZYAM3->SetMarkerColor(ColorNearEta);
- gNEtaSpectraZYAM3->SetLineColor(ColorNearEta);
- gNEtaZt1ZYAM1->SetMarkerStyle(MarkerNearEta);
- gNEtaZt1ZYAM1->SetMarkerSize(MarkerSize);
- gNEtaZt1ZYAM1->SetLineColor(ColorNearEta);
- gNEtaZt1ZYAM1->SetMarkerColor(ColorNearEta);
- gNEtaZt1ZYAM2->SetMarkerStyle(MarkerNearEta);
- gNEtaZt1ZYAM2->SetMarkerSize(MarkerSize);
- gNEtaZt1ZYAM2->SetLineColor(ColorNearEta);
- gNEtaZt1ZYAM2->SetMarkerColor(ColorNearEta);
- gNEtaZt1ZYAM3->SetMarkerStyle(MarkerNearEta);
- gNEtaZt1ZYAM3->SetMarkerSize(MarkerSize);
- gNEtaZt1ZYAM3->SetLineColor(ColorNearEta);
- gNEtaZt1ZYAM3->SetMarkerColor(ColorNearEta);
- gNEtaZt2ZYAM3->SetMarkerStyle(MarkerNearEta);
- gNEtaZt2ZYAM3->SetMarkerSize(MarkerSize);
- gNEtaZt2ZYAM1->SetLineColor(ColorNearEta);
- gNEtaZt2ZYAM1->SetMarkerColor(ColorNearEta);
- gNEtaZt2ZYAM2->SetMarkerStyle(MarkerNearEta);
- gNEtaZt2ZYAM2->SetMarkerSize(MarkerSize);
- gNEtaZt2ZYAM2->SetLineColor(ColorNearEta);
- gNEtaZt2ZYAM2->SetMarkerColor(ColorNearEta);
- gNEtaZt2ZYAM3->SetMarkerStyle(MarkerNearEta);
- gNEtaZt2ZYAM3->SetMarkerSize(MarkerSize);
- gNEtaZt2ZYAM3->SetLineColor(ColorNearEta);
- gNEtaZt2ZYAM3->SetMarkerColor(ColorNearEta);
-
- gAEtaSpectraZYAM1->SetMarkerStyle(MarkerAwayEta);
- gAEtaSpectraZYAM1->SetMarkerSize(MarkerSize);
- gAEtaSpectraZYAM1->SetMarkerColor(ColorAwayEta);
- gAEtaSpectraZYAM1->SetLineColor(ColorAwayEta);
- gAEtaSpectraZYAM2->SetMarkerStyle(MarkerAwayEta);
- gAEtaSpectraZYAM2->SetMarkerSize(MarkerSize);
- gAEtaSpectraZYAM2->SetMarkerColor(ColorAwayEta);
- gAEtaSpectraZYAM2->SetLineColor(ColorAwayEta);
- gAEtaSpectraZYAM3->SetMarkerStyle(MarkerAwayEta);
- gAEtaSpectraZYAM3->SetMarkerSize(MarkerSize);
- gAEtaSpectraZYAM3->SetMarkerColor(ColorAwayEta);
- gAEtaSpectraZYAM3->SetLineColor(ColorAwayEta);
- gAEtaZt1ZYAM1->SetMarkerStyle(MarkerAwayEta);
- gAEtaZt1ZYAM1->SetMarkerSize(MarkerSize);
- gAEtaZt1ZYAM1->SetLineColor(ColorAwayEta);
- gAEtaZt1ZYAM1->SetMarkerColor(ColorAwayEta);
- gAEtaZt1ZYAM2->SetMarkerStyle(MarkerAwayEta);
- gAEtaZt1ZYAM2->SetMarkerSize(MarkerSize);
- gAEtaZt1ZYAM2->SetLineColor(ColorAwayEta);
- gAEtaZt1ZYAM2->SetMarkerColor(ColorAwayEta);
- gAEtaZt1ZYAM3->SetMarkerStyle(MarkerAwayEta);
- gAEtaZt1ZYAM3->SetMarkerSize(MarkerSize);
- gAEtaZt1ZYAM3->SetLineColor(ColorAwayEta);
- gAEtaZt1ZYAM3->SetMarkerColor(ColorAwayEta);
- gAEtaZt2ZYAM3->SetMarkerStyle(MarkerAwayEta);
- gAEtaZt2ZYAM3->SetMarkerSize(MarkerSize);
- gAEtaZt2ZYAM1->SetLineColor(ColorAwayEta);
- gAEtaZt2ZYAM1->SetMarkerColor(ColorAwayEta);
- gAEtaZt2ZYAM2->SetMarkerStyle(MarkerAwayEta);
- gAEtaZt2ZYAM2->SetMarkerSize(MarkerSize);
- gAEtaZt2ZYAM2->SetLineColor(ColorAwayEta);
- gAEtaZt2ZYAM2->SetMarkerColor(ColorAwayEta);
- gAEtaZt2ZYAM3->SetMarkerStyle(MarkerAwayEta);
- gAEtaZt2ZYAM3->SetMarkerSize(MarkerSize);
- gAEtaZt2ZYAM3->SetLineColor(ColorAwayEta);
- gAEtaZt2ZYAM3->SetMarkerColor(ColorAwayEta);
-
- gNEtaSpectraFit1->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaSpectraFit1->SetMarkerSize(MarkerSize);
- gNEtaSpectraFit1->SetMarkerColor(ColorNearEtaFit);
- gNEtaSpectraFit1->SetLineColor(ColorNearEtaFit);
- gNEtaSpectraFit2->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaSpectraFit2->SetMarkerSize(MarkerSize);
- gNEtaSpectraFit2->SetMarkerColor(ColorNearEtaFit);
- gNEtaSpectraFit2->SetLineColor(ColorNearEtaFit);
- gNEtaSpectraFit3->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaSpectraFit3->SetMarkerSize(MarkerSize);
- gNEtaSpectraFit3->SetMarkerColor(ColorNearEtaFit);
- gNEtaSpectraFit3->SetLineColor(ColorNearEtaFit);
- gNEtaZt1Fit1->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaZt1Fit1->SetMarkerSize(MarkerSize);
- gNEtaZt1Fit1->SetLineColor(ColorNearEtaFit);
- gNEtaZt1Fit1->SetMarkerColor(ColorNearEtaFit);
- gNEtaZt1Fit2->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaZt1Fit2->SetMarkerSize(MarkerSize);
- gNEtaZt1Fit2->SetLineColor(ColorNearEtaFit);
- gNEtaZt1Fit2->SetMarkerColor(ColorNearEtaFit);
- gNEtaZt1Fit3->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaZt1Fit3->SetMarkerSize(MarkerSize);
- gNEtaZt1Fit3->SetLineColor(ColorNearEtaFit);
- gNEtaZt1Fit3->SetMarkerColor(ColorNearEtaFit);
-
- gNEtaWidth1->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaWidth1->SetMarkerSize(MarkerSize);
- gNEtaWidth1->SetMarkerColor(ColorNearEtaFit);
- gNEtaWidth1->SetLineColor(ColorNearEtaFit);
- gNEtaWidth2->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaWidth2->SetMarkerSize(MarkerSize);
- gNEtaWidth2->SetMarkerColor(ColorNearEtaFit);
- gNEtaWidth2->SetLineColor(ColorNearEtaFit);
- gNEtaWidth3->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaWidth3->SetMarkerSize(MarkerSize);
- gNEtaWidth3->SetMarkerColor(ColorNearEtaFit);
- gNEtaWidth3->SetLineColor(ColorNearEtaFit);
-
-
- sprintf(outName,"%s/DrawSpectra_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d%s.root",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult,FitTit[DrawFit]);
- TFile *fout=new TFile(name,"recreate");
-
-
- cSpectraZYAM1=new TCanvas("cSpectraZYAM1","Spectra MidPoint",800,600);
- SetMargins1D(cSpectraZYAM1);
- sprintf(name,"Associated Particle Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM1=new TH2F("hSpectraZYAM1",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM1->SetTitle("");
- hSpectraZYAM1->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM1->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM1->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
- SetTitles1D(hSpectraZYAM1);
- hSpectraZYAM1->Draw();
- cSpectraZYAM1->SetLogy(1);
- gNPhiSpectraZYAM1->Draw("p");
- gAPhiSpectraZYAM1->Draw("p");
- if(DrawFit)gNPhiSpectraFit1->Draw("p");
- if(DrawFit)gAPhiSpectraFit1->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM1->SaveAs(outName);
-
- cSpectraZYAM2=new TCanvas("cSpectraZYAM2","Spectra Average",800,600);
- SetMargins1D(cSpectraZYAM2);
- sprintf(name,"Associated Particle Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM2=new TH2F("hSpectraZYAM2",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM2->SetTitle("");
- hSpectraZYAM2->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM2->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM2->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
- SetTitles1D(hSpectraZYAM2);
- hSpectraZYAM2->Draw();
- cSpectraZYAM2->SetLogy(1);
- gNPhiSpectraZYAM2->Draw("p");
- gAPhiSpectraZYAM2->Draw("p");
- if(DrawFit)gNPhiSpectraFit2->Draw("p");
- if(DrawFit)gAPhiSpectraFit2->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM2->SaveAs(outName);
-
- cSpectraZYAM3=new TCanvas("cSpectraZYAM3","Spectra Lowest Error",800,600);
- SetMargins1D(cSpectraZYAM3);
- sprintf(name,"Associated Particle Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM3=new TH2F("hSpectraZYAM3",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM3->SetTitle("");
- hSpectraZYAM3->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM3->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM3->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
- SetTitles1D(hSpectraZYAM3);
- hSpectraZYAM3->Draw();
- cSpectraZYAM3->SetLogy(1);
- gNPhiSpectraZYAM3->Draw("p");
- gAPhiSpectraZYAM3->Draw("p");
- if(DrawFit)gNPhiSpectraFit3->Draw("p");
- if(DrawFit)gAPhiSpectraFit3->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM3->SaveAs(outName);
-
- cZt1ZYAM1=new TCanvas("cZt1ZYAM1","Zt Spectra MidPoint",800,600);
- SetMargins1D(cZt1ZYAM1);
- sprintf(name,"Associated Particle Z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM1=new TH2F("hZt1ZYAM1",name,10,0,1,10,plotminZt,plotmaxZt);
- if(NoTitle)hZt1ZYAM1->SetTitle("");
- hZt1ZYAM1->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM1->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM1->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt1ZYAM1);
- hZt1ZYAM1->Draw();
- cZt1ZYAM1->SetLogy(1);
- gNPhiZt1ZYAM1->Draw("p");
- gAPhiZt1ZYAM1->Draw("p");
- if(DrawFit)gNPhiZt1Fit1->Draw("p");
- if(DrawFit)gAPhiZt1Fit1->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM1->SaveAs(outName);
-
- cZt1ZYAM2=new TCanvas("cZt1ZYAM2","Zt Spectra Average",800,600);
- SetMargins1D(cZt1ZYAM2);
- sprintf(name,"Associated Particle Z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM2=new TH2F("hZt1ZYAM2",name,10,0,1,10,plotminZt,plotmaxZt);
- if(NoTitle)hZt1ZYAM2->SetTitle("");
- hZt1ZYAM2->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM2->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM2->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt1ZYAM2);
- hZt1ZYAM2->Draw();
- cZt1ZYAM2->SetLogy(1);
- gNPhiZt1ZYAM2->Draw("p");
- gAPhiZt1ZYAM2->Draw("p");
- if(DrawFit)gNPhiZt1Fit2->Draw("p");
- if(DrawFit)gAPhiZt1Fit2->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM2->SaveAs(outName);
-
- cZt1ZYAM3=new TCanvas("cZt1ZYAM3","Zt Spectra Lowest Error",800,600);
- SetMargins1D(cZt1ZYAM3);
- sprintf(name,"Associated Particle Z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM3=new TH2F("hZt1ZYAM3",name,10,0,1,10,plotminZt,plotmaxZt);
- if(NoTitle)hZt1ZYAM3->SetTitle("");
- hZt1ZYAM3->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM3->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM3->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt1ZYAM3);
- hZt1ZYAM3->Draw();
- cZt1ZYAM3->SetLogy(1);
- gNPhiZt1ZYAM3->Draw("p");
- gAPhiZt1ZYAM3->Draw("p");
- if(DrawFit)gNPhiZt1Fit3->Draw("p");
- if(DrawFit)gAPhiZt1Fit3->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM3->SaveAs(outName);
-
- /*
- cZt2ZYAM1=new TCanvas("cZt2ZYAM1","Spectra MidPoint",800,600);
- SetMargins1D(cZt2ZYAM1);
- sprintf(name,"Associated Particle Z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- if(NoTitle)name="";
- TH2F *hZt2ZYAM1=new TH2F("hZt2ZYAM1",name,10,0,1,10,plotmin,plotmax);
- hZt2ZYAM1->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Near} ");
- hZt2ZYAM1->GetXaxis()->SetTitleColor(1);
- hZt2ZYAM1->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- hZt2ZYAM1->Draw();
- cZt2ZYAM1->SetLogy(1);
- gNPhiZt2ZYAM1->Draw("p");
- gAPhiZt2ZYAM1->Draw("p");
- gNPhiZt2Fit1->Draw("p");
- gAPhiZt2Fit1->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,1,20,0.06,1.5);
- keySymbol(.65,.8,"Away",2,21,0.06,1.5);
- keySymbol(.65,.75,"Near Fit",kBlue+3,24,0.06,1.5);
- keySymbol(.65,.7,"Away Fit",kRed+2,25,0.06,1.5);
- sprintf(outName,"%s/DrawSpectra_ZtNearMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult);
- cZt2ZYAM1->SaveAs(outName);
-
- cZt2ZYAM2=new TCanvas("cZt2ZYAM2","Spectra Average",800,600);
- SetMargins1D(cZt2ZYAM2);
- sprintf(name,"Associated Particle Z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- if(NoTitle)name="";
- TH2F *hZt2ZYAM2=new TH2F("hZt2ZYAM2",name,10,0,1,10,plotmin,plotmax);
- hZt2ZYAM2->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Near} (GeV/c) ");
- hZt2ZYAM2->GetXaxis()->SetTitleColor(1);
- hZt2ZYAM2->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- hZt2ZYAM2->Draw();
- cZt2ZYAM2->SetLogy(1);
- gNPhiZt2ZYAM2->Draw("p");
- gAPhiZt2ZYAM2->Draw("p");
- gNPhiZt2Fit2->Draw("p");
- gAPhiZt2Fit2->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,1,20,0.06,1.5);
- keySymbol(.65,.8,"Away",2,21,0.06,1.5);
- keySymbol(.65,.75,"Near Fit",kBlue+3,24,0.06,1.5);
- keySymbol(.65,.7,"Away Fit",kRed+2,25,0.06,1.5);
- sprintf(outName,"%s/DrawSpectra_ZtNearAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult);
- cZt2ZYAM2->SaveAs(outName);
-
- cZt2ZYAM3=new TCanvas("cZt2ZYAM3","Spectra Lowest Error",800,600);
- SetMargins1D(cZt2ZYAM3);
- sprintf(name,"Associated Particle Z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- if(NoTitle)name="";
- TH2F *hZt2ZYAM3=new TH2F("hZt2ZYAM3",name,10,0,1,10,plotmin,plotmax);
- hZt2ZYAM3->GetXaxis()->SetTitle("p_{T}^{Assoc}/p_{T}^{Near} (GeV/c) ");
- hZt2ZYAM3->GetXaxis()->SetTitleColor(1);
- hZt2ZYAM3->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- hZt2ZYAM3->Draw();
- cZt2ZYAM3->SetLogy(1);
- gNPhiZt2ZYAM3->Draw("p");
- gAPhiZt2ZYAM3->Draw("p");
- gNPhiZt2Fit3->Draw("p");
- gAPhiZt2Fit3->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,1,20,0.06,1.5);
- keySymbol(.65,.8,"Away",2,21,0.06,1.5);
- keySymbol(.65,.75,"Near Fit",kBlue+3,24,0.06,1.5);
- keySymbol(.65,.7,"Away Fit",kRed+2,25,0.06,1.5);
- sprintf(outName,"%s/DrawSpectra_ZtNearLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult);
- cZt2ZYAM3->SaveAs(outName);
-
- */
-
- cSpectraZYAM1E=new TCanvas("cSpectraZYAM1E","Spectra MidPoint",800,600);
- SetMargins1D(cSpectraZYAM1E);
- sprintf(name,"Associated Particle Spectra Eta %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM1E=new TH2F("hSpectraZYAM1E",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM1E->SetTitle("");
- hSpectraZYAM1E->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM1E->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM1E->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
- SetTitles1D(hSpectraZYAM1E);
- hSpectraZYAM1E->Draw();
- cSpectraZYAM1E->SetLogy(1);
- gNEtaSpectraZYAM1->Draw("p");
- gAEtaSpectraZYAM1->Draw("p");
- if(DrawFit)gNEtaSpectraFit1->Draw("p");
- // if(DrawFit)gAPhiSpectraFit1->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraEtaMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM1E->SaveAs(outName);
-
- cSpectraZYAM2E=new TCanvas("cSpectraZYAM2E","Spectra Average",800,600);
- SetMargins1D(cSpectraZYAM2E);
- sprintf(name,"Associated Particle Spectra Eta %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM2E=new TH2F("hSpectraZYAM2E",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM2E->SetTitle("");
- hSpectraZYAM2E->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM2E->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM2E->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
- SetTitles1D(hSpectraZYAM2E);
- hSpectraZYAM2E->Draw();
- cSpectraZYAM2E->SetLogy(1);
- gNEtaSpectraZYAM2->Draw("p");
- gAEtaSpectraZYAM2->Draw("p");
- if(DrawFit)gNEtaSpectraFit2->Draw("p");
- //if(DrawFit)gAEtaSpectraFit2->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthEta);
- keySymbol(.65,.85,name,ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayEtaFit,MarkerAwayEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraEtaAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d,%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM2E->SaveAs(outName);
-
- cSpectraZYAM3E=new TCanvas("cSpectraZYAM3E","Spectra Lowest Error",800,600);
- SetMargins1D(cSpectraZYAM3);
- sprintf(name,"Associated Particle Spectra Eta %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM3E=new TH2F("hSpectraZYAM3E",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM3E->SetTitle("");
- hSpectraZYAM3E->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM3E->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM3E->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
- SetTitles1D(hSpectraZYAM3E);
- hSpectraZYAM3E->Draw();
- cSpectraZYAM3E->SetLogy(1);
- gNEtaSpectraZYAM3->Draw("p");
- gAEtaSpectraZYAM3->Draw("p");
- if(DrawFit)gNEtaSpectraFit3->Draw("p");
- //if(DrawFit)gAEtaSpectraFit3->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthEta);
- keySymbol(.65,.85,name,ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- //if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayEtaFit,MarkerAwayEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraEtaLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM3E->SaveAs(outName);
-
- cZt1ZYAM1E=new TCanvas("cZt1ZYAM1E","Spectra MidPoint",800,600);
- SetMargins1D(cZt1ZYAM1E);
- sprintf(name,"Associated Particle Z_{T} Spectra Eta %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM1E=new TH2F("hZt1ZYAM1E",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt1ZYAM1E->SetTitle("");
- hZt1ZYAM1E->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM1E->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM1E->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt1ZYAM1E);
- hZt1ZYAM1E->Draw();
- cZt1ZYAM1E->SetLogy(1);
- gNEtaZt1ZYAM1->Draw("p");
- gAEtaZt1ZYAM1->Draw("p");
- if(DrawFit)gNEtaZt1Fit1->Draw("p");
- //if(DrawFit)gAEtaZt1Fit1->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthEta);
- keySymbol(.65,.85,name,ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- //if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayEtaFit,MarkerAwayEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigEtaMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM1E->SaveAs(outName);
-
- cZt1ZYAM2E=new TCanvas("cZt1ZYAM2E","Spectra Average",800,600);
- SetMargins1D(cZt1ZYAM2E);
- sprintf(name,"Associated Particle Z_{T} Spectra Eta %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM2E=new TH2F("hZt1ZYAM2E",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt1ZYAM2E->SetTitle("");
- hZt1ZYAM2E->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM2E->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM2E->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt1ZYAM2E);
- hZt1ZYAM2E->Draw();
- cZt1ZYAM2E->SetLogy(1);
- gNEtaZt1ZYAM2->Draw("p");
- gAEtaZt1ZYAM2->Draw("p");
- if(DrawFit)gNEtaZt1Fit2->Draw("p");
- //if(DrawFit)gAEtaZt1Fit2->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthEta);
- keySymbol(.65,.85,name,ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- //if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayEtaFit,MarkerAwayEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigEtaAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM2E->SaveAs(outName);
-
- cZt1ZYAM3E=new TCanvas("cZt1ZYAM3E","Spectra Lowest Error",800,600);
- SetMargins1D(cZt1ZYAM3E);
- sprintf(name,"Associated Particle Z_{T} Spectra Eta %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM3E=new TH2F("hZt1ZYAM3E",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt1ZYAM3->SetTitle("");
- hZt1ZYAM3E->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM3E->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM3E->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt1ZYAM3E);
- hZt1ZYAM3E->Draw();
- cZt1ZYAM3E->SetLogy(1);
- gNEtaZt1ZYAM3->Draw("p");
- gAEtaZt1ZYAM3->Draw("p");
- if(DrawFit)gNEtaZt1Fit3->Draw("p");
- //if(DrawFit)gAEtaZt1Fit3->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthEta);
- keySymbol(.65,.85,name,ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- //if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayEtaFit,MarkerAwayEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigEtaLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM3E->SaveAs(outName);
-
-
- cSpectraZYAM1C=new TCanvas("cSpectraZYAM1C","Spectra MidPoint",800,600);
- SetMargins1D(cSpectraZYAM1C);
- sprintf(name,"Associated Particle Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM1C=new TH2F("hSpectraZYAM1C",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM1C->SetTitle("");
- hSpectraZYAM1C->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM1C->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM1C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
- SetTitles1D(hSpectraZYAM1C);
- hSpectraZYAM1C->Draw();
- cSpectraZYAM1C->SetLogy(1);
- gNPhiSpectraZYAM1->Draw("p");
- gAPhiSpectraZYAM1->Draw("p");
- gNEtaSpectraZYAM1->Draw("p");
- gAEtaSpectraZYAM1->Draw("p");
- if(DrawFit)gNPhiSpectraFit1->Draw("p");
- if(DrawFit)gAPhiSpectraFit1->Draw("p");
- if(DrawFit)gNEtaSpectraFit1->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.65,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.6,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.7,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.7,"Away #Delta#eta Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraCombMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM1C->SaveAs(outName);
-
- cSpectraZYAM2C=new TCanvas("cSpectraZYAM2C","Spectra MidPoint",800,600);
- SetMargins1D(cSpectraZYAM2C);
- sprintf(name,"Associated Particle Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM2C=new TH2F("hSpectraZYAM2C",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM2C->SetTitle("");
- hSpectraZYAM2C->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM2C->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM2C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
-
- SetTitles1D(hSpectraZYAM2C);
- hSpectraZYAM2C->Draw();
- cSpectraZYAM2C->SetLogy(1);
- gNPhiSpectraZYAM2->Draw("p");
- gAPhiSpectraZYAM2->Draw("p");
- gNEtaSpectraZYAM2->Draw("p");
- gAEtaSpectraZYAM2->Draw("p");
- if(DrawFit)gNPhiSpectraFit2->Draw("p");
- if(DrawFit)gAPhiSpectraFit2->Draw("p");
- if(DrawFit)gNEtaSpectraFit2->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.65,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.6,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.7,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.7,"Away #Delta#eta Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraCombAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM2C->SaveAs(outName);
-
- cSpectraZYAM3C=new TCanvas("cSpectraZYAM3C","Spectra MidPoint",800,600);
- SetMargins1D(cSpectraZYAM3C);
- sprintf(name,"Associated Particle Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hSpectraZYAM3C=new TH2F("hSpectraZYAM3C",name,10,0,TPt1,10,plotmin,plotmax);
- if(NoTitle)hSpectraZYAM3C->SetTitle("");
- hSpectraZYAM3C->GetXaxis()->SetTitle("p_{T}^{Associated} (GeV/c) ");
- hSpectraZYAM3C->GetXaxis()->SetTitleColor(1);
- hSpectraZYAM3C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dp_{T}} ");
- SetTitles1D(hSpectraZYAM3C);
- hSpectraZYAM3C->Draw();
- cSpectraZYAM3C->SetLogy(1);
- gNPhiSpectraZYAM3->Draw("p");
- gAPhiSpectraZYAM3->Draw("p");
- gNEtaSpectraZYAM3->Draw("p");
- gAEtaSpectraZYAM3->Draw("p");
- if(DrawFit)gNPhiSpectraFit3->Draw("p");
- if(DrawFit)gAPhiSpectraFit3->Draw("p");
- if(DrawFit)gNEtaSpectraFit3->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.65,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.6,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.7,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_SpectraCombLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cSpectraZYAM3C->SaveAs(outName);
-
-
- cZt1ZYAM1C=new TCanvas("cZt1ZYAM1C","ZT MidPoint",800,600);
- SetMargins1D(cZt1ZYAM1C);
- sprintf(name,"Associated Particle z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM1C=new TH2F("hZt1ZYAM1C",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt1ZYAM1C->SetTitle("");
- hZt1ZYAM1C->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM1C->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM1C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt1ZYAM1C);
- hZt1ZYAM1C->Draw();
- cZt1ZYAM1C->SetLogy(1);
- gNPhiZt1ZYAM1->Draw("p");
- gAPhiZt1ZYAM1->Draw("p");
- gNEtaZt1ZYAM1->Draw("p");
- gAEtaZt1ZYAM1->Draw("p");
- if(DrawFit)gNPhiZt1Fit1->Draw("p");
- if(DrawFit)gAPhiZt1Fit1->Draw("p");
- if(DrawFit)gNEtaZt1Fit1->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.65,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.6,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.7,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigCombMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM1C->SaveAs(outName);
-
- cZt1ZYAM2C=new TCanvas("cZt1ZYAM2C","Zt MidPoint",800,600);
- SetMargins1D(cZt1ZYAM2C);
- sprintf(name,"Associated Particle z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM2C=new TH2F("hZt1ZYAM2C",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt1ZYAM2C->SetTitle("");
- hZt1ZYAM2C->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM2C->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM2C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
-
- SetTitles1D(hZt1ZYAM2C);
- hZt1ZYAM2C->Draw();
- cZt1ZYAM2C->SetLogy(1);
- gNPhiZt1ZYAM2->Draw("p");
- gAPhiZt1ZYAM2->Draw("p");
- gNEtaZt1ZYAM2->Draw("p");
- gAEtaZt1ZYAM2->Draw("p");
- if(DrawFit)gNPhiZt1Fit2->Draw("p");
- if(DrawFit)gAPhiZt1Fit2->Draw("p");
- if(DrawFit)gNEtaZt1Fit2->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.65,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.6,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.7,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigCombAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM2C->SaveAs(outName);
-
- cZt1ZYAM3C=new TCanvas("cZt1ZYAM3C","Zt1_3 MidPoint",800,600);
- SetMargins1D(cZt1ZYAM3C);
- sprintf(name,"Associated Particle z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt1ZYAM3C=new TH2F("hZt1ZYAM3C",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt1ZYAM3C->SetTitle("");
- hZt1ZYAM3C->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt1ZYAM3C->GetXaxis()->SetTitleColor(1);
- hZt1ZYAM3C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt1ZYAM3C);
- hZt1ZYAM3C->Draw();
- cZt1ZYAM3C->SetLogy(1);
- gNPhiZt1ZYAM3->Draw("p");
- gAPhiZt1ZYAM3->Draw("p");
- gNEtaZt1ZYAM3->Draw("p");
- gAEtaZt1ZYAM3->Draw("p");
- if(DrawFit)gNPhiZt1Fit3->Draw("p");
- if(DrawFit)gAPhiZt1Fit3->Draw("p");
- if(DrawFit)gNEtaZt1Fit3->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.65,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.6,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.7,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigCombLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cZt1ZYAM3C->SaveAs(outName);
- /*
- cZt2ZYAM1C=new TCanvas("cZt2ZYAM1C"," MidPoint",800,600);
- SetMargins1D(cZt2ZYAM1C);
- sprintf(name,"Associated Particle z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt2ZYAM1C=new TH2F("hZt2ZYAM1C",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt2ZYAM1C->SetTitle("");
-
- hZt2ZYAM1C->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt2ZYAM1C->GetXaxis()->SetTitleColor(1);
- hZt2ZYAM1C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt2ZYAM1C);
- hZt2ZYAM1C->Draw();
- cZt2ZYAM1C->SetLogy(1);
- gNPhiZt2ZYAM1->Draw("p");
- gAPhiZt2ZYAM1->Draw("p");
- gNEtaZt2ZYAM1->Draw("p");
- gAEtaZt2ZYAM1->Draw("p");
- //if(DrawFit)gNPhiZt2Fit1->Draw("p");
- //if(DrawFit)gAPhiZt2Fit1->Draw("p");
- //if(DrawFit)gNEtaZt2Fit1->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.75,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.7,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.85,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.75,"Near #Delta#etaFit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigCombMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult,FitTit[DrawFit],filetype);
- cZt2ZYAM1C->SaveAs(outName);
-
- cZt2ZYAM2C=new TCanvas("cZt2ZYAM2C"," MidPoint",800,600);
- SetMargins1D(cZt2ZYAM2C);
- sprintf(name,"Associated Particle z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt2ZYAM2C=new TH2F("hZt2ZYAM2C",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt2ZYAM2C->SetTitle("");
-
- hZt2ZYAM2C->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt2ZYAM2C->GetXaxis()->SetTitleColor(1);
- hZt2ZYAM2C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
- SetTitles1D(hZt2ZYAM2C);
- hZt2ZYAM2C->Draw();
- cZt2ZYAM2C->SetLogy(1);
- gNPhiZt2ZYAM2->Draw("p");
- gAPhiZt2ZYAM2->Draw("p");
- gNEtaZt2ZYAM2->Draw("p");
- gAEtaZt2ZYAM2->Draw("p");
- //if(DrawFit)gNPhiZt2Fit2->Draw("p");
- //if(DrawFit)gAPhiZt2Fit2->Draw("p");
- // if(DrawFit)gNEtaZt2Fit2->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.75,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.7,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.85,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.75,"Near #Delta#etaFit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigCombAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult,FitTit[DrawFit],filetype);
- cZt2ZYAM2C->SaveAs(outName);
-
- cZt2ZYAM3C=new TCanvas("cZt2ZYAM3C"," MidPoint",800,600);
- SetMargins1D(cZt2ZYAM3C);
- sprintf(name,"Associated Particle z_{T} Spectra %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hZt2ZYAM3C=new TH2F("hZt2ZYAM3C",name,10,0,1,10,plotmin,plotmax);
- if(NoTitle)hZt2ZYAM3C->SetTitle("");
- hZt2ZYAM3C->GetXaxis()->SetTitle("z_{T}=p_{T}^{Assoc}/p_{T}^{Trig} ");
- hZt2ZYAM3C->GetXaxis()->SetTitleColor(1);
- hZt2ZYAM3C->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}}#frac{dN}{dz_{T}} ");
-
- SetTitles1D(hZt2ZYAM3C);
- hZt2ZYAM3C->Draw();
- cZt2ZYAM3C->SetLogy(1);
- gNPhiZt2ZYAM3->Draw("p");
- gAPhiZt2ZYAM3->Draw("p");
- gNEtaZt2ZYAM3->Draw("p");
- gAEtaZt2ZYAM3->Draw("p");
- // if(DrawFit)gNPhiZt2Fit3->Draw("p");
- // if(DrawFit)gAPhiZt2Fit3->Draw("p");
- // if(DrawFit)gNEtaZt2Fit3->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.75,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.7,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.85,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- // if(DrawFit)keySymbol(.65,.75,"Near #Delta#etaFit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_ZtTrigCombLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,APtTPtMult,FitTit[DrawFit],filetype);
- cZt2ZYAM3C->SaveAs(outName);
- */
-
- cWidth1=new TCanvas("cWidth1","Width MidPoint",800,600);
- SetMargins1D(cWidth1);
- sprintf(name,"Peak Width %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hWidth1=new TH2F("hWidth1",name,10,0,TPt1,10,plotminW,plotmaxW);
- if(NoTitle)hWidth1->SetTitle("");
- hWidth1->GetXaxis()->SetTitle("p_{T}^{Assoc} (GeV/c) ");
- hWidth1->GetXaxis()->SetTitleColor(1);
- hWidth1->GetYaxis()->SetTitle("#sigma (radians) ");
- SetTitles1D(hWidth1);
- hWidth1->Draw();
- gNPhiWidth1->Draw("p");
- gAPhiWidth1->Draw("p");
- gNEtaWidth1->Draw("p");
- keySymbol(.65,.85,"Near #Delta#phi",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_WidthMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_C%d_%dM%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,filetype);
- cWidth1->SaveAs(outName);
-
- cWidth2=new TCanvas("cWidth2","Width MidPoint",800,600);
- SetMargins1D(cWidth2);
- sprintf(name,"Peak Width %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hWidth2=new TH2F("hWidth2",name,10,0,TPt1,10,plotminW,plotmaxW);
- if(NoTitle)hWidth2->SetTitle("");
- hWidth2->GetXaxis()->SetTitle("p_{T}^{Assoc} (GeV/c) ");
- hWidth2->GetXaxis()->SetTitleColor(1);
- hWidth2->GetYaxis()->SetTitle("#sigma (radians) ");
- SetTitles1D(hWidth2);
- hWidth2->Draw();
- gNPhiWidth2->Draw("p");
- gAPhiWidth2->Draw("p");
- gNEtaWidth2->Draw("p");
- keySymbol(.65,.85,"Near #Delta#phi",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_WidthAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,filetype);
- cWidth2->SaveAs(outName);
-
- cWidth3=new TCanvas("cWidth3","Width MidPoint",800,600);
- SetMargins1D(cWidth3);
- sprintf(name,"Peak Width %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hWidth3=new TH2F("hWidth3",name,10,0,TPt1,10,plotminW,plotmaxW);
- if(NoTitle)hWidth3->SetTitle("");
- hWidth3->GetXaxis()->SetTitle("p_{T}^{Assoc} (GeV/c) ");
- hWidth3->GetXaxis()->SetTitleColor(1);
- hWidth3->GetYaxis()->SetTitle("#sigma (radians) ");
- SetTitles1D(hWidth3);
- hWidth3->Draw();
- gNPhiWidth3->Draw("p");
- gAPhiWidth3->Draw("p");
- gNEtaWidth3->Draw("p");
- keySymbol(.65,.85,"Near #Delta#phi",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_WidthLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffCorr,APtTPtMult,filetype);
- cWidth3->SaveAs(outName);
-
- }
-
- if(APtTPtMult==1){
- if(HorizontalErrors==0){
- for(int mloop=0;mloop<nMainLoop;mloop++){
- NXPhi[1][mloop]=0;
- NXPhi[3][mloop]=0;
- NXPhi[5][mloop]=0;
- NXPhi[7][mloop]=0;
- NXPhi[9][mloop]=0;
- NXPhi[11][mloop]=0;
- NXPhi[13][mloop]=0;
- NXPhi[15][mloop]=0;
- NXPhi[17][mloop]=0;
- AXPhi[1][mloop]=0;
- AXPhi[3][mloop]=0;
- AXPhi[5][mloop]=0;
- AXPhi[7][mloop]=0;
- AXPhi[9][mloop]=0;
- AXPhi[11][mloop]=0;
- AXPhi[13][mloop]=0;
- AXPhi[15][mloop]=0;
- AXPhi[17][mloop]=0;
- NXPhiFit[1][mloop]=0;
- NXPhiFit[3][mloop]=0;
- NXPhiFit[5][mloop]=0;
- NXPhiFit[7][mloop]=0;
- NXPhiFit[9][mloop]=0;
- NXPhiFit[11][mloop]=0;
- NXPhiFit[13][mloop]=0;
- NXPhiFit[15][mloop]=0;
- NXPhiFit[17][mloop]=0;
- AXPhiFit[1][mloop]=0;
- AXPhiFit[3][mloop]=0;
- AXPhiFit[5][mloop]=0;
- AXPhiFit[7][mloop]=0;
- AXPhiFit[9][mloop]=0;
- AXPhiFit[11][mloop]=0;
- AXPhiFit[13][mloop]=0;
- AXPhiFit[15][mloop]=0;
- AXPhiFit[17][mloop]=0;
- NXEta[1][mloop]=0;
- NXEta[3][mloop]=0;
- NXEta[5][mloop]=0;
- NXEta[7][mloop]=0;
- NXEta[9][mloop]=0;
- NXEta[11][mloop]=0;
- NXEta[13][mloop]=0;
- NXEta[15][mloop]=0;
- NXEta[17][mloop]=0;
- AXEta[1][mloop]=0;
- AXEta[3][mloop]=0;
- AXEta[5][mloop]=0;
- AXEta[7][mloop]=0;
- AXEta[9][mloop]=0;
- AXEta[11][mloop]=0;
- AXEta[13][mloop]=0;
- AXEta[15][mloop]=0;
- AXEta[17][mloop]=0;
- NXEtaFit[1][mloop]=0;
- NXEtaFit[3][mloop]=0;
- NXEtaFit[5][mloop]=0;
- NXEtaFit[7][mloop]=0;
- NXEtaFit[9][mloop]=0;
- NXEtaFit[11][mloop]=0;
- NXEtaFit[13][mloop]=0;
- NXEtaFit[15][mloop]=0;
- NXEtaFit[17][mloop]=0;
- AXEtaFit[1][mloop]=0;
- AXEtaFit[3][mloop]=0;
- AXEtaFit[5][mloop]=0;
- AXEtaFit[7][mloop]=0;
- AXEtaFit[9][mloop]=0;
- AXEtaFit[11][mloop]=0;
- AXEtaFit[13][mloop]=0;
- AXEtaFit[15][mloop]=0;
- AXEtaFit[17][mloop]=0;
- }
- }
- gNYieldPhi=new TGraphErrors(nMainLoop,NXPhi[0],NYieldPhiZYAM[0],NXPhi[1],NYieldPhiZYAM[1]);
- gAYieldPhi=new TGraphErrors(nMainLoop,NXPhi[0],AYieldPhiZYAM[0],NXPhi[1],AYieldPhiZYAM[1]);
- gMYieldPhi=new TGraphErrors(nMainLoop,NXPhi[0],MYieldPhi[0],NXPhi[1],MYieldPhi[1]);
- gNYieldPhiPt=new TGraphErrors(nMainLoop,NXPhi[0],NYieldPhiZYAM[2],NXPhi[1],NYieldPhiZYAM[3]);
- gAYieldPhiPt=new TGraphErrors(nMainLoop,NXPhi[0],AYieldPhiZYAM[2],NXPhi[1],AYieldPhiZYAM[3]);
- gMYieldPhiPt=new TGraphErrors(nMainLoop,NXPhi[0],MYieldPhi[2],NXPhi[1],MYieldPhi[3]);
-
- gNYieldPhi2=new TGraphErrors(nMainLoop,NXPhi[2],NYieldPhiZYAM[0],NXPhi[3],NYieldPhiZYAM[1]);
- gAYieldPhi2=new TGraphErrors(nMainLoop,NXPhi[2],AYieldPhiZYAM[0],NXPhi[3],AYieldPhiZYAM[1]);
- gMYieldPhi2=new TGraphErrors(nMainLoop,NXPhi[2],MYieldPhi[0],NXPhi[3],MYieldPhi[1]);
- gNYieldPhiPt2=new TGraphErrors(nMainLoop,NXPhi[2],NYieldPhiZYAM[2],NXPhi[3],NYieldPhiZYAM[3]);
- gAYieldPhiPt2=new TGraphErrors(nMainLoop,NXPhi[2],AYieldPhiZYAM[2],NXPhi[3],AYieldPhiZYAM[3]);
- gMYieldPhiPt2=new TGraphErrors(nMainLoop,NXPhi[2],MYieldPhi[2],NXPhi[3],MYieldPhi[3]);
-
- gNYieldPhi3=new TGraphErrors(nMainLoop,NXPhi[4],NYieldPhiZYAM[0],NXPhi[5],NYieldPhiZYAM[1]);
- gAYieldPhi3=new TGraphErrors(nMainLoop,NXPhi[4],AYieldPhiZYAM[0],NXPhi[5],AYieldPhiZYAM[1]);
- gMYieldPhi3=new TGraphErrors(nMainLoop,NXPhi[4],MYieldPhi[0],NXPhi[5],MYieldPhi[1]);
- gNYieldPhiPt3=new TGraphErrors(nMainLoop,NXPhi[4],NYieldPhiZYAM[2],NXPhi[5],NYieldPhiZYAM[3]);
- gAYieldPhiPt3=new TGraphErrors(nMainLoop,NXPhi[4],AYieldPhiZYAM[2],NXPhi[5],AYieldPhiZYAM[3]);
- gMYieldPhiPt3=new TGraphErrors(nMainLoop,NXPhi[4],MYieldPhi[2],NXPhi[5],MYieldPhi[3]);
-
- gNYieldPhiFit=new TGraphErrors(nMainLoop,NXPhiFit[0],NYieldPhiFit[0],NXPhiFit[1],NYieldPhiFit[1]);
- gAYieldPhiFit=new TGraphErrors(nMainLoop,NXPhiFit[0],AYieldPhiFit[0],NXPhiFit[1],AYieldPhiFit[1]);
- gMYieldPhiFit=new TGraphErrors(nMainLoop,NXPhiFit[0],MYieldPhiFit[0],NXPhiFit[1],MYieldPhiFit[1]);
- gNYieldPhiFitPt=new TGraphErrors(nMainLoop,NXPhiFit[0],NYieldPhiFit[2],NXPhiFit[1],NYieldPhiFit[3]);
- gAYieldPhiFitPt=new TGraphErrors(nMainLoop,NXPhiFit[0],AYieldPhiFit[2],NXPhiFit[1],AYieldPhiFit[3]);
- gMYieldPhiFitPt=new TGraphErrors(nMainLoop,NXPhiFit[0],MYieldPhiFit[2],NXPhiFit[1],MYieldPhiFit[3]);
-
- gNYieldPhiFit2=new TGraphErrors(nMainLoop,NXPhiFit[2],NYieldPhiFit[0],NXPhiFit[3],NYieldPhiFit[1]);
- gAYieldPhiFit2=new TGraphErrors(nMainLoop,NXPhiFit[2],AYieldPhiFit[0],NXPhiFit[3],AYieldPhiFit[1]);
- gMYieldPhiFit2=new TGraphErrors(nMainLoop,NXPhiFit[2],MYieldPhiFit[0],NXPhiFit[3],MYieldPhiFit[1]);
- gNYieldPhiFitPt2=new TGraphErrors(nMainLoop,NXPhiFit[2],NYieldPhiFit[2],NXPhiFit[3],NYieldPhiFit[3]);
- gAYieldPhiFitPt2=new TGraphErrors(nMainLoop,NXPhiFit[2],AYieldPhiFit[2],NXPhiFit[3],AYieldPhiFit[3]);
- gMYieldPhiFitPt2=new TGraphErrors(nMainLoop,NXPhiFit[2],MYieldPhiFit[2],NXPhiFit[3],MYieldPhiFit[3]);
-
- gNYieldPhiFit3=new TGraphErrors(nMainLoop,NXPhiFit[4],NYieldPhiFit[0],NXPhiFit[5],NYieldPhiFit[1]);
- gAYieldPhiFit3=new TGraphErrors(nMainLoop,NXPhiFit[4],AYieldPhiFit[0],NXPhiFit[5],AYieldPhiFit[1]);
- gMYieldPhiFit3=new TGraphErrors(nMainLoop,NXPhiFit[4],MYieldPhiFit[0],NXPhiFit[5],MYieldPhiFit[1]);
- gNYieldPhiFitPt3=new TGraphErrors(nMainLoop,NXPhiFit[4],NYieldPhiFit[2],NXPhiFit[5],NYieldPhiFit[3]);
- gAYieldPhiFitPt3=new TGraphErrors(nMainLoop,NXPhiFit[4],AYieldPhiFit[2],NXPhiFit[5],AYieldPhiFit[3]);
- gMYieldPhiFitPt3=new TGraphErrors(nMainLoop,NXPhiFit[4],MYieldPhiFit[2],NXPhiFit[5],MYieldPhiFit[3]);
-
- gNPhiWidth1=new TGraphErrors(nMainLoop,NXPhiFit[0],NWidthPhi[0],NXPhiFit[1],NWidthPhi[1]);
- gNPhiWidth2=new TGraphErrors(nMainLoop,NXPhiFit[2],NWidthPhi[0],NXPhiFit[3],NWidthPhi[1]);
- gNPhiWidth3=new TGraphErrors(nMainLoop,NXPhiFit[4],NWidthPhi[0],NXPhiFit[5],NWidthPhi[1]);
- gAPhiWidth1=new TGraphErrors(nMainLoop,AXPhiFit[0],AWidthPhi[0],AXPhiFit[1],AWidthPhi[1]);
- gAPhiWidth2=new TGraphErrors(nMainLoop,AXPhiFit[2],AWidthPhi[0],AXPhiFit[3],AWidthPhi[1]);
- gAPhiWidth3=new TGraphErrors(nMainLoop,AXPhiFit[4],AWidthPhi[0],AXPhiFit[5],AWidthPhi[1]);
-
- gNPhiJt1=new TGraphErrors(nMainLoop,NXPhiFit[0],NJtPhi[0],NXPhiFit[1],NJtPhi[1]);
- gNPhiJt2=new TGraphErrors(nMainLoop,NXPhiFit[2],NJtPhi[0],NXPhiFit[3],NJtPhi[1]);
- gNPhiJt3=new TGraphErrors(nMainLoop,NXPhiFit[4],NJtPhi[0],NXPhiFit[5],NJtPhi[1]);
-
- gNYieldEta=new TGraphErrors(nMainLoop,NXEta[0],NYieldEtaZYAM[0],NXEta[1],NYieldEtaZYAM[1]);
- gAYieldEta=new TGraphErrors(nMainLoop,NXEta[0],AYieldEtaZYAM[0],NXEta[1],AYieldEtaZYAM[1]);
- gNYieldEtaPt=new TGraphErrors(nMainLoop,NXEta[0],NYieldEtaZYAM[2],NXEta[1],NYieldEtaZYAM[3]);
- gAYieldEtaPt=new TGraphErrors(nMainLoop,NXEta[0],AYieldEtaZYAM[2],NXEta[1],AYieldEtaZYAM[3]);
-
- gNYieldEta2=new TGraphErrors(nMainLoop,NXEta[2],NYieldEtaZYAM[0],NXEta[3],NYieldEtaZYAM[1]);
- gAYieldEta2=new TGraphErrors(nMainLoop,NXEta[2],AYieldEtaZYAM[0],NXEta[3],AYieldEtaZYAM[1]);
- gNYieldEtaPt2=new TGraphErrors(nMainLoop,NXEta[2],NYieldEtaZYAM[2],NXEta[3],NYieldEtaZYAM[3]);
- gAYieldEtaPt2=new TGraphErrors(nMainLoop,NXEta[2],AYieldEtaZYAM[2],NXEta[3],AYieldEtaZYAM[3]);
-
- gNYieldEta3=new TGraphErrors(nMainLoop,NXEta[4],NYieldEtaZYAM[0],NXEta[5],NYieldEtaZYAM[1]);
- gAYieldEta3=new TGraphErrors(nMainLoop,NXEta[4],AYieldEtaZYAM[0],NXEta[5],AYieldEtaZYAM[1]);
- gNYieldEtaPt3=new TGraphErrors(nMainLoop,NXEta[4],NYieldEtaZYAM[2],NXEta[5],NYieldEtaZYAM[3]);
- gAYieldEtaPt3=new TGraphErrors(nMainLoop,NXEta[4],AYieldEtaZYAM[2],NXEta[5],AYieldEtaZYAM[3]);
-
- gNYieldEtaFit=new TGraphErrors(nMainLoop,NXEtaFit[0],NYieldEtaFit[0],NXEtaFit[1],NYieldEtaFit[1]);
- // gAYieldEtaFit=new TGraphErrors(nMainLoop,NXEtaFit[0],AYieldEtaFit[0],NXEtaFit[1],AYieldEtaFit[1]);
- gNYieldEtaFitPt=new TGraphErrors(nMainLoop,NXEtaFit[0],NYieldEtaFit[2],NXEtaFit[1],NYieldEtaFit[3]);
- // gAYieldEtaFitPt=new TGraphErrors(nMainLoop,NXEtaFit[0],AYieldEtaFit[2],NXEtaFit[1],AYieldEtaFit[3]);
-
- gNYieldEtaFit2=new TGraphErrors(nMainLoop,NXEtaFit[2],NYieldEtaFit[0],NXEtaFit[3],NYieldEtaFit[1]);
- //gAYieldEtaFit2=new TGraphErrors(nMainLoop,NXEtaFit[2],AYieldEtaFit[0],NXEtaFit[3],AYieldEtaFit[1]);
- gNYieldEtaFitPt2=new TGraphErrors(nMainLoop,NXEtaFit[2],NYieldEtaFit[2],NXEtaFit[3],NYieldEtaFit[3]);
- // gAYieldEtaFitPt2=new TGraphErrors(nMainLoop,NXEtaFit[2],AYieldEtaFit[2],NXEtaFit[3],AYieldEtaFit[3]);
-
- gNYieldEtaFit3=new TGraphErrors(nMainLoop,NXEtaFit[4],NYieldEtaFit[0],NXEtaFit[5],NYieldEtaFit[1]);
- // gAYieldEtaFit3=new TGraphErrors(nMainLoop,NXEtaFit[4],AYieldEtaFit[0],NXEtaFit[5],AYieldEtaFit[1]);
- gNYieldEtaFitPt3=new TGraphErrors(nMainLoop,NXEtaFit[4],NYieldEtaFit[2],NXEtaFit[5],NYieldEtaFit[3]);
- // gAYieldEtaFitPt3=new TGraphErrors(nMainLoop,NXEtaFit[4],AYieldEtaFit[2],NXEtaFit[5],AYieldEtaFit[3]);
-
- gNEtaWidth1=new TGraphErrors(nMainLoop,NXPhiFit[0],NWidthEta[0],NXPhiFit[1],NWidthEta[1]);
- gNEtaWidth2=new TGraphErrors(nMainLoop,NXPhiFit[2],NWidthEta[0],NXPhiFit[3],NWidthEta[1]);
- gNEtaWidth3=new TGraphErrors(nMainLoop,NXPhiFit[4],NWidthEta[0],NXPhiFit[5],NWidthEta[1]);
-
- gNEtaJt1=new TGraphErrors(nMainLoop,NXEtaFit[0],NJtEta[0],NXEtaFit[1],NJtEta[1]);
- gNEtaJt2=new TGraphErrors(nMainLoop,NXEtaFit[2],NJtEta[0],NXEtaFit[3],NJtEta[1]);
- gNEtaJt3=new TGraphErrors(nMainLoop,NXEtaFit[4],NJtEta[0],NXEtaFit[5],NJtEta[1]);
-
- gNAvePhi1=new TGraphErrors(nMainLoop,NXPhi[0],NAvePhi[0],NXPhi[1],NAvePhi[1]);
- gNAvePhi2=new TGraphErrors(nMainLoop,NXPhi[2],NAvePhi[0],NXPhi[3],NAvePhi[1]);
- gNAvePhi3=new TGraphErrors(nMainLoop,NXPhi[4],NAvePhi[0],NXPhi[5],NAvePhi[1]);
-
- gAAvePhi1=new TGraphErrors(nMainLoop,NXPhi[0],AAvePhi[0],NXPhi[1],AAvePhi[1]);
- gAAvePhi2=new TGraphErrors(nMainLoop,NXPhi[2],AAvePhi[0],NXPhi[3],AAvePhi[1]);
- gAAvePhi3=new TGraphErrors(nMainLoop,NXPhi[4],AAvePhi[0],NXPhi[5],AAvePhi[1]);
-
- gMAvePhi1=new TGraphErrors(nMainLoop,NXPhi[0],MAvePhi[0],NXPhi[1],MAvePhi[1]);
- gMAvePhi2=new TGraphErrors(nMainLoop,NXPhi[2],MAvePhi[0],NXPhi[3],MAvePhi[1]);
- gMAvePhi3=new TGraphErrors(nMainLoop,NXPhi[4],MAvePhi[0],NXPhi[5],MAvePhi[1]);
-
- gNAveEta1=new TGraphErrors(nMainLoop,NXEta[0],NAveEta[0],NXEta[1],NAveEta[1]);
- gNAveEta2=new TGraphErrors(nMainLoop,NXEta[2],NAveEta[0],NXEta[3],NAveEta[1]);
- gNAveEta3=new TGraphErrors(nMainLoop,NXEta[4],NAveEta[0],NXEta[5],NAveEta[1]);
-
- gAAveEta1=new TGraphErrors(nMainLoop,NXEta[0],AAveEta[0],NXEta[1],AAveEta[1]);
- gAAveEta2=new TGraphErrors(nMainLoop,NXEta[2],AAveEta[0],NXEta[3],AAveEta[1]);
- gAAveEta3=new TGraphErrors(nMainLoop,NXEta[4],AAveEta[0],NXEta[5],AAveEta[1]);
-
- gNAvePhiFit1=new TGraphErrors(nMainLoop,NXPhi[0],NAvePhiFit[0],NXPhi[1],NAvePhiFit[1]);
- gNAvePhiFit2=new TGraphErrors(nMainLoop,NXPhi[2],NAvePhiFit[0],NXPhi[3],NAvePhiFit[1]);
- gNAvePhiFit3=new TGraphErrors(nMainLoop,NXPhi[4],NAvePhiFit[0],NXPhi[5],NAvePhiFit[1]);
-
- gAAvePhiFit1=new TGraphErrors(nMainLoop,NXPhi[0],AAvePhiFit[0],NXPhi[1],AAvePhiFit[1]);
- gAAvePhiFit2=new TGraphErrors(nMainLoop,NXPhi[2],AAvePhiFit[0],NXPhi[3],AAvePhiFit[1]);
- gAAvePhiFit3=new TGraphErrors(nMainLoop,NXPhi[4],AAvePhiFit[0],NXPhi[5],AAvePhiFit[1]);
-
- gMAvePhiFit1=new TGraphErrors(nMainLoop,NXPhi[0],MAvePhiFit[0],NXPhi[1],MAvePhiFit[1]);
- gMAvePhiFit2=new TGraphErrors(nMainLoop,NXPhi[2],MAvePhiFit[0],NXPhi[3],MAvePhiFit[1]);
- gMAvePhiFit3=new TGraphErrors(nMainLoop,NXPhi[4],MAvePhiFit[0],NXPhi[5],MAvePhiFit[1]);
-
- gNAveEtaFit1=new TGraphErrors(nMainLoop,NXEta[0],NAveEtaFit[0],NXEta[1],NAveEtaFit[1]);
- gNAveEtaFit2=new TGraphErrors(nMainLoop,NXEta[2],NAveEtaFit[0],NXEta[3],NAveEtaFit[1]);
- gNAveEtaFit3=new TGraphErrors(nMainLoop,NXEta[4],NAveEtaFit[0],NXEta[5],NAveEtaFit[1]);
-
- gNYieldPhi->SetMarkerStyle(MarkerNearPhi);
- gAYieldPhi->SetMarkerStyle(MarkerAwayPhi);
- gMYieldPhi->SetMarkerStyle(MarkerMin);
- gNYieldPhiPt->SetMarkerStyle(MarkerNearPhi);
- gAYieldPhiPt->SetMarkerStyle(MarkerAwayPhi);
- gMYieldPhiPt->SetMarkerStyle(MarkerMin);
- gNYieldPhi2->SetMarkerStyle(MarkerNearPhi);
- gAYieldPhi2->SetMarkerStyle(MarkerAwayPhi);
- gMYieldPhi2->SetMarkerStyle(MarkerMin);
- gNYieldPhiPt2->SetMarkerStyle(MarkerNearPhi);
- gAYieldPhiPt2->SetMarkerStyle(MarkerAwayPhi);
- gMYieldPhiPt2->SetMarkerStyle(MarkerMin);
- gNYieldPhi3->SetMarkerStyle(MarkerNearPhi);
- gAYieldPhi3->SetMarkerStyle(MarkerAwayPhi);
- gMYieldPhi3->SetMarkerStyle(MarkerMin);
- gNYieldPhiPt3->SetMarkerStyle(MarkerNearPhi);
- gAYieldPhiPt3->SetMarkerStyle(MarkerAwayPhi);
- gMYieldPhiPt3->SetMarkerStyle(MarkerMin);
- gNYieldPhi->SetMarkerColor(ColorNearPhi);
- gAYieldPhi->SetMarkerColor(ColorAwayPhi);
- gMYieldPhi->SetMarkerColor(ColorMin);
- gNYieldPhi->SetLineColor(ColorNearPhi);
- gAYieldPhi->SetLineColor(ColorAwayPhi);
- gMYieldPhi->SetLineColor(ColorMin);
- gNYieldPhiPt->SetMarkerColor(ColorNearPhi);
- gAYieldPhiPt->SetMarkerColor(ColorAwayPhi);
- gMYieldPhiPt->SetMarkerColor(ColorMin);
- gNYieldPhiPt->SetLineColor(ColorNearPhi);
- gAYieldPhiPt->SetLineColor(ColorAwayPhi);
- gMYieldPhiPt->SetLineColor(ColorMin);
- gNYieldPhi2->SetMarkerColor(ColorNearPhi);
- gAYieldPhi2->SetMarkerColor(ColorAwayPhi);
- gMYieldPhi2->SetMarkerColor(ColorMin);
- gNYieldPhi2->SetLineColor(ColorNearPhi);
- gAYieldPhi2->SetLineColor(ColorAwayPhi);
- gMYieldPhi2->SetLineColor(ColorMin);
- gNYieldPhiPt2->SetMarkerColor(ColorNearPhi);
- gAYieldPhiPt2->SetMarkerColor(ColorAwayPhi);
- gMYieldPhiPt2->SetMarkerColor(ColorMin);
- gNYieldPhiPt2->SetLineColor(ColorNearPhi);
- gAYieldPhiPt2->SetLineColor(ColorAwayPhi);
- gMYieldPhiPt2->SetLineColor(ColorMin);
- gNYieldPhi3->SetMarkerColor(ColorNearPhi);
- gAYieldPhi3->SetMarkerColor(ColorAwayPhi);
- gMYieldPhi3->SetMarkerColor(ColorMin);
- gNYieldPhi3->SetLineColor(ColorNearPhi);
- gAYieldPhi3->SetLineColor(ColorAwayPhi);
- gMYieldPhi3->SetLineColor(ColorMin);
- gNYieldPhiPt3->SetMarkerColor(ColorNearPhi);
- gAYieldPhiPt3->SetMarkerColor(ColorAwayPhi);
- gMYieldPhiPt3->SetMarkerColor(ColorMin);
- gNYieldPhiPt3->SetLineColor(ColorNearPhi);
- gAYieldPhiPt3->SetLineColor(ColorAwayPhi);
- gMYieldPhiPt3->SetLineColor(ColorMin);
- gNYieldPhi->SetMarkerSize(MarkerSize);
- gAYieldPhi->SetMarkerSize(MarkerSize);
- gMYieldPhi->SetMarkerSize(MarkerSize);
- gNYieldPhiPt->SetMarkerSize(MarkerSize);
- gAYieldPhiPt->SetMarkerSize(MarkerSize);
- gMYieldPhiPt->SetMarkerSize(MarkerSize);
- gNYieldPhi2->SetMarkerSize(MarkerSize);
- gAYieldPhi2->SetMarkerSize(MarkerSize);
- gMYieldPhi2->SetMarkerSize(MarkerSize);
- gNYieldPhiPt2->SetMarkerSize(MarkerSize);
- gAYieldPhiPt2->SetMarkerSize(MarkerSize);
- gMYieldPhiPt2->SetMarkerSize(MarkerSize);
- gNYieldPhi3->SetMarkerSize(MarkerSize);
- gAYieldPhi3->SetMarkerSize(MarkerSize);
- gMYieldPhi3->SetMarkerSize(MarkerSize);
- gNYieldPhiPt3->SetMarkerSize(MarkerSize);
- gAYieldPhiPt3->SetMarkerSize(MarkerSize);
- gNYieldPhiPt3->SetMarkerSize(MarkerSize);
-
- gNYieldPhiFit->SetMarkerStyle(MarkerNearPhiFit);
- gNYieldPhiFit->SetMarkerSize(MarkerSize);
- gNYieldPhiFit->SetMarkerColor(ColorNearPhiFit);
- gNYieldPhiFit->SetLineColor(ColorNearPhiFit);
- gNYieldPhiFit2->SetMarkerStyle(MarkerNearPhiFit);
- gNYieldPhiFit2->SetMarkerSize(MarkerSize);
- gNYieldPhiFit2->SetMarkerColor(ColorNearPhiFit);
- gNYieldPhiFit2->SetLineColor(ColorNearPhiFit);
- gNYieldPhiFit3->SetMarkerStyle(MarkerNearPhiFit);
- gNYieldPhiFit3->SetMarkerSize(MarkerSize);
- gNYieldPhiFit3->SetMarkerColor(ColorNearPhiFit);
- gNYieldPhiFit3->SetLineColor(ColorNearPhiFit);
-
- gAYieldPhiFit->SetMarkerStyle(MarkerAwayPhiFit);
- gAYieldPhiFit->SetMarkerSize(MarkerSize);
- gAYieldPhiFit->SetMarkerColor(ColorAwayPhiFit);
- gAYieldPhiFit->SetLineColor(ColorAwayPhiFit);
- gAYieldPhiFit2->SetMarkerStyle(MarkerAwayPhiFit);
- gAYieldPhiFit2->SetMarkerSize(MarkerSize);
- gAYieldPhiFit2->SetMarkerColor(ColorAwayPhiFit);
- gAYieldPhiFit2->SetLineColor(ColorAwayPhiFit);
- gAYieldPhiFit3->SetMarkerStyle(MarkerAwayPhiFit);
- gAYieldPhiFit3->SetMarkerSize(MarkerSize);
- gAYieldPhiFit3->SetMarkerColor(ColorAwayPhiFit);
- gAYieldPhiFit3->SetLineColor(ColorAwayPhiFit);
-
- gMYieldPhiFit->SetMarkerStyle(MarkerMinFit);
- gMYieldPhiFit->SetMarkerSize(MarkerSize);
- gMYieldPhiFit->SetMarkerColor(ColorMinFit);
- gMYieldPhiFit->SetLineColor(ColorMinFit);
- gMYieldPhiFit2->SetMarkerStyle(MarkerMinFit);
- gMYieldPhiFit2->SetMarkerSize(MarkerSize);
- gMYieldPhiFit2->SetMarkerColor(ColorMinFit);
- gMYieldPhiFit2->SetLineColor(ColorMinFit);
- gMYieldPhiFit3->SetMarkerStyle(MarkerMinFit);
- gMYieldPhiFit3->SetMarkerSize(MarkerSize);
- gMYieldPhiFit3->SetMarkerColor(ColorMinFit);
- gMYieldPhiFit3->SetLineColor(ColorMinFit);
-
- gNYieldPhiFitPt->SetMarkerStyle(MarkerNearPhiFit);
- gNYieldPhiFitPt->SetMarkerSize(MarkerSize);
- gNYieldPhiFitPt->SetMarkerColor(ColorNearPhiFit);
- gNYieldPhiFitPt->SetLineColor(ColorNearPhiFit);
- gNYieldPhiFitPt2->SetMarkerStyle(MarkerNearPhiFit);
- gNYieldPhiFitPt2->SetMarkerSize(MarkerSize);
- gNYieldPhiFitPt2->SetMarkerColor(ColorNearPhiFit);
- gNYieldPhiFitPt2->SetLineColor(ColorNearPhiFit);
- gNYieldPhiFitPt3->SetMarkerStyle(MarkerNearPhiFit);
- gNYieldPhiFitPt3->SetMarkerSize(MarkerSize);
- gNYieldPhiFitPt3->SetMarkerColor(ColorNearPhiFit);
- gNYieldPhiFitPt3->SetLineColor(ColorNearPhiFit);
-
- gAYieldPhiFitPt->SetMarkerStyle(MarkerAwayPhiFit);
- gAYieldPhiFitPt->SetMarkerSize(MarkerSize);
- gAYieldPhiFitPt->SetMarkerColor(ColorAwayPhiFit);
- gAYieldPhiFitPt->SetLineColor(ColorAwayPhiFit);
- gAYieldPhiFitPt2->SetMarkerStyle(MarkerAwayPhiFit);
- gAYieldPhiFitPt2->SetMarkerSize(MarkerSize);
- gAYieldPhiFitPt2->SetMarkerColor(ColorAwayPhiFit);
- gAYieldPhiFitPt2->SetLineColor(ColorAwayPhiFit);
- gAYieldPhiFitPt3->SetMarkerStyle(MarkerAwayPhiFit);
- gAYieldPhiFitPt3->SetMarkerSize(MarkerSize);
- gAYieldPhiFitPt3->SetMarkerColor(ColorAwayPhiFit);
- gAYieldPhiFitPt3->SetLineColor(ColorAwayPhiFit);
-
- gMYieldPhiFitPt->SetMarkerStyle(MarkerMinFit);
- gMYieldPhiFitPt->SetMarkerSize(MarkerSize);
- gMYieldPhiFitPt->SetMarkerColor(ColorMinFit);
- gMYieldPhiFitPt->SetLineColor(ColorMinFit);
- gMYieldPhiFitPt2->SetMarkerStyle(MarkerMinFit);
- gMYieldPhiFitPt2->SetMarkerSize(MarkerSize);
- gMYieldPhiFitPt2->SetMarkerColor(ColorMinFit);
- gMYieldPhiFitPt2->SetLineColor(ColorMinFit);
- gMYieldPhiFitPt3->SetMarkerStyle(MarkerMinFit);
- gMYieldPhiFitPt3->SetMarkerSize(MarkerSize);
- gMYieldPhiFitPt3->SetMarkerColor(ColorMinFit);
- gMYieldPhiFitPt3->SetLineColor(ColorMinFit);
-
- gNPhiWidth1->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiWidth1->SetMarkerSize(MarkerSize);
- gNPhiWidth1->SetMarkerColor(ColorNearPhiFit);
- gNPhiWidth1->SetLineColor(ColorNearPhiFit);
- gNPhiWidth2->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiWidth2->SetMarkerSize(MarkerSize);
- gNPhiWidth2->SetMarkerColor(ColorNearPhiFit);
- gNPhiWidth2->SetLineColor(ColorNearPhiFit);
- gNPhiWidth3->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiWidth3->SetMarkerSize(MarkerSize);
- gNPhiWidth3->SetMarkerColor(ColorNearPhiFit);
- gNPhiWidth3->SetLineColor(ColorNearPhiFit);
-
- gAPhiWidth1->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiWidth1->SetMarkerSize(MarkerSize);
- gAPhiWidth1->SetMarkerColor(ColorAwayPhiFit);
- gAPhiWidth1->SetLineColor(ColorAwayPhiFit);
- gAPhiWidth2->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiWidth2->SetMarkerSize(MarkerSize);
- gAPhiWidth2->SetMarkerColor(ColorAwayPhiFit);
- gAPhiWidth2->SetLineColor(ColorAwayPhiFit);
- gAPhiWidth3->SetMarkerStyle(MarkerAwayPhiFit);
- gAPhiWidth3->SetMarkerSize(MarkerSize);
- gAPhiWidth3->SetMarkerColor(ColorAwayPhiFit);
- gAPhiWidth3->SetLineColor(ColorAwayPhiFit);
-
- gNPhiJt1->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiJt1->SetMarkerSize(MarkerSize);
- gNPhiJt1->SetMarkerColor(ColorNearPhiFit);
- gNPhiJt1->SetLineColor(ColorNearPhiFit);
- gNPhiJt2->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiJt2->SetMarkerSize(MarkerSize);
- gNPhiJt2->SetMarkerColor(ColorNearPhiFit);
- gNPhiJt2->SetLineColor(ColorNearPhiFit);
- gNPhiJt3->SetMarkerStyle(MarkerNearPhiFit);
- gNPhiJt3->SetMarkerSize(MarkerSize);
- gNPhiJt3->SetMarkerColor(ColorNearPhiFit);
- gNPhiJt3->SetLineColor(ColorNearPhiFit);
-
-
- gNYieldEta->SetMarkerStyle(MarkerNearEta);
- gAYieldEta->SetMarkerStyle(MarkerAwayEta);
- gNYieldEtaPt->SetMarkerStyle(MarkerNearEta);
- gAYieldEtaPt->SetMarkerStyle(MarkerAwayEta);
- gNYieldEta2->SetMarkerStyle(MarkerNearEta);
- gAYieldEta2->SetMarkerStyle(MarkerAwayEta);
- gNYieldEtaPt2->SetMarkerStyle(MarkerNearEta);
- gAYieldEtaPt2->SetMarkerStyle(MarkerAwayEta);
- gNYieldEta3->SetMarkerStyle(MarkerNearEta);
- gAYieldEta3->SetMarkerStyle(MarkerAwayEta);
- gNYieldEtaPt3->SetMarkerStyle(MarkerNearEta);
- gAYieldEtaPt3->SetMarkerStyle(MarkerAwayEta);
- gNYieldEta->SetMarkerColor(ColorNearEta);
- gAYieldEta->SetMarkerColor(ColorAwayEta);
- gNYieldEta->SetLineColor(ColorNearEta);
- gAYieldEta->SetLineColor(ColorAwayEta);
- gNYieldEtaPt->SetMarkerColor(ColorNearEta);
- gAYieldEtaPt->SetMarkerColor(ColorAwayEta);
- gNYieldEtaPt->SetLineColor(ColorNearEta);
- gAYieldEtaPt->SetLineColor(ColorAwayEta);
- gNYieldEta2->SetMarkerColor(ColorNearEta);
- gAYieldEta2->SetMarkerColor(ColorAwayEta);
- gNYieldEta2->SetLineColor(ColorNearEta);
- gAYieldEta2->SetLineColor(ColorAwayEta);
- gNYieldEtaPt2->SetMarkerColor(ColorNearEta);
- gAYieldEtaPt2->SetMarkerColor(ColorAwayEta);
- gNYieldEtaPt2->SetLineColor(ColorNearEta);
- gAYieldEtaPt2->SetLineColor(ColorAwayEta);
- gNYieldEta3->SetMarkerColor(ColorNearEta);
- gAYieldEta3->SetMarkerColor(ColorAwayEta);
- gNYieldEta3->SetLineColor(ColorNearEta);
- gAYieldEta3->SetLineColor(ColorAwayEta);
- gNYieldEtaPt3->SetMarkerColor(ColorNearEta);
- gAYieldEtaPt3->SetMarkerColor(ColorAwayEta);
- gNYieldEtaPt3->SetLineColor(ColorNearEta);
- gAYieldEtaPt3->SetLineColor(ColorAwayEta);
- gNYieldEta->SetMarkerSize(MarkerSize);
- gAYieldEta->SetMarkerSize(MarkerSize);
- gNYieldEtaPt->SetMarkerSize(MarkerSize);
- gAYieldEtaPt->SetMarkerSize(MarkerSize);
- gNYieldEta2->SetMarkerSize(MarkerSize);
- gAYieldEta2->SetMarkerSize(MarkerSize);
- gNYieldEtaPt2->SetMarkerSize(MarkerSize);
- gAYieldEtaPt2->SetMarkerSize(MarkerSize);
- gNYieldEta3->SetMarkerSize(MarkerSize);
- gAYieldEta3->SetMarkerSize(MarkerSize);
- gNYieldEtaPt3->SetMarkerSize(MarkerSize);
- gAYieldEtaPt3->SetMarkerSize(MarkerSize);
- gNYieldEtaPt3->SetMarkerSize(MarkerSize);
-
- gNYieldEtaFit->SetMarkerStyle(MarkerNearEtaFit);
- gNYieldEtaFit->SetMarkerSize(MarkerSize);
- gNYieldEtaFit->SetMarkerColor(ColorNearEtaFit);
- gNYieldEtaFit->SetLineColor(ColorNearEtaFit);
- gNYieldEtaFit2->SetMarkerStyle(MarkerNearEtaFit);
- gNYieldEtaFit2->SetMarkerSize(MarkerSize);
- gNYieldEtaFit2->SetMarkerColor(ColorNearEtaFit);
- gNYieldEtaFit2->SetLineColor(ColorNearEtaFit);
- gNYieldEtaFit3->SetMarkerStyle(MarkerNearEtaFit);
- gNYieldEtaFit3->SetMarkerSize(MarkerSize);
- gNYieldEtaFit3->SetMarkerColor(ColorNearEtaFit);
- gNYieldEtaFit3->SetLineColor(ColorNearEtaFit);
-
- gNYieldEtaFitPt->SetMarkerStyle(MarkerNearEtaFit);
- gNYieldEtaFitPt->SetMarkerSize(MarkerSize);
- gNYieldEtaFitPt->SetMarkerColor(ColorNearEtaFit);
- gNYieldEtaFitPt->SetLineColor(ColorNearEtaFit);
- gNYieldEtaFitPt2->SetMarkerStyle(MarkerNearEtaFit);
- gNYieldEtaFitPt2->SetMarkerSize(MarkerSize);
- gNYieldEtaFitPt2->SetMarkerColor(ColorNearEtaFit);
- gNYieldEtaFitPt2->SetLineColor(ColorNearEtaFit);
- gNYieldEtaFitPt3->SetMarkerStyle(MarkerNearEtaFit);
- gNYieldEtaFitPt3->SetMarkerSize(MarkerSize);
- gNYieldEtaFitPt3->SetMarkerColor(ColorNearEtaFit);
- gNYieldEtaFitPt3->SetLineColor(ColorNearEtaFit);
-
- gNEtaWidth1->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaWidth1->SetMarkerSize(MarkerSize);
- gNEtaWidth1->SetMarkerColor(ColorNearEtaFit);
- gNEtaWidth1->SetLineColor(ColorNearEtaFit);
- gNEtaWidth2->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaWidth2->SetMarkerSize(MarkerSize);
- gNEtaWidth2->SetMarkerColor(ColorNearEtaFit);
- gNEtaWidth2->SetLineColor(ColorNearEtaFit);
- gNEtaWidth3->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaWidth3->SetMarkerSize(MarkerSize);
- gNEtaWidth3->SetMarkerColor(ColorNearEtaFit);
- gNEtaWidth3->SetLineColor(ColorNearEtaFit);
-
- gNEtaJt1->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaJt1->SetMarkerSize(MarkerSize);
- gNEtaJt1->SetMarkerColor(ColorNearEtaFit);
- gNEtaJt1->SetLineColor(ColorNearEtaFit);
- gNEtaJt2->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaJt2->SetMarkerSize(MarkerSize);
- gNEtaJt2->SetMarkerColor(ColorNearEtaFit);
- gNEtaJt2->SetLineColor(ColorNearEtaFit);
- gNEtaJt3->SetMarkerStyle(MarkerNearEtaFit);
- gNEtaJt3->SetMarkerSize(MarkerSize);
- gNEtaJt3->SetMarkerColor(ColorNearEtaFit);
- gNEtaJt3->SetLineColor(ColorNearEtaFit);
-
- gNAvePhi1->SetMarkerStyle(MarkerNearPhi);
- gNAvePhi1->SetMarkerSize(MarkerSize);
- gNAvePhi1->SetMarkerColor(ColorNearPhi);
- gNAvePhi1->SetLineColor(ColorNearPhi);
- gAAvePhi1->SetMarkerStyle(MarkerAwayPhi);
- gAAvePhi1->SetMarkerSize(MarkerSize);
- gAAvePhi1->SetMarkerColor(ColorAwayPhi);
- gAAvePhi1->SetLineColor(ColorAwayPhi);
- gMAvePhi1->SetMarkerStyle(MarkerMin);
- gMAvePhi1->SetMarkerSize(MarkerSize);
- gMAvePhi1->SetMarkerColor(ColorMin);
- gMAvePhi1->SetLineColor(ColorMin);
-
- gNAvePhi2->SetMarkerStyle(MarkerNearPhi);
- gNAvePhi2->SetMarkerSize(MarkerSize);
- gNAvePhi2->SetMarkerColor(ColorNearPhi);
- gNAvePhi2->SetLineColor(ColorNearPhi);
- gAAvePhi2->SetMarkerStyle(MarkerAwayPhi);
- gAAvePhi2->SetMarkerSize(MarkerSize);
- gAAvePhi2->SetMarkerColor(ColorAwayPhi);
- gAAvePhi2->SetLineColor(ColorAwayPhi);
- gMAvePhi2->SetMarkerStyle(MarkerMin);
- gMAvePhi2->SetMarkerSize(MarkerSize);
- gMAvePhi2->SetMarkerColor(ColorMin);
- gMAvePhi2->SetLineColor(ColorMin);
-
-
- gNAvePhiFit1->SetMarkerStyle(MarkerNearPhiFit);
- gNAvePhiFit1->SetMarkerSize(MarkerSize);
- gNAvePhiFit1->SetMarkerColor(ColorNearPhiFit);
- gNAvePhiFit1->SetLineColor(ColorNearPhiFit);
- gAAvePhiFit1->SetMarkerStyle(MarkerAwayPhiFit);
- gAAvePhiFit1->SetMarkerSize(MarkerSize);
- gAAvePhiFit1->SetMarkerColor(ColorAwayPhiFit);
- gAAvePhiFit1->SetLineColor(ColorAwayPhiFit);
- gMAvePhiFit1->SetMarkerStyle(MarkerMinFit);
- gMAvePhiFit1->SetMarkerSize(MarkerSize);
- gMAvePhiFit1->SetMarkerColor(ColorMinFit);
- gMAvePhiFit1->SetLineColor(ColorMinFit);
-
- gNAvePhiFit2->SetMarkerStyle(MarkerNearPhiFit);
- gNAvePhiFit2->SetMarkerSize(MarkerSize);
- gNAvePhiFit2->SetMarkerColor(ColorNearPhiFit);
- gNAvePhiFit2->SetLineColor(ColorNearPhiFit);
- gAAvePhiFit2->SetMarkerStyle(MarkerAwayPhiFit);
- gAAvePhiFit2->SetMarkerSize(MarkerSize);
- gAAvePhiFit2->SetMarkerColor(ColorAwayPhiFit);
- gAAvePhiFit2->SetLineColor(ColorAwayPhiFit);
- gMAvePhiFit2->SetMarkerStyle(MarkerMinFit);
- gMAvePhiFit2->SetMarkerSize(MarkerSize);
- gMAvePhiFit2->SetMarkerColor(ColorMinFit);
- gMAvePhiFit2->SetLineColor(ColorMinFit);
-
- char outName[200];
- sprintf(outName,"%s/DrawSpectra_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d.root",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult);
- TFile *fout=new TFile(name,"recreate");
-
-
- float plotmin=100, plotmax=-100;
- plotmin2=100; plotmax2=-100;
- plotmin3=100; plotmax3=-100;
- float plotminW=100, plotmaxW=-100;
- float plotminJ=100, plotmaxJ=-100;
- float maxheight=100;
- float plotminAve=100, plotmaxAve=-100;
- for(int i=0;i<=2;i+=2){
- for(int j=0;j<nMainLoop;j++){
- if(NYieldPhiZYAM[i][j]<plotmin)plotmin=NYieldPhiZYAM[i][j];
- if(NYieldPhiZYAM[i][j]>plotmax&&NYieldPhiZYAM[i][j]<maxheight)plotmax=NYieldPhiZYAM[i][j];
- if(AYieldPhiZYAM[i][j]<plotmin)plotmin=AYieldPhiZYAM[i][j];
- if(AYieldPhiZYAM[i][j]>plotmax&&AYieldPhiZYAM[i][j]<maxheight)plotmax=AYieldPhiZYAM[i][j];
- if(NYieldEtaZYAM[i][j]<plotmin)plotmin=NYieldEtaZYAM[i][j];
- if(NYieldEtaZYAM[i][j]>plotmax&&NYieldEtaZYAM[i][j]<maxheight)plotmax=NYieldEtaZYAM[i][j];
- if(AYieldEtaZYAM[i][j]<plotmin)plotmin=AYieldEtaZYAM[i][j];
- if(AYieldEtaZYAM[i][j]>plotmax&&AYieldEtaZYAM[i][j]<maxheight)plotmax=AYieldEtaZYAM[i][j];
- if(MYieldPhi[i][j]<plotmin2)plotmin2=MYieldPhi[0][j];
- if(MYieldPhi[i][j]>plotmax2&&MYieldPhi[0][j]<maxheight)plotmax2=MYieldPhi[0][j];
- if(MYieldPhi[2][j]<plotmin3)plotmin3=MYieldPhi[2][j];
- if(MYieldPhi[2][j]>plotmax3&&MYieldPhi[2][j]<maxheight)plotmax3=MYieldPhi[2][j];
- if(DrawFit){
- if(NYieldPhiFit[i][j]<plotmin)plotmin=NYieldPhiFit[i][j];
- if(NYieldPhiFit[i][j]>plotmax&&NYieldPhiFit[i][j]<maxheight)plotmax=NYieldPhiFit[i][j];
- if(AYieldPhiFit[i][j]<plotmin)plotmin=AYieldPhiFit[i][j];
- if(AYieldPhiFit[i][j]>plotmax&&AYieldPhiFit[i][j]<maxheight)plotmax=AYieldPhiFit[i][j];
- if(MYieldPhiFit[0][j]<plotmin2)plotmin2=MYieldPhiFit[0][j];
- if(MYieldPhiFit[0][j]>plotmax2&&MYieldPhiFit[0][j]<maxheight)plotmax2=MYieldPhiFit[0][j];
- if(MYieldPhiFit[2][j]<plotmin3)plotmin3=MYieldPhiFit[2][j];
- if(MYieldPhiFit[2][j]>plotmax3&&MYieldPhiFit[2][j]<maxheight)plotmax3=MYieldPhiFit[2][j];
- }
- if(i==0){
- if(NWidthPhi[0][j]<plotminW)plotminW=NWidthPhi[0][j];
- if(NWidthPhi[0][j]>plotmaxW&&NWidthPhi[0][j]<5)plotmaxW=NWidthPhi[0][j];
- if(AWidthPhi[0][j]<plotminW)plotminW=AWidthPhi[0][j];
- if(AWidthPhi[0][j]>plotmaxW&&AWidthPhi[0][j]<6)plotmaxW=AWidthPhi[0][j];
- if(NJtPhi[0][j]<plotminJ)plotminJ=NJtPhi[0][j];
- if(NJtPhi[0][j]>plotmaxJ&&NJtPhi[0][j]<5)plotmaxJ=NJtPhi[0][j];
- if(AJtPhi[0][j]<plotminJ)plotminJ=AJtPhi[0][j];
- if(AJtPhi[0][j]>plotmaxJ&&AJtPhi[0][j]<6)plotmaxJ=AJtPhi[0][j];
- if(NAvePhi[0][j]<plotminAve)plotminAve=NAvePhi[0][j];
- if(NAvePhi[0][j]>plotmaxAve&&NAvePhi[0][j]<5)plotmaxW=NAvePhi[0][j];
- if(AAvePhi[0][j]<plotminAve)plotminAve=AAvePhi[0][j];
- if(AAvePhi[0][j]>plotmaxAve&&AAvePhi[0][j]<6)plotmaxAve=AAvePhi[0][j];
- }
- }
- }
- plotmin/=1.2-0.2;
- plotmax*=1.2+0.2;
- plotmin2/=1.5-0.2;
- plotmax2*=1.5+0.2;
- plotmin3/=1.5-0.2;
- plotmax3*=1.5+0.2;
- if(plotmax>maxheight)plotmax=maxheight;
- if(plotmax2>maxheight)plotmax2=maxheight;
- if(plotmax3>maxheight)plotmax3=maxheight;
- plotminW/1.5-0.2;
- plotmaxW*=1.5+0.2;
- plotmaxJ*=1.5+0.2;
- plotmaxAve*=1.5+1;
- plotminAve/=1.6-0.2;
- plotmin=0;
- plotmin2=0;
- plotmin3=0;
- plotminW=0;
- plotminJ=0;
- plotminAve=0;
- //plotminAve=0;
- if(plotmin<=0)plotmin=-0.00001;
- if(plotmin2<=0)plotmin2=-0.00001;
- if(plotmin3<=0)plotmin3=-0.00001;
- if(plotminW<=0)plotminW=-0.00001;
- if(plotminAve<=0)plotminAve=-0.00001;
- plotmaxW=1;
-
- cTYield=new TCanvas("cTYield","P_{T}^{Trig} Dependence of Yields",800,600);
- SetMargins1D(cTYield);
- sprintf(name,"Yields %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYield=new TH2F("hTYield",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYield->SetTitle("");
- hTYield->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYield->GetXaxis()->SetTitleColor(1);
- hTYield->GetYaxis()->SetTitle("#frac{N_{ch}}{N_{Trigger}} ");
- SetTitles1D(hTYield);
- hTYield->Draw();
- //cTYield->SetLogy(1);
- gNYieldPhi->Draw("p");
- gAYieldPhi->Draw("p");
- if(DrawFit)gNYieldPhiFit->Draw("p");
- if(DrawFit)gAYieldPhiFit->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_YieldMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYield->SaveAs(outName);
-
- cTYieldPt=new TCanvas("cTYieldPt","P_{T}^{Trig} Dependence of Peak P_{T}",800,600);
- SetMargins1D(cTYieldPt);
- sprintf(name,"Peak P_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYieldPt=new TH2F("hTYieldPt",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldPt->SetTitle("");
- hTYieldPt->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldPt->GetXaxis()->SetTitleColor(1);
- hTYieldPt->GetYaxis()->SetTitle("#frac{p_{T}}{N_{Trigger}} ");
- SetTitles1D(hTYieldPt);
- hTYieldPt->Draw();
- // cTYieldPt->SetLogy(1);
- gNYieldPhiPt->Draw("p");
- gAYieldPhiPt->Draw("p");
- if(DrawFit)gNYieldPhiFitPt->Draw("p");
- if(DrawFit)gAYieldPhiFitPt->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_PtMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldPt->SaveAs(outName);
-
- cTYield2=new TCanvas("cTYield2","P_{T}^{Trig} Dependence of Yields",800,600);
- SetMargins1D(cTYield2);
- sprintf(name,"Yields %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYield2=new TH2F("hTYield2",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYield2->SetTitle("");
- hTYield2->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYield2->GetXaxis()->SetTitleColor(1);
- hTYield2->GetYaxis()->SetTitle("#frac{N_{ch}}{N_{Trigger}} ");
- SetTitles1D(hTYield2);
- hTYield2->Draw();
- //cTYield2->SetLogy(1);
- gNYieldPhi2->Draw("p");
- gAYieldPhi2->Draw("p");
- if(DrawFit)gNYieldPhiFit2->Draw("p");
- if(DrawFit)gAYieldPhiFit2->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_YieldAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYield2->SaveAs(outName);
-
- cTYieldPt2=new TCanvas("cTYieldPt2","P_{T}^{Trig} Dependence of Peak P_{T}",800,600);
- SetMargins1D(cTYieldPt2);
- sprintf(name,"Peak P_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYieldPt2=new TH2F("hTYieldPt2",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldPt2->SetTitle("");
- hTYieldPt2->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldPt2->GetXaxis()->SetTitleColor(1);
- hTYieldPt2->GetYaxis()->SetTitle("#frac{p_{T}}{N_{Trigger}} ");
- SetTitles1D(hTYieldPt2);
- hTYieldPt2->Draw();
- //cTYieldPt2->SetLogy(1);
- gNYieldPhiPt2->Draw("p");
- gAYieldPhiPt2->Draw("p");
- if(DrawFit)gNYieldPhiFitPt2->Draw("p");
- if(DrawFit)gAYieldPhiFitPt2->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_PtAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldPt2->SaveAs(outName);
-
- //low
- cTYield3=new TCanvas("cTYield3","P_{T}^{Trig} Dependence of Yields",800,600);
- SetMargins1D(cTYield3);
- sprintf(name,"Yields %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYield3=new TH2F("hTYield3",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYield3->SetTitle("");
- hTYield3->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYield3->GetXaxis()->SetTitleColor(1);
- hTYield3->GetYaxis()->SetTitle("#frac{N_{ch}}{N_{Trigger}} ");
- SetTitles1D(hTYield2);
- hTYield3->Draw();
- //cTYield2->SetLogy(1);
- gNYieldPhi3->Draw("p");
- gAYieldPhi3->Draw("p");
- if(DrawFit)gNYieldPhiFit3->Draw("p");
- if(DrawFit)gAYieldPhiFit3->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_YieldLowErr_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYield3->SaveAs(outName);
-
- cTYieldPt3=new TCanvas("cTYieldPt3","P_{T}^{Trig} Dependence of Peak P_{T}",800,600);
- SetMargins1D(cTYieldPt3);
- sprintf(name,"Peak P_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYieldPt3=new TH2F("hTYieldPt3",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldPt3->SetTitle("");
- hTYieldPt3->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldPt3->GetXaxis()->SetTitleColor(1);
- hTYieldPt3->GetYaxis()->SetTitle("#frac{p_{T}}{N_{Trigger}} ");
- SetTitles1D(hTYieldPt3);
- hTYieldPt3->Draw();
- //cTYieldPt2->SetLogy(1);
- gNYieldPhiPt3->Draw("p");
- gAYieldPhiPt3->Draw("p");
- if(DrawFit)gNYieldPhiFitPt3->Draw("p");
- if(DrawFit)gAYieldPhiFitPt3->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_PtLowErr_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldPt3->SaveAs(outName);
-
-
-
- cTYieldE=new TCanvas("cTYieldE","P_{T}^{Trig} Dependence of Eta Yields",800,600);
- SetMargins1D(cTYieldE);
- sprintf(name,"Yields %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYield=new TH2F("hTYieldE",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldE->SetTitle("");
- hTYieldE->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldE->GetXaxis()->SetTitleColor(1);
- hTYieldE->GetYaxis()->SetTitle("#frac{N_{ch}}{N_{Trigger}} ");
- SetTitles1D(hTYieldE);
- hTYieldE->Draw();
- //cTYield->SetLogy(1);
- gNYieldEta->Draw("p");
- gAYieldEta->Draw("p");
- if(DrawFit)gNYieldEtaFit->Draw("p");
- // if(DrawFit)gAYieldEtaFit->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- //if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayEtaFit,MarkerAwayEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_YieldEtaMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldE->SaveAs(outName);
-
- cTYieldPtE=new TCanvas("cTYieldPtE","P_{T}^{Trig} Dependence of Peak P_{T} Eta",800,600);
- SetMargins1D(cTYieldPtE);
- sprintf(name,"Peak P_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYieldPtE=new TH2F("hTYieldPtE",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldPtE->SetTitle("");
- hTYieldPtE->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldPtE->GetXaxis()->SetTitleColor(1);
- hTYieldPtE->GetYaxis()->SetTitle("#frac{p_{T}}{N_{Trigger}} ");
- SetTitles1D(hTYieldPtE);
- hTYieldPtE->Draw();
- // cTYieldPt->SetLogy(1);
- gNYieldEtaPt->Draw("p");
- gAYieldEtaPt->Draw("p");
- if(DrawFit)gNYieldEtaFitPt->Draw("p");
- //if(DrawFit)gAYieldEtaFitPt->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- //if(DrawFit)keySymbol(.65,.7,"Away Fit",ColorAwayEtaFit,MarkerAwayEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_PtEtaMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldPt->SaveAs(outName);
-
-
- cTYieldC=new TCanvas("cTYieldC","P_{T}^{Trig} Dependence of Yields",800,600);
- SetMargins1D(cTYieldC);
- sprintf(name,"Yields %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYieldC=new TH2F("hTYieldC",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldC->SetTitle("");
- hTYieldC->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldC->GetXaxis()->SetTitleColor(1);
- hTYieldC->GetYaxis()->SetTitle("#frac{N_{ch}}{N_{Trigger}} ");
- SetTitles1D(hTYieldC);
- hTYieldC->Draw();
- //cTYield->SetLogy(1);
- gNYieldPhi->Draw("p");
- gAYieldPhi->Draw("p");
- if(DrawFit)gNYieldPhiFit->Draw("p");
- if(DrawFit)gAYieldPhiFit->Draw("p");
- gNYieldEta->Draw("p");
- gAYieldEta->Draw("p");
- if(DrawFit)gNYieldEtaFit->Draw("p");
- // if(DrawFit)gAYieldEtaFit->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.65,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.6,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_YieldCombMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldC->SaveAs(outName);
-
- cTYieldPtC=new TCanvas("cTYieldPtC","P_{T}^{Trig} Dependence of Yields",800,600);
- SetMargins1D(cTYieldPtC);
- sprintf(name,"Peak p_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYieldPtC=new TH2F("hTYieldPtC",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldPtC->SetTitle("");
- hTYieldPtC->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldPtC->GetXaxis()->SetTitleColor(1);
- hTYieldPtC->GetYaxis()->SetTitle("#frac{p_{T}^{ch}}{N_{Trigger}} ");
- SetTitles1D(hTYieldPtC);
- hTYieldPtC->Draw();
- //cTYield->SetLogy(1);
- gNYieldPhiPt->Draw("p");
- gAYieldPhiPt->Draw("p");
- if(DrawFit)gNYieldPhiFitPt->Draw("p");
- if(DrawFit)gAYieldPhiFitPt->Draw("p");
- gNYieldEtaPt->Draw("p");
- gAYieldEtaPt->Draw("p");
- if(DrawFit)gNYieldEtaFitPt->Draw("p");
- // if(DrawFit)gAYieldEtaFit->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.65,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.6,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_PtCombMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldPtC->SaveAs(outName);
-
- //
- cTYieldC2=new TCanvas("cTYieldC2","P_{T}^{Trig} Dependence of Yields 2",800,600);
- SetMargins1D(cTYieldC2);
- sprintf(name,"Yields %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYieldC2=new TH2F("hTYieldC2",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldC2->SetTitle("");
- hTYieldC2->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldC2->GetXaxis()->SetTitleColor(1);
- hTYieldC2->GetYaxis()->SetTitle("#frac{N_{ch}}{N_{Trigger}} ");
- SetTitles1D(hTYieldC2);
- hTYieldC2->Draw();
- //cTYield->SetLogy(1);
- gNYieldPhi2->Draw("p");
- gAYieldPhi2->Draw("p");
- if(DrawFit)gNYieldPhiFit2->Draw("p");
- if(DrawFit)gAYieldPhiFit2->Draw("p");
- gNYieldEta2->Draw("p");
- gAYieldEta2->Draw("p");
- if(DrawFit)gNYieldEtaFit2->Draw("p");
- // if(DrawFit)gAYieldEtaFit->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.65,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.6,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_YieldCombAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldC2->SaveAs(outName);
-
- cTYieldPtC2=new TCanvas("cTYieldPtC2","P_{T}^{Trig} Dependence of Yields",800,600);
- SetMargins1D(cTYieldPtC2);
- sprintf(name,"Peak p_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTYieldPtC2=new TH2F("hTYieldPtC2",name,10,0,TPt2+1,10,plotmin,plotmax);
- if(NoTitle)hTYieldPtC2->SetTitle("");
- hTYieldPtC2->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTYieldPtC2->GetXaxis()->SetTitleColor(1);
- hTYieldPtC2->GetYaxis()->SetTitle("#frac{p_{T}^{ch}}{N_{Trigger}} ");
- SetTitles1D(hTYieldPtC2);
- hTYieldPtC2->Draw();
- //cTYield->SetLogy(1);
- gNYieldPhiPt2->Draw("p");
- gAYieldPhiPt2->Draw("p");
- if(DrawFit)gNYieldPhiFitPt2->Draw("p");
- if(DrawFit)gAYieldPhiFitPt2->Draw("p");
- gNYieldEtaPt2->Draw("p");
- gAYieldEtaPt2->Draw("p");
- if(DrawFit)gNYieldEtaFitPt2->Draw("p");
- // if(DrawFit)gAYieldEtaFit->Draw("p");
- sprintf(name,"Near #Delta#phi |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.65,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.75,"Near #Delta#phi Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.7,"Away #Delta#phi Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.65,"Near #Delta#eta",ColorNearEta,MarkerNearEta,0.06,1.2*MarkerSize);
- keySymbol(.65,.6,"Away #Delta#eta",ColorAwayEta,MarkerAwayEta,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.65,.55,"Near #Delta#eta Fit",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_PtCombAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTYieldPtC2->SaveAs(outName);
-
-
- //
- cTMin=new TCanvas("cTMin","P_{T}^{Trig} Dependence of Underlying Event",800,600);
- SetMargins1D(cTMin);
- sprintf(name,"Underlying Event %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTMin=new TH2F("hTMin",name,10,0,TPt2+1,10,plotmin2,plotmax2);
- if(NoTitle)hTMin->SetTitle("");
- hTMin->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTMin->GetXaxis()->SetTitleColor(1);
- hTMin->GetYaxis()->SetTitle("#frac{p_{T}^{ch}}{N_{Trigger}} ");
- SetTitles1D(hTMin);
- hTMin->Draw();
- // cTMin->SetLogy(1);
- gMYieldPhi->Draw("p");
- if(DrawFit)gMYieldPhiFit->Draw("p");
- sprintf(name,"ZYAM |#Delta#phi#pm%1.1f|<%1.1f",ZYAMCent,ZYAMWidth);
- keySymbol(.5,.85,name,ColorMin,MarkerMin,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.8,"Fit",ColorMinFit,MarkerMinFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_MinMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTMin->SaveAs(outName);
-
- cTMinPt=new TCanvas("cTMinPt","P_{T}^{Trig} Dependence of Underlying Event P_{T}",800,600);
- SetMargins1D(cTMinPt);
- sprintf(name,"Min P_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTMinPt=new TH2F("hTMinPt",name,10,0,TPt2+1,10,plotmin3,plotmax3);
- if(NoTitle)hTMinPt->SetTitle("");
- hTMinPt->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTMinPt->GetXaxis()->SetTitleColor(1);
- hTMinPt->GetYaxis()->SetTitle("#frac{p_{T}}{N_{Trigger}} ");
- SetTitles1D(hTMinPt);
- hTMinPt->Draw();
- //cTMinPt->SetLogy(1);
- gMYieldPhiPt->Draw("p");
- if(DrawFit)gMYieldPhiFitPt->Draw("p");
- sprintf(name,"ZYAM |#Delta#phi#pm%1.1f|<%1.1f",ZYAMCent,ZYAMWidth);
- keySymbol(.5,.85,name,ColorMin,MarkerMin,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.8,"Fit",ColorMinFit,MarkerMinFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_MinPtMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTMinPt->SaveAs(outName);
-
- cTMin2=new TCanvas("cTMin2","P_{T}^{Trig} Dependence of Underlying Event",800,600);
- SetMargins1D(cTMin2);
- sprintf(name,"Underlying Event %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTMin2=new TH2F("hTMin2",name,10,0,TPt2+1,10,plotmin2,plotmax2);
- if(NoTitle)hTMin2->SetTitle("");
- hTMin2->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTMin2->GetXaxis()->SetTitleColor(1);
- hTMin2->GetYaxis()->SetTitle("#frac{1}{N_{Trigger}} ");
- SetTitles1D(hTMin2);
- hTMin2->Draw();
- //cTMin2->SetLogy(1);
- gMYieldPhi2->Draw("p");
- if(DrawFit)gMYieldPhiFit2->Draw("p");
- sprintf(name,"ZYAM |#Delta#phi#pm%1.1f|<%1.1f",ZYAMCent,ZYAMWidth);
- keySymbol(.5,.85,name,ColorMin,MarkerMin,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.8,"Fit",ColorMinFit,MarkerMinFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_MinAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTMin2->SaveAs(outName);
-
- cTMinPt2=new TCanvas("cTMinPt2","P_{T}^{Trig} Dependence of Underlying Event P_{T}",800,600);
- SetMargins1D(cTMinPt2);
- sprintf(name,"Min P_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTMinPt2=new TH2F("hTMinPt2",name,10,0,TPt2+1,10,plotmin3,plotmax3);
- if(NoTitle)hTMinPt2->SetTitle("");
- hTMinPt2->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTMinPt2->GetXaxis()->SetTitleColor(1);
- hTMinPt2->GetYaxis()->SetTitle("#frac{p_{T}}{N_{Trigger}} ");
- SetTitles1D(hTMinPt2);
- hTMinPt2->Draw();
- //cTMinPt2->SetLogy(1);
- gMYieldPhiPt2->Draw("p");
- if(DrawFit)gMYieldPhiFitPt2->Draw("p");
- sprintf(name,"ZYAM |#Delta#phi#pm%1.1f|<%1.1f",ZYAMCent,ZYAMWidth);
- keySymbol(.5,.85,name,ColorMin,MarkerMin,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.8,"Fit",ColorMinFit,MarkerMinFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_MinPtAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffCorr,APtTPtMult,FitTit[DrawFit],filetype);
- cTMinPt2->SaveAs(outName);
-
- cTMin3=new TCanvas("cTMin3","P_{T}^{Trig} Dependence of Underlying Event",800,600);
- SetMargins1D(cTMin3);
- sprintf(name,"Underlying Event %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTMin3=new TH2F("hTMin3",name,10,0,TPt2+1,10,plotmin2,plotmax2);
- if(NoTitle)hTMin3->SetTitle("");
- hTMin3->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTMin3->GetXaxis()->SetTitleColor(1);
- hTMin3->GetYaxis()->SetTitle("#frac{N}{N_{Trigger}} ");
- SetTitles1D(hTMin3);
- hTMin3->Draw();
- //cTMin2->SetLogy(1);
- gMYieldPhi3->Draw("p");
- if(DrawFit)gMYieldPhiFit3->Draw("p");
- sprintf(name,"ZYAM |#Delta#phi#pm%1.1f|<%1.1f",ZYAMCent,ZYAMWidth);
- keySymbol(.5,.85,name,ColorMin,MarkerMin,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.8,"Fit",ColorMinFit,MarkerMinFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_MinLowErr_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffCorr,APtTPtMult,FitTit[DrawFit],filetype);
- cTMin3->SaveAs(outName);
-
- cTMinPt3=new TCanvas("cTMinPt3","P_{T}^{Trig} Dependence of Underlying Event P_{T}",800,600);
- SetMargins1D(cTMinPt3);
- sprintf(name,"Min P_{T} %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTMinPt3=new TH2F("hTMinPt3",name,10,0,TPt2+1,10,plotmin3,plotmax3);
- if(NoTitle)hTMinPt3->SetTitle("");
- hTMinPt3->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTMinPt3->GetXaxis()->SetTitleColor(1);
- hTMinPt3->GetYaxis()->SetTitle("#frac{p_{T}}{N_{Trigger}} ");
- SetTitles1D(hTMinPt3);
- hTMinPt3->Draw();
- //cTMinPt2->SetLogy(1);
- gMYieldPhiPt3->Draw("p");
- if(DrawFit)gMYieldPhiFitPt3->Draw("p");
- sprintf(name,"ZYAM |#Delta#phi#pm%1.1f|<%1.1f",ZYAMCent,ZYAMWidth);
- keySymbol(.5,.85,name,ColorMin,MarkerMin,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.8,"Fit",ColorMinFit,MarkerMinFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_MinPtLowErr_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffCorr,APtTPtMult,filetype);
- cTMinPt3->SaveAs(outName);
- cWidth1=new TCanvas("cWidth1","Width MidPoint",800,600);
- SetMargins1D(cWidth1);
- sprintf(name,"Peak Width %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hWidth1=new TH2F("hWidth1",name,10,0,TPt2+1,10,plotminW,plotmaxW);
- if(NoTitle)hWidth1->SetTitle("");
- hWidth1->GetXaxis()->SetTitle("p_{T}^{Trig} (GeV/c) ");
- hWidth1->GetXaxis()->SetTitleColor(1);
- hWidth1->GetYaxis()->SetTitle("#sigma (radians) ");
- SetTitles1D(hWidth1);
- hWidth1->Draw();
- gNPhiWidth1->Draw("p");
- gAPhiWidth1->Draw("p");
- gNEtaWidth1->Draw("p");
- keySymbol(.65,.85,"Near #Delta#phi",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_WidthTrigMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,filetype);
- cWidth1->SaveAs(outName);
-
- cWidth2=new TCanvas("cWidth2","Width Average",800,600);
- SetMargins1D(cWidth2);
- sprintf(name,"Peak Width %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hWidth2=new TH2F("hWidth2",name,10,0,TPt2+1,10,plotminW,plotmaxW);
- if(NoTitle)hWidth2->SetTitle("");
- hWidth2->GetXaxis()->SetTitle("p_{T}^{Trig} (GeV/c) ");
- hWidth2->GetXaxis()->SetTitleColor(1);
- hWidth2->GetYaxis()->SetTitle("#sigma (radians) ");
- SetTitles1D(hWidth2);
- hWidth2->Draw();
- gNPhiWidth2->Draw("p");
- gAPhiWidth2->Draw("p");
- gNEtaWidth2->Draw("p");
- keySymbol(.65,.85,"Near #Delta#phi",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_WidthTrigAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,filetype);
- cWidth2->SaveAs(outName);
-
- cWidth3=new TCanvas("cWidth3","Width Low Err",800,600);
- SetMargins1D(cWidth3);
- sprintf(name,"Peak Width %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hWidth3=new TH2F("hWidth3",name,10,0,TPt2+1,10,plotminW,plotmaxW);
- if(NoTitle)hWidth3->SetTitle("");
- hWidth3->GetXaxis()->SetTitle("p_{T}^{Trig} (GeV/c) ");
- hWidth3->GetXaxis()->SetTitleColor(1);
- hWidth3->GetYaxis()->SetTitle("#sigma (radians) ");
- SetTitles1D(hWidth3);
- hWidth3->Draw();
- gNPhiWidth3->Draw("p");
- gAPhiWidth3->Draw("p");
- gNEtaWidth3->Draw("p");
- keySymbol(.65,.85,"Near #Delta#phi",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.75,"Near #Delta#eta",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_WidthTrigLowError_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,filetype);
- cWidth3->SaveAs(outName);
-
- cJt1=new TCanvas("cJt1","Jt MidPoint",800,600);
- SetMargins1D(cJt1);
- sprintf(name,"Peak Jt %3.1f<Pt^{Trig}<%3.1f %dM%d",TPt1,TPt2,Mult1,Mult2);
- TH2F *hJt1=new TH2F("hJt1",name,10,0,TPt2+1,10,plotminJ,plotmaxJ);
- if(NoTitle)hJt1->SetTitle("");
- hJt1->GetXaxis()->SetTitle("p_{T}^{Trig} (GeV/c) ");
- hJt1->GetXaxis()->SetTitleColor(1);
- hJt1->GetYaxis()->SetTitle("#sqrt{<j_{T}^{2}>} ");
- SetTitles1D(hJt1);
- hJt1->Draw();
- gNPhiJt1->Draw("p");
- // gAPhiJt1->Draw("p");
- gNEtaJt1->Draw("p");
- keySymbol(.65,.85,"Near #Delta#phi",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- // keySymbol(.65,.8,"Away #Delta#phi",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- keySymbol(.65,.8,"Near #Delta#eta",ColorNearEtaFit,MarkerNearEtaFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_JtTrigMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,filetype);
- cJt1->SaveAs(outName);
-
- cTAve=new TCanvas("cTAve","P_{T}^{Trig} Dependence of <p_{T}>",800,600);
- SetMargins1D(cTAve);
- sprintf(name,"<p_{T}^{Assoc}> %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTAve=new TH2F("hTAve",name,10,0,TPt2+1,10,plotminAve,plotmaxAve);
- if(NoTitle)hTAve->SetTitle("");
- hTAve->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTAve->GetXaxis()->SetTitleColor(1);
- hTAve->GetYaxis()->SetTitle("<p_{T}^{Assoc}> ");
- SetTitles1D(hTAve);
- hTAve->Draw();
- //cTYield->SetLogy(1);
- gNAvePhi1->Draw("p");
- gAAvePhi1->Draw("p");
- gMAvePhi1->Draw("p");
- if(DrawFit)gNAvePhiFit1->Draw("p");
- if(DrawFit)gAAvePhiFit1->Draw("p");
- if(DrawFit)gMAvePhiFit1->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.50,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.50,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- keySymbol(.50,.75,"Underlying Event",ColorMin,MarkerMin,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.70,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.65,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.50,.6,"Underlying Event Fit",ColorMinFit,MarkerMinFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_AveMidPoint_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTAve->SaveAs(outName);
-
- cTAve2=new TCanvas("cTAve2","P_{T}^{Trig} Dependence of <p_{T}>",800,600);
- SetMargins1D(cTAve2);
- sprintf(name,"<p_{T}^{Assoc}> %3.2f<Pt^{Assoc}<%3.1f %dM%d",APt1,APt2,Mult1,Mult2);
- TH2F *hTAve2=new TH2F("hTAve2",name,10,0,TPt2+1,10,plotminAve,plotmaxAve);
- if(NoTitle)hTAve2->SetTitle("");
- hTAve2->GetXaxis()->SetTitle("p_{T}^{Trigger} (GeV/c) ");
- hTAve2->GetXaxis()->SetTitleColor(1);
- hTAve2->GetYaxis()->SetTitle("<p_{T}^{Assoc}> ");
- SetTitles1D(hTAve2);
- hTAve2->Draw();
- //cTYield->SetLogy(1);
- gNAvePhi2->Draw("p");
- gAAvePhi2->Draw("p");
- gMAvePhi2->Draw("p");
- if(DrawFit)gNAvePhiFit2->Draw("p");
- if(DrawFit)gAAvePhiFit2->Draw("p");
- if(DrawFit)gMAvePhiFit2->Draw("p");
- sprintf(name,"Near |#Delta#phi|<%1.1f",NearWidthPhi);
- keySymbol(.50,.85,name,ColorNearPhi,MarkerNearPhi,0.06,1.2*MarkerSize);
- keySymbol(.50,.8,"Away",ColorAwayPhi,MarkerAwayPhi,0.06,1.2*MarkerSize);
- keySymbol(.50,.75,"Underlying Event",ColorMin,MarkerMin,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.70,"Near Fit",ColorNearPhiFit,MarkerNearPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.5,.65,"Away Fit",ColorAwayPhiFit,MarkerAwayPhiFit,0.06,1.2*MarkerSize);
- if(DrawFit)keySymbol(.50,.6,"Underlying Event Fit",ColorMinFit,MarkerMinFit,0.06,1.2*MarkerSize);
- sprintf(outName,"%s/DrawSpectra_AveAve_%3.1fPT%3.1f_%3.1fpt%3.1f_%dM%d_C%d_%d%s%s",Folder,TPt1,TPt2,APt1,APt2,Mult1,Mult2,EffMethod,APtTPtMult,FitTit[DrawFit],filetype);
- cTAve2->SaveAs(outName);
- }
-}
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff