#include <math.h> #include <time.h> #include <stdio.h> #include <stdlib.h> #include <Riostream.h> #include <assert.h> #include "TVector2.h" #include "TFile.h" #include "TString.h" #include "TF1.h" #include "TF3.h" #include "TH1.h" #include "TH2.h" #include "TH3.h" #include "TProfile.h" #include "TProfile2D.h" #include "TMath.h" #include "TText.h" #include "TRandom3.h" #include "TArray.h" #include "TLegend.h" #include "TStyle.h" #include "TMinuit.h" #include "TCanvas.h" #include "TLatex.h" #include "TPaveStats.h" #include "TASImage.h" #define BohrR 1963.6885 // Bohr Radius for pions #define FmToGeV 0.19733 // conversion to fm #define PI 3.1415926 #define masspiC 0.1395702 // pi+ mass (GeV/c^2) using namespace std; int FileSetting=0;// 0(standard), 1(r3 Lambda), 2(TTC), 3(PID), 4(Pos B), 5(Neg B), 6(GaussR8to5), 7(GaussR11to6), 8(4 kt bins old TTC cuts), 9 (FB5and7overlap), 10 (muon Variation: -0.5<NsigmaPion<2.0) bool MCcase_def=kFALSE;// MC data? int CHARGE_def=-1;// -1 or +1: + or - pions for same-charge case, --+ or ++- for mixed-charge case bool SameCharge_def=1;// 3-pion same-charge? int EDbin_def=0;// 0 or 1: Kt3 bin // bool MuonCorrection=1;// correct for Muons? bool IncludeG_def=kFALSE;// Include coherence? bool IncludeEW_def=kTRUE;// Include EdgeWorth coefficients? bool IncludeEWfromTherm_def=kFALSE;// Include EdgeWorth coefficients from Therminator? bool GRS_def=kTRUE;// Generalized RiverSide 3-body FSI correction? int Mbin_def=0;// 0-9: centrality bin in widths of 5% int Ktbin_def=10;// 1(0.2-0.3),..., 6(0.7-0.8), 10 = Full Range double MRCShift=1.0;// 1.0=full Momentum Resolution Correction. 1.1 for 10% systematic increase double KShift=1.0;// K factor shift for testing (1.0 for default). TURN OFF STRONGSC FOR THIS TESTING // // bool IncludeMJcorrection=kTRUE;// linear Mini-Jet correction for denominator of r3? bool IncludeStrongSC=kTRUE;// same-charge strong FSI bool SaveToFile_def=kFALSE;// Save outputs to file? int SourceType=0;// 0=Therminator, 1=Therminator with 50fm cut (keep at 0 for default), 2=Gaussian bool ConstantFSI=kFALSE;// Constant FSI's for each kt bin? bool GofP=kFALSE;// Include momentum dependence of coherent fraction? bool ChargeConstraint=kFALSE;// Include Charge Constraint for coherent states? bool LinkN=kFALSE;// Make N(++)=N(+-)? bool GeneratedSignal=kFALSE;// Was the QS+FSI signal generated in MC? bool Tricubic=kFALSE;// Tricubic or Trilinear interpolation? Tricubic was found to be unstable. bool IncludeSS=kTRUE;// Include same-charge two-pion correlations in the fit? bool IncludeOS=kTRUE;// Include mixed-charge two-pion correlations in the fit? // // // // const int Sbins_2=1;// 2-particle Species bins. 1=Pion-Pion only. max=6 (pi-pi, pi-k, pi-p, k-p, k-k, p-p) const int Sbins_3=1;// 3-particle Species bins. 1=Pion-Pion-Pion only. max=10 const int fitlimitLowBin = 3; const int fitlimitHighBin = 14;// max = 20 (100MeV) bool LHC11h=kTRUE;// always kTRUE bool ExplicitLoop=kFALSE;// always kFALSE bool PairCut=kTRUE;// always kTRUE bool PbPbcase=kTRUE;// always kTRUE int KtbinFSI; int Ktlowbin; int Kthighbin; int bBin;// impact parameter bin int MomResCentBin;// momentum resolution centrality bin int RValue;// Radius setting for Gaussian source profile int bValue;// impact parameter for Therminator source profile (default) float TwoFrac;// Lambda parameter float OneFrac;// Lambda^{1/2} float ThreeFrac;// Lambda^{3/2} float TwoFracMomRes;// Lambda parameter for momentum resolution corrections float RValueMomRes;// Gaussian radius value for momentum resolution corrections float TwoFracr3;// Lambda parameter for r3 int TPN_bin;// Two Particle Normalization bin (always 0) double Qcut_pp = 0.6;// 0.6 double Qcut_PbPb = 0.1; double NormQcutLow_pp = 1.0; double NormQcutHigh_pp = 1.5; double NormQcutLow_PbPb = .15;//1.06 double NormQcutHigh_PbPb = .175;//1.1 // single-pion emitter size (for fits with momentum dependence of coherence) double RT = 0.72/FmToGeV; double Temp = 0.135;// 0.135 GeV const int Nlines = 50; TH3D *CoulCorrOmega0SS; TH3D *CoulCorrOmega0OS; TH1D *CoulCorr2SS; TH1D *CoulCorr2OS; TF1 *StrongSC;// same-charge pion strong FSI void ReadCoulCorrections(int, int, int); void ReadCoulCorrections_Omega0(); void ReadMuonCorrections(int); void ReadMomResFile(int, double); double CoulCorr2(int, double); double CoulCorrOmega0(bool, double, double, double); double CoulCorrGRS(bool, double, double, double); double OSLfitfunction(Double_t *x, Double_t *par); double D3fitfunction_3(Double_t *x, Double_t *par); double r3_fitfunction(Double_t *x, Double_t *par); double Gamov(int, double); //double LednickyCorr(double); double C2ssFitFunction(Double_t *x, Double_t *par); double C2osFitFunction(Double_t *x, Double_t *par); double cubicInterpolate(double[4], double); double bicubicInterpolate(double[4][4], double, double); double tricubicInterpolate(double[4][4][4], double, double, double); void DrawALICELogo(Bool_t, Float_t, Float_t, Float_t, Float_t); // void fcnC2_Global(int&, double*, double&, double[], int); void fcnOSL(int&, double*, double&, double[], int); float fact(float); const int BINRANGE_C2global=20; double C2ssFitting[BINRANGE_C2global]; double C2osFitting[BINRANGE_C2global]; double C2ssFitting_e[BINRANGE_C2global]; double C2osFitting_e[BINRANGE_C2global]; double K2SS[BINRANGE_C2global]; double K2OS[BINRANGE_C2global]; double K2SS_e[BINRANGE_C2global]; double K2OS_e[BINRANGE_C2global]; double K3SS_e[BINRANGE_C2global][BINRANGE_C2global][BINRANGE_C2global]; double K3OS_e[BINRANGE_C2global][BINRANGE_C2global][BINRANGE_C2global]; double Chi2_C2global; double NFitPoints_C2global; double Chi2_C3global; double NFitPoints_C3global; const int BINS_OSL=40;// out,side,long bins double A[BINS_OSL][BINS_OSL][BINS_OSL];// out,side,long double B[BINS_OSL][BINS_OSL][BINS_OSL];// out,side,long double A_e[BINS_OSL][BINS_OSL][BINS_OSL];// out,side,long double B_e[BINS_OSL][BINS_OSL][BINS_OSL];// out,side,long double avg_q[BINS_OSL][BINS_OSL][BINS_OSL];// out,side,long double K_OSL[BINS_OSL][BINS_OSL][BINS_OSL];// out,side,long double K_OSL_e[BINS_OSL][BINS_OSL][BINS_OSL];// out,side,long double Chi2_OSL; double NFitPoints_OSL; const int BINRANGE_3=50;// q12,q13,q23 double A_3[BINRANGE_3][BINRANGE_3][BINRANGE_3];// q12,q13,q23 double B_3[BINRANGE_3][BINRANGE_3][BINRANGE_3];// q12,q13,q23 double C3_base[BINRANGE_3][BINRANGE_3][BINRANGE_3]; double N_term1[BINRANGE_3][BINRANGE_3][BINRANGE_3]; double N_term2[BINRANGE_3][BINRANGE_3][BINRANGE_3]; double N_term3[BINRANGE_3][BINRANGE_3][BINRANGE_3]; double N_term4[BINRANGE_3][BINRANGE_3][BINRANGE_3]; double N_term5[BINRANGE_3][BINRANGE_3][BINRANGE_3]; double MomRes_C2_pp[40];// Qinv bins double MomRes_C2_mp[40];// double MomRes_term1_pp[40]; double MomRes_term2_pp[40]; double MomRes_term1_mp[40]; double MomRes_term2_mp[40]; TH3D *MomRes3d[2][5];// SC/MC, term# TH1D *MomRes1d[2][5];// SC/MC, term# TH3D *MomRes3d_FVP[2][5];// sum#, term# TH3D *AvgK3[2];// SC/MC double AvgP[6][20];// kt bin, qinv bin int Ktbin_GofP; // double MomResDev_C2_pp[40];// Qinv bins double MomResDev_C2_mp[40]; double MomResDev_term1_pp[40]; double MomResDev_term2_pp[40]; double r3_3d_arr[20][20][20]; double r3_3d_arr_e[20][20][20]; double AvgQinvSS[30]; double AvgQinvOS[30]; // TH1D *C2muonCorrection_SC; TH1D *C2muonCorrection_MC; TH1D *WeightmuonCorrection; TH1D *C3muonCorrection; void Plot_PDCumulants(bool SaveToFile=SaveToFile_def, bool MCcase=MCcase_def, bool IncludeEWfromTherm=IncludeEWfromTherm_def, bool SameCharge=SameCharge_def, bool IncludeG=IncludeG_def, bool IncludeEW=IncludeEW_def, bool GRS=GRS_def, int EDbin=EDbin_def, int CHARGE=CHARGE_def, int Mbin=Mbin_def, int Ktbin=Ktbin_def){ EDbin_def=EDbin; SaveToFile_def=SaveToFile; MCcase_def=MCcase; IncludeEWfromTherm_def=IncludeEWfromTherm; CHARGE_def=CHARGE; IncludeG_def=IncludeG; IncludeEW_def=IncludeEW; SameCharge_def=SameCharge;// 3-pion same-charge Mbin_def=Mbin; Ktbin_def=Ktbin; if(Ktbin_def==10) Ktbin_GofP=2; else Ktbin_GofP=Ktbin_def; // Ktlowbin=(Ktbin)*2+3;// kt bins are 0.5 GeV/c wide (0-0.5, 0.5-1.0 ...) Kthighbin=(Ktbin)*2+4; // if(ConstantFSI) KtbinFSI=10; else KtbinFSI=Ktbin; TwoFracr3 = 0.7;// standard lambda is 0.7 for r3 if(FileSetting==1) TwoFracr3 = 0.6; if(Mbin == 0) {// 0-5% RValue=8; TwoFrac=0.68; TwoFracMomRes=0.68; RValueMomRes=10;// for C2 bValue=2; bBin=1; MomResCentBin=1;// for C3 }else if(Mbin == 1) {// 5-10% RValue=8; TwoFrac=0.68; TwoFracMomRes=0.68; RValueMomRes=9; bValue=3; bBin=2; MomResCentBin=2; }else if(Mbin <= 3) {// 10-20% RValue=7; TwoFrac=0.68; TwoFracMomRes=0.68; RValueMomRes=8; bValue=5; bBin=3; MomResCentBin=3; }else if(Mbin <= 5) {// 20-30% RValue=6; TwoFrac=0.68; TwoFracMomRes=0.68; RValueMomRes=7; bValue=7; bBin=4; MomResCentBin=4; }else if(Mbin <= 7){// 30-40% RValue=6; TwoFrac=0.68; TwoFracMomRes=0.68; RValueMomRes=6; bValue=8; bBin=5; MomResCentBin=5; }else {// 40-50% RValue=5; TwoFrac=0.68; TwoFracMomRes=0.68; RValueMomRes=5; bValue=9; bBin=6; MomResCentBin=6; } OneFrac = sqrt(TwoFrac); ThreeFrac = pow(TwoFrac,3/2.); // same-charge pion strong FSI (obtained from ratio of CoulStrong to Coul at R=7 Gaussian from Lednicky's code) StrongSC=new TF1("StrongSC","[0]+[1]*exp(-pow([2]*x,2))",0,50); StrongSC->FixParameter(0,9.99192e-01); StrongSC->FixParameter(1,-8.01113e-03); StrongSC->FixParameter(2,5.35912e-02); if(SourceType==2 && RValue > 8) {cout<<"Radius value too large!!!"<<endl; return;} cout<<"Mbin = "<<Mbin<<" Kt = "<<Ktbin<<" SameCharge = "<<SameCharge<<endl; // Core-Halo modeling of single-particle and triple-particle core fraction //float AvgN[10]={472.56, 390.824, 319.597, 265.933, 218.308, 178.865, 141.2, 115.88, 87.5556, 69.3235};// 10h (avg total pion mult)/2. 2.0sigma //float AvgN[10]={571.2, 472.7, 400.2, 325.2, 268.721, 220.3, 178.9, 143.4, 113.412, 88.0};// 11h (avg total pion mult)/2. 2.0sigma // // avg Qinv within the 5 MeV bins (0-5, 5-10,...) for true bin mean values. From unsmeared HIJING 0-5% with input signal double AvgQinvSS_temp[30]={0.00421164, 0.00796583, 0.0128473, 0.0178262, 0.0228416, 0.0276507, 0.0325368, 0.0376114, 0.0424707, 0.0476274, 0.0526015, 0.0575645, 0.0625478, 0.0675416, 0.0725359, 0.0775219, 0.0825521, 0.0875211, 0.0925303, 0.0975319, 0.102544, 0.10753, 0.112499, 0.117545, 0.122522, 0.127522, 0.132499, 0.137514, 0.142495, 0.147521}; double AvgQinvOS_temp[30]={0.00352789, 0.00797596, 0.0128895, 0.0177198, 0.0226397, 0.0276331, 0.0326309, 0.0376471, 0.0426217, 0.047567, 0.0525659, 0.0575472, 0.0625886, 0.0675261, 0.0725543, 0.077564, 0.0825617, 0.0875465, 0.092539, 0.0975348, 0.102529, 0.107527, 0.112506, 0.117531, 0.122536, 0.1275, 0.132508, 0.137508, 0.14251, 0.147511}; for(int i=0; i<30; i++){ AvgQinvSS[i] = AvgQinvSS_temp[i]; AvgQinvOS[i] = AvgQinvOS_temp[i]; } // average total momentum in each kt and qinv bin. Used for a test of momentum dependence of fits including coherence double AvgP_kt1[20]={0.25, 0.254421, 0.270286, 0.27346, 0.274017, 0.274252, 0.274438, 0.274675, 0.27497, 0.275354, 0.275844, 0.276433, 0.27708, 0.277768, 0.278469, 0.279179, 0.279871, 0.280536, 0.281167, 0.281749}; double AvgP_kt2[20]={0.34, 0.34282, 0.370731, 0.38009, 0.381977, 0.382246, 0.382231, 0.38212, 0.381979, 0.381813, 0.381653, 0.381502, 0.381358, 0.381227, 0.381111, 0.381008, 0.380923, 0.380864, 0.380835, 0.380824}; double AvgP_kt3[20]={0.47, 0.47, 0.469358, 0.486368, 0.492106, 0.49335, 0.493497, 0.49341, 0.493263, 0.493048, 0.492821, 0.492587, 0.49234, 0.492093, 0.491842, 0.491607, 0.491363, 0.491126, 0.490887, 0.490645}; double AvgP_kt4[20]={0.59, 0.59, 0.59, 0.588732, 0.598683, 0.601864, 0.602459, 0.602302, 0.602005, 0.601617, 0.601192, 0.600794, 0.600365, 0.599961, 0.599571, 0.599208, 0.598841, 0.598511, 0.59816, 0.597836}; double AvgP_kt5[20]={0.67, 0.67, 0.67, 0.676098, 0.694986, 0.701248, 0.703524, 0.704307, 0.704402, 0.704432, 0.704255, 0.703942, 0.703521, 0.703031, 0.702484, 0.701869, 0.701206, 0.700521, 0.699822, 0.699084}; double AvgP_kt6[20]={0.79, 0.79, 0.79, 0.79, 0.790909, 0.799252, 0.801984, 0.801945, 0.800688, 0.799177, 0.797658, 0.796156, 0.794652, 0.793256, 0.791942, 0.790697, 0.789588, 0.788608, 0.787698, 0.786941}; for(int ktbin=1; ktbin<=6; ktbin++){ for(int qbin=1; qbin<=20; qbin++){ if(ktbin==1) AvgP[ktbin-1][qbin-1] = AvgP_kt1[qbin-1]; else if(ktbin==2) AvgP[ktbin-1][qbin-1] = AvgP_kt2[qbin-1]; else if(ktbin==3) AvgP[ktbin-1][qbin-1] = AvgP_kt3[qbin-1]; else if(ktbin==4) AvgP[ktbin-1][qbin-1] = AvgP_kt4[qbin-1]; else if(ktbin==5) AvgP[ktbin-1][qbin-1] = AvgP_kt5[qbin-1]; else AvgP[ktbin-1][qbin-1] = AvgP_kt6[qbin-1]; } } gStyle->SetOptStat(0); gStyle->SetOptDate(0); gStyle->SetOptFit(0111); TFile *myfile; if(PbPbcase){// PbPb if(MCcase) { if(Mbin<=1){ //myfile = new TFile("Results/PDC_HIJING_12a17ad_fix_genSignal_Rinv11.root","READ"); //myfile = new TFile("Results/PDC_HIJING_12a17ad_fix_genSignal_Rinv11_Smeared.root","READ"); //myfile = new TFile("Results/PDC_HIJING_12a17ad_fix_KtgenSignal_Rinv11.root","READ"); myfile = new TFile("Results/PDC_pureHIJING_12a17a_fix_KtgenSignal_Rinv11.root","READ"); //myfile = new TFile("Results/PDC_HIJING_10h8.root","READ"); }else{ myfile = new TFile("Results/PDC_HIJING_12a17b_myRun_L0p68R11_C2plots.root","READ"); } }else{ //myfile = new TFile("Results/PDC_11h_v1paper.root","READ");// v1 paper //if(FileSetting==0) myfile = new TFile("Results/PDC_11h_standard_and_Raw0p04TTC.root","READ");// Old standard (bad r3 Interp, 0.035TTC) //if(FileSetting==0) myfile = new TFile("Results/PDC_11h_2sigmaTTC_3sigmaTTC.root","READ");// v3 Standard // //if(FileSetting==0) myfile = new TFile("Results/PDC_11h_2Kt3bins_FullTPC.root","READ");// FullTPC runlist //if(FileSetting==0) myfile = new TFile("Results/PDC_11h_HighNorm.root","READ");// High Norm variation 1.06<qinv<1.1 if(FileSetting==0) myfile = new TFile("Results/PDC_11h_2Kt3bins.root","READ");// Standard if(FileSetting==1) myfile = new TFile("Results/PDC_11h_Lam0p7_and_Lam0p6.root","READ");// Lam=0.7 and Lam=0.6 (3ktbins, 0.035TTC) if(FileSetting==2) myfile = new TFile("Results/PDC_11h_3sigmaTTC.root","READ");// TTC variation if(FileSetting==3) myfile = new TFile("Results/PDC_11h_PID1p5.root","READ");// PID variation (0.035TTC) if(FileSetting==4) myfile = new TFile("Results/PDC_11h_PosB.root","READ");// Positive B field for r3num (0.035TTC) if(FileSetting==5) myfile = new TFile("Results/PDC_11h_NegB.root","READ");// Negative B field for r3num (0.035TTC) if(FileSetting==6) myfile = new TFile("Results/PDC_11h_GaussR8to5.root","READ");// Gaussian if(FileSetting==7) myfile = new TFile("Results/PDC_11h_GaussR11to6.root","READ");// Gaussian if(FileSetting==8) myfile = new TFile("Results/PDC_11h_4ktbins.root","READ");// 4 kt bins (0.035TTC) if(FileSetting==9) myfile = new TFile("Results/PDC_11h_FB5and7overlap_l0p8.root","READ");// FB5and7overlap if(FileSetting==10) myfile = new TFile("Results/PDC_11h_muonVar.root","READ"); } }else{// pp cout<<"pp not currently supported"<<endl; return; } ReadCoulCorrections(RValue, bValue, KtbinFSI); //ReadLednickyFile(RValue); ReadMomResFile(RValueMomRes, TwoFracMomRes); ReadCoulCorrections_Omega0(); ReadMuonCorrections(Mbin); // ///////////////////////////////////////////////////////// double NormQcutLow; double NormQcutHigh; if(PbPbcase) { NormQcutLow = NormQcutLow_PbPb; NormQcutHigh = NormQcutHigh_PbPb; }else { NormQcutLow = NormQcutLow_pp; NormQcutHigh = NormQcutHigh_pp; } TList *MyList; if(!MCcase){ TDirectoryFile *tdir = (TDirectoryFile*)myfile->Get("PWGCF.outputChaoticityAnalysis.root"); if(FileSetting!=1) MyList=(TList*)tdir->Get("ChaoticityOutput_1"); else MyList=(TList*)tdir->Get("ChaoticityOutput_2"); }else{ MyList=(TList*)myfile->Get("MyList"); } myfile->Close(); TH1D *Events = (TH1D*)MyList->FindObject("fEvents2"); // cout<<"#Events = "<<Events->Integral(Mbin+1,Mbin+1)<<endl; TH1D *ChiSquaredNDF = new TH1D("ChiSquaredNDF","",2,0.5,2.5);// Chi^2/NDF records // Explicit Loop Histos TH2D *Two_ex_2d[2][2][Sbins_2][2]; TH1D *Two_ex[2][2][Sbins_2][2]; // Normalizations double NormH_pc[5]={0}; TH3D *PionNorm[2]; //TH3D *PionNorm_e[2]; double norm_ex_2[6][2]={{0}}; // 3d method histograms TH3D *Three_3d[2][2][2][Sbins_3][5]; // 4-vect Product Sum TH3D *TPNRejects; /////////////////////////////////// // Create Histograms // 2-particle for(int c1=0; c1<2; c1++){ for(int c2=0; c2<2; c2++){ for(int sc=0; sc<Sbins_2; sc++){ for(int term=0; term<2; term++){ TString *name2_ex = new TString("Explicit2_Charge1_"); *name2_ex += c1; name2_ex->Append("_Charge2_"); *name2_ex += c2; name2_ex->Append("_SC_"); *name2_ex += sc; name2_ex->Append("_M_"); *name2_ex += Mbin; name2_ex->Append("_ED_"); *name2_ex += 0;// EDbin name2_ex->Append("_Term_"); *name2_ex += term+1; if(sc==0 || sc==3 || sc==5){ if( (c1+c2)==1 ) {if(c1!=0) continue;}// skip degenerate histogram } Two_ex_2d[c1][c2][sc][term] = (TH2D*)MyList->FindObject(name2_ex->Data()); Two_ex_2d[c1][c2][sc][term]->Sumw2(); TString *proname = new TString(name2_ex->Data()); proname->Append("_pro"); if(Ktbin==10) {Ktlowbin=1; Kthighbin=Two_ex_2d[c1][c2][sc][term]->GetNbinsX();} Two_ex[c1][c2][sc][term] = (TH1D*)Two_ex_2d[c1][c2][sc][term]->ProjectionY(proname->Data(),Ktlowbin,Kthighbin);// bins:5-6 (kt:0.2-0.3) norm_ex_2[sc][term] = Two_ex[c1][c2][sc][term]->Integral(Two_ex[c1][c2][sc][term]->GetXaxis()->FindBin(NormQcutLow),Two_ex[c1][c2][sc][term]->GetXaxis()->FindBin(NormQcutHigh)); Two_ex[c1][c2][sc][term]->Scale(norm_ex_2[sc][0]/norm_ex_2[sc][term]); Two_ex[c1][c2][sc][term]->SetMarkerStyle(20); Two_ex[c1][c2][sc][term]->GetXaxis()->SetTitle("q_{inv}"); Two_ex[c1][c2][sc][term]->GetYaxis()->SetTitle("C_{2}"); Two_ex[c1][c2][sc][term]->SetTitle(""); }// term }// sc // 3-particle for(int c3=0; c3<2; c3++){ for(int sc=0; sc<Sbins_3; sc++){ for(int term=0; term<5; term++){ TString *name3_ex = new TString("Explicit3_Charge1_"); *name3_ex += c1; name3_ex->Append("_Charge2_"); *name3_ex += c2; name3_ex->Append("_Charge3_"); *name3_ex += c3; name3_ex->Append("_SC_"); *name3_ex += sc; name3_ex->Append("_M_"); *name3_ex += Mbin; name3_ex->Append("_ED_"); *name3_ex += EDbin; name3_ex->Append("_Term_"); *name3_ex += term+1; TString *name3_pc = new TString("PairCut3_Charge1_"); *name3_pc += c1; name3_pc->Append("_Charge2_"); *name3_pc += c2; name3_pc->Append("_Charge3_"); *name3_pc += c3; name3_pc->Append("_SC_"); *name3_pc += sc; name3_pc->Append("_M_"); *name3_pc += Mbin; name3_pc->Append("_ED_"); *name3_pc += EDbin; name3_pc->Append("_Term_"); *name3_pc += term+1; /////////////////////////////////////// // skip degenerate histograms if(sc==0 || sc==6 || sc==9){// Identical species if( (c1+c2+c3)==1) {if(c1!=0 || c2!=0 || c3!=1) continue;} if( (c1+c2+c3)==2) {if(c1!=0) continue;} }else if(sc!=5){ if( (c1+c2)==1) {if(c1!=0) continue;} }else {}// do nothing for pi-k-p case ///////////////////////////////////////// if(ExplicitLoop) { /* Three_ex[c1][c2][c3][sc][term] = (TH1D*)MyList->FindObject(name3_ex->Data()); Three_ex[c1][c2][c3][sc][term]->SetMarkerStyle(20); Three_ex[c1][c2][c3][sc][term]->SetLineColor(2); Three_ex[c1][c2][c3][sc][term]->SetMarkerColor(2); Three_ex[c1][c2][c3][sc][term]->GetXaxis()->SetTitle("Q_{3}"); Three_ex[c1][c2][c3][sc][term]->GetYaxis()->SetTitle("C_{3}"); Three_ex[c1][c2][c3][sc][term]->SetTitle(""); TString *name = new TString(name3_ex->Data()); name->Append("_Norm"); NormH_ex[term] = ((TH1D*)MyList->FindObject(name->Data()))->Integral(); if(NormH_ex[term] > 0){ Three_ex[c1][c2][c3][sc][term]->Scale(NormH_ex[0]/NormH_ex[term]); }else{ cout<<"normalization = 0. Skipping this SC."<<endl;} */ } if(PairCut){ TString *nameNorm=new TString("PairCut3_Charge1_"); *nameNorm += c1; nameNorm->Append("_Charge2_"); *nameNorm += c2; nameNorm->Append("_Charge3_"); *nameNorm += c3; nameNorm->Append("_SC_"); *nameNorm += sc; nameNorm->Append("_M_"); *nameNorm += Mbin; nameNorm->Append("_ED_"); *nameNorm += 0;// EDbin nameNorm->Append("_Term_"); *nameNorm += term+1; nameNorm->Append("_Norm"); NormH_pc[term] = ((TH1D*)MyList->FindObject(nameNorm->Data()))->Integral(); if(NormH_pc[term] > 0){ if(sc<=2) { TString *name_3d = new TString(name3_pc->Data()); name_3d->Append("_3D"); Three_3d[c1][c2][c3][sc][term] = (TH3D*)MyList->FindObject(name_3d->Data()); Three_3d[c1][c2][c3][sc][term]->Sumw2(); Three_3d[c1][c2][c3][sc][term]->Scale(NormH_pc[0]/NormH_pc[term]); //cout<<"Scale factor = "<<NormH_pc[0]/NormH_pc[term]<<endl; // 4-vect Product Sum if(c1==c2 && c1==c3 && sc==0 && term==4){ TString *nameDenType=new TString("PairCut3_Charge1_"); *nameDenType += c1; nameDenType->Append("_Charge2_"); *nameDenType += c2; nameDenType->Append("_Charge3_"); *nameDenType += c3; nameDenType->Append("_SC_"); *nameDenType += sc; nameDenType->Append("_M_"); *nameDenType += Mbin; nameDenType->Append("_ED_"); *nameDenType += EDbin; nameDenType->Append("_TPN_"); *nameDenType += 0; PionNorm[c1] = (TH3D*)MyList->FindObject(nameDenType->Data()); PionNorm[c1]->Sumw2(); PionNorm[c1]->Scale(NormH_pc[0]/NormH_pc[term]); if(c1==0) { TPNRejects = (TH3D*)MyList->FindObject("fTPNRejects4"); TPNRejects->Scale(NormH_pc[0]/NormH_pc[term]); } } } }else{ cout<<"normalization = 0. Skipping this SC. SC="<<sc<<" c1="<<c1<<" c2="<<c2<<" c3="<<c3<<endl; } }// pair cut }// term }// SC }// c3 }// c2 }// c1 cout<<"Done getting Histograms"<<endl; TCanvas *can1 = new TCanvas("can1", "can1",11,53,700,500); can1->SetHighLightColor(2); can1->Range(-0.7838115,-1.033258,0.7838115,1.033258); gStyle->SetOptFit(0111); can1->SetFillColor(10); can1->SetBorderMode(0); can1->SetBorderSize(2); can1->SetGridx(); can1->SetGridy(); can1->SetFrameFillColor(0); can1->SetFrameBorderMode(0); can1->SetFrameBorderMode(0); TLegend *legend1 = new TLegend(.6,.67,.87,.87,NULL,"brNDC"); legend1->SetBorderSize(1); legend1->SetTextSize(.04);// small .03; large .036 legend1->SetFillColor(0); ///////////////////////////////////////////////////////// ///////////////////////////////////////////////////////// // This part for plotting track splitting/merging effects in MC data only /* TH3F *Merge3d_num=(TH3F*)MyList->FindObject("fPairsDetaDPhiNum"); TH3F *Merge3d_den=(TH3F*)MyList->FindObject("fPairsDetaDPhiDen"); //TH3F *Merge3d_num=(TH3F*)MyList->FindObject("Pairs_dEtadPhi_UNI_num"); //TH3F *Merge3d_den=(TH3F*)MyList->FindObject("Pairs_dEtadPhi_UNI_den"); TH1D *Merge1d_num[10]; TH1D *Merge1d_den[10]; TString *newnamenum[10]; TString *newnameden[10]; TF1 *MergedGaus=new TF1("MergedGaus","1-[0]*exp(-pow(x/[1],2))",-0.1, 0.1); MergedGaus->SetParName(0,"Amplitude"); MergedGaus->SetParName(1,"width"); MergedGaus->SetParameter(0,0.06); MergedGaus->SetParameter(1,0.01); MergedGaus->SetParLimits(0,0.001,0.5); MergedGaus->SetParLimits(1,0.001,0.1); for(int i=2; i<10; i++){ if(i!=5 && i!=8) continue;// 5 and 8 newnamenum[i]=new TString("namenum_"); *newnamenum[i] += i; newnameden[i]=new TString("nameden_"); *newnameden[i] += i; Merge1d_num[i]=(TH1D*)Merge3d_num->ProjectionZ(newnamenum[i]->Data(),i+1,i+1,90,110);//90,110 (phi) Merge1d_den[i]=(TH1D*)Merge3d_den->ProjectionZ(newnameden[i]->Data(),i+1,i+1,90,110);// (phi) //Merge1d_num[i]=(TH1D*)Merge3d_num->ProjectionY(newnamenum[i]->Data(),i+1,i+1,190,410);// 190,410 (eta) //Merge1d_den[i]=(TH1D*)Merge3d_den->ProjectionY(newnameden[i]->Data(),i+1,i+1,190,410);// (eta) //Merge1d_num[i]->Rebin(2); //Merge1d_den[i]->Rebin(2); Merge1d_num[i]->Sumw2(); Merge1d_den[i]->Sumw2(); Merge1d_num[i]->SetMarkerStyle(20); if(Merge1d_den[i]->Integral(1,100)<=0) continue; double SF_merge = Merge1d_num[i]->Integral(1,100)/Merge1d_den[i]->Integral(1,100);// Z projection (phi) //double SF_merge = Merge1d_num[i]->Integral(1,50)/Merge1d_den[i]->Integral(1,50);// Y projection (eta) Merge1d_den[i]->Scale(SF_merge); Merge1d_num[i]->Divide(Merge1d_den[i]); if(i<9){ Merge1d_num[i]->SetLineColor(i+1); Merge1d_num[i]->SetMarkerColor(i+1); }else{ Merge1d_num[i]->SetLineColor(11); Merge1d_num[i]->SetMarkerColor(11); } if(i==4) { Merge1d_num[i]->SetLineColor(2); Merge1d_num[i]->SetMarkerColor(2); } if(i==5) { Merge1d_num[i]->GetXaxis()->SetTitle("#Delta#phi*"); //Merge1d_num[i]->GetXaxis()->SetTitle("#Delta#eta"); Merge1d_num[i]->GetYaxis()->SetTitle("C_{2}^{HIJING}"); Merge1d_num[i]->GetXaxis()->SetRangeUser(-.1,.1); Merge1d_num[i]->SetMinimum(.91); Merge1d_num[i]->SetMaximum(1.1); Merge1d_num[i]->DrawCopy(); //Merge1d_num[i]->Fit(MergedGaus,"IME","",-0.1,0.1); }else{ Merge1d_num[i]->DrawCopy("same"); } TString *Dname=new TString("D=0.2*"); *Dname +=i; Dname->Append(" m"); legend1->AddEntry(newnamenum[i]->Data(),Dname->Data(),"lpf"); } legend1->Draw("same"); gStyle->SetOptFit(111); Merge1d_num[8]->Fit(MergedGaus,"IME","",-0.1,0.1); MergedGaus->Draw("same"); */ /*TH3D *PadRowNum3= (TH3D*)MyList->FindObject("fPairsPadRowNum");// kt, shfrac, qinv TH3D *PadRowDen3= (TH3D*)MyList->FindObject("fPairsPadRowDen");// kt, shfrac, qinv PadRowDen3->Scale(PadRowNum3->Integral(1,20,1,159, 35,40)/PadRowDen3->Integral(1,20,1,159, 35,40)); PadRowNum3->GetYaxis()->SetRangeUser(0,0.01); PadRowDen3->GetYaxis()->SetRangeUser(0,0.01); TH1D *PadRowNum=(TH1D*)PadRowNum3->Project3D("z"); TH1D *PadRowDen=(TH1D*)PadRowDen3->Project3D("z"); PadRowNum->Divide(PadRowDen); PadRowNum->Draw();*/ /* TH3D *PadRowNum3= (TH3D*)MyList->FindObject("fPairsShareFracDPhiNum");// r, shfrac, deltaphi TH3D *PadRowDen3= (TH3D*)MyList->FindObject("fPairsShareFracDPhiDen");// r, shfrac, deltaphi PadRowDen3->Scale(PadRowNum3->Integral(1,10,1,159, 90,100)/PadRowDen3->Integral(1,10,1,159, 90,100)); PadRowNum3->GetXaxis()->SetRange(5,5); PadRowDen3->GetXaxis()->SetRange(5,5); TH2D *PadRowNum=(TH2D*)PadRowNum3->Project3D("zy"); TH2D *PadRowDen=(TH2D*)PadRowDen3->Project3D("zy"); PadRowNum->Divide(PadRowDen); PadRowNum->Draw("lego"); */ ///////////////////////// // 2-particle legend // 0 = pi-pi // 1 = pi-k // 2 = pi-p // 3 = k-k // 4 = k-p // 5 = p-p ///////////////////////// TH1D *Two_pipi_mp = (TH1D*)Two_ex[0][1][0][0]->Clone(); Two_pipi_mp->Divide(Two_ex[0][1][0][1]); // Normalization range counting. Just to evaluate required normalization width in qinv. //cout<<Two_ex[0][0][0][0]->Integral(Two_ex[0][0][0][0]->GetXaxis()->FindBin(1.06), Two_ex[0][0][0][0]->GetXaxis()->FindBin(1.1))<<endl; //cout<<Two_ex[0][0][0][0]->Integral(Two_ex[0][0][0][0]->GetXaxis()->FindBin(0.15), Two_ex[0][0][0][0]->GetXaxis()->FindBin(0.175))<<endl; //cout<<Two_ex[0][0][0][0]->Integral(Two_ex[0][0][0][0]->GetXaxis()->FindBin(0.15), Two_ex[0][0][0][0]->GetXaxis()->FindBin(0.175))<<endl; const int SCOI_2=0; TH1D *Two_ex_clone_mm=(TH1D*)Two_ex[0][0][SCOI_2][0]->Clone(); Two_ex_clone_mm->Divide(Two_ex[0][0][SCOI_2][1]); TH1D *Two_ex_clone_mp=(TH1D*)Two_ex[0][1][SCOI_2][0]->Clone(); Two_ex_clone_mp->Divide(Two_ex[0][1][SCOI_2][1]); TH1D *Two_ex_clone_pp=(TH1D*)Two_ex[1][1][SCOI_2][0]->Clone(); Two_ex_clone_pp->Divide(Two_ex[1][1][SCOI_2][1]); // Mini-jet ++ background linear estimation. TF1 *MJ_bkg_ss=new TF1("MJ_bkg_ss","pol1",0,1); Two_ex_clone_mm->Fit(MJ_bkg_ss,"IMENQ","",0.2,0.4); cout<<"Non-femto bkg C2(q=0.01) = "<<MJ_bkg_ss->Eval(0.01)<<endl; Two_ex_clone_mm->GetYaxis()->SetTitle("C_{2}"); Two_ex_clone_mm->SetTitle(""); Two_ex_clone_mp->GetYaxis()->SetTitle("C_{2}"); Two_ex_clone_mm->SetMarkerColor(2); Two_ex_clone_mm->SetLineColor(2); Two_ex_clone_mp->SetMarkerColor(1); Two_ex_clone_pp->SetMarkerColor(4); Two_ex_clone_pp->SetLineColor(4); Two_ex_clone_mm->GetXaxis()->SetRangeUser(0,0.1); Two_ex_clone_mm->SetMinimum(0.95); Two_ex_clone_mm->SetMaximum(1.4); if(MCcase){ Two_ex_clone_mp->SetMarkerColor(4); Two_ex_clone_mp->SetLineColor(4); Two_ex_clone_mm->Add(Two_ex_clone_pp); Two_ex_clone_mm->Scale(0.5); Two_ex_clone_mm->GetYaxis()->SetTitle("C_{2}^{HIJING}"); Two_ex_clone_mm->GetYaxis()->SetTitleOffset(1.3); Two_ex_clone_mm->SetMinimum(0.97); Two_ex_clone_mm->SetMaximum(1.02); Two_ex_clone_mm->DrawCopy(); //Two_ex_clone_pp->DrawCopy("same"); Two_ex_clone_mp->DrawCopy("same"); legend1->AddEntry(Two_ex_clone_mm,"same-charge","p"); //legend1->AddEntry(Two_ex_clone_pp,"++","p"); legend1->AddEntry(Two_ex_clone_mp,"mixed-charge","p"); legend1->Draw("same"); } //////////////////////////////////////////// // Get Therminator EdgeWorth coefficients TString *ThermName = new TString("../ThermData/Therm_FSI_b"); *ThermName += bValue; ThermName->Append(".root"); TFile *Thermfile = new TFile(ThermName->Data(),"READ"); TH2D *thermNum2d_ss=(TH2D*)Thermfile->Get("Num_CosFSI_ss"); TH2D *thermNumSq2d_ss=(TH2D*)Thermfile->Get("NumSq_CosFSI_ss"); TH2D *thermDen2d_ss=(TH2D*)Thermfile->Get("Den_ss"); TH2D *thermLargeR2D_ss=(TH2D*)Thermfile->Get("LargeRpairs_ss"); TH1D *thermNum_ss=(TH1D*)thermNum2d_ss->ProjectionY("thermNum_ss",Ktlowbin,Kthighbin); TH1D *thermNumSq_ss=(TH1D*)thermNumSq2d_ss->ProjectionY("thermNumSq_ss",Ktlowbin,Kthighbin); TH1D *thermDen_ss=(TH1D*)thermDen2d_ss->ProjectionY("thermDen_ss",Ktlowbin,Kthighbin); TH1D *thermLargeR_ss=(TH1D*)thermLargeR2D_ss->ProjectionY("thermLargeR_ss",Ktlowbin,Kthighbin); // TH2D *thermNum2d_os=(TH2D*)Thermfile->Get("Num_CosFSI_os"); TH2D *thermNumSq2d_os=(TH2D*)Thermfile->Get("NumSq_CosFSI_os"); TH2D *thermDen2d_os=(TH2D*)Thermfile->Get("Den_os"); TH2D *thermLargeR2D_os=(TH2D*)Thermfile->Get("LargeRpairs_os"); TH1D *thermNum_os=(TH1D*)thermNum2d_os->ProjectionY("thermNum_os",Ktlowbin,Kthighbin); TH1D *thermNumSq_os=(TH1D*)thermNumSq2d_os->ProjectionY("thermNumSq_os",Ktlowbin,Kthighbin); TH1D *thermDen_os=(TH1D*)thermDen2d_os->ProjectionY("thermDen_os",Ktlowbin,Kthighbin); TH1D *thermLargeR_os=(TH1D*)thermLargeR2D_os->ProjectionY("thermLargeR_os",Ktlowbin,Kthighbin); TH1D *C2Therm_ss = (TH1D*)thermNum_ss->Clone(); TH1D *C2Therm_os = (TH1D*)thermNum_os->Clone(); TH1D *C2Den_ss = (TH1D*)thermDen_ss->Clone(); TH1D *C2Den_os = (TH1D*)thermDen_os->Clone(); C2Therm_ss->Add(thermLargeR_ss); C2Den_ss->Add(thermLargeR_ss); C2Therm_os->Add(thermLargeR_os); C2Den_os->Add(thermLargeR_os); C2Therm_ss->Sumw2(); C2Therm_os->Sumw2(); C2Therm_ss->Divide(C2Den_ss); C2Therm_os->Divide(C2Den_os); for(int i=1; i<=thermDen_ss->GetNbinsX(); i++){ if(thermDen_ss->GetBinContent(i) > 0){ double err = thermNumSq_ss->GetBinContent(i)/thermDen_ss->GetBinContent(i); err -= pow(thermNum_ss->GetBinContent(i)/thermDen_ss->GetBinContent(i),2); err /= thermDen_ss->GetBinContent(i); err = sqrt(fabs(err)); C2Therm_ss->SetBinError(i, err); } if(thermDen_os->GetBinContent(i) > 0){ double err = thermNumSq_os->GetBinContent(i)/thermDen_os->GetBinContent(i); err -= pow(thermNum_os->GetBinContent(i)/thermDen_os->GetBinContent(i),2); err /= thermDen_os->GetBinContent(i); err = sqrt(fabs(err)); C2Therm_os->SetBinError(i, err); } } C2Therm_ss->SetMarkerStyle(20); C2Therm_os->SetMarkerStyle(25); C2Therm_ss->SetMarkerColor(2); C2Therm_os->SetMarkerColor(4); C2Therm_ss->SetLineColor(2); C2Therm_os->SetLineColor(4); C2Therm_ss->SetMarkerSize(1.5); C2Therm_os->SetMarkerSize(1.5); C2Therm_ss->SetDirectory(0); C2Therm_os->SetDirectory(0); C2Therm_ss->GetXaxis()->SetTitle("q_{inv} (GeV/c)"); C2Therm_ss->GetYaxis()->SetTitle("1+<cos(qx)>"); C2Therm_os->GetXaxis()->SetTitle("q_{inv} (GeV/c)"); C2Therm_os->GetYaxis()->SetTitle("C_{2}^{+-}"); C2Therm_os->SetMinimum(0.98); C2Therm_os->SetMaximum(1.25); //C2Therm_ss->DrawCopy(); //C2Therm_os->DrawCopy("same"); C2Therm_ss->SetDirectory(0); C2Therm_os->SetDirectory(0); //C2Therm->Fit(GaussEW,"IME","",0.005,0.1); Thermfile->Close(); ///////////////////////////////////////////////////// // Global fitting C2os and C2ss double ThermEW[4]={0}; double C2ssSys_e[BINRANGE_C2global]={0}; double C2osSys_e[BINRANGE_C2global]={0}; TF1 *fitC2ssTherm; TF1 *fitC2osTherm; TF1 *fitC2ssThermGaus; TF1 *fitC2osThermGaus; // const int npar=11;// 10 TMinuit MyMinuit(npar); MyMinuit.SetFCN(fcnC2_Global); double OutputPar[npar]={0}; double OutputPar_e[npar]={0}; double par[npar]; // the start values double stepSize[npar]; // step sizes double minVal[npar]; // minimum bound on parameter double maxVal[npar]; // maximum bound on parameter string parName[npar]; TH1D *temp_mm=(TH1D*)Two_ex[0][0][SCOI_2][0]->Clone(); temp_mm->Divide(Two_ex[0][0][SCOI_2][1]); TH1D *temp_mp=(TH1D*)Two_ex[0][1][SCOI_2][0]->Clone(); temp_mp->Divide(Two_ex[0][1][SCOI_2][1]); TH1D *temp_pp=(TH1D*)Two_ex[1][1][SCOI_2][0]->Clone(); temp_pp->Divide(Two_ex[1][1][SCOI_2][1]); TH1D *C2ssRaw=(TH1D*)temp_mm->Clone();// MRC uncorrected TH1D *C2osRaw=(TH1D*)temp_mp->Clone();// MRC uncorrected C2ssRaw->SetMarkerStyle(24); C2osRaw->SetMarkerStyle(21);//21 C2ssRaw->SetMarkerColor(2); C2osRaw->SetMarkerColor(4); int iteration=0; while(iteration<3){// 0=pure Gaussian Therminator fits, 1=EW Therminator fits, 2=real data fits with Therm EW if(!IncludeEWfromTherm) iteration=2;// skip Therminator for(int i=0; i<BINRANGE_C2global; i++){ C2ssFitting[i] = (temp_mm->GetBinContent(i+1) + temp_pp->GetBinContent(i+1))/2.; if(!GeneratedSignal && !MCcase) C2ssFitting[i] *= (MomRes_C2_pp[i]-1)*MRCShift+1; C2ssFitting_e[i] = pow(MomRes_C2_pp[i]*sqrt(pow(temp_mm->GetBinError(i+1),2) + pow(temp_pp->GetBinError(i+1),2))/sqrt(2.),2); C2ssRaw->SetBinContent(i+1, (temp_mm->GetBinContent(i+1) + temp_pp->GetBinContent(i+1))/2.); C2ssRaw->SetBinError(i+1, pow(sqrt(pow(temp_mm->GetBinError(i+1),2) + pow(temp_pp->GetBinError(i+1),2))/sqrt(2.),2)); C2ssFitting_e[i] += pow((MomRes_C2_pp[i]-1)*0.1 * (temp_mm->GetBinContent(i+1) + temp_pp->GetBinContent(i+1))/2.,2); C2ssFitting_e[i] = sqrt(C2ssFitting_e[i]); C2osFitting[i] = temp_mp->GetBinContent(i+1); if(!GeneratedSignal && !MCcase) C2osFitting[i] *= (MomRes_C2_mp[i]-1)*MRCShift+1; C2osFitting_e[i] = pow(MomRes_C2_mp[i]*temp_mp->GetBinError(i+1),2); C2osRaw->SetBinContent(i+1, temp_mp->GetBinContent(i+1)); C2osRaw->SetBinError(i+1, temp_mp->GetBinError(i+1)); C2osFitting_e[i] += pow((MomRes_C2_mp[i]-1)*0.1 * temp_mp->GetBinContent(i+1),2); C2osFitting_e[i] = sqrt(C2osFitting_e[i]); // C2ssSys_e[i] = pow((MomRes_C2_pp[i]-1)*0.1 * (temp_mm->GetBinContent(i+1) + temp_pp->GetBinContent(i+1))/2.,2); C2ssSys_e[i] = sqrt(C2ssSys_e[i]); C2osSys_e[i] = pow((MomRes_C2_mp[i]-1)*0.1 * temp_mp->GetBinContent(i+1),2); C2osSys_e[i] = sqrt(C2osSys_e[i]); // K2SS[i] = CoulCorr2(+1, AvgQinvSS[i]); K2OS[i] = CoulCorr2(-1, AvgQinvOS[i]); //K2SS[i] = 1; //K2OS[i] = 1; // K2SS_e[i] = sqrt(pow((K2SS[i]-1)*0.02,2) + pow((K2SS[i]-Gamov(+1, AvgQinvSS[i]))*0.02,2)); K2OS_e[i] = sqrt(pow((K2OS[i]-1)*0.02,2) + pow((K2OS[i]-Gamov(-1, AvgQinvOS[i]))*0.02,2)); //K2SS_e[i] = 0.0001; //K2OS_e[i] = 0.0001; // if(iteration<2){ C2ssFitting[i] = C2Therm_ss->GetBinContent(i+1);// Therminator fit C2ssFitting_e[i] = C2Therm_ss->GetBinError(i+1);// Therminator fit C2osFitting[i] = C2Therm_os->GetBinContent(i+1);// Therminator fit C2osFitting_e[i] = C2Therm_os->GetBinError(i+1);// Therminator fit K2SS_e[i] = 0.; K2OS_e[i] = 0.; } } C2ssFitting[0]=-1000; C2osFitting[0]=-1000; C2ssFitting_e[0]=1000; C2osFitting_e[0]=1000; K2SS_e[0]=1000; K2OS_e[0]=1000; par[0] = 1.0; par[1]=0.5; par[2]=0.5; par[3]=9.2; par[4] = .1; par[5] = .2; par[6] = .0; par[7] = 0.; par[8] = 0.; par[9] = 1.; par[10] = 0.01; stepSize[0] = 0.01; stepSize[1] = 0.01; stepSize[2] = 0.02; stepSize[3] = 0.2; stepSize[4] = 0.01; stepSize[5] = 0.001; stepSize[6] = 0.001; stepSize[7] = 0.001; stepSize[8]=0.001; stepSize[9]=0.01; stepSize[10]=0.01; minVal[0] = 0.995; minVal[1] = 0.2; minVal[2] = 0.; minVal[3] = 0.1; minVal[4] = 0.001; minVal[5] = -10.; minVal[6] = -10.; minVal[7] = -10.; minVal[8]=-10; minVal[9] = 0.995; minVal[10] = 0; maxVal[0] = 1.03; maxVal[1] = 1.0; maxVal[2] = 0.99; maxVal[3] = 15.; maxVal[4] = 2.; maxVal[5] = 10.; maxVal[6] = 10.; maxVal[7] = 10.; maxVal[8]=10.; maxVal[9]=1.03; maxVal[10]=1.; parName[0] = "Norm"; parName[1] = "#Lambda"; parName[2] = "G"; parName[3] = "Rch"; parName[4] = "Rcoh"; parName[5] = "kappa_3"; parName[6] = "kappa_4"; parName[7] = "kappa_5"; parName[8]="kappa_6"; parName[9]="Norm_2"; parName[10]="P_{coh}"; MyMinuit.DefineParameter(10, parName[10].c_str(), 0., stepSize[10], minVal[10], maxVal[10]); MyMinuit.FixParameter(10);// extra parameter for (int i=0; i<npar; i++){ MyMinuit.DefineParameter(i, parName[i].c_str(), par[i], stepSize[i], minVal[i], maxVal[i]); } //MyMinuit.DefineParameter(0, parName[0].c_str(), .998, stepSize[0], minVal[0], maxVal[0]); MyMinuit.FixParameter(0);// N //MyMinuit.DefineParameter(1, parName[1].c_str(), .68, stepSize[1], minVal[1], maxVal[1]); MyMinuit.FixParameter(1);// lambda //MyMinuit.DefineParameter(2, parName[2].c_str(), 0.9999, stepSize[2], minVal[2], maxVal[2]); MyMinuit.FixParameter(2);// G if(IncludeG==kFALSE || iteration<2) { MyMinuit.DefineParameter(2, parName[2].c_str(), 0., stepSize[2], minVal[2], maxVal[2]); MyMinuit.FixParameter(2);// G MyMinuit.DefineParameter(4, parName[4].c_str(), 0., stepSize[4], minVal[4], maxVal[4]); MyMinuit.FixParameter(4);// Rcoh }else{ Int_t err=0; Double_t tmp[1]; tmp[0] = 2+1; MyMinuit.mnexcm( "RELease", tmp, 1, err );// G tmp[0] = 4+1; MyMinuit.mnexcm( "RELease", tmp, 1, err );// Rcoh } if(!IncludeEW){ if(!IncludeEWfromTherm){ // kappa3=0.24, kappa4=0.16 for testing MyMinuit.DefineParameter(5, parName[5].c_str(), 0, stepSize[5], minVal[5], maxVal[5]); MyMinuit.FixParameter(5);// k3 MyMinuit.DefineParameter(6, parName[6].c_str(), 0, stepSize[6], minVal[6], maxVal[6]); MyMinuit.FixParameter(6);// k4 MyMinuit.DefineParameter(7, parName[7].c_str(), 0, stepSize[7], minVal[7], maxVal[7]); MyMinuit.FixParameter(7);// k5 MyMinuit.DefineParameter(8, parName[8].c_str(), 0, stepSize[8], minVal[8], maxVal[8]); MyMinuit.FixParameter(8);// k6 }else{ if(iteration==0){ MyMinuit.DefineParameter(5, parName[5].c_str(), 0, stepSize[5], minVal[5], maxVal[5]); MyMinuit.FixParameter(5);// k3 MyMinuit.DefineParameter(6, parName[6].c_str(), 0, stepSize[6], minVal[6], maxVal[6]); MyMinuit.FixParameter(6);// k4 }else if(iteration==1){ Int_t err=0; Double_t tmp[1]; tmp[0] = 5+1; MyMinuit.mnexcm( "RELease", tmp, 1, err );// k3 tmp[0] = 6+1; MyMinuit.mnexcm( "RELease", tmp, 1, err );// k4 }else{// iteration=2 MyMinuit.DefineParameter(5, parName[5].c_str(), ThermEW[0], stepSize[5], minVal[5], maxVal[5]); MyMinuit.FixParameter(5);// k3 MyMinuit.DefineParameter(6, parName[6].c_str(), ThermEW[1], stepSize[6], minVal[6], maxVal[6]); MyMinuit.FixParameter(6);// k4 MyMinuit.DefineParameter(7, parName[7].c_str(), ThermEW[2], stepSize[7], minVal[7], maxVal[7]); MyMinuit.FixParameter(7);// k5 MyMinuit.DefineParameter(8, parName[8].c_str(), ThermEW[3], stepSize[8], minVal[8], maxVal[8]); MyMinuit.FixParameter(8);// k6 } }// IncludeEWfromTherm }// IncludeEW if(IncludeSS==kFALSE){ MyMinuit.DefineParameter(3, parName[3].c_str(), 9.1, stepSize[3], minVal[3], maxVal[3]); MyMinuit.FixParameter(3);// Rch MyMinuit.DefineParameter(0, parName[0].c_str(), .998, stepSize[0], minVal[0], maxVal[0]); MyMinuit.FixParameter(0);// N MyMinuit.DefineParameter(5, parName[5].c_str(), 0, stepSize[5], minVal[5], maxVal[5]); MyMinuit.FixParameter(5);// k3 MyMinuit.DefineParameter(6, parName[6].c_str(), 0, stepSize[6], minVal[6], maxVal[6]); MyMinuit.FixParameter(6);// k4 } if(IncludeOS==kFALSE){ MyMinuit.DefineParameter(9, parName[9].c_str(), 1.002, stepSize[9], minVal[9], maxVal[9]); MyMinuit.FixParameter(9);// N_2 } //MyMinuit.DefineParameter(3, parName[3].c_str(), 10.5, stepSize[3], minVal[3], maxVal[3]); MyMinuit.FixParameter(3);// Rch //MyMinuit.DefineParameter(4, parName[4].c_str(), 5., stepSize[4], minVal[4], maxVal[4]); MyMinuit.FixParameter(4);// Rcoh //MyMinuit.DefineParameter(5, parName[5].c_str(), 0, stepSize[5], minVal[5], maxVal[5]); MyMinuit.FixParameter(5);// k3 //MyMinuit.DefineParameter(6, parName[6].c_str(), 0, stepSize[6], minVal[6], maxVal[6]); MyMinuit.FixParameter(6);// k4 MyMinuit.DefineParameter(7, parName[7].c_str(), 0, stepSize[7], minVal[7], maxVal[7]); MyMinuit.FixParameter(7);// k5 MyMinuit.DefineParameter(8, parName[8].c_str(), 0, stepSize[8], minVal[8], maxVal[8]); MyMinuit.FixParameter(8);// k6 // int ierflg=0; double arglist[10]; //arglist[0]=2;// improve Minimization Strategy (1 is default) //MyMinuit.mnexcm("SET STR",arglist,1,ierflg); //arglist[0] = 0; //MyMinuit.mnexcm("SCAN", arglist,1,ierflg); arglist[0] = 5000; MyMinuit.mnexcm("MIGRAD", arglist ,1,ierflg); // Do the minimization! cout<<"Start C2 Global fit"<<endl; MyMinuit.Migrad();// generally the best minimization algorithm cout<<"End C2 Global fit"<<endl; for (int i=0; i<npar; i++){ MyMinuit.GetParameter(i,OutputPar[i],OutputPar_e[i]); } cout<<"Chi2/NDF = "<<Chi2_C2global/(NFitPoints_C2global - MyMinuit.GetNumFreePars())<<" Chi^2="<<Chi2_C2global<<endl; if(iteration==2) { ChiSquaredNDF->Fill(1, Chi2_C2global/(NFitPoints_C2global - MyMinuit.GetNumFreePars())); }if(iteration==1) { ThermEW[0]=OutputPar[5]; ThermEW[1]=OutputPar[6]; ThermEW[2]=OutputPar[7]; ThermEW[3]=OutputPar[8]; fitC2ssTherm = new TF1("fitC2ssTherm",C2ssFitFunction, 0.005,0.2, npar); for(int i=0; i<npar; i++) { fitC2ssTherm->FixParameter(i,OutputPar[i]); fitC2ssTherm->SetParError(i,OutputPar_e[i]); } fitC2osTherm = new TF1("fitC2osTherm",C2osFitFunction, 0.005,0.2, npar); for(int i=0; i<npar; i++) { fitC2osTherm->FixParameter(i,OutputPar[i]); fitC2osTherm->SetParError(i,OutputPar_e[i]); } fitC2osTherm->SetLineColor(4); } if(iteration==0){ fitC2ssThermGaus = new TF1("fitC2ssThermGaus",C2ssFitFunction, 0.005,0.2, npar); for(int i=0; i<npar; i++) { fitC2ssThermGaus->FixParameter(i,OutputPar[i]); fitC2ssThermGaus->SetParError(i,OutputPar_e[i]); } fitC2osThermGaus = new TF1("fitC2osThermGaus",C2osFitFunction, 0.005,0.2, npar); for(int i=0; i<npar; i++) { fitC2osThermGaus->FixParameter(i,OutputPar[i]); fitC2osThermGaus->SetParError(i,OutputPar_e[i]); } fitC2osThermGaus->SetLineColor(4); } iteration++; }// iteration loop TH1D *C2_ss=(TH1D*)Two_ex_clone_mm->Clone(); TH1D *C2_os=(TH1D*)Two_ex_clone_mp->Clone(); TH1D *C2_ss_Momsys=(TH1D*)Two_ex_clone_mm->Clone(); TH1D *C2_os_Momsys=(TH1D*)Two_ex_clone_mp->Clone(); TH1D *C2_ss_Ksys=(TH1D*)Two_ex_clone_mm->Clone(); TH1D *C2_os_Ksys=(TH1D*)Two_ex_clone_mp->Clone(); TH1D *K2_ss = (TH1D*)Two_ex_clone_mm->Clone(); TH1D *K2_os = (TH1D*)Two_ex_clone_mp->Clone(); for(int i=0; i<BINRANGE_C2global; i++){ C2_ss->SetBinContent(i+1, C2ssFitting[i]); C2_os->SetBinContent(i+1, C2osFitting[i]); C2_ss_Momsys->SetBinContent(i+1, C2ssFitting[i]); C2_os_Momsys->SetBinContent(i+1, C2osFitting[i]); C2_ss_Ksys->SetBinContent(i+1, C2ssFitting[i]); C2_os_Ksys->SetBinContent(i+1, C2osFitting[i]); double Toterror_ss = sqrt(fabs(pow(C2ssFitting_e[i],2)-pow(C2ssSys_e[i],2))); double Toterror_os = sqrt(fabs(pow(C2osFitting_e[i],2)-pow(C2osSys_e[i],2))); C2_ss->SetBinError(i+1, Toterror_ss); C2_os->SetBinError(i+1, Toterror_os); C2_ss_Momsys->SetBinError(i+1, C2ssSys_e[i]); C2_os_Momsys->SetBinError(i+1, C2osSys_e[i]); C2_ss_Ksys->SetBinError(i+1, OutputPar[1]*K2SS_e[i]); C2_os_Ksys->SetBinError(i+1, OutputPar[1]*K2OS_e[i]); // K2_ss->SetBinContent(i+1, K2SS[i]); K2_ss->SetBinError(i+1, 0); K2_os->SetBinContent(i+1, K2OS[i]); K2_os->SetBinError(i+1, 0); } C2_ss_Momsys->SetMarkerSize(0); C2_ss_Momsys->SetFillStyle(1000); C2_ss_Momsys->SetFillColor(kRed-10); C2_os_Momsys->SetMarkerSize(0); C2_os_Momsys->SetFillStyle(1000); C2_os_Momsys->SetFillColor(kBlue-10); C2_ss_Ksys->SetMarkerSize(0); C2_ss_Ksys->SetFillStyle(3004); C2_ss_Ksys->SetFillColor(kRed); C2_os_Ksys->SetMarkerSize(0); C2_os_Ksys->SetFillStyle(3004); C2_os_Ksys->SetFillColor(kBlue); C2_ss->GetXaxis()->SetRangeUser(0,0.098); C2_ss->GetYaxis()->SetRangeUser(0.98,1.3); C2_ss->GetXaxis()->SetTitleOffset(.8); C2_ss->GetYaxis()->SetTitleOffset(.8); C2_ss->GetXaxis()->SetTitle("q_{inv} (GeV/c)"); C2_ss->GetXaxis()->SetTitleSize(0.05); C2_ss->GetYaxis()->SetTitleSize(0.05); C2_os->GetXaxis()->SetRangeUser(0,0.098); C2_os->GetYaxis()->SetRangeUser(0.98,1.3); C2_os->GetXaxis()->SetTitleOffset(.8); C2_os->GetYaxis()->SetTitleOffset(.8); C2_os->GetXaxis()->SetTitle("q_{inv} (GeV/c)"); C2_os->GetXaxis()->SetTitleSize(0.05); C2_os->GetYaxis()->SetTitleSize(0.05); C2_ss->SetMarkerSize(1.5); C2_os->SetMarkerSize(1.5); C2_os->SetMarkerStyle(25); C2_os->SetMarkerColor(4); TF1 *fitC2ss = new TF1("fitC2ss",C2ssFitFunction, 0.001,0.2, npar); TF1 *fitC2os = new TF1("fitC2os",C2osFitFunction, 0.001,0.2, npar); for(int i=0; i<npar; i++) { fitC2ss->FixParameter(i,OutputPar[i]); fitC2ss->SetParError(i,OutputPar_e[i]); } for(int i=0; i<npar; i++) { fitC2os->FixParameter(i,OutputPar[i]); fitC2os->SetParError(i,OutputPar_e[i]); } TH1D *fitC2ss_h=new TH1D("fitC2ss_h","",C2_ss->GetNbinsX(),0,C2_ss->GetXaxis()->GetBinUpEdge(C2_ss->GetNbinsX())); TH1D *fitC2os_h=new TH1D("fitC2os_h","",C2_os->GetNbinsX(),0,C2_os->GetXaxis()->GetBinUpEdge(C2_os->GetNbinsX())); fitC2ss_h->SetLineWidth(2); fitC2os_h->SetLineWidth(2); fitC2ss_h->SetLineColor(2); fitC2os_h->SetLineColor(4); for(int bin=1; bin<=fitC2ss_h->GetNbinsX(); bin++){ double qinv=(bin-0.5)*0.005; fitC2ss_h->SetBinContent(bin, fitC2ss->Eval(qinv)); fitC2os_h->SetBinContent(bin, fitC2os->Eval(qinv)); } if(!MCcase){ C2_ss->DrawCopy(); legend1->AddEntry(C2_ss,"same-charge","p"); C2_os->DrawCopy("same"); legend1->AddEntry(C2_os,"opp-charge","p"); C2_ss_Momsys->DrawCopy("E2 same"); C2_os_Momsys->DrawCopy("E2 same"); C2_ss_Ksys->DrawCopy("E2 same"); C2_os_Ksys->DrawCopy("E2 same"); C2_ss->DrawCopy("same"); C2_os->DrawCopy("same"); fitC2os->SetLineColor(4); fitC2ss_h->DrawCopy("C same"); fitC2os_h->DrawCopy("C same"); MJ_bkg_ss->SetLineColor(1); MJ_bkg_ss->Draw("same"); legend1->AddEntry(MJ_bkg_ss,"Non-femto bkg","l"); legend1->Draw("same"); } //C2Therm_ss->DrawCopy(); //C2Therm_os->DrawCopy("same"); /* ////////// C2 systematics // C2 -- base, M0, Pos B (0.035 TTC for all) //double C2ss_base[20]={0, 1.17121, 1.17272, 1.13947, 1.09819, 1.06512, 1.04115, 1.02563, 1.01558, 1.00937, 1.00551, 1.00309, 1.00157, 1.00065, 1.00023, 0.999911, 0.99976, 0.999733, 0.999593, 0.999641}; //double C2ss_base_e[20]={0, 0.00135764, 0.000430769, 0.000242626, 0.000167895, 0.00012913, 0.000105724, 9.01743e-05, 7.90587e-05, 7.07036e-05, 6.41813e-05, 5.89418e-05, 5.46406e-05, 5.10458e-05, 4.80009e-05, 4.53857e-05, 4.31177e-05, 4.11375e-05, 3.93869e-05, 3.78413e-05}; // --, M0, double C2ss_base[20]={0, 1.16926, 1.17306, 1.13932, 1.09834, 1.06475, 1.04096, 1.02546, 1.01547, 1.00931, 1.00542, 1.00311, 1.00155, 1.00071, 1.00018, 0.999786, 0.999742, 0.999612, 0.999548, 0.999631}; double C2ss_base_e[20]={0, 0.00128558, 0.000410643, 0.000231512, 0.000160337, 0.000123314, 0.000100987, 8.61441e-05, 7.55245e-05, 6.75439e-05, 6.13117e-05, 5.63119e-05, 5.21976e-05, 4.87656e-05, 4.58515e-05, 4.33492e-05, 4.11861e-05, 3.92891e-05, 3.76189e-05, 3.61428e-05}; // -+, M0, //double C2ss_base[20]={1.97333, 1.17447, 1.09412, 1.05561, 1.03613, 1.02507, 1.01809, 1.01363, 1.01048, 1.00816, 1.00645, 1.00526, 1.00427, 1.0035, 1.00289, 1.00241, 1.00209, 1.0018, 1.00148, 1.00127}; //double C2ss_base_e[20]={1.61122, 0.00030054, 0.000174753, 0.000123051, 9.53599e-05, 7.81537e-05, 6.64323e-05, 5.79583e-05, 5.15436e-05, 4.65277e-05, 4.25025e-05, 3.92115e-05, 3.64672e-05, 3.4149e-05, 3.21673e-05, 3.04575e-05, 2.89698e-05, 2.76642e-05, 2.65087e-05, 2.54847e-05}; // --, M0, kt4 //double C2ss_base[20]={0, 0, 0, 1.15387, 1.14361, 1.10213, 1.06552, 1.04357, 1.02804, 1.01826, 1.01182, 1.00767, 1.00509, 1.00294, 1.00169, 1.0008, 1.00063, 1.00022, 1.00001, 0.999986}; //double C2ss_base_e[20]={0, 0, 0, 0.00229526, 0.000813871, 0.000518539, 0.00039803, 0.000328676, 0.000281681, 0.00024771, 0.000221807, 0.000201394, 0.000184824, 0.000171048, 0.000159468, 0.000149554, 0.000141058, 0.000133583, 0.00012702, 0.000121218}; // --, M0, kt5 //double C2ss_base[20]={0, 0, 0, 1.11133, 1.13824, 1.11806, 1.08288, 1.05648, 1.03774, 1.02516, 1.01728, 1.01166, 1.00841, 1.00553, 1.00357, 1.00194, 1.00132, 1.00104, 1.00058, 1.00039}; //double C2ss_base_e[20]={0, 0, 0, 0.0147639, 0.00188068, 0.000910766, 0.000637117, 0.000510753, 0.000432397, 0.000377855, 0.000337624, 0.000306333, 0.000281495, 0.00026099, 0.000243881, 0.000229331, 0.000216961, 0.000206243, 0.000196785, 0.000188487}; // --, M0, kt6 //double C2ss_base[20]={0, 0, 0, 0, 1.08106, 1.12109, 1.09838, 1.07193, 1.05087, 1.03534, 1.02433, 1.01785, 1.01339, 1.00928, 1.00662, 1.00441, 1.00326, 1.00192, 1.00175, 1.00143}; //double C2ss_base_e[20]={0, 0, 0, 0, 0.00722887, 0.00211091, 0.00123591, 0.000924715, 0.000765679, 0.000662277, 0.000588573, 0.000533669, 0.000490831, 0.000456049, 0.000427965, 0.000404612, 0.000385285, 0.000368671, 0.00035474, 0.000342708}; cout<<"C2 values:"<<endl; for(int ii=0; ii<20; ii++){ cout<<Two_ex_clone_mm->GetBinContent(ii+1)<<", "; } cout<<endl; cout<<"C2 errors:"<<endl; for(int ii=0; ii<20; ii++){ cout<<Two_ex_clone_mm->GetBinError(ii+1)<<", "; } cout<<endl; TH1D *C2ss_Sys=(TH1D*)Two_ex_clone_mm->Clone(); for(int ii=1; ii<20; ii++){ if(C2ss_base[ii] ==0) { C2ss_Sys->SetBinContent(ii+1, 100.); C2ss_Sys->SetBinError(ii+1, 100.); continue; } C2ss_Sys->SetBinContent(ii+1, (C2ss_base[ii]-C2ss_Sys->GetBinContent(ii+1))/C2ss_base[ii]); C2ss_Sys->SetBinError(ii+1, sqrt(fabs(pow(C2ss_Sys->GetBinError(ii+1),2) - pow(C2ss_base_e[ii],2)))); } C2ss_Sys->GetXaxis()->SetRangeUser(0,0.099); C2ss_Sys->GetYaxis()->SetTitle("(C_{2}^{s}-C_{2}^{v})/C_{2}^{s}"); C2ss_Sys->GetYaxis()->SetTitleOffset(1.3); C2ss_Sys->SetMinimum(-0.01); C2ss_Sys->SetMaximum(0.01); C2ss_Sys->Draw(); TF1 *C2lineSys=new TF1("C2lineSys","pol0",0,0.099); //C2ss_Sys->Fit(C2lineSys,"MEQ","",0,0.099); */ // Momentum resolution uncorrected C2 /*C2ssRaw->Draw("same"); C2osRaw->Draw("same"); legend1->AddEntry(C2ssRaw,"same-charge, Raw","p"); legend1->AddEntry(C2osRaw,"opp-charge, Raw","p"); legend1->Draw("same"); */ // FSI corrected C2+- /*TH1D *C2_os_FSIcorrected=(TH1D*)C2_os->Clone(); for(int ii=2; ii<20; ii++){ double value = (C2_os_FSIcorrected->GetBinContent(ii) - (1-OutputPar[1]))/(OutputPar[1]*K2OS[ii-1]); C2_os_FSIcorrected->SetBinContent(ii,value); } C2_os_FSIcorrected->SetMinimum(0.95); C2_os_FSIcorrected->SetMarkerStyle(24); C2_os_FSIcorrected->Draw(); */ /*Two_ex_clone_mm->SetMarkerStyle(25); Two_ex_clone_mp->SetMarkerStyle(25); Two_ex_clone_mm->SetMarkerColor(2); Two_ex_clone_mp->SetMarkerColor(4); Two_ex_clone_mm->Draw("same"); Two_ex_clone_mp->Draw("same"); legend1->AddEntry(C2_ss,"same-charge; Momentum Resolution Corrected","p"); legend1->AddEntry(C2_os,"opp-charge; Momentum Resolution Corrected","p"); legend1->AddEntry(Two_ex_clone_mm,"same-charge; Raw","p"); legend1->AddEntry(Two_ex_clone_mp,"opp-charge; Raw","p"); legend1->Draw("same"); */ //MyMinuit.SetErrorDef(4); //note 4 and not 2! //TGraph *gr2 = (TGraph*)MyMinuit.Contour(15,1,2); //gr2->GetXaxis()->SetTitle("lambda"); //gr2->GetYaxis()->SetTitle("G"); //gr2->SetTitle(""); //gr2->SetFillColor(kYellow); //gr2->Draw("alf"); //Get contour for parameter 0 versus parameter 2 for ERRDEF=1 //MyMinuit.SetErrorDef(1); //TGraph *gr1 = (TGraph*)MyMinuit.Contour(15,1,2); //gr1->SetFillColor(kGreen);//38 //gr1->Draw("lf"); /////////////////////////// // STAR comparison /* double C2_star_mm[50]={0, 0, 0.566654, 1.11195, 1.09964, 1.12566, 1.1479, 1.15596, 1.15658, 1.14583, 1.13182, 1.11544, 1.09851, 1.08326, 1.0701, 1.05686, 1.048, 1.03924, 1.03122, 1.02544, 1.02019, 1.01617, 1.01239, 1.00942, 1.00736, 1.00485, 1.00296, 1.00152, 1.00039, 0.999461, 0.998703, 0.997563, 0.997294, 0.996726, 0.996739, 0.996355, 0.996426, 0.996581, 0.996336, 0.996157, 0.996312, 0.996413, 0.996501, 0.996204, 0.996816, 0.996654, 0.99695, 0.997494, 0.997135, 0.997188}; double C2_star_mm_e[50]={0, 0, 0.454334, 0.0216601, 0.00590084, 0.00297232, 0.001939, 0.00142608, 0.00112851, 0.000929702, 0.000792097, 0.000690265, 0.000613054, 0.000552755, 0.000504494, 0.000464031, 0.000431371, 0.000403169, 0.000378672, 0.000357685, 0.000339133, 0.00032286, 0.000308251, 0.000295149, 0.000283433, 0.000272615, 0.000262784, 0.000253889, 0.000245693, 0.00023813, 0.000231135, 0.00022455, 0.000218593, 0.000212961, 0.000207822, 0.000202906, 0.000198339, 0.000194087, 0.000189971, 0.000186181, 0.000182575, 0.000179202, 0.000175989, 0.000172894, 0.000170072, 0.000167293, 0.000164706, 0.000162286, 0.000159867, 0.000157606}; TH1D *Two_star_mm=(TH1D*)Two_ex_clone_mm->Clone(); Two_star_mm->Add(Two_star_mm,-1); for(int i=0; i<50; i++) {Two_star_mm->SetBinContent(i+1, C2_star_mm[i]); Two_star_mm->SetBinError(i+1, C2_star_mm_e[i]);} Two_star_mm->SetMarkerColor(4); Two_star_mm->SetLineColor(4); //Two_star_mm->Draw("same"); //legend1->AddEntry(Two_star_mm,"--, 200 GeV","p"); //Two_ex_clone_mp->Multiply(Two_ex_clone_pp); //Two_ex_clone_mp->Draw(); //Two_ex_clone_mm->Multiply(Two_ex_clone_mp); //Two_ex_clone_mm->Draw(); //Two_ex_clone_pp->Draw("same"); //legend1->Draw("same"); */ ///////////////////////////////////////////////////////////////////////// // 3-d fitting (out,side,long). Not used for paper. /* TString *name1 = new TString("Explicit2_Charge1_0_Charge2_0_SC_0_M_"); *name1 += Mbin; TString *name2 = new TString(name1->Data()); TString *name3 = new TString(name1->Data()); name1->Append("_ED_0_Term_1_osl_b2");// b1 (0.2<kt<0.3). b2 (0.6<kt<0.7) name2->Append("_ED_0_Term_2_osl_b2"); name3->Append("_ED_0_Term_1_osl_b2_QW"); TH3D *num_osl = (TH3D*)MyList->FindObject(name1->Data()); TH3D *den_osl = (TH3D*)MyList->FindObject(name2->Data()); den_osl->Scale(num_osl->Integral(28,40, 28,40, 28,40)/den_osl->Integral(28,40, 28,40, 28,40)); TH3D *num_osl_QW = (TH3D*)MyList->FindObject(name3->Data()); for(int i=0; i<BINS_OSL; i++){ for(int j=0; j<BINS_OSL; j++){ for(int k=0; k<BINS_OSL; k++){ if(num_osl->GetBinContent(i+1,j+1,k+1) < 1 || den_osl->GetBinContent(i+1,j+1,k+1) < 1) continue; avg_q[i][j][k] = num_osl_QW->GetBinContent(i+1,j+1,k+1)/num_osl->GetBinContent(i+1,j+1,k+1); int QinvBin = int((avg_q[i][j][k])/0.005); if(QinvBin >=20) QinvBin=19; if(MomRes_term1_pp[QinvBin] ==0) continue; if(MomRes_term2_pp[QinvBin] ==0) continue; // num_osl->SetBinContent(i+1,j+1,k+1, num_osl->GetBinContent(i+1,j+1,k+1)*MomRes_term1_pp[QinvBin]); den_osl->SetBinContent(i+1,j+1,k+1, den_osl->GetBinContent(i+1,j+1,k+1)*MomRes_term2_pp[QinvBin]); // A[i][j][k] = num_osl->GetBinContent(i+1,j+1,k+1); B[i][j][k] = den_osl->GetBinContent(i+1,j+1,k+1); // A_e[i][j][k] = num_osl->GetBinContent(i+1,j+1,k+1); A_e[i][j][k] += pow(num_osl->GetBinContent(i+1,j+1,k+1)/MomRes_term1_pp[QinvBin] *fabs(MomRes_term1_pp[QinvBin]-1)*0.1,2); A_e[i][j][k] = sqrt(A_e[i][j][k]); B_e[i][j][k] = den_osl->GetBinContent(i+1,j+1,k+1); B_e[i][j][k] += pow(den_osl->GetBinContent(i+1,j+1,k+1)/MomRes_term2_pp[QinvBin] *fabs(MomRes_term2_pp[QinvBin]-1)*0.1,2); B_e[i][j][k] = sqrt(B_e[i][j][k]); // K_OSL[i][j][k] = CoulCorr2(+1, avg_q[i][j][k]); K_OSL_e[i][j][k] = sqrt(pow((K_OSL[i][j][k]-1)*0.02,2) + pow((K_OSL[i][j][k]-Gamov(+1,avg_q[i][j][k]))*0.01,2)); //K_OSL_e[i][j][k] = 0; } } } const int npar_osl=6;//5 TMinuit MyMinuit_osl(npar_osl); MyMinuit_osl.SetFCN(fcnOSL); double OutputPar_osl[npar_osl]={0}; double OutputPar_osl_e[npar_osl]={0}; double par_osl[npar_osl]; // the start values double stepSize_osl[npar_osl]; // step sizes double minVal_osl[npar_osl]; // minimum bound on parameter double maxVal_osl[npar_osl]; // maximum bound on parameter string parName_osl[npar_osl]; par_osl[0] = 1.0; par_osl[1]=0.5; par_osl[2]=0.; par_osl[3]=5.; par_osl[4] = 5.; par_osl[5]=5.; stepSize_osl[0] = 0.01; stepSize_osl[1] = 0.01; stepSize_osl[2] = 0.02; stepSize_osl[3] = 0.2; stepSize_osl[4] = 0.2; stepSize_osl[5] = 0.2; minVal_osl[0] = 0.8; minVal_osl[1] = 0.01; minVal_osl[2] = 0.0; minVal_osl[3] = 1.; minVal_osl[4] = 1.; minVal_osl[5] = 1.; maxVal_osl[0] = 1.2; maxVal_osl[1] = 1.0; maxVal_osl[2] = 0.99; maxVal_osl[3] = 20.; maxVal_osl[4] = 20.; maxVal_osl[5] = 20.; parName_osl[0] = "Norm"; parName_osl[1] = "Lambda"; parName_osl[2] = "G"; parName_osl[3] = "R_out"; parName_osl[4] = "R_side"; parName_osl[5] = "R_long"; for (int i=0; i<npar_osl; i++){ MyMinuit_osl.DefineParameter(i, parName_osl[i].c_str(), par_osl[i], stepSize_osl[i], minVal_osl[i], maxVal_osl[i]); } MyMinuit_osl.FixParameter(2);// G //MyMinuit.FixParameter(1);// lambda cout<<"here!!"<<endl; // Do the minimization! cout<<"Start Three-d fit"<<endl; MyMinuit_osl.Migrad();// Minuit's best minimization algorithm cout<<"End Three-d fit"<<endl; cout<<"Chi2/NDF = "<<Chi2_OSL/(NFitPoints_OSL-MyMinuit_osl.GetNumFreePars())<<endl; for (int i=0; i<npar_osl; i++){ MyMinuit_osl.GetParameter(i,OutputPar_osl[i],OutputPar_osl_e[i]); } TF3 *fit3d = new TF3("fit3d",OSLfitfunction, 0,0.2, 0,0.2, 0,0.2, npar_osl); for(int i=0; i<npar_osl; i++) {fit3d->FixParameter(i,OutputPar_osl[i]);} Int_t BinsOSL = num_osl->GetNbinsX(); double LimitOSL = num_osl->GetXaxis()->GetBinUpEdge(BinsOSL); TH3D *den_timesFit = new TH3D("den_timesFit","",BinsOSL,0,LimitOSL, BinsOSL,0,LimitOSL, BinsOSL,0,LimitOSL); for(int i=0; i<BinsOSL; i++){ for(int j=0; j<BinsOSL; j++){ for(int k=0; k<BinsOSL; k++){ double qout=(i+.5)*0.005; double qside=(j+.5)*0.005; double qlong=(k+.5)*0.005; den_timesFit->SetBinContent(i+1,j+1,k+1, fit3d->Eval(qout,qside,qlong)*den_osl->GetBinContent(i+1,j+1,k+1)); den_timesFit->SetBinError(i+1,j+1,k+1, 0); } } } int binL=1, binH=4; TH1D *num_pro=(TH1D*)num_osl->ProjectionX("num_pro",binL,binH, binL,binH); TH1D *den_pro=(TH1D*)den_osl->ProjectionX("den_pro",binL,binH, binL,binH); TH1D *dentimesFit_pro=(TH1D*)den_timesFit->ProjectionX("dentimesFit_pro",binL,binH, binL,binH); num_pro->Sumw2(); den_pro->Sumw2(); num_pro->Divide(den_pro); num_pro->SetMarkerStyle(20); num_pro->SetTitle(""); num_pro->GetXaxis()->SetTitle("q_{out}"); num_pro->GetYaxis()->SetTitle("C_{2}"); num_pro->SetMinimum(0.97); num_pro->SetMaximum(1.48); num_pro->DrawCopy(); // dentimesFit_pro->Divide(den_pro); dentimesFit_pro->SetLineColor(2); dentimesFit_pro->DrawCopy("same"); // */ //MyMinuit.SetErrorDef(4); //note 4 and not 2! //TGraph *gr2 = (TGraph*)MyMinuit.Contour(10,1,2); //gr2->SetFillColor(kYellow); //gr2->Draw("alf"); //Get contour for parameter 0 versus parameter 2 for ERRDEF=1 //MyMinuit.SetErrorDef(1); //TGraph *gr1 = (TGraph*)MyMinuit.Contour(10,1,2); //gr1->SetFillColor(kGreen);//38 //gr1->Draw("lf"); ////////////////////////////////////////////////////////////////////////////////////// // To visualize the Qcut and Norm Regions //TH1D *QcutRegion = new TH1D("QcutRegion","",400,0,2); //TH1D *NormRegion1 = new TH1D("NormRegion1","",400,0,2); //TH1D *NormRegion2 = new TH1D("NormRegion2","",400,0,2); //for(int bin=1; bin<=20; bin++) QcutRegion->SetBinContent(bin,Two_ex[0][0][0][0]->GetBinContent(bin)); //for(int bin=213; bin<=220; bin++) NormRegion1->SetBinContent(bin,Two_ex[0][0][0][0]->GetBinContent(bin)); //for(int bin=31; bin<=35; bin++) NormRegion2->SetBinContent(bin,Two_ex[0][0][0][0]->GetBinContent(bin)); //QcutRegion->SetFillColor(4); //NormRegion1->SetFillColor(2); //NormRegion2->SetFillColor(3); //Two_ex[0][0][0][0]->Draw(); //QcutRegion->Draw("same"); //NormRegion1->Draw("same"); //NormRegion2->Draw("same"); TCanvas *can2 = new TCanvas("can2", "can2",800,0,900,900);//800,0,600,900 can2->SetHighLightColor(2); gStyle->SetOptFit(0111); can2->SetFillColor(10); can2->SetBorderMode(0); can2->SetBorderSize(2); can2->SetGridx(); can2->SetGridy(); can2->SetFrameFillColor(0); can2->SetFrameBorderMode(0); can2->SetFrameBorderMode(0); can2->cd(); gPad->SetLeftMargin(0.14); gPad->SetRightMargin(0.02); TLegend *legend2 = new TLegend(.4,.67,1.,.87,NULL,"brNDC"); legend2->SetBorderSize(1); legend2->SetTextSize(.06);// small .03; large .06 legend2->SetFillColor(0); ///////////////////////////////////////////// TH3D *C3QS_3d = new TH3D("C3QS_3d","",20,0,.98, 20,0,.1, 20,0,.1); TH3D *Combinatorics_3d = new TH3D("Combinatorics_3d","",20,0,.1, 20,0,.1, 20,0,.1); // const int Q3BINS = 20; TH1D *num_withRS = new TH1D("num_withRS","",Q3BINS,0,0.2); TH1D *num_withGRS = new TH1D("num_withGRS","",Q3BINS,0,0.2); TH1D *num_withTM = new TH1D("num_withTM","",Q3BINS,0,0.2); TH1D *Cterm1 = new TH1D("Cterm1","",Q3BINS,0,0.2); TH1D *Cterm1_noMRC = new TH1D("Cterm1_noMRC","",Q3BINS,0,0.2); TH1D *Cterm2 = new TH1D("Cterm2","",Q3BINS,0,0.2); TH1D *Cterm3 = new TH1D("Cterm3","",Q3BINS,0,0.2); TH1D *Cterm4 = new TH1D("Cterm4","",Q3BINS,0,0.2); TH1D *num_QS = new TH1D("num_QS","",Q3BINS,0,0.2); TH1D *Combinatorics_1d = new TH1D("Combinatorics_1d","",Q3BINS,0,0.2); TH1D *Combinatorics_1d_noMRC = new TH1D("Combinatorics_1d_noMRC","",Q3BINS,0,0.2); TH1D *Coul_Riverside = new TH1D("Coul_Riverside","",Q3BINS,0,0.2); TH1D *Coul_GRiverside = new TH1D("Coul_GRiverside","",Q3BINS,0,0.2); TH1D *Coul_Omega0 = new TH1D("Coul_Omega0","",Q3BINS,0,0.2); TH1D *c3_hist = new TH1D("c3_hist","",Q3BINS,0,0.2); TH1D *c3_hist_STAR = new TH1D("c3_hist_STAR","",Q3BINS,0,0.2); //TProfile *MomRes_2d = new TProfile("MomRes_2d","",Q3BINS,0,0.2, 0,20.,""); TProfile *MomRes_3d_term1 = new TProfile("MomRes_3d_term1","",Q3BINS,0,0.2, 0,20.,""); TProfile *MomRes_3d_term2 = new TProfile("MomRes_3d_term2","",Q3BINS,0,0.2, 0,20.,""); TProfile *MomRes_3d_term5 = new TProfile("MomRes_3d_term5","",Q3BINS,0,0.2, 0,20.,""); TH1D *r3_num_Q3 = new TH1D("r3_num_Q3","",Q3BINS,0,0.2); TH1D *r3_den_Q3 = new TH1D("r3_den_Q3","",Q3BINS,0,0.2); r3_num_Q3->GetXaxis()->SetTitle("Q_{3} (GeV/c)"); r3_num_Q3->GetYaxis()->SetTitle("r_{3}"); r3_num_Q3->GetYaxis()->SetTitleOffset(1.3); r3_num_Q3->GetXaxis()->SetRangeUser(0,0.1); r3_num_Q3->SetMinimum(0); r3_num_Q3->SetMaximum(2.4); r3_den_Q3->SetLineColor(2); r3_num_Q3->SetMarkerStyle(20); Coul_Omega0->GetXaxis()->SetRangeUser(0,0.099); Coul_Omega0->GetXaxis()->SetLabelSize(0.04); Coul_Omega0->GetYaxis()->SetLabelSize(0.04); c3_hist_STAR->GetXaxis()->SetRangeUser(0,0.099); c3_hist_STAR->SetMinimum(0.8); c3_hist_STAR->SetMaximum(1.02); c3_hist_STAR->GetXaxis()->SetTitle("Q_{3} (GeV/c)"); c3_hist_STAR->GetYaxis()->SetTitle("c_{3}*^{++-}"); c3_hist_STAR->GetYaxis()->SetTitleOffset(1.6); if(SameCharge) {Cterm1_noMRC->Sumw2(); Combinatorics_1d_noMRC->Sumw2();} // double num_QS_e[Q3BINS]={0}; double c3_e[Q3BINS]={0}; double r3_e[Q3BINS]={0}; // CB=Charge Bin. 0 means pi-, 1 means pi+ int CB1=0, CB2=0, CB3=0; int CP12=1, CP13=1, CP23=1; if(CHARGE==-1) { if(SameCharge) {CB1=0; CB2=0; CB3=0;} else {CB1=0; CB2=0; CB3=1; CP12=+1, CP13=-1, CP23=-1;} }else { if(SameCharge) {CB1=1; CB2=1; CB3=1;} else {CB1=0; CB2=1; CB3=1; CP12=-1, CP13=-1, CP23=+1;} } cout<<"here"<<endl; // SC = species combination. Always 0 meaning pi-pi-pi. int SCBin=0; // ReadCoulCorrections(RValue, bValue, 10);// switch to full kt range, 10. //ReadCoulCorrections(0, 5, 2, 10);// Change to Gaussian R=5 fm calculation (STAR method testing) TH1D *GenSignalExpected_num=new TH1D("GenSignalExpected_num","",20,0,0.2); TH1D *GenSignalExpected_den=new TH1D("GenSignalExpected_den","",20,0,0.2); // double value_num[2]={0}; double value_num_e[2]={0}; double value_den[2]={0}; double N3_QS[2]={0}; double N3_QS_e[2]={0}; double OutTriplets=0, InTriplets=0; for(int i=2; i<=20; i++){// bin number //double Q12_m = (i-0.5)*(0.005);// geometric center double Q12 = AvgQinvSS[i-1]; if(!SameCharge && CHARGE==+1) {Q12 = AvgQinvOS[i-1];}// true center int Q12bin = int(Q12/0.005)+1; // for(int j=2; j<=20; j++){// bin number //double Q13_m = (j-0.5)*(0.005);// geometric center double Q13 = AvgQinvSS[j-1]; if(!SameCharge) {Q13 = AvgQinvOS[j-1];}// true center int Q13bin = int(Q13/0.005)+1; // for(int k=2; k<=20; k++){// bin number //double Q23_m = (k-0.5)*(0.005);// geometric center double Q23 = AvgQinvSS[k-1]; if(!SameCharge && CHARGE==-1) {Q23 = AvgQinvOS[k-1];}// true center int Q23bin = int(Q23/0.005)+1; // //if(fabs(i-j)>3 || fabs(i-k)>3 || fabs(j-k)>3) continue;// testing double Q3 = sqrt(pow(Q12,2) + pow(Q13,2) + pow(Q23,2)); int Q3bin = Cterm1->GetXaxis()->FindBin(Q3); if(Q12 < sqrt(pow(Q13,2)+pow(Q23,2) - 2*Q13*Q23)) continue;// not all configurations are possible if(Q12 > sqrt(pow(Q13,2)+pow(Q23,2) + 2*Q13*Q23)) continue;// not all configurations are possible // point-source Coulomb correlation double G_12 = Gamov(CP12, Q12); double G_13 = Gamov(CP13, Q13); double G_23 = Gamov(CP23, Q23); // finite-source Coulomb+Strong correlation from Therminator. double K2_12 = CoulCorr2(CP12, Q12); double K2_13 = CoulCorr2(CP13, Q13); double K2_23 = CoulCorr2(CP23, Q23); double K3 = 1.;// 3-body Coulomb+Strong correlation if(GRS) {// GRS approach if(SameCharge || CHARGE==-1) K3 = CoulCorrGRS(SameCharge, Q12, Q13, Q23); else K3 = CoulCorrGRS(SameCharge, Q23, Q12, Q13); }else { if(SameCharge || CHARGE==-1) K3 = CoulCorrOmega0(SameCharge, Q12, Q13, Q23); else K3 = CoulCorrOmega0(SameCharge, Q23, Q12, Q13); } if(MCcase && !GeneratedSignal) { K2_12=1.; K2_13=1.; K2_23=1.; K3=1.;} if(K3==0) continue; if(GeneratedSignal) K3 = K2_12*K2_13*K2_23;// no interpolation for Generated signal double TERM1=Three_3d[CB1][CB2][CB3][SCBin][0]->GetBinContent(i,j,k);// N3 (3-pion yield per q12,q13,q23 cell). 3-pions from same-event double TERM2=Three_3d[CB1][CB2][CB3][SCBin][1]->GetBinContent(i,j,k);// N2*N1. 1 and 2 from same-event double TERM3=Three_3d[CB1][CB2][CB3][SCBin][2]->GetBinContent(i,j,k);// N2*N1. 1 and 3 from same-event double TERM4=Three_3d[CB1][CB2][CB3][SCBin][3]->GetBinContent(i,j,k);// N2*N1. 2 and 3 from same-event double TERM5=Three_3d[CB1][CB2][CB3][SCBin][4]->GetBinContent(i,j,k);// N1*N1*N1. All from different events (pure combinatorics) if(TERM1==0 && TERM2==0 && TERM3==0 && TERM4==0 && TERM5==0) continue; if(TERM1==0 || TERM2==0 || TERM3==0 || TERM4==0 || TERM5==0) continue; double muonCorr_C3=1.0, muonCorr_C2_12=1.0, muonCorr_C2_13=1.0, muonCorr_C2_23=1.0; double muonCorr_W12=1.0, muonCorr_W13=1.0, muonCorr_W23=1.0; if(MuonCorrection){ if(SameCharge){ muonCorr_C3 = C3muonCorrection->GetBinContent(Q3bin); muonCorr_C2_12 = C2muonCorrection_SC->GetBinContent(Q12bin); muonCorr_C2_13 = C2muonCorrection_SC->GetBinContent(Q13bin); muonCorr_C2_23 = C2muonCorrection_SC->GetBinContent(Q23bin); muonCorr_W12 = WeightmuonCorrection->GetBinContent(Q12bin); muonCorr_W13 = WeightmuonCorrection->GetBinContent(Q13bin); muonCorr_W23 = WeightmuonCorrection->GetBinContent(Q23bin); }else{ muonCorr_C3 = C3muonCorrection->GetBinContent(Q3bin); if(CHARGE==-1){// pi-pi-pi+ muonCorr_C2_12 = C2muonCorrection_SC->GetBinContent(Q12bin); muonCorr_C2_13 = C2muonCorrection_MC->GetBinContent(Q13bin); muonCorr_C2_23 = C2muonCorrection_MC->GetBinContent(Q23bin); }else{// pi-pi+pi+ muonCorr_C2_12 = C2muonCorrection_MC->GetBinContent(Q12bin); muonCorr_C2_13 = C2muonCorrection_MC->GetBinContent(Q13bin); muonCorr_C2_23 = C2muonCorrection_SC->GetBinContent(Q23bin); } } } if(Q3>0.08 && Q3<0.09){// just for testing if(Q12>0.08 || Q13>0.08 || Q23>0.08) OutTriplets++; else InTriplets++; } // apply momentum resolution correction if(!MCcase && !GeneratedSignal){ if(SameCharge){ // 3d momentum resolution corrections TERM1 *= (MomRes3d[0][0]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; TERM2 *= (MomRes3d[0][1]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; TERM3 *= (MomRes3d[0][2]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; TERM4 *= (MomRes3d[0][3]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; TERM5 *= (MomRes3d[0][4]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; MomRes_3d_term1->Fill(Q3, MomRes3d[0][0]->GetBinContent(Q12bin, Q13bin, Q23bin),TERM1); MomRes_3d_term2->Fill(Q3, MomRes3d[0][1]->GetBinContent(Q12bin, Q13bin, Q23bin),TERM2); MomRes_3d_term5->Fill(Q3, MomRes3d[0][4]->GetBinContent(Q12bin, Q13bin, Q23bin),TERM5); }else{ if(CHARGE==-1){// pi-pi-pi+ TERM1 *= (MomRes3d[1][0]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; TERM2 *= (MomRes3d[1][1]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; TERM3 *= (MomRes3d[1][2]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; TERM4 *= (MomRes3d[1][3]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; TERM5 *= (MomRes3d[1][4]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1; }else {// pi-pi+pi+ TERM1 *= (MomRes3d[1][0]->GetBinContent(Q23bin, Q13bin, Q12bin)-1)*MRCShift+1; TERM2 *= (MomRes3d[1][3]->GetBinContent(Q23bin, Q13bin, Q12bin)-1)*MRCShift+1; TERM3 *= (MomRes3d[1][2]->GetBinContent(Q23bin, Q13bin, Q12bin)-1)*MRCShift+1; TERM4 *= (MomRes3d[1][1]->GetBinContent(Q23bin, Q13bin, Q12bin)-1)*MRCShift+1; TERM5 *= (MomRes3d[1][4]->GetBinContent(Q23bin, Q13bin, Q12bin)-1)*MRCShift+1; } MomRes_3d_term1->Fill(Q3, MomRes3d[1][0]->GetBinContent(Q12bin, Q13bin, Q23bin), TERM1); MomRes_3d_term2->Fill(Q3, MomRes3d[1][1]->GetBinContent(Q12bin, Q13bin, Q23bin),TERM2); MomRes_3d_term5->Fill(Q3, MomRes3d[1][4]->GetBinContent(Q12bin, Q13bin, Q23bin),TERM5); } } // for(int LamType=0; LamType<2; LamType++){ if(LamType==1) TwoFrac=TwoFracr3;// r3 else TwoFrac = 0.7;//OutputPar[1];// c3 (newly fixed to 0.7) if(FileSetting==9) TwoFrac=0.8;// for FB5and7overlap choose a fixed higher lambda OneFrac=pow(TwoFrac,0.5); // 0.495 to bring baseline up ThreeFrac=pow(TwoFrac,1.5); // finite-multiplicity method //OneFrac = (1+sqrt(1 + 4*AvgN[Mbin]*TwoFrac*(AvgN[Mbin]-1)))/(2*AvgN[Mbin]); //ThreeFrac = (OneFrac*AvgN[Mbin]*(OneFrac*AvgN[Mbin]-1)*(OneFrac*AvgN[Mbin]-2))/(AvgN[Mbin]*(AvgN[Mbin]-1)*(AvgN[Mbin]-2)); // Purify. Isolate pure 3-pion QS correlations using Lambda and K3 (removes lower order correlations) N3_QS[LamType] = TERM1; N3_QS[LamType] -= ( pow(1-OneFrac,3) + 3*OneFrac*pow(1-OneFrac,2) )*TERM5; N3_QS[LamType] -= (1-OneFrac)*(TERM2 + TERM3 + TERM4 - 3*(1-TwoFrac)*TERM5); N3_QS[LamType] /= ThreeFrac; N3_QS[LamType] /= K3; N3_QS[LamType] *= muonCorr_C3; if(LamType==0) num_QS->Fill(Q3, N3_QS[LamType]); // Isolate 3-pion cumulant value_num[LamType] = N3_QS[LamType]; value_num[LamType] -= (TERM2 - (1-TwoFrac)*TERM5)/K2_12/TwoFrac * muonCorr_C2_12; value_num[LamType] -= (TERM3 - (1-TwoFrac)*TERM5)/K2_13/TwoFrac * muonCorr_C2_13; value_num[LamType] -= (TERM4 - (1-TwoFrac)*TERM5)/K2_23/TwoFrac * muonCorr_C2_23; value_num[LamType] += 2*TERM5; //value_num[LamType] += 0.004*TERM5; // r3 denominator if(LamType==1 && SameCharge) { value_den[LamType] = PionNorm[CB1]->GetBinContent(i,j,k);// Raw r3 denominator if(!MCcase){ // Momentum Resolution Correction Systematic variation. Only important when MRCShift != 1.0. double denMRC1 = (C2ssRaw->GetBinContent(i)*MomRes_C2_pp[i-1] - TwoFrac*K2_12 - (1-TwoFrac))/(TwoFrac*K2_12); denMRC1 *= (C2ssRaw->GetBinContent(j)*MomRes_C2_pp[j-1] - TwoFrac*K2_13 - (1-TwoFrac))/(TwoFrac*K2_13); denMRC1 *= (C2ssRaw->GetBinContent(k)*MomRes_C2_pp[k-1] - TwoFrac*K2_23 - (1-TwoFrac))/(TwoFrac*K2_23); double denMRC2 = (C2ssRaw->GetBinContent(i)*((MomRes_C2_pp[i-1]-1)*MRCShift+1) - TwoFrac*K2_12 - (1-TwoFrac))/(TwoFrac*K2_12); denMRC2 *= (C2ssRaw->GetBinContent(j)*((MomRes_C2_pp[j-1]-1)*MRCShift+1) - TwoFrac*K2_13 - (1-TwoFrac))/(TwoFrac*K2_13); denMRC2 *= (C2ssRaw->GetBinContent(k)*((MomRes_C2_pp[k-1]-1)*MRCShift+1) - TwoFrac*K2_23 - (1-TwoFrac))/(TwoFrac*K2_23); // Non-femto background correction (Mini-Jet). double denMJ = (C2ssRaw->GetBinContent(i)*MomRes_C2_pp[i-1] - (MJ_bkg_ss->Eval(Q12)-1) - TwoFrac*K2_12 - (1-TwoFrac))/(TwoFrac*K2_12); denMJ *= (C2ssRaw->GetBinContent(j)*MomRes_C2_pp[j-1] - (MJ_bkg_ss->Eval(Q13)-1) - TwoFrac*K2_13 - (1-TwoFrac))/(TwoFrac*K2_13); denMJ *= (C2ssRaw->GetBinContent(k)*MomRes_C2_pp[k-1] - (MJ_bkg_ss->Eval(Q23)-1) - TwoFrac*K2_23 - (1-TwoFrac))/(TwoFrac*K2_23); // Strong same-charge correction double Coul_12 = K2_12/StrongSC->Eval(Q12*1000/2.);// Coulomb used online double Coul_13 = K2_13/StrongSC->Eval(Q13*1000/2.);// Coulomb used online double Coul_23 = K2_23/StrongSC->Eval(Q23*1000/2.);// Coulomb used online double denCoulOnly = (C2ssRaw->GetBinContent(i)*MomRes_C2_pp[i-1] - TwoFrac*Coul_12 - (1-TwoFrac))/(TwoFrac*Coul_12); denCoulOnly *= (C2ssRaw->GetBinContent(j)*MomRes_C2_pp[j-1] - TwoFrac*Coul_13 - (1-TwoFrac))/(TwoFrac*Coul_13); denCoulOnly *= (C2ssRaw->GetBinContent(k)*MomRes_C2_pp[k-1] - TwoFrac*Coul_23 - (1-TwoFrac))/(TwoFrac*Coul_23); // K shift testing double K2back_12 = (K2_12-1)/KShift+1; double K2back_13 = (K2_13-1)/KShift+1; double K2back_23 = (K2_23-1)/KShift+1; double denKshiftBack = (C2ssRaw->GetBinContent(i)*MomRes_C2_pp[i-1] - TwoFrac*K2back_12 - (1-TwoFrac))/(TwoFrac*K2back_12); denKshiftBack *= (C2ssRaw->GetBinContent(j)*MomRes_C2_pp[j-1] - TwoFrac*K2back_13 - (1-TwoFrac))/(TwoFrac*K2back_13); denKshiftBack *= (C2ssRaw->GetBinContent(k)*MomRes_C2_pp[k-1] - TwoFrac*K2back_23 - (1-TwoFrac))/(TwoFrac*K2back_23); double den_ratio = sqrt(fabs(denMRC2))/sqrt(fabs(denMRC1)); value_den[LamType] *= den_ratio;// apply Momentum Resolution correction systematic variation if any. double den_ratioMJ = sqrt(fabs(denMJ))/sqrt(fabs(denMRC1)); if(IncludeMJcorrection) value_den[LamType] *= den_ratioMJ;// Non-femto bkg correction if(IncludeStrongSC){ double den_ratioStrong = sqrt(fabs(denMRC1))/sqrt(fabs(denCoulOnly)); value_den[LamType] *= den_ratioStrong; } double den_ratioKShift = sqrt(fabs(denMRC1))/sqrt(fabs(denKshiftBack)); value_den[LamType] *= den_ratioKShift; // value_den[LamType] *= sqrt(muonCorr_W12*muonCorr_W13*muonCorr_W23);// muon correction // //value_den[LamType] -= TPNRejects->GetBinContent(i,j,k);// Testing for 0-5% only to estimate the effect when C2^QS < 1.0 value_den[LamType] *= (MomRes3d[0][4]->GetBinContent(Q12bin, Q13bin, Q23bin)-1)*MRCShift+1;// momentum resolution correction to combinatorics }// !MCcase } // errors N3_QS_e[LamType] = fabs(TERM1); N3_QS_e[LamType] += pow(( pow(1-OneFrac,3) +3*OneFrac*pow(1-OneFrac,2) )*sqrt(fabs(TERM5)),2); N3_QS_e[LamType] += (pow((1-OneFrac),2)*fabs(TERM2 + TERM3 + TERM4) + pow((1-OneFrac)*3*(1-TwoFrac)*sqrt(fabs(TERM5)),2)); N3_QS_e[LamType] /= pow(ThreeFrac,2); N3_QS_e[LamType] /= pow(K3,2); if(LamType==0) num_QS_e[Q3bin-1] += N3_QS_e[LamType]; value_num_e[LamType] = N3_QS_e[LamType]; value_num_e[LamType] += (pow(1/K2_12/TwoFrac*sqrt(fabs(TERM2)),2) + pow((1-TwoFrac)/K2_12/TwoFrac*sqrt(fabs(TERM5)),2)); value_num_e[LamType] += (pow(1/K2_13/TwoFrac*sqrt(fabs(TERM3)),2) + pow((1-TwoFrac)/K2_13/TwoFrac*sqrt(fabs(TERM5)),2)); value_num_e[LamType] += (pow(1/K2_23/TwoFrac*sqrt(fabs(TERM4)),2) + pow((1-TwoFrac)/K2_23/TwoFrac*sqrt(fabs(TERM5)),2)); value_num_e[LamType] += pow(2*sqrt(fabs(TERM5)),2); if(LamType==0) c3_e[Q3bin-1] += value_num_e[LamType] + TERM5;// add baseline stat error else r3_e[Q3bin-1] += value_num_e[LamType]; } // Fill histograms c3_hist->Fill(Q3, value_num[0] + TERM5);// for cumulant correlation function C3QS_3d->SetBinContent(i,j,k, N3_QS[0]); C3QS_3d->SetBinError(i,j,k, N3_QS_e[0]); // Coul_Riverside->Fill(Q3, G_12*G_13*G_23*TERM5); Coul_GRiverside->Fill(Q3, TERM5*CoulCorrGRS(SameCharge, Q12, Q13, Q23)); Coul_Omega0->Fill(Q3, K3*TERM5); num_withGRS->Fill(Q3, N3_QS[0]); Cterm1->Fill(Q3, TERM1); Cterm2->Fill(Q3, TERM2); Cterm3->Fill(Q3, TERM3); Cterm4->Fill(Q3, TERM4); Combinatorics_1d->Fill(Q3, TERM5); Combinatorics_3d->Fill(Q12,Q13,Q23, TERM5); r3_num_Q3->Fill(Q3, value_num[1]); r3_den_Q3->Fill(Q3, value_den[1]); double Q3_m = sqrt(pow((i-0.5)*(0.005),2) + pow((j-0.5)*(0.005),2) + pow((k-0.5)*(0.005),2)); Cterm1_noMRC->Fill(Q3_m, Three_3d[CB1][CB2][CB3][SCBin][0]->GetBinContent(i,j,k)); Combinatorics_1d_noMRC->Fill(Q3_m, Three_3d[CB1][CB2][CB3][SCBin][4]->GetBinContent(i,j,k)); double cumulant_STAR = Three_3d[CB1][CB2][CB3][SCBin][0]->GetBinContent(i,j,k)/(K2_12*K2_13*K2_23); cumulant_STAR -= Three_3d[CB1][CB2][CB3][SCBin][1]->GetBinContent(i,j,k)/(K2_12); cumulant_STAR -= Three_3d[CB1][CB2][CB3][SCBin][2]->GetBinContent(i,j,k)/(K2_13); cumulant_STAR -= Three_3d[CB1][CB2][CB3][SCBin][3]->GetBinContent(i,j,k)/(K2_23); c3_hist_STAR->Fill(Q3_m, cumulant_STAR + 3*Three_3d[CB1][CB2][CB3][SCBin][4]->GetBinContent(i,j,k)); /////////////////////////////////////////////////////////// // Edgeworth 3-pion expection. Not important for r3. //double radius_exp = (11-(MomResCentBin-1))/FmToGeV; //TwoFrac=0.68; OneFrac=pow(TwoFrac,.5), ThreeFrac=pow(TwoFrac,1.5); double radius_exp = (OutputPar[3])/FmToGeV; TwoFrac=OutputPar[1]; OneFrac=pow(TwoFrac,.5), ThreeFrac=pow(TwoFrac,1.5); double arg12 = Q12*radius_exp; double arg13 = Q13*radius_exp; double arg23 = Q23*radius_exp; Float_t EW12 = 1 + 0.2/(6.*pow(2.,1.5))*(8.*pow(arg12,3) - 12.*arg12); EW12 += 0.45/(24.*pow(2.,2))*(16.*pow(arg12,4) -48.*pow(arg12,2) + 12); Float_t EW13 = 1 + 0.2/(6.*pow(2.,1.5))*(8.*pow(arg13,3) - 12.*arg13); EW13 += 0.45/(24.*pow(2.,2))*(16.*pow(arg13,4) -48.*pow(arg13,2) + 12); Float_t EW23 = 1 + 0.2/(6.*pow(2.,1.5))*(8.*pow(arg23,3) - 12.*arg23); EW23 += 0.45/(24.*pow(2.,2))*(16.*pow(arg23,4) -48.*pow(arg23,2) + 12); //Float_t EW12 = 1 + OutputPar[5]/(6.*pow(2.,1.5))*(8.*pow(arg12,3) - 12.*arg12); //EW12 += OutputPar[6]/(24.*pow(2.,2))*(16.*pow(arg12,4) -48.*pow(arg12,2) + 12); //Float_t EW13 = 1 + OutputPar[5]/(6.*pow(2.,1.5))*(8.*pow(arg13,3) - 12.*arg13); //EW13 += OutputPar[6]/(24.*pow(2.,2))*(16.*pow(arg13,4) -48.*pow(arg13,2) + 12); //Float_t EW23 = 1 + OutputPar[5]/(6.*pow(2.,1.5))*(8.*pow(arg23,3) - 12.*arg23); //EW23 += OutputPar[6]/(24.*pow(2.,2))*(16.*pow(arg23,4) -48.*pow(arg23,2) + 12); // double cumulant_exp=0, term1_exp=0; if(SameCharge) { cumulant_exp = (exp(-pow(radius_exp*Q12,2))*pow(EW12,2)+exp(-pow(radius_exp*Q13,2))*pow(EW13,2)+exp(-pow(radius_exp*Q23,2))*pow(EW23,2))*TERM5; cumulant_exp += 2*EW12*EW13*EW23*exp(-pow(radius_exp,2)/2. * (pow(Q12,2)+pow(Q13,2)+pow(Q23,2)))*TERM5 + TERM5; term1_exp = ( pow(1-OneFrac,3) + 3*OneFrac*pow(1-OneFrac,2) )*TERM5; term1_exp += TwoFrac*(1-OneFrac)*(K2_12*(1+exp(-pow(radius_exp*Q12,2))*pow(EW12,2))+K2_13*(1+exp(-pow(radius_exp*Q13,2))*pow(EW13,2))+K2_23*(1+exp(-pow(radius_exp*Q23,2))*pow(EW23,2)))*TERM5; term1_exp += ThreeFrac*K3*cumulant_exp; //term1_exp = ((1-TwoFrac) + TwoFrac*K2_12*(1+exp(-pow(radius_exp*Q12,2))*pow(EW12,2)))*TERM5; }else { cumulant_exp = (exp(-pow(radius_exp*Q12,2))*pow(EW12,2))*TERM5 + TERM5; term1_exp = ( pow(1-OneFrac,3) + 3*OneFrac*pow(1-OneFrac,2) )*TERM5; term1_exp += TwoFrac*(1-OneFrac)*(K2_12*(1+exp(-pow(radius_exp*Q12,2))*pow(EW12,2)) + K2_13 + K2_23)*TERM5; term1_exp += ThreeFrac*K3*cumulant_exp; term1_exp = ((1-TwoFrac) + TwoFrac*K2_12*(1+exp(-pow(radius_exp*Q12,2))*pow(EW12,2)))*TERM5; //term1_exp = ((1-TwoFrac) + TwoFrac*K2_13)*TERM5; } GenSignalExpected_num->Fill(Q3, term1_exp); GenSignalExpected_den->Fill(Q3, TERM5); /////////////////////////////////////////////////////////// } } } cout<<"OutTriplets: "<<OutTriplets<<" InTriplets: "<<InTriplets<<endl; //////////////////////////// // Intermediate steps num_withRS->Sumw2(); num_withGRS->Sumw2(); num_withTM->Sumw2(); Cterm1->Sumw2(); Cterm2->Sumw2(); Cterm3->Sumw2(); Cterm4->Sumw2(); Combinatorics_1d->Sumw2(); Combinatorics_3d->Sumw2(); r3_num_Q3->Sumw2(); r3_den_Q3->Sumw2(); for(int i=0; i<Q3BINS; i++) {c3_hist->SetBinError(i+1, sqrt(c3_e[i])); num_QS->SetBinError(i+1, sqrt(num_QS_e[i]));} for(int i=0; i<Q3BINS; i++) {c3_hist_STAR->SetBinError(i+1, sqrt(c3_e[i]));}// approximate error num_withRS->Divide(Combinatorics_1d); num_withGRS->Divide(Combinatorics_1d); num_withTM->Divide(Combinatorics_1d); for(int q3bin=1; q3bin<=r3_num_Q3->GetNbinsX(); q3bin++){ r3_num_Q3->SetBinError(q3bin, sqrt(r3_e[q3bin-1])); } Cterm1->Divide(Combinatorics_1d); Cterm1_noMRC->Divide(Combinatorics_1d_noMRC); Cterm2->Divide(Combinatorics_1d); Cterm3->Divide(Combinatorics_1d); Cterm4->Divide(Combinatorics_1d); c3_hist->Divide(Combinatorics_1d); c3_hist_STAR->Divide(Combinatorics_1d_noMRC); num_QS->Divide(Combinatorics_1d); r3_num_Q3->Divide(r3_den_Q3); GenSignalExpected_num->Sumw2(); GenSignalExpected_num->Divide(GenSignalExpected_den); // // Coul_Riverside->Divide(Combinatorics_1d); Coul_GRiverside->Divide(Combinatorics_1d); Coul_Omega0->Divide(Combinatorics_1d); for(int ii=1; ii<=Coul_Omega0->GetNbinsX(); ii++){ Coul_Riverside->SetBinError(ii,0.000001); Coul_GRiverside->SetBinError(ii,0.000001); Coul_Omega0->SetBinError(ii,0.000001); } //////////////////////////// /////////////////////////////////////////////////////////////////////////////////////////////////// Coul_Riverside->SetLineColor(1); Coul_GRiverside->SetLineColor(2); Coul_Omega0->SetLineColor(4); //Coul_Riverside->Draw(); //legend1->AddEntry(Coul_Riverside,"Riverside","l"); //Coul_GRiverside->Draw("same"); //legend1->AddEntry(Coul_GRiverside,"Generalized Riverside","l"); //Coul_Omega0->Draw("same"); //legend1->AddEntry(Coul_Omega0,"Omega0","l"); Cterm1->SetMarkerStyle(20); Cterm1->SetMarkerColor(4); Cterm1->SetLineColor(4); Cterm1->GetXaxis()->SetTitle("Q_{3} (GeV/c)"); Cterm1->GetYaxis()->SetTitle("C_{3}"); //Cterm1->SetTitle("#pi^{-}#pi^{-}#pi^{-}"); Cterm1->SetMinimum(0.99); Cterm1->SetMaximum(1.08);// 6.1 for same-charge Cterm1->GetXaxis()->SetRangeUser(0,.095); Cterm1->GetYaxis()->SetTitleOffset(1.4); Cterm1->Draw(); legend2->AddEntry(Cterm1,"C_{3} raw","p"); // Cterm2->SetMarkerStyle(20); Cterm2->SetMarkerColor(7); Cterm3->SetMarkerStyle(25); Cterm3->SetMarkerColor(8); Cterm4->SetMarkerStyle(26); Cterm4->SetMarkerColor(9); //Cterm2->Draw("same"); //Cterm3->Draw("same"); //Cterm4->Draw("same"); //legend2->AddEntry(Cterm1,"++-","p"); if(MCcase){ double C3points_HIJING_mmm[10]={0, 0.961834, 1.01827, 0.999387, 1.00202, 1.00081, 1.00082, 1.00037, 0.999074, 0.999099}; double C3points_HIJING_mmm_e[10]={0, 0.0833895, 0.015158, 0.0047978, 0.00235067, 0.00138155, 0.00087485, 0.000612203, 0.000450162, 0.000346943}; double C3points_HIJING_ppp[10]={0, 1.13015, 1.00623, 1.00536, 1.00293, 0.999964, 1.00116, 1.0007, 1.00037, 1.00105}; double C3points_HIJING_ppp_e[10]={0, 0.0977058, 0.0150694, 0.0048196, 0.00235518, 0.00138376, 0.000877562, 0.000614069, 0.000452051, 0.00034856}; TH1D *C3_HIJING_mmm=(TH1D*)Cterm1->Clone(); TH1D *C3_HIJING_ppp=(TH1D*)Cterm1->Clone(); for(int i=0; i<10; i++){ C3_HIJING_mmm->SetBinContent(i+1, C3points_HIJING_mmm[i]); C3_HIJING_mmm->SetBinError(i+1, C3points_HIJING_mmm_e[i]); C3_HIJING_ppp->SetBinContent(i+1, C3points_HIJING_ppp[i]); C3_HIJING_ppp->SetBinError(i+1, C3points_HIJING_ppp_e[i]); } C3_HIJING_mmm->SetMarkerColor(2); C3_HIJING_mmm->SetLineColor(2); C3_HIJING_ppp->SetMarkerColor(4); C3_HIJING_ppp->SetLineColor(4); //C3_HIJING_mmm->Draw("same"); //C3_HIJING_ppp->Draw("same"); //legend2->AddEntry(C3_HIJING_mmm,"---","p"); //legend2->AddEntry(C3_HIJING_ppp,"+++","p"); } num_QS->SetMarkerStyle(24); num_QS->SetMarkerColor(4); num_QS->SetLineColor(4); num_QS->GetXaxis()->SetTitle("Q_{3}"); num_QS->GetYaxis()->SetTitle("C_{3}^{QS}"); num_QS->GetXaxis()->SetRangeUser(0,.12); num_QS->SetMaximum(6); //num_QS->Draw("same"); //legend2->AddEntry(num_QS,"C_{3}^{QS}","p"); c3_hist->GetXaxis()->SetTitle("Q_{3}"); c3_hist->GetYaxis()->SetTitle("c_{3}^{++-}"); c3_hist->GetXaxis()->SetRangeUser(0,.15); c3_hist->SetMarkerStyle(25); c3_hist->SetMarkerColor(2); c3_hist->SetLineColor(2); c3_hist->SetMaximum(3); c3_hist->SetMinimum(.9); if(!MCcase && !GeneratedSignal) c3_hist->Draw("same"); //legend2->AddEntry(c3_hist,"#font[12]{c}_{3} (cumulant correlation)","p"); if(SameCharge){ //for(int ii=0; ii<10; ii++) cout<<c3_hist->GetBinContent(ii+1)<<", "; TF1 *c3Fit=new TF1("c3Fit","[0]*(1+[1]*exp(-pow([2]*x/0.19733,2)/2.))",0,0.2); //TF1 *c3Fit=new TF1("c3Fit","[0]*(1+[1]*exp(-pow([2]*x/0.19733,2)/2.) * (1 + (-0.12/(6.*pow(2,1.5))*(8.*pow([2]*x/0.19733,3) - 12.*pow([2]*x/0.19733,1))) + (0.43/(24.*pow(2,2))*(16.*pow([2]*x/0.19733,4) -48.*pow([2]*x/0.19733,2) + 12))))",0,1); c3Fit->SetParameter(0,1); c3Fit->SetParameter(1,2); c3Fit->SetParameter(2,6); //c3Fit->FixParameter(1,0.8545); //c3Fit->FixParameter(2,8.982); //c3_hist->Fit(c3Fit,"IME","",0,0.11); //cout<<"Chi2/NDF = "<<c3Fit->GetChisquare()/c3Fit->GetNDF()<<endl; } GenSignalExpected_num->SetMarkerStyle(20); //GenSignalExpected_num->Draw("same"); //legend2->AddEntry(GenSignalExpected_num,"#kappa_{3}=0.24, #kappa_{4}=0.16, #lambda=0.68, R=6 fm","p"); //legend2->AddEntry(GenSignalExpected_num,"Edeworth expectation (fully chaotic)","p"); //MomRes_2d->SetMarkerStyle(20); //MomRes_3d->SetMarkerStyle(20); //MomRes_3d->SetMarkerColor(4); //MomRes_2d->GetXaxis()->SetTitle("Q_{3} (GeV/c)"); //MomRes_2d->GetYaxis()->SetTitle("< MRC >"); //MomRes_2d->SetTitle(""); //MomRes_2d->Draw(); //legend2->AddEntry(MomRes_2d,"2D: Triple pair product","p"); MomRes_3d_term2->SetLineColor(2); MomRes_3d_term5->SetLineColor(4); //MomRes_3d_term1->Draw(); //MomRes_3d_term2->Draw("same"); //MomRes_3d_term5->Draw("same"); //legend2->AddEntry(MomRes_3d,"3D","p"); //legend2->Draw("same"); //cout<<c3_hist->Integral(8,10)/3.<<endl; /* ////////// C3 systematics // C3 --+ base, M0, Kt3 0 double C3_base[10]={0, 1.64715, 1.40709, 1.24344, 1.15809, 1.1071, 1.07544, 1.0534, 1.03881, 1.02974}; double C3_base_e[10]={0, 0.00348782, 0.000841611, 0.00031699, 0.000163779, 9.95652e-05, 6.43811e-05, 4.60347e-05, 3.45978e-05, 2.68396e-05}; // // HIJING C3 --- base, M0 //double C3_base[10]={0, 0.970005, 1.00655, 1.00352, 1.00291, 1.00071, 1.0002, 0.999524, 0.999404, 0.999397}; //double C3_base_e[10]={0, 0.050845, 0.0099602, 0.00334862, 0.00138008, 0.000841743, 0.000531776, 0.000371712, 0.000274716, 0.00021}; // HIJING C3 --- base, M1 //double C3_base[10]={0, 1.03657, 1.00199, 0.997984, 1.00067, 1.0006, 0.999901, 0.999967, 0.999792, 0.999777}; //double C3_base_e[10]={0, 0.0634232, 0.0117204, 0.0039446, 0.00163131, 0.000996638, 0.000629662, 0.000440266, 0.00032534, 0.000249}; // HIJING C3 --- base, M2 //double C3_base[10]={0, 1.34345, 1.04226, 1.0278, 0.99582, 1.00554, 1.00296, 1.00057, 1.00271, 1.00152}; //double C3_base_e[10]={0, 0.363559, 0.0503531, 0.0170117, 0.00679185, 0.00419035, 0.00264603, 0.00184587, 0.00136663, 0.00104772}; // HIJING C3 --- base, M3 //double C3_base[10]={0, 0.890897, 1.05222, 1.00461, 1.01364, 0.998981, 1.00225, 1.00305, 1.00235, 1.00043}; //double C3_base_e[10]={0, 0.297124, 0.0604397, 0.0195066, 0.00812906, 0.00490835, 0.00310751, 0.00217408, 0.00160575, 0.00123065}; TH1D *C3baseHisto=(TH1D*)Cterm1->Clone(); for(int ii=0; ii<10; ii++){ C3baseHisto->SetBinContent(ii+1, C3_base[ii]); C3baseHisto->SetBinError(ii+1, C3_base_e[ii]); } cout<<"C3 values:"<<endl; for(int ii=0; ii<10; ii++){ cout<<Cterm1->GetBinContent(ii+1)<<", "; } cout<<endl; cout<<"C3 errors:"<<endl; for(int ii=0; ii<10; ii++){ cout<<Cterm1->GetBinError(ii+1)<<", "; } cout<<endl; TH1D *C3_Sys=(TH1D*)Cterm1->Clone(); for(int ii=1; ii<10; ii++){ if(C3_base[ii] ==0) { C3_Sys->SetBinContent(ii+1, 100.); C3_Sys->SetBinError(ii+1, 100.); continue; } C3_Sys->SetBinContent(ii+1, (C3_base[ii]-C3_Sys->GetBinContent(ii+1))/C3_base[ii]); C3_Sys->SetBinError(ii+1, sqrt(fabs(pow(C3_Sys->GetBinError(ii+1),2) - pow(C3_base_e[ii],2)))); } gStyle->SetOptFit(111); C3_Sys->GetXaxis()->SetRangeUser(0,0.099); C3_Sys->GetYaxis()->SetTitle("(C_{3}^{t1}-C_{3}^{t2})/C_{3}^{t1}"); C3_Sys->GetYaxis()->SetTitleOffset(2); C3_Sys->SetMinimum(-0.01); C3_Sys->SetMaximum(0.01); //C3_Sys->Draw(); TF1 *C3lineSys=new TF1("C3lineSys","pol3",0,0.099); C3_Sys->Fit(C3lineSys,"MEQ","",0,0.099); if(MCcase){ // Plotting +++ added with --- for HIJING TLegend *legendC3Hijing = new TLegend(.5,.15,.9,.3,NULL,"brNDC"); legendC3Hijing->SetBorderSize(1); legendC3Hijing->SetTextSize(.03);// small .03; large .06 legendC3Hijing->SetFillColor(0); Cterm1->Add(C3baseHisto); Cterm1->Scale(0.5); Cterm1->SetMinimum(0.9); Cterm1->SetMaximum(1.1); Cterm1->Draw(); legendC3Hijing->AddEntry(Cterm1,"same-charge, HIJING","p"); legendC3Hijing->Draw("same"); } */ /* ////////// c3 systematics // c3 --- base, M0, (0.04 TTC ) //double c3_base[10]={0, 1.86014, 1.47533, 1.23733, 1.09944, 1.04145, 1.01693, 1.00715, 1.00253, 1.00111}; //double c3_base_e[10]={0, 0.104645, 0.0120917, 0.00333303, 0.00118126, 0.0006692, 0.000405246, 0.000274163, 0.000198507, 0.000150258}; // c3 --- base, M0, Kt3 0 (New Standard) double c3_base[10]={0, 1.00906, 1.00013, 1.00203, 1.00001, 1.00017, 1.00001, 0.999721, 0.999778, 0.999844}; double c3_base_e[10]={0, 0.00726286, 0.00196376, 0.00081047, 0.00044086, 0.000276571, 0.000182574, 0.000132467, 0.000100557, 7.85009e-05}; cout<<"c3 values:"<<endl; for(int ii=0; ii<10; ii++){ cout<<c3_hist->GetBinContent(ii+1)<<", "; } cout<<endl; cout<<"c3 errors:"<<endl; for(int ii=0; ii<10; ii++){ cout<<c3_hist->GetBinError(ii+1)<<", "; } cout<<endl; TH1D *c3_Sys=(TH1D*)c3_hist->Clone(); for(int ii=1; ii<10; ii++){ if(c3_base[ii] ==0) { c3_Sys->SetBinContent(ii+1, 100.); c3_Sys->SetBinError(ii+1, 100.); continue; } c3_Sys->SetBinContent(ii+1, (c3_base[ii]-c3_Sys->GetBinContent(ii+1))/c3_base[ii]); c3_Sys->SetBinError(ii+1, sqrt(fabs(pow(c3_Sys->GetBinError(ii+1),2) - pow(c3_base_e[ii],2)))); } gStyle->SetOptFit(111); c3_Sys->GetXaxis()->SetRangeUser(0,0.099); c3_Sys->GetYaxis()->SetTitle("(C_{3}^{t1}-C_{3}^{t2})/C_{3}^{t1}"); c3_Sys->GetYaxis()->SetTitleOffset(2); c3_Sys->SetMinimum(-0.01); c3_Sys->SetMaximum(0.01); c3_Sys->Draw(); TF1 *c3lineSys=new TF1("c3lineSys","pol3",0,0.099); c3_Sys->Fit(c3lineSys,"MEQ","",0,0.099); */ /*TPad *pad1 = new TPad("pad1","pad1",0.0,0.0,1.,1.); gPad->SetGridx(0); gPad->SetGridy(0); gPad->SetTickx(); gPad->SetTicky(); pad1->SetTopMargin(0.02);//0.05 //pad1->SetLeftMargin(0.13);//.14 for wide title, .10 for narrow title, 0.08 for DeltaQ pad1->SetRightMargin(0.01);//1e-2 pad1->SetBottomMargin(0.06);//0.12 pad1->Divide(1,2,0,0); pad1->Draw(); pad1->cd(1); gPad->SetLeftMargin(0.14); gPad->SetRightMargin(0.02); if(SameCharge){ Coul_Omega0->SetMinimum(0.48); Coul_Omega0->SetMaximum(1.01); }else{ Coul_Omega0->SetMinimum(0.99); Coul_Omega0->SetMaximum(1.32); } Coul_Omega0->SetMarkerStyle(20); Coul_Omega0->SetMarkerColor(4); Coul_GRiverside->SetMarkerStyle(25); Coul_GRiverside->SetMarkerColor(2); Coul_Riverside->SetMarkerStyle(23); Coul_Omega0->Draw(); //Coul_Riverside->Draw("same"); Coul_GRiverside->Draw("same"); legend2->AddEntry(Coul_Omega0,"#Omega_{0}","p"); legend2->AddEntry(Coul_GRiverside,"Generalized Riverside","p"); //legend2->AddEntry(Coul_Riverside,"Riverside","p"); legend2->Draw("same"); TLatex *K3Label = new TLatex(-0.011,0.92,"K_{3}");// -0.011,0.92 (ss), 1.26 (os) K3Label->SetTextSize(0.08); K3Label->SetTextAngle(90); K3Label->Draw(); // pad1->cd(2); gPad->SetLeftMargin(0.14); gPad->SetRightMargin(0.02); gPad->SetBottomMargin(0.13); TH1D *K3_compOmega0 = (TH1D*)Coul_Omega0->Clone(); TH1D *K3_compGRS = (TH1D*)Coul_GRiverside->Clone(); for(int ii=0; ii<K3_compOmega0->GetNbinsX(); ii++){ K3_compOmega0->SetBinContent(ii+1, K3_compOmega0->GetBinContent(ii+1)-1.0); K3_compGRS->SetBinContent(ii+1, K3_compGRS->GetBinContent(ii+1)-1.0); } K3_compOmega0->Add(K3_compGRS,-1); K3_compOmega0->Divide(K3_compGRS); K3_compOmega0->SetMarkerStyle(20); K3_compOmega0->SetMarkerColor(1); K3_compOmega0->SetLineColor(1); K3_compOmega0->SetMinimum(-0.12);// -0.021 K3_compOmega0->SetMaximum(0.12);// 0.021 K3_compOmega0->SetBinContent(1,-100); K3_compOmega0->Draw(); TLatex *RatioLabel = new TLatex(-.011,-0.05,"#Delta (K_{3}-1)/(K_{3}(#Omega_{0})-1)");// -0.011,0.04 RatioLabel->SetTextSize(0.08); RatioLabel->SetTextAngle(90); RatioLabel->Draw(); TLatex *Q3Label = new TLatex(.065,-0.147,"Q_{3} (GeV/c)");//.065,-0.147 Q3Label->SetTextSize(0.08); Q3Label->Draw(); */ ///////////////////////////// // 3d C3QS fitting /* for(int i=0; i<BINRANGE_C2global; i++){ for(int j=0; j<BINRANGE_C2global; j++){ for(int k=0; k<BINRANGE_C2global; k++){ C3ssFitting[i][j][k] = C3QS_3d->GetBinContent(i+1,j+1,k+1); C3ssFitting_e[i][j][k] = C3QS_3d->GetBinError(i+1,j+1,k+1); } } } TF3 *C3ssFitResult=new TF3("C3ssFitResult",C3ssFitFunction,0,0.2,0,0.2,0,0.2,npar); for(int i=0; i<npar; i++) { if(i<=5) C3ssFitResult->FixParameter(i, OutputPar[i]); else C3ssFitResult->FixParameter(i, OutputPar[i]-OutputPar_e[i]); } const int NbinsC3_1d=Q3BINS; TH1D *C3fit_1d=new TH1D("C3fit_1d","",num_QS->GetNbinsX(),num_QS->GetXaxis()->GetBinLowEdge(1),num_QS->GetXaxis()->GetBinUpEdge(num_QS->GetNbinsX())); TH1D *C3fit_1d_den=new TH1D("C3fit_1d_den","",num_QS->GetNbinsX(),num_QS->GetXaxis()->GetBinLowEdge(1),num_QS->GetXaxis()->GetBinUpEdge(num_QS->GetNbinsX())); double C3_err[NbinsC3_1d]={0}; for(int i=0; i<C3QS_3d->GetNbinsX(); i++){// bin number for(int j=0; j<C3QS_3d->GetNbinsY(); j++){// bin number for(int k=0; k<C3QS_3d->GetNbinsZ(); k++){// bin number if(i==0 || j==0 || k==0) continue; //if(i==1 || j==1 || k==1) continue; double Q3 = sqrt(pow(AvgQinvSS[i],2) + pow(AvgQinvSS[j],2) + pow(AvgQinvSS[k],2)); C3fit_1d->Fill(Q3, C3ssFitResult->Eval(AvgQinvSS[i],AvgQinvSS[j],AvgQinvSS[k])*Combinatorics_3d->GetBinContent(i+1,j+1,k+1)); C3fit_1d_den->Fill(Q3, Combinatorics_3d->GetBinContent(i+1,j+1,k+1)); } } } C3fit_1d->Divide(C3fit_1d_den); for(int q3bin=1; q3bin<=num_QS->GetNbinsX(); q3bin++) C3fit_1d->SetBinError(q3bin, 0.001);// non-zero to display marker C3fit_1d->SetMarkerStyle(22); C3fit_1d->SetLineColor(4); //C3fit_1d->Draw("same"); TF1 *lineC3 = new TF1("lineC3","6",0,10); lineC3->SetLineColor(4); lineC3->SetLineStyle(2); //lineC3->Draw("same"); //legend2->AddEntry(lineC3,"Chaotic Limit C_{3}^{QS}","l"); TF1 *linec3 = new TF1("linec3","3",0,10); linec3->SetLineColor(2); linec3->SetLineStyle(2); //linec3->Draw("same"); //legend2->AddEntry(linec3,"Chaotic Limit #font[12]{c}_{3}","l"); */ //legend2->Draw("same"); ///////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////// TCanvas *can3 = new TCanvas("can3", "can3",1600,0,700,700); can3->SetHighLightColor(2); can3->Range(-0.7838115,-1.033258,0.7838115,1.033258); //gStyle->SetOptFit(0111); can3->SetFillColor(10); can3->SetBorderMode(0); can3->SetBorderSize(2); can3->SetGridx(); can3->SetGridy(); can3->SetFrameFillColor(0); can3->SetFrameBorderMode(0); can3->SetFrameBorderMode(0); can3->cd(); TPad *pad3 = new TPad("pad3","pad3",0.0,0.0,1.,1.); gPad->SetGridx(1); gPad->SetGridy(1); gPad->SetTickx(); gPad->SetTicky(); pad3->SetTopMargin(0.02);//0.05 //pad3->SetLeftMargin(0.13);//.14 for wide title, .10 for narrow title, 0.08 for DeltaQ pad3->SetRightMargin(0.01);//1e-2 pad3->SetBottomMargin(0.06);//0.12 pad3->Draw(); pad3->cd(1); gPad->SetLeftMargin(0.14); gPad->SetRightMargin(0.02); TF1 *QuarticFit = new TF1("QuarticFit","[0]*(1-[1]*pow(x,4))",0,.1); QuarticFit->SetParameter(0,2); QuarticFit->SetParameter(1,0); QuarticFit->SetLineColor(4); QuarticFit->SetParName(0,"I^{Quartic}"); QuarticFit->SetParName(1,"a^{Quartic}"); TF1 *QuadraticFit = new TF1("QuadraticFit","[0]*(1-[1]*pow(x,2))",0,.1); QuadraticFit->SetParameter(0,2); QuadraticFit->SetParameter(1,0); QuadraticFit->SetParName(0,"I^{Quadratic}"); QuadraticFit->SetParName(1,"a^{Quadratic}"); TLegend *legend3 = new TLegend(.2,.85,.5,.95,NULL,"brNDC"); legend3->SetBorderSize(1); legend3->SetTextSize(.04);// small .03; large .06 legend3->SetFillColor(0); if(SameCharge){ r3_num_Q3->SetMinimum(0); r3_num_Q3->SetMaximum(2.5);// 0 to 2.5 r3_num_Q3->GetXaxis()->SetRangeUser(0.0,0.1); r3_num_Q3->Draw(); // HIJING standalone // Kt3 1 /*double Gen_r3_m_M0[10]={0, 1.97963, 2.10248, 2.04465, 1.96697, 2.02295, 1.92281, 2.10031, 2.22338, 2.49729}; double Gen_r3_m_M0_e[10]={0, 0.132726, 0.0668652, 0.0451347, 0.042838, 0.0546967, 0.0754362, 0.133624, 0.286307, 0.628381}; double Gen_r3_p_M0[10]={0, 1.91771, 1.9653, 2.00742, 2.02393, 1.90624, 1.93554, 1.66, 1.79584, 0.301761}; double Gen_r3_p_M0_e[10]={0, 0.133654, 0.0667213, 0.0451512, 0.0428925, 0.0547591, 0.0754764, 0.13365, 0.28638, 0.628441};*/ // Kt3 2 /*double Gen_r3_m_M0[10]={0, 1.12993, 2.09715, 1.91886, 2.08493, 2.10931, 2.00286, 1.99898, 1.78549, 1.91861}; double Gen_r3_m_M0_e[10]={0, 0.237903, 0.115454, 0.0725178, 0.0630867, 0.0730326, 0.0886163, 0.12885, 0.213654, 0.379273}; double Gen_r3_p_M0[10]={0, 2.05766, 1.97408, 2.05182, 2.02431, 2.11783, 1.93294, 1.97525, 2.21833, 2.31318}; double Gen_r3_p_M0_e[10]={0, 0.24238, 0.11515, 0.0725077, 0.0629938, 0.0729842, 0.0886386, 0.12884, 0.213737, 0.379196};*/ // HIJING + ALICE // Kt3 1 /*double Gen_r3_m_M0[10]={0, 2.03468, 2.05783, 1.97757, 2.03809, 1.95703, 2.02915, 1.80055, 1.97664, 1.49573}; double Gen_r3_m_M0_e[10]={0, 0.284164, 0.0923288, 0.0543837, 0.045952, 0.0565222, 0.0748221, 0.128994, 0.271954, 0.599077}; double Gen_r3_p_M0[10]={0, 1.74611, 1.92369, 2.11024, 2.02823, 2.06235, 2.00127, 1.91551, 1.90576, 2.521}; double Gen_r3_p_M0_e[10]={0, 0.279962, 0.0928866, 0.0548168, 0.0462253, 0.0569129, 0.0752683, 0.129803, 0.2736, 0.602535}; double Gen_r3_m_M1[10]={0, 1.71341, 1.8735, 1.9352, 1.96466, 1.93852, 1.69509, 1.51402, 1.6014, -0.802941}; double Gen_r3_m_M1_e[10]={0, 0.334562, 0.108368, 0.0640739, 0.0540579, 0.0663174, 0.0876532, 0.149302, 0.307982, 0.640548}; double Gen_r3_p_M1[10]={0, 1.50861, 2.09508, 2.05338, 1.96178, 1.97999, 2.07162, 1.8607, 1.91805, 1.10468}; double Gen_r3_p_M1_e[10]={0, 0.3399, 0.109449, 0.0646241, 0.0544419, 0.0667711, 0.0882695, 0.150195, 0.309844, 0.643923};*/ // Kt3 2 /*double Gen_r3_m_M0[10]={0, 1.04272, 2.05961, 1.93025, 2.08203, 2.07565, 2.29192, 1.93009, 2.68715, 1.71175}; double Gen_r3_m_M0_e[10]={0, 3.09343, 0.30016, 0.117634, 0.0757208, 0.0794904, 0.090823, 0.128235, 0.21308, 0.40023}; double Gen_r3_p_M0[10]={0, 1.83276, 1.88969, 2.03778, 2.0907, 2.11919, 2.04992, 2.02593, 1.95209, 1.68264}; double Gen_r3_p_M0_e[10]={0, 3.59, 0.298056, 0.118354, 0.0762849, 0.079909, 0.0912179, 0.128866, 0.213999, 0.402173}; double Gen_r3_m_M1[10]={0, 5.40628, 1.52822, 1.93258, 2.13338, 2.05811, 2.02963, 2.1204, 2.04906, 1.9021}; double Gen_r3_m_M1_e[10]={0, 4.3025, 0.350163, 0.13871, 0.0897272, 0.0938973, 0.107045, 0.151557, 0.25029, 0.446325}; double Gen_r3_p_M1[10]={0, 3.15883, 1.86772, 2.24914, 2.12118, 2.09175, 2.01447, 2.36802, 2.57239, 2.68729}; double Gen_r3_p_M1_e[10]={0, 4.6622, 0.348237, 0.140294, 0.0903003, 0.09446, 0.107692, 0.152575, 0.251939, 0.448919};*/ //double r3Sys_M1[10]={0, 0.097, 0.056, 0.063, 0.097, 0.17, 0.32, 0.66, 1.4, 3.4}; // muon variation /*double r3_muonVar_M1[10]={0, 1.73244, 1.80921, 1.77852, 1.7192, 1.62059, 1.50122, 1.37656, 1.01344, 0.755781}; double r3_muonVar_M1_e[10]={0, 0.160786, 0.051075, 0.031982, 0.0293467, 0.0390241, 0.0514494, 0.0760959, 0.112944, 0.154592}; TH1D *r3_muonVar=(TH1D*)r3_num_Q3->Clone(); for(int i=0; i<10; i++){ r3_muonVar->SetBinContent(i+1,r3_muonVar_M1[i]); r3_muonVar->SetBinError(i+1,sqrt(pow(r3_muonVar_M1_e[i],2)+pow(r3Sys_M1[i],2))); } r3_muonVar->SetMarkerStyle(21); r3_muonVar->SetMarkerColor(2); r3_muonVar->SetLineColor(2); r3_muonVar->SetFillStyle(1000); r3_muonVar->SetFillColor(kRed-10); r3_muonVar->Draw("E2 same"); r3_num_Q3->Draw("same"); legend3->AddEntry(r3_num_Q3,"-2.0<N#sigma_{Pion}<2.0 (default)","p"); legend3->AddEntry(r3_muonVar,"-0.5<N#sigma_{Pion}<2.0","p"); legend3->Draw("same");*/ // muon correction /*double r3_muonCorr_M1[10]={0, 1.8462, 1.84371, 1.79934, 1.77217, 1.76725, 1.79545, 1.7986, 2.11717, 2.86177}; double r3_muonCorr_M1_e[10]={0, 0.0838277, 0.0266269, 0.0168108, 0.0156166, 0.0211333, 0.0286836, 0.0450595, 0.075618, 0.141419}; TH1D *r3_muonCorr=(TH1D*)r3_num_Q3->Clone(); for(int i=0; i<10; i++){ r3_muonCorr->SetBinContent(i+1,r3_muonCorr_M1[i]); r3_muonCorr->SetBinError(i+1,sqrt(pow(r3_muonCorr_M1_e[i],2) + pow(r3Sys_M1[i],2))); } r3_muonCorr->SetMarkerStyle(21); r3_muonCorr->SetMarkerColor(2); r3_muonCorr->SetLineColor(2); r3_muonCorr->SetFillStyle(1000); r3_muonCorr->SetFillColor(kRed-10); r3_muonCorr->Draw("E2 same"); r3_num_Q3->Draw("same"); legend3->AddEntry(r3_num_Q3,"No Muon Correction","p"); legend3->AddEntry(r3_muonCorr,"Correction Applied","p"); legend3->Draw("same");*/ // muon correction for muon variation data /*double r3_muonCorr_M1[10]={0, 1.71115, 1.8128, 1.79761, 1.76112, 1.70699, 1.63908, 1.63417, 1.49861, 1.75565}; double r3_muonCorr_M1_e[10]={0, 0.155228, 0.0491558, 0.0308125, 0.0283357, 0.0378035, 0.0501422, 0.0756057, 0.119169, 0.202093}; TH1D *r3_muonCorr=(TH1D*)r3_num_Q3->Clone(); for(int i=0; i<10; i++){ r3_muonCorr->SetBinContent(i+1,r3_muonCorr_M1[i]); r3_muonCorr->SetBinError(i+1,sqrt(pow(r3_muonCorr_M1_e[i],2) + pow(r3Sys_M1[i],2))); } r3_muonCorr->SetMarkerStyle(21); r3_muonCorr->SetMarkerColor(2); r3_muonCorr->SetLineColor(2); r3_muonCorr->SetFillStyle(1000); r3_muonCorr->SetFillColor(kRed-10); r3_muonCorr->Draw("E2 same"); r3_num_Q3->Draw("same"); legend3->AddEntry(r3_num_Q3,"Muon Corrected. Default PID","p"); legend3->AddEntry(r3_muonCorr,"Muon Corrected. Varied PID","p"); legend3->Draw("same");*/ /*for(int i=1; i<=10; i++){ cout<<r3_num_Q3->GetBinContent(i)<<", "; } cout<<endl; for(int i=1; i<=10; i++){ cout<<r3_num_Q3->GetBinError(i)<<", "; }*/ /* TH1D *Merged_SanityCheck=(TH1D*)r3_num_Q3->Clone(); for(int i=1; i<=10; i++){ double value = (Gen_r3_m_M0[i-1]+Gen_r3_p_M0[i-1])/2.; double value_e = sqrt(pow(Gen_r3_m_M0_e[i-1],2)+pow(Gen_r3_p_M0_e[i-1],2))/2.; //double value = (Gen_r3_m_M0[i-1]+Gen_r3_p_M0[i-1]+Gen_r3_m_M1[i-1]+Gen_r3_p_M1[i-1])/4.; //double value_e = sqrt(pow(Gen_r3_m_M0_e[i-1],2)+pow(Gen_r3_p_M0_e[i-1],2)+pow(Gen_r3_m_M1_e[i-1],2)+pow(Gen_r3_p_M1_e[i-1],2))/4.; Merged_SanityCheck->SetBinContent(i,value); Merged_SanityCheck->SetBinError(i,value_e); } gPad->SetTopMargin(0.02); gPad->SetLeftMargin(0.1); gPad->SetGridx(0); gPad->SetGridy(0); Merged_SanityCheck->GetXaxis()->SetTitleOffset(1.2); Merged_SanityCheck->GetYaxis()->SetTitleOffset(1.3); Merged_SanityCheck->SetMinimum(0.3); Merged_SanityCheck->SetMaximum(2.68); Merged_SanityCheck->Draw(); //r3_num_Q3->Fit(QuarticFit,"IME","",0,0.1); Merged_SanityCheck->Fit(QuarticFit,"IME","",0,0.1); gPad->Update(); //TPaveStats *Quartic_stats=(TPaveStats*)r3_num_Q3->FindObject("stats"); TPaveStats *Quartic_stats=(TPaveStats*)Merged_SanityCheck->FindObject("stats"); Quartic_stats->SetX1NDC(0.15); Quartic_stats->SetX2NDC(0.52); Quartic_stats->SetY1NDC(.2); Quartic_stats->SetY2NDC(.3); //TH1D *r3_clone=(TH1D*)r3_num_Q3->Clone(); TH1D *r3_clone=(TH1D*)Merged_SanityCheck->Clone(); r3_clone->Fit(QuadraticFit,"IME","",0,0.1); gPad->Update(); TPaveStats *Quadratic_stats=(TPaveStats*)r3_clone->FindObject("stats"); Quadratic_stats->SetX1NDC(0.54); Quadratic_stats->SetX2NDC(0.91); Quadratic_stats->SetY1NDC(.2); Quadratic_stats->SetY2NDC(.3); QuarticFit->Draw("same"); QuadraticFit->Draw("same"); Quartic_stats->Draw("same"); Quadratic_stats->Draw("same"); TF1 *ChaoticLimit = new TF1("ChaoticLimit","2.0",0,1); ChaoticLimit->SetLineStyle(3); ChaoticLimit->Draw("same"); TLatex *Specif_SanityCheck=new TLatex(0.2,0.35,"HIJING With Simulated QS+FSI Weights"); Specif_SanityCheck->SetNDC(); Specif_SanityCheck->SetTextFont(42); Specif_SanityCheck->SetTextSize(0.04); Specif_SanityCheck->Draw(); //TLatex *Specif_Kt3=new TLatex(0.2,0.45,"0.16<K_{t,3}<0.3 GeV/c"); TLatex *Specif_Kt3=new TLatex(0.2,0.45,"0.3<K_{t,3}<1.0 GeV/c"); Specif_Kt3->SetNDC(); Specif_Kt3->SetTextFont(42); Specif_Kt3->SetTextSize(0.04); Specif_Kt3->Draw(); legend3->AddEntry(QuarticFit,"Quartic fit","l"); legend3->AddEntry(QuadraticFit,"Quadratic fit","l"); legend3->Draw("same"); //DrawALICELogo(kFALSE, .72, .4, .87, .55); */ /* ////////// // r3 Sys cout<<"r3 values:"<<endl; for(int ii=0; ii<10; ii++){ cout<<r3_num_Q3->GetBinContent(ii+1)<<", "; } cout<<endl; cout<<"r3 errors:"<<endl; for(int ii=0; ii<10; ii++){ cout<<r3_num_Q3->GetBinError(ii+1)<<", "; } cout<<endl; // M0,pi- base values with TTC=0.035 (old standard) //double r3base[10]={0, 2.02584, 1.82659, 1.85384, 1.84294, 1.82431, 1.72205, 1.5982, 1.17379, 0.881535}; //double r3base_e[10]={0, 0.15115, 0.038311, 0.0231936, 0.0209217, 0.0291552, 0.0406093, 0.0624645, 0.0933104, 0.122683}; // M0,pi+ base values with TTC=0.035 (old standard) //double r3base[10]={0, 1.84738, 1.81805, 1.80057, 1.82563, 1.76585, 1.6749, 1.37454, 1.37558, 0.74562}; //double r3base_e[10]={0, 0.147285, 0.0381688, 0.0231643, 0.0209571, 0.0292255, 0.0407515, 0.0627228, 0.0937758, 0.123392}; // M1,pi- base values with TTC=0.035 (old standard) //double r3base[10]={0, 1.72641, 1.82547, 1.79747, 1.84141, 1.83557, 1.7994, 1.67511, 1.44238, 1.03004}; //double r3base_e[10]={0, 0.192385, 0.0471262, 0.0270385, 0.0229849, 0.0302041, 0.0397806, 0.0595701, 0.0902909, 0.123976}; // M2,pi- base values with TTC=0.035 (old standard) //double r3base[10]={0, 1.61726, 1.58973, 1.7834, 1.8914, 1.75445, 1.76511, 1.81367, 1.55617, 1.17797}; //double r3base_e[10]={0, 0.417924, 0.0973277, 0.0527296, 0.0421998, 0.0522792, 0.065144, 0.0923891, 0.135867, 0.190967}; // M9,pi- base values with TTC=0.035 (old standard) //double r3base[10]={0, 2.51235, 2.68042, 1.85333, 1.66794, 1.39832, 1.717, 1.5337, 1.80686, 1.42286}; //double r3base_e[10]={0, 3.09403, 0.650924, 0.272827, 0.160562, 0.145494, 0.137767, 0.146212, 0.164592, 0.189126}; // M0 PosB, pi- base values with TTC=0.035 (old standard) //double r3base[10]={0, 1.81361, 1.84779, 1.81693, 1.8252, 1.78366, 1.71822, 1.41243, 1.31656, 0.719842}; //double r3base_e[10]={0, 0.158656, 0.0405, 0.0244075, 0.0219925, 0.0306193, 0.0426494, 0.0655837, 0.0980259, 0.129011}; // M1 PosB, pi- base values with TTC=0.035 (old standard) //double r3base[10]={0, 1.7208, 1.79016, 1.76858, 1.85008, 1.80416, 1.67274, 1.6501, 1.45098, 1.1052}; //double r3base_e[10]={0, 0.202391, 0.0496228, 0.0282103, 0.0239023, 0.0313499, 0.041234, 0.061679, 0.0934039, 0.128249}; // M1 PID1p5 special case (M0 MomRes used),pi- base values with TTC=0.035 (old standard) //double r3base[10]={0, 1.77035, 1.82471, 1.77934, 1.80615, 1.77819, 1.71105, 1.60505, 1.44563, 1.09473}; //double r3base_e[10]={0, 0.193326, 0.0471058, 0.0269928, 0.0229581, 0.0301777, 0.0397553, 0.0595472, 0.0902768, 0.123968}; // M0,pi- base values with TTC=0.04 (New standard, r3 Interp fix, GRS) //double r3base[10]={0, 1.93236, 1.77265, 1.71324, 1.63426, 1.56167, 1.38348, 1.25064, 0.897615, 0.691928}; //double r3base_e[10]={0, 0.221991, 0.0433103, 0.023234, 0.0187678, 0.0243522, 0.0318668, 0.0459759, 0.066614, 0.0873847}; // M1,pi- base values with TTC=0.04 (New standard, r3 Interp fix, GRS) //double r3base[10]={0, 1.46815, 1.76361, 1.68282, 1.6334, 1.56039, 1.44628, 1.27343, 1.01443, 0.691937}; //double r3base_e[10]={0, 0.277164, 0.053134, 0.0271048, 0.0207043, 0.0253691, 0.0315642, 0.0443283, 0.0641466, 0.0858159}; // M2,pi- base values with TTC=0.04 (New standard, r3 Interp fix, GRS) //double r3base[10]={0, 1.43331, 1.72759, 1.71155, 1.68957, 1.53846, 1.45209, 1.40698, 1.16202, 1.04672}; //double r3base_e[10]={0, 0.594776, 0.109832, 0.0531013, 0.0383514, 0.0444564, 0.0525963, 0.0705969, 0.0998679, 0.135742}; // M9,pi- base values with TTC=0.04 (New standard, r3 Interp fix, GRS) //double r3base[10]={0, 6.98181, 2.42845, 1.71962, 1.57641, 1.23102, 1.49543, 1.48063, 1.50938, 1.27714}; //double r3base_e[10]={0, 7.09254, 0.731841, 0.277336, 0.152199, 0.130775, 0.118981, 0.121864, 0.132875, 0.148409}; // // M0,pi- base values with 3sigma //double r3base[10]={0, 1.71114, 1.72142, 1.74749, 1.69154, 1.60411, 1.47805, 1.27561, 1.02355, 0.769853}; //double r3base_e[10]={0, 0.251731, 0.0398122, 0.0196354, 0.0153904, 0.0197609, 0.0258499, 0.0377931, 0.0560878, 0.0774703}; // M1,pi- base values with 3sigma //double r3base[10]={0, 2.02471, 1.78737, 1.68681, 1.69639, 1.62634, 1.57337, 1.42229, 1.28352, 0.958121}; //double r3base_e[10]={0, 0.314475, 0.048507, 0.022855, 0.0169939, 0.0207322, 0.0260424, 0.0375715, 0.0569927, 0.0830874}; // M2,pi- base values with 3sigma //double r3base[10]={0, 1.50807, 1.75138, 1.71876, 1.76974, 1.6322, 1.5883, 1.5079, 1.4551, 1.49369}; //double r3base_e[10]={0, 0.658863, 0.0979719, 0.0436736, 0.0308217, 0.035654, 0.0425953, 0.0585648, 0.0865817, 0.128056}; // M9,pi- base values with 3sigma //double r3base[10]={0, 1.17509, 1.5117, 1.98348, 1.63032, 1.57195, 1.48828, 1.48218, 1.53689, 1.39533}; //double r3base_e[10]={0, 4.89181, 0.60212, 0.230712, 0.11983, 0.102686, 0.0937373, 0.0971281, 0.107949, 0.123923}; // // M0,pi-,EDbin=0, Femto Plus+Minus //double r3base[10]={0, 1.77055, 1.75926, 1.7711, 1.67159, 1.57851, 1.41187, 1.11004, 0.870851, 0.442019}; //double r3base_e[10]={0, 0.0688956, 0.0232182, 0.0156323, 0.0155991, 0.0225749, 0.0324584, 0.0516114, 0.0797203, 0.112197}; // M1,pi-,EDbin=0, Femto Plus+Minus //double r3base[10]={0, 1.83169, 1.79042, 1.7275, 1.67116, 1.6032, 1.5423, 1.30426, 1.13238, 0.656902}; //double r3base_e[10]={0, 0.0891247, 0.0286553, 0.0182713, 0.0171956, 0.0235918, 0.0324304, 0.0510863, 0.0823637, 0.125496}; // M2,pi-,EDbin=0, Femto Plus+Minus //double r3base[10]={0, 1.60769, 1.81565, 1.75909, 1.74026, 1.62865, 1.58101, 1.50583, 1.3503, 1.27367}; //double r3base_e[10]={0, 0.188422, 0.0581482, 0.0348698, 0.0309363, 0.0401393, 0.0519907, 0.0771148, 0.120583, 0.187679}; // M3,pi-,EDbin=0, Femto Plus+Minus double r3base[10]={0, 1.52778, 1.81442, 1.78982, 1.69978, 1.70934, 1.59516, 1.56605, 1.45676, 1.17468}; double r3base_e[10]={0, 0.288329, 0.0882351, 0.0510576, 0.0432015, 0.0536294, 0.0667149, 0.0950229, 0.143021, 0.217322}; // M8,pi-,EDbin=0, Femto Plus+Minus //double r3base[10]={0, 2.27921, 2.40794, 1.72409, 1.66853, 1.70966, 1.52681, 1.64425, 1.18747, 1.35988}; //double r3base_e[10]={0, 1.08315, 0.289559, 0.136951, 0.0919134, 0.0900869, 0.0901754, 0.101887, 0.121289, 0.148063}; // M9,pi-,EDbin=0, Femto Plus+Minus //double r3base[10]={0, 2.1271, 2.12837, 1.95071, 1.4832, 1.50308, 1.41068, 1.29826, 1.10739, 0.755899}; //double r3base_e[10]={0, 1.52325, 0.385705, 0.181328, 0.116165, 0.10896, 0.105705, 0.115163, 0.131994, 0.156299}; // // M9,pi+ (No MRC) double r3base_noMRC[10]={0, 4.16425, 0.429681, 1.56506, 1.64596, 1.73785, 1.57181, 1.51971, 1.59096, 1.54403}; double r3base_noMRC_e[10]={0, 2.00855, 0.437928, 0.187872, 0.1087, 0.097367, 0.0893871, 0.0933358, 0.103603, 0.11839}; // M9,pi+ (MRC normal) double r3base_MRC[10]={0, 3.84986, 0.558354, 1.60733, 1.67855, 1.75362, 1.59637, 1.54972, 1.62045, 1.57307}; double r3base_MRC_e[10]={0, 1.93428, 0.402333, 0.171664, 0.0996222, 0.0903509, 0.0840615, 0.0889731, 0.100023, 0.115704}; // M9,pi+ (MRC 50% larger) double r3base_MRC_over[10]={0, 3.70355, 0.614999, 1.62641, 1.69371, 1.76209, 1.60931, 1.56565, 1.63663, 1.58935}; double r3base_MRC_over_e[10]={0, 1.90276, 0.387084, 0.164703, 0.0956857, 0.0872585, 0.0816823, 0.0870033, 0.0984005, 0.114503}; TH1D *r3_noMRC=(TH1D*)r3_num_Q3->Clone(); TH1D *r3_MRC=(TH1D*)r3_num_Q3->Clone(); TH1D *r3_MRC_over=(TH1D*)r3_num_Q3->Clone(); TH1D *r3Sys=(TH1D*)r3_num_Q3->Clone(); for(int ii=1; ii<10; ii++){ double Stat_RelativeError = sqrt(fabs(pow(r3_num_Q3->GetBinError(ii+1),2) - pow(r3base_e[ii],2)));// + for independent stat's r3Sys->SetBinContent(ii+1, (r3base[ii]-r3_num_Q3->GetBinContent(ii+1))/r3base[ii]); r3Sys->SetBinError(ii+1, Stat_RelativeError); // r3_noMRC->SetBinContent(ii+1, r3base_noMRC[ii]); r3_MRC->SetBinContent(ii+1, r3base_MRC[ii]); r3_MRC_over->SetBinContent(ii+1, r3base_MRC_over[ii]); r3_noMRC->SetBinError(ii+1, r3base_noMRC_e[ii]); r3_MRC->SetBinError(ii+1, r3base_MRC_e[ii]); r3_MRC_over->SetBinError(ii+1, r3base_MRC_over_e[ii]); } r3_noMRC->SetMarkerStyle(20); r3_noMRC->SetMarkerColor(1); r3_noMRC->SetLineColor(1); r3_MRC->SetMarkerStyle(23); r3_MRC->SetMarkerColor(4); r3_MRC->SetLineColor(4); r3_MRC_over->SetMarkerStyle(24); r3_MRC_over->SetMarkerColor(2); r3_MRC_over->SetLineColor(2); //r3_MRC->Draw(); //r3_noMRC->Draw("same"); //r3_MRC_over->Draw("same"); TLegend *legendMRC = new TLegend(.45,.15,.95,.3,NULL,"brNDC"); legendMRC->SetBorderSize(1); legendMRC->SetTextSize(.03);// small .03; large .06 legendMRC->SetFillColor(0); //legendMRC->AddEntry(r3_MRC,"Momentum Resolution Corrected","p"); //legendMRC->AddEntry(r3_noMRC,"No Correction","p"); //legendMRC->AddEntry(r3_MRC_over,"50% Increased Correction","p"); //legendMRC->Draw("same"); r3Sys->GetYaxis()->SetTitle("(r_{3}^{t1}-r_{3}^{t2})/r_{3}^{t1}"); r3Sys->GetYaxis()->SetTitleOffset(1.8); r3Sys->SetMinimum(-0.1); r3Sys->SetMaximum(0.1); r3Sys->GetXaxis()->SetRangeUser(0,0.099); r3Sys->Draw(); TF1 *lineFit=new TF1("lineFit","pol0",0,0.02); gStyle->SetOptFit(111); r3Sys->Fit(lineFit,"MEQ","",0,0.1); */ /* //////////////////////////////////////////////////////////////////////// // The STAR method ReadCoulCorrections(0, 5, 2, 10);// Change to Gaussian R=5 fm calculation TLegend *legendSTAR = new TLegend(.45,.15,.95,.3,NULL,"brNDC"); legendSTAR->SetBorderSize(1); legendSTAR->SetTextSize(.03);// small .03; large .06 legendSTAR->SetFillColor(0); TH1D *r3_STAR = new TH1D("r3_STAR","",Q3BINS,0,0.2); TH1D *r3_den_STAR = new TH1D("r3_den_STAR","",Q3BINS,0,0.2); double r3_STAR_num_e[20]={0}; double r3_STAR_den_e[20]={0}; for(int i=2; i<=20; i++){// bin number double Q12 = (i-0.5)*(0.005); int Q12bin = int(Q12/0.005)+1; // for(int j=2; j<=20; j++){// bin number double Q13 = (j-0.5)*(0.005); int Q13bin = int(Q13/0.005)+1; // for(int k=2; k<=20; k++){// bin number double Q23 = (k-0.5)*(0.005); int Q23bin = int(Q23/0.005)+1; // double Q3 = sqrt(pow(Q12,2) + pow(Q13,2) + pow(Q23,2)); int Q3bin = Cterm1_noMRC->GetXaxis()->FindBin(Q3); if(Q3bin>19) continue; if(Q12 < sqrt(pow(Q13,2)+pow(Q23,2) - 2*Q13*Q23)) continue; if(Q12 > sqrt(pow(Q13,2)+pow(Q23,2) + 2*Q13*Q23)) continue; double K2_12 = CoulCorr2(CP12, Q12); double K2_13 = CoulCorr2(CP13, Q13); double K2_23 = CoulCorr2(CP23, Q23); double r3num = Cterm1_noMRC->GetBinContent(Q3bin)/(K2_12*K2_13*K2_23) - 1; r3num -= C2ssRaw->GetBinContent(Q12bin)/(K2_12) - 1; r3num -= C2ssRaw->GetBinContent(Q13bin)/(K2_13) - 1; r3num -= C2ssRaw->GetBinContent(Q23bin)/(K2_23) - 1; double r3den = (C2ssRaw->GetBinContent(Q12bin)/(K2_12) - 1); r3den *= (C2ssRaw->GetBinContent(Q13bin)/(K2_13) - 1); r3den *= (C2ssRaw->GetBinContent(Q23bin)/(K2_23) - 1); if(r3den<0) continue; r3den = sqrt(r3den); // r3_STAR_num_e[Q3bin-1] += pow(Cterm1_noMRC->GetBinError(Q3bin)/(K2_12*K2_13*K2_23),2); r3_STAR_num_e[Q3bin-1] += pow(C2ssRaw->GetBinError(Q12bin)/(K2_12),2); r3_STAR_num_e[Q3bin-1] += pow(C2ssRaw->GetBinError(Q13bin)/(K2_13),2); r3_STAR_num_e[Q3bin-1] += pow(C2ssRaw->GetBinError(Q23bin)/(K2_23),2); r3_STAR_den_e[Q3bin-1] += pow(0.5*C2ssRaw->GetBinError(Q12bin)/(K2_12) * (C2ssRaw->GetBinContent(Q13bin)/(K2_13) - 1)*(C2ssRaw->GetBinContent(Q23bin)/(K2_23) - 1) /r3den,2); r3_STAR_den_e[Q3bin-1] += pow(0.5*C2ssRaw->GetBinError(Q13bin)/(K2_13) * (C2ssRaw->GetBinContent(Q12bin)/(K2_12) - 1)*(C2ssRaw->GetBinContent(Q23bin)/(K2_23) - 1) /r3den,2); r3_STAR_den_e[Q3bin-1] += pow(0.5*C2ssRaw->GetBinError(Q23bin)/(K2_23) * (C2ssRaw->GetBinContent(Q12bin)/(K2_12) - 1)*(C2ssRaw->GetBinContent(Q13bin)/(K2_13) - 1) /r3den,2); // r3_STAR->Fill(Q3, r3num); r3_den_STAR->Fill(Q3, r3den); } } } for(int i=0; i<20; i++){ r3_STAR->SetBinError(i+1, sqrt( r3_STAR_num_e[i])); r3_den_STAR->SetBinError(i+1, sqrt( r3_STAR_den_e[i])); } r3_STAR->Divide(r3_den_STAR); r3_STAR->SetMaximum(5); r3_STAR->SetMinimum(-10); r3_STAR->GetXaxis()->SetRangeUser(0,0.099); r3_STAR->GetXaxis()->SetTitle("Q_{3} (GeV/c)"); r3_STAR->GetYaxis()->SetTitle("r_{3}*"); r3_STAR->SetLineColor(2); r3_STAR->SetMarkerColor(2); r3_STAR->SetMarkerStyle(kFullStar); r3_STAR->SetMarkerSize(1.2); r3_STAR->Draw(); r3_STAR->Fit(QuarticFit,"IME","",0.01,0.1); gPad->Update(); TPaveStats *Quartic_stats_STAR=(TPaveStats*)r3_STAR->FindObject("stats"); Quartic_stats_STAR->SetX1NDC(0.2); Quartic_stats_STAR->SetX2NDC(0.5); Quartic_stats_STAR->SetY1NDC(.8); Quartic_stats_STAR->SetY2NDC(.9); TH1D *r3_clone_STAR=(TH1D*)r3_STAR->Clone(); r3_STAR->Fit(QuadraticFit,"IME","",0,0.1); gPad->Update(); TPaveStats *Quadratic_stats_STAR=(TPaveStats*)r3_clone_STAR->FindObject("stats"); Quadratic_stats_STAR->SetX1NDC(0.55); Quadratic_stats_STAR->SetX2NDC(0.85); Quadratic_stats_STAR->SetY1NDC(.8); Quadratic_stats_STAR->SetY2NDC(.9); QuarticFit->Draw("same"); QuadraticFit->Draw("same"); Quartic_stats_STAR->Draw("same"); Quadratic_stats_STAR->Draw("same"); //Cterm1_noMRC->Draw(); ///////////////////////////////////////////////////////////////////////// if(SameCharge) r3_num_Q3->Draw("same"); legendSTAR->AddEntry(r3_STAR,"STAR method","p"); legendSTAR->AddEntry(r3_num_Q3,"ALICE method","p"); legendSTAR->Draw("same"); */ }// SameCharge //c3_hist_STAR->Draw(); //Cterm1_noMRC->Draw(); //r3_num_Q3->SetMarkerStyle(20); //r3_num_Q3->GetXaxis()->SetRangeUser(0,0.1); //r3_num_Q3->SetMinimum(-7); //r3_num_Q3->SetMaximum(2.2); /* double C3_star_noCoul[20]={0, 1.59478, 1.49099, 1.4239, 1.31166, 1.21337, 1.14344, 1.09671, 1.06525, 1.04391, 1.0306, 1.02045, 1.01359, 1.0035, 0.992264, 0.989587, 0.989968, 0.996795, 0, 0}; double C3_star_noCoul_e[20]={0, 0.260834, 0.0191839, 0.00524928, 0.0021307, 0.00110448, 0.000661211, 0.000438894, 0.000311247, 0.00023452, 0.000182819, 0.000147496, 0.000126547, 0.000130428, 0.000159494, 0.000240658, 0.000489113, 0.00387954, 0, 0}; TH1D *C3_star=(TH1D*)Cterm1->Clone(); C3_star->Add(C3_star,-1); for(int i=0; i<20; i++) {C3_star->SetBinContent(i+1, C3_star_noCoul[i]); C3_star->SetBinError(i+1, C3_star_noCoul_e[i]);} C3_star->SetMarkerColor(4); C3_star->SetLineColor(4); //C3_star->Draw("same"); //legend1->AddEntry(C3_star,"---; 200 GeV","p"); //legend1->Draw("same"); //TGraph *gr_MomRes_term1=new TGraph(10, */ ////////////////////////////////////////////////////////////////////////////////////// if(SaveToFile){ TString *savefilename = new TString("OutFiles/OutFile"); if(SameCharge) savefilename->Append("SC"); else savefilename->Append("MC"); // if(CHARGE==1) savefilename->Append("Pos"); else savefilename->Append("Neg"); // if(IncludeG) savefilename->Append("YesG"); else savefilename->Append("NoG"); // if(IncludeEWfromTherm) savefilename->Append("EWfromTherm"); if(IncludeEW) savefilename->Append("EW"); if(GRS) savefilename->Append("GRS"); else savefilename->Append("Omega0"); if(EDbin==0) savefilename->Append("Kt3_1"); else savefilename->Append("Kt3_2"); savefilename->Append("_Kt"); *savefilename += Ktbin; savefilename->Append("_M"); *savefilename += Mbin; savefilename->Append(".root"); TFile *savefile = new TFile(savefilename->Data(),"RECREATE"); can1->Write("can1"); C2_ss->Write("C2_ss"); C2_os->Write("C2_os"); C2_ss_Momsys->Write("C2_ss_Momsys"); C2_os_Momsys->Write("C2_os_Momsys"); C2_ss_Ksys->Write("C2_ss_Ksys"); C2_os_Ksys->Write("C2_os_Ksys"); fitC2ss->Write("fitC2ss"); fitC2os->Write("fitC2os"); fitC2ss_h->Write("fitC2ss_h"); fitC2os_h->Write("fitC2os_h"); if(IncludeEWfromTherm) { fitC2ssTherm->Write("fitC2ssTherm"); fitC2osTherm->Write("fitC2osTherm"); fitC2ssThermGaus->Write("fitC2ssThermGaus"); fitC2osThermGaus->Write("fitC2osThermGaus"); } C2Therm_ss->Write("C2Therm_ss"); C2Therm_os->Write("C2Therm_os"); K2_ss->Write("K2_ss"); K2_os->Write("K2_os"); Cterm1->Write("C3"); Coul_Omega0->Write("Coul_Omega0"); Coul_GRiverside->Write("Coul_GRiverside"); GenSignalExpected_num->Write("C3_EWexpectation"); num_QS->Write("num_QS"); c3_hist->Write("c3"); Combinatorics_1d->Write("Combinatorics_1d"); ChiSquaredNDF->Write("ChiSquaredNDF"); r3_num_Q3->Write("r3_Q3"); // savefile->Close(); } } void ReadCoulCorrections(int RVal, int bVal, int kt){ /////////////////////// TString *fname2; if(FileSetting==6) fname2 = new TString("KFile_GaussR8to5.root"); else if(FileSetting==7) fname2 = new TString("KFile_GaussR11to6.root"); else{ if(SourceType==0) fname2 = new TString("KFile.root"); if(SourceType==1) fname2 = new TString("KFile_50fmCut.root"); if(SourceType==2) fname2 = new TString("KFile_GaussR11to6.root"); } TFile *File=new TFile(fname2->Data(),"READ"); if(bVal!=2 && bVal!=3 && bVal!=5 && bVal!=7 && bVal!=8 && bVal!=9) cout<<"Therminator bVal not acceptable in 2-particle Coulomb read"<<endl; if(kt==10){// kt integrated TH2D *tempT_ss = (TH2D*)File->Get("K2ssT"); TH2D *tempT_os = (TH2D*)File->Get("K2osT"); CoulCorr2SS = (TH1D*)tempT_ss->ProjectionY("CoulCorr2SS",bBin, bBin); CoulCorr2OS = (TH1D*)tempT_os->ProjectionY("CoulCorr2OS",bBin, bBin); }else{ if(kt < 1 || kt > 6) cout<<"kt bin out of range in 2-particle Coulomb read"<<endl; TH3D *tempT3_ss = (TH3D*)File->Get("K2ssT_kt"); TH3D *tempT3_os = (TH3D*)File->Get("K2osT_kt"); CoulCorr2SS = (TH1D*)tempT3_ss->ProjectionZ("CoulCorr2SS",bBin, bBin, kt,kt); CoulCorr2OS = (TH1D*)tempT3_os->ProjectionZ("CoulCorr2OS",bBin, bBin, kt,kt); } if(IncludeStrongSC){// include strong FSI for pi+pi+ as per Lednicky code with R=7 (ratio of Coul+Strong to Coul) for(int ii=1; ii<=CoulCorr2SS->GetNbinsX(); ii++){ double newValue = CoulCorr2SS->GetBinContent(ii) * StrongSC->Eval(CoulCorr2SS->GetBinCenter(ii)*1000/2.);// k* not qinv CoulCorr2SS->SetBinContent(ii, newValue); } } // K factor shift for testing for(int ii=1; ii<=CoulCorr2SS->GetNbinsX(); ii++){ double newValueSS = (CoulCorr2SS->GetBinContent(ii)-1)*KShift+1;// k* not qinv CoulCorr2SS->SetBinContent(ii, newValueSS); double newValueOS = (CoulCorr2OS->GetBinContent(ii)-1)*KShift+1;// k* not qinv CoulCorr2OS->SetBinContent(ii, newValueOS); } CoulCorr2SS->SetDirectory(0); CoulCorr2OS->SetDirectory(0); File->Close(); } double CoulCorr2(int chargeproduct, double Q2){// returns K2 int indexL=0; int indexH=0; double slope=0; indexL = int(fabs(Q2 - CoulCorr2SS->GetXaxis()->GetBinWidth(1)/2.)/(CoulCorr2SS->GetXaxis()->GetBinWidth(1))); indexH = indexL+1; if(indexH >= CoulCorr2SS->GetNbinsX()) return 1.0; if(chargeproduct==1){ slope = (CoulCorr2SS->GetBinContent(indexL+1) - CoulCorr2SS->GetBinContent(indexH+1)); slope /= (CoulCorr2SS->GetXaxis()->GetBinCenter(indexL+1) - CoulCorr2SS->GetXaxis()->GetBinCenter(indexH+1)); return slope*(Q2 - CoulCorr2SS->GetXaxis()->GetBinCenter(indexL+1)) + CoulCorr2SS->GetBinContent(indexL+1); }else { slope = (CoulCorr2OS->GetBinContent(indexL+1) - CoulCorr2OS->GetBinContent(indexH+1)); slope /= (CoulCorr2OS->GetXaxis()->GetBinCenter(indexL+1) - CoulCorr2OS->GetXaxis()->GetBinCenter(indexH+1)); return slope*(Q2 - CoulCorr2OS->GetXaxis()->GetBinCenter(indexL+1)) + CoulCorr2OS->GetBinContent(indexL+1); } } //---------------------------------------------------------------------- //________________________________________________________________________ void fcnC2_Global(int& npar, double* deriv, double& f, double par[], int flag){ double qinvSS=0; double Rch=par[3]/FmToGeV; double Rcoh=par[4]/FmToGeV; double Dp=0; double CSS=0, COS=0; double SumChi2=0; double EW=0; double MT = sqrt(pow(0.25 + 0.1*Ktbin_GofP,2) + pow(masspiC,2)); NFitPoints_C2global=0; if(LinkN) par[9]=par[0];// Link N factors for(int i=1; i<BINRANGE_C2global; i++){ qinvSS = AvgQinvSS[i]; //if(qinvSS>0.08) continue; if(!GofP) Dp=fabs(par[2])/(1-fabs(par[2]));// p independent else Dp = fabs(par[2])/(1-fabs(par[2])); //double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2) - pow(RT,2))*pow(AvgP[Ktbin_GofP-1][i]-qinvSS/2.,2)); //double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2) - pow(RT,2))*pow(AvgP[Ktbin_GofP-1][i]+qinvSS/2.,2)); //double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(AvgP[Ktbin_GofP-1][i]-qinvSS/2.,2) - 2*MT/Temp); //double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(AvgP[Ktbin_GofP-1][i]+qinvSS/2.,2) - 2*MT/Temp); //double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(par[10]-qinvSS/2.,2) - 2*MT/Temp); //double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(par[10]+qinvSS/2.,2) - 2*MT/Temp); //double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(qinvSS/2.,2) - 2*MT/Temp); //double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(qinvSS/2.,2) - 2*MT/Temp); double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(2*(pow(Rcoh,2)-pow(RT,2))*pow(qinvSS/2.,2)); double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(2*(pow(Rcoh,2)-pow(RT,2))*pow(qinvSS/2.,2)); if(!GofP) {Dp1=Dp; Dp2=Dp;} // double arg=qinvSS*Rch; EW = 1 + par[5]/(6.*pow(2,1.5))*(8.*pow(arg,3) - 12.*pow(arg,1)); EW += par[6]/(24.*pow(2,2))*(16.*pow(arg,4) -48.*pow(arg,2) + 12); EW += par[7]/(120.*pow(2,2.5))*(32.*pow(arg,5) - 160.*pow(arg,3) + 120*arg); EW += par[8]/(720.*pow(2,3))*(64.*pow(arg,6) - 480.*pow(arg,4) + 720.*pow(arg,2) - 120); // double Gaus_coh = exp(-pow(Rcoh*qinvSS,2)/2.); double Gaus_ch = exp(-pow(Rch*qinvSS,2)/2.) * EW; CSS = 1 + pow(1 + Dp*Gaus_coh/Gaus_ch,2)/((1+Dp1)*(1+Dp2)) * exp(-pow(Rch*qinvSS,2))*pow(EW,2); if(ChargeConstraint) CSS -= 4/5.* Dp1/(1+Dp1) * Dp2/(1+Dp2); else CSS -= pow(Gaus_coh*Dp,2)/((1+Dp1)*(1+Dp2)); //else CSS -= Dp1/(1+Dp1) * Dp2/(1+Dp2); CSS *= par[1]*K2SS[i]; if(MuonCorrection) CSS /= C2muonCorrection_SC->GetBinContent(i+1); CSS += 1-par[1]; CSS *= par[0]; // COS = 1; if(ChargeConstraint && GofP) COS += 1/5.* Dp1/(1+Dp1) * Dp2/(1+Dp2); COS *= par[1]*K2OS[i]; if(MuonCorrection) COS /= C2muonCorrection_MC->GetBinContent(i+1); COS += 1-par[1]; COS *= par[9];// different Norm // if(C2ssFitting[i] > 0){ if(IncludeSS) { double errorSS = sqrt(pow( (CSS/par[0] - (1-par[1]))/K2SS[i] * K2SS_e[i] * par[0],2) + pow(C2ssFitting_e[i],2)); //double errorSS = C2ssFitting_e[i]; SumChi2 += pow((CSS - C2ssFitting[i])/errorSS,2); NFitPoints_C2global++; } } if(IncludeOS) { double errorOS = sqrt(pow( (COS/par[9] - (1-par[1]))/K2OS[i] * K2OS_e[i] * par[9],2) + pow(C2osFitting_e[i],2)); //double errorOS = C2osFitting_e[i]; SumChi2 += pow((COS - C2osFitting[i])/errorOS,2); NFitPoints_C2global++; } } f = SumChi2; Chi2_C2global = f; } //________________________________________________________________________ double C2ssFitFunction(Double_t *x, Double_t *par) { double Rch=par[3]/FmToGeV; double Rcoh=par[4]/FmToGeV; double Dp=0; int qbin = int(fabs(x[0]/0.005)); if(qbin >= BINRANGE_C2global) return 1.0; double qinvSS = AvgQinvSS[qbin]; double MT = sqrt(pow(0.25 + 0.1*Ktbin_GofP,2) + pow(masspiC,2)); if(!GofP) Dp = fabs(par[2])/(1-fabs(par[2]));// p independent else Dp = fabs(par[2])/(1-fabs(par[2])); //double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2)-pow(RT,2))*pow(AvgP[Ktbin_GofP-1][qbin]-qinvSS/2.,2)); //double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2)-pow(RT,2))*pow(AvgP[Ktbin_GofP-1][qbin]+qinvSS/2.,2)); //double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(AvgP[Ktbin_GofP-1][qbin]-qinvSS/2.,2) - 2*MT/Temp); //double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(AvgP[Ktbin_GofP-1][qbin]+qinvSS/2.,2) - 2*MT/Temp); //double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(qinvSS/2.,2) - 2*MT/Temp); //double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*pow(Rcoh,2)*pow(qinvSS/2.,2) - 2*MT/Temp); double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(2*(pow(Rcoh,2)-pow(RT,2))*pow(qinvSS/2.,2)); double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(2*(pow(Rcoh,2)-pow(RT,2))*pow(qinvSS/2.,2)); if(!GofP) {Dp1=Dp; Dp2=Dp;} double arg=qinvSS*Rch; double EW = 1 + par[5]/(6.*pow(2,1.5))*(8.*pow(arg,3) - 12.*pow(arg,1)); EW += par[6]/(24.*pow(2,2))*(16.*pow(arg,4) -48.*pow(arg,2) + 12); EW += par[7]/(120.*pow(2,2.5))*(32.*pow(arg,5) - 160.*pow(arg,3) + 120*arg); EW += par[8]/(720.*pow(2,3))*(64.*pow(arg,6) - 480.*pow(arg,4) + 720.*pow(arg,2) - 120); double Gaus_coh = exp(-pow(Rcoh*qinvSS,2)/2.); double Gaus_ch = exp(-pow(Rch*qinvSS,2)/2.) * EW; double CSS = 1 + pow(1 + Dp*Gaus_coh/Gaus_ch,2)/((1+Dp1)*(1+Dp2)) * exp(-pow(Rch*qinvSS,2))*pow(EW,2); if(ChargeConstraint) CSS -= 4/5.* Dp1/(1+Dp1) * Dp2/(1+Dp2); else CSS -= pow(Gaus_coh*Dp,2)/((1+Dp1)*(1+Dp2)); //else CSS -= Dp1/(1+Dp1) * Dp2/(1+Dp2); CSS *= par[1]*K2SS[qbin]; if(MuonCorrection) CSS /= C2muonCorrection_SC->GetBinContent(qbin+1); CSS += 1-par[1]; CSS *= par[0]; //cout<<qinvSS<<" "<<Dp1/(1+Dp1) * Dp2/(1+Dp2)<<endl; return CSS; } //________________________________________________________________________ double C2osFitFunction(Double_t *x, Double_t *par) { if(LinkN) par[9]=par[0];// Link N factors double Rcoh=par[4]/FmToGeV; double Dp=0; int qbin = int(fabs(x[0]/0.005)); if(qbin >= BINRANGE_C2global) return 1.0; double qinvOS = AvgQinvOS[qbin]; if(!GofP) Dp = fabs(par[2])/(1-fabs(par[2]));// p independent else Dp = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2)-pow(RT,2))*pow(AvgP[Ktbin_GofP-1][qbin],2)); //Dp = fabs(par[2])/(1-fabs(par[2])); double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2)-pow(RT,2))*pow(AvgP[Ktbin_GofP-1][qbin]-qinvOS/2.,2)); double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2)-pow(RT,2))*pow(AvgP[Ktbin_GofP-1][qbin]+qinvOS/2.,2)); //double Dp1 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2)-pow(RT,2))*pow(qinvOS/2.,2)); //double Dp2 = fabs(par[2])/(1-fabs(par[2])) * exp(-2*(pow(Rcoh,2)-pow(RT,2))*pow(qinvOS/2.,2)); if(!GofP) {Dp1=Dp; Dp2=Dp;} double COS = 1; if(ChargeConstraint && GofP) COS += 1/5.* Dp1/(1+Dp1) * Dp2/(1+Dp2); COS *= par[1]*K2OS[qbin]; if(MuonCorrection) COS /= C2muonCorrection_MC->GetBinContent(qbin+1); COS += 1-par[1]; COS *= par[9]; return COS; } //________________________________________________________________________ void fcnC3_Global(int& npar, double* deriv, double& f, double par[], int flag){ double qinvSS_12=0; double qinvSS_13=0; double qinvSS_23=0; //double D=fabs(par[2])/(1-fabs(par[2])); double Rch=par[3]/FmToGeV; //double Rcoh=par[4]/FmToGeV; double CSS=0; double SumChi2=0; double EW_12=0, EW_13=0, EW_23=0; NFitPoints_C3global=0; for(int i=0; i<BINRANGE_C2global; i++){ qinvSS_12 = AvgQinvSS[i]; double arg_12=qinvSS_12*Rch; EW_12 = 1 + par[5]/(6.*pow(2,1.5))*(8.*pow(arg_12,3) - 12.*pow(arg_12,1)); EW_12 += par[6]/(24.*pow(2,2))*(16.*pow(arg_12,4) -48.*pow(arg_12,2) + 12); EW_12 += par[7]/(120.*pow(2,2.5))*(32.*pow(arg_12,5) - 160.*pow(arg_12,3) + 120*arg_12); EW_12 += par[8]/(720.*pow(2,3))*(64.*pow(arg_12,6) - 480.*pow(arg_12,4) + 720.*pow(arg_12,2) - 120); for(int j=0; j<BINRANGE_C2global; j++){ qinvSS_13 = AvgQinvSS[j]; double arg_13=qinvSS_13*Rch; EW_13 = 1 + par[5]/(6.*pow(2,1.5))*(8.*pow(arg_13,3) - 12.*pow(arg_13,1)); EW_13 += par[6]/(24.*pow(2,2))*(16.*pow(arg_13,4) -48.*pow(arg_13,2) + 12); EW_13 += par[7]/(120.*pow(2,2.5))*(32.*pow(arg_13,5) - 160.*pow(arg_13,3) + 120*arg_13); EW_13 += par[8]/(720.*pow(2,3))*(64.*pow(arg_13,6) - 480.*pow(arg_13,4) + 720.*pow(arg_13,2) - 120); for(int k=0; k<BINRANGE_C2global; k++){ qinvSS_23 = AvgQinvSS[k]; double arg_23=qinvSS_23*Rch; EW_23 = 1 + par[5]/(6.*pow(2,1.5))*(8.*pow(arg_23,3) - 12.*pow(arg_23,1)); EW_23 += par[6]/(24.*pow(2,2))*(16.*pow(arg_23,4) -48.*pow(arg_23,2) + 12); EW_23 += par[7]/(120.*pow(2,2.5))*(32.*pow(arg_23,5) - 160.*pow(arg_23,3) + 120*arg_23); EW_23 += par[8]/(720.*pow(2,3))*(64.*pow(arg_23,6) - 480.*pow(arg_23,4) + 720.*pow(arg_23,2) - 120); // if(i==0 || j==0 || k==0) continue; CSS = 1 + pow(EW_12,2)*exp(-pow(Rch*qinvSS_12,2)); CSS += pow(EW_13,2)*exp(-pow(Rch*qinvSS_13,2)); CSS += pow(EW_23,2)*exp(-pow(Rch*qinvSS_23,2)); CSS += 2*EW_12*EW_13*EW_23 * exp(-1/2.*pow(Rch,2)*(pow(qinvSS_12,2)+pow(qinvSS_13,2)+pow(qinvSS_23,2))); // if(IncludeSS) { /*double errorSS = sqrt(pow(C3ssFitting_e[i],2)); if(errorSS > 0){ SumChi2 += pow((CSS - C3ssFitting[i])/errorSS,2); NFitPoints_C3global++; }*/ } if(IncludeOS) { //double errorOS = sqrt(pow(C3osFitting_e[i],2)); //SumChi2 += pow((COS - C3osFitting[i])/errorOS,2); //NFitPoints_C3global++; } }// k }// j }// i f = SumChi2; Chi2_C3global = f; } //______________________________________________________________________ /*void C3ssFitFunction(Double_t *x, Double_t *par){ double qinvSS_12=0, qinvOS_12=0; double qinvSS_13=0, qinvOS_13=0; double qinvSS_23=0, qinvOS_23=0; double D=fabs(par[2])/(1-fabs(par[2])); double Rch=par[3]/FmToGeV; double Rcoh=par[4]/FmToGeV; double CSS=0, COS=0; double term1=0, term2=0; double SumChi2=0; double EW_12=0, EW_13=0, EW_23=0; NFitPoints_C3global=0; int qbin_12 = x[0]*1000/5; qinvSS_12 = AvgQinvSS[qbin_12]; qinvOS_12 = AvgQinvOS[qbin_12]; double arg_12=qinvSS_12*Rch; EW_12 = 1 + par[5]/(6.*pow(2,1.5))*(8.*pow(arg_12,3) - 12.*pow(arg_12,1)); EW_12 += par[6]/(24.*pow(2,2))*(16.*pow(arg_12,4) -48.*pow(arg_12,2) + 12); EW_12 += par[7]/(120.*pow(2,2.5))*(32.*pow(arg_12,5) - 160.*pow(arg_12,3) + 120*arg_12); EW_12 += par[8]/(720.*pow(2,3))*(64.*pow(arg_12,6) - 480.*pow(arg_12,4) + 720.*pow(arg_12,2) - 120); // int qbin_13 = x[1]*1000/5; qinvSS_13 = AvgQinvSS[qbin_13]; qinvOS_13 = AvgQinvOS[qbin_13]; double arg_13=qinvSS_13*Rch; EW_13 = 1 + par[5]/(6.*pow(2,1.5))*(8.*pow(arg_13,3) - 12.*pow(arg_13,1)); EW_13 += par[6]/(24.*pow(2,2))*(16.*pow(arg_13,4) -48.*pow(arg_13,2) + 12); EW_13 += par[7]/(120.*pow(2,2.5))*(32.*pow(arg_13,5) - 160.*pow(arg_13,3) + 120*arg_13); EW_13 += par[8]/(720.*pow(2,3))*(64.*pow(arg_13,6) - 480.*pow(arg_13,4) + 720.*pow(arg_13,2) - 120); // int qbin_23 = x[2]*1000/5; qinvSS_23 = AvgQinvSS[qbin_23]; qinvOS_23 = AvgQinvOS[qbin_23]; double arg_23=qinvSS_23*Rch; EW_23 = 1 + par[5]/(6.*pow(2,1.5))*(8.*pow(arg_23,3) - 12.*pow(arg_23,1)); EW_23 += par[6]/(24.*pow(2,2))*(16.*pow(arg_23,4) -48.*pow(arg_23,2) + 12); EW_23 += par[7]/(120.*pow(2,2.5))*(32.*pow(arg_23,5) - 160.*pow(arg_23,3) + 120*arg_23); EW_23 += par[8]/(720.*pow(2,3))*(64.*pow(arg_23,6) - 480.*pow(arg_23,4) + 720.*pow(arg_23,2) - 120); // if(qbin_12==0 || qbin_13==0 || qbin_23==0) return 0; CSS = 1 + pow(EW_12,2)*exp(-pow(Rch*qinvSS_12,2)); CSS += pow(EW_13,2)*exp(-pow(Rch*qinvSS_13,2)); CSS += pow(EW_23,2)*exp(-pow(Rch*qinvSS_23,2)); CSS += 2*EW_12*EW_13*EW_23 * exp(-1/2.*pow(Rch,2)*(pow(qinvSS_12,2)+pow(qinvSS_13,2)+pow(qinvSS_23,2))); // return CSS; }*/ //---------------------------------------------------------------------- void fcnOSL(int& npar, double* deriv, double& f, double par[], int flag){ double qout=0, qside=0, qlong=0; double Gaus_ch=0; double C=0; //double lnL=0; double SumChi2=0; NFitPoints_OSL=0; for(int i=0; i<BINS_OSL-10; i++){// out, 0 to BINS_OSL-10 for(int j=0; j<BINS_OSL-10; j++){// side, 0 to BINS_OSL-10 for(int k=0; k<BINS_OSL-10; k++){// long, 0 to BINS_OSL-10 if(B[i][j][k] < 1. ) continue; qout = (i+0.5)*0.005; qside = (j+0.5)*0.005; qlong = (k+0.5)*0.005; Gaus_ch = exp(-pow(par[3]*qout/FmToGeV,2) - pow(par[4]*qside/FmToGeV,2) - pow(par[5]*qlong/FmToGeV,2)); //C = par[0]*(1 + par[1]*(K_OSL[i][j][k]-1) + K_OSL[i][j][k]*par[1]*Gaus_ch); C = par[0]*( (1-par[1]) + par[1]*K_OSL[i][j][k]*(1+Gaus_ch)); if(C < 0) continue; double error = pow(A_e[i][j][k]/B[i][j][k],2) + pow(B_e[i][j][k]*A[i][j][k]/pow(B[i][j][k],2),2); error += pow((C/par[0] - (1-par[1]))/K_OSL[i][j][k] * K_OSL_e[i][j][k]*par[0],2); error = sqrt(error); SumChi2 += pow( (C - A[i][j][k]/B[i][j][k])/error,2); /* if(A[i][j][k] >= 1) term1 = C*(A[i][j][k]+B[i][j][k])/(A[i][j][k]*(C+1)); else term1 = 0; term2 = (A[i][j][k]+B[i][j][k])/(B[i][j][k]*(C+1)); if(term1 > 0.0 && term2 > 0.0){ lnL += A[i][j][k]*log(term1) + B[i][j][k]*log(term2); }else if(term1==0 && term2 > 0.0){ lnL += B[i][j][k]*log(term2); }else {cout<<"WARNING -- term1 and term2 are negative"<<endl;} */ NFitPoints_OSL++; } } } f = SumChi2; //f = -2.0*lnL; Chi2_OSL = f; } //________________________________________________________________________ double OSLfitfunction(Double_t *x, Double_t *par) { int bin_out = int(1000*(x[0])/5.); int bin_side = int(1000*(x[1])/5.); int bin_long = int(1000*(x[2])/5.); double K = CoulCorr2(+1, avg_q[bin_out][bin_side][bin_long]); double Gaus_ch = exp(-pow(par[3]*x[0]/FmToGeV,2) - pow(par[4]*x[1]/FmToGeV,2) - pow(par[5]*x[2]/FmToGeV,2)); return par[0]*(1 + par[1]*(K-1) + K*par[1]*Gaus_ch); } //__________________________________________________________________________ void fcn_3(int& npar, double* deriv, double& f, double par[], int flag){ double q12=0, q13=0, q23=0; double K12=0, K13=0, K23=0, K123=0; double G1=0, G2=0, G3=0, G4=0; double EW12=0, EW13=0, EW23=0; double C=0; double term1=0, term2=0; double lnL=0; // start from 2-4 MeV bins for(int i=1; i<BINRANGE_3-10; i++){// q12 for(int j=1; j<BINRANGE_3-10; j++){// q13 for(int k=1; k<BINRANGE_3-10; k++){// q23 if(B_3[i][j][k] < 1. ) continue; q12 = (i+0.5)*0.002; q13 = (j+0.5)*0.002; q23 = (k+0.5)*0.002; //K12 = 1/CoulCorr_CsorgoMate(2, q12); //K13 = 1/CoulCorr_CsorgoMate(2, q13); //K23 = 1/CoulCorr_CsorgoMate(2, q23); //K12 = 1/Coul_pipi_data(q12); //K13 = 1/Coul_pipi_data(q13); //K23 = 1/Coul_pipi_data(q23); K12=1.0; K13=1.0; K23=1.0; K123 = K12*K13*K23; // //K123 = 1 - pow(par[1],3)*(1-K12*K13*K23); //K12 = 1 - pow(par[1],3)*(1-K12); //K13 = 1 - pow(par[1],3)*(1-K13); //K23 = 1 - pow(par[1],3)*(1-K23); // EW12 = 1 + par[4]/(6.*pow(2,1.5))*(8*pow(q12*par[2]/FmToGeV,3) - 12*pow(q12*par[2]/FmToGeV,1)) + par[5]/(24.*pow(2,2))*(16*pow(q12*par[2]/FmToGeV,4) -48*pow(q12*par[2]/FmToGeV,2) + 12); EW13 = 1 + par[4]/(6.*pow(2,1.5))*(8*pow(q13*par[2]/FmToGeV,3) - 12*pow(q13*par[2]/FmToGeV,1)) + par[5]/(24.*pow(2,2))*(16*pow(q13*par[2]/FmToGeV,4) -48*pow(q13*par[2]/FmToGeV,2) + 12); EW23 = 1 + par[4]/(6.*pow(2,1.5))*(8*pow(q23*par[2]/FmToGeV,3) - 12*pow(q23*par[2]/FmToGeV,1)) + par[5]/(24.*pow(2,2))*(16*pow(q23*par[2]/FmToGeV,4) -48*pow(q23*par[2]/FmToGeV,2) + 12); //EW12=1; EW13=1; EW23=1; // G1 = K12*exp(-pow(par[2]*q12/FmToGeV,2)/2.)*EW12; G1 += K13*exp(-pow(par[2]*q13/FmToGeV,2)/2.)*EW13; G1 += K23*exp(-pow(par[2]*q23/FmToGeV,2)/2.)*EW23; // G2 = K12*exp(-pow(par[2]*q12/FmToGeV,2))*pow(EW12,2); G2 += K13*exp(-pow(par[2]*q13/FmToGeV,2))*pow(EW13,2); G2 += K23*exp(-pow(par[2]*q23/FmToGeV,2))*pow(EW23,2); // G3 = exp(-pow(par[2]/FmToGeV,2)*(q12*q12 + q23*q23)/2.)*EW12*EW23; G3 += exp(-pow(par[2]/FmToGeV,2)*(q13*q13 + q23*q23)/2.)*EW13*EW23; G3 += exp(-pow(par[2]/FmToGeV,2)*(q12*q12 + q13*q13)/2.)*EW12*EW13; G3 *= K123; // G4 = exp(-pow(par[2]/FmToGeV,2)*(q12*q12 + q13*q13 + q23*q23)/2.); G4 *= EW12*EW13*EW23; G4 *= K123; // C = 1 - pow(par[1],3)*(1-K123) - pow(par[1],2)*((1-K12) + (1-K13) + (1-K23));// pure Coulomb //C = 1 - (1-K123) - ((1-K12) + (1-K13) + (1-K23));// pure Coulomb C += pow(par[1],2)*2*par[3]*(1-par[3])*G1;// 2-mixed chaos/coherence C += pow(par[1],2)*pow(par[3],2)*G2;// 2-pure chaos C += pow(par[1],3)*2*pow(par[3],2)*(1-par[3])*G3;// 3-mixed chaos/coherence C += pow(par[1],3)*2*pow(par[3],3)*G4;// 3-pure chaos C *= par[0];// Norm if(C < 0) continue; if(A_3[i][j][k] >= 1) term1 = C*(A_3[i][j][k]+B_3[i][j][k])/(A_3[i][j][k]*(C+1)); else term1 = 0; term2 = (A_3[i][j][k]+B_3[i][j][k])/(B_3[i][j][k]*(C+1)); if(term1 > 0.0 && term2 > 0.0){ lnL += A_3[i][j][k]*log(term1) + B_3[i][j][k]*log(term2); }else if(term1==0 && term2 > 0.0){ lnL += B_3[i][j][k]*log(term2); }else {cout<<"WARNING -- term1 and term2 are negative"<<endl;} } } } f = -2.0*lnL; } //________________________________________________________________________ double D3fitfunction_3(Double_t *x, Double_t *par) { double K12=CoulCorr2(+1, x[0]); double K13=CoulCorr2(+1, x[1]); double K23=CoulCorr2(+1, x[2]); K12=1.0; K13=1.0; K23=1.0; double K123=K12*K13*K23; // //K123 = 1 - pow(par[1],3)*(1 - K123); //K12 = 1 - pow(par[1],3)*(1-K12); //K13 = 1 - pow(par[1],3)*(1-K13); //K23 = 1 - pow(par[1],3)*(1-K23); // double EW12 = 1 + par[4]/(6.*pow(2,1.5))*(8*pow(x[0]*par[2]/FmToGeV,3) - 12*pow(x[0]*par[2]/FmToGeV,1)) + par[5]/(24.*pow(2,2))*(16*pow(x[0]*par[2]/FmToGeV,4) -48*pow(x[0]*par[2]/FmToGeV,2) + 12); double EW13 = 1 + par[4]/(6.*pow(2,1.5))*(8*pow(x[1]*par[2]/FmToGeV,3) - 12*pow(x[1]*par[2]/FmToGeV,1)) + par[5]/(24.*pow(2,2))*(16*pow(x[1]*par[2]/FmToGeV,4) -48*pow(x[1]*par[2]/FmToGeV,2) + 12); double EW23 = 1 + par[4]/(6.*pow(2,1.5))*(8*pow(x[2]*par[2]/FmToGeV,3) - 12*pow(x[2]*par[2]/FmToGeV,1)) + par[5]/(24.*pow(2,2))*(16*pow(x[2]*par[2]/FmToGeV,4) -48*pow(x[2]*par[2]/FmToGeV,2) + 12); //EW12=1; EW13=1; EW23=1; // double G1=0, G2=0, G3=0, G4=0; G1 = K12*exp(-pow(par[2]*x[0]/FmToGeV,2)/2.)*EW12; G1 += K13*exp(-pow(par[2]*x[1]/FmToGeV,2)/2.)*EW13; G1 += K23*exp(-pow(par[2]*x[2]/FmToGeV,2)/2.)*EW23; // G2 = K12*exp(-pow(par[2]*x[0]/FmToGeV,2))*pow(EW12,2); G2 += K13*exp(-pow(par[2]*x[1]/FmToGeV,2))*pow(EW13,2); G2 += K23*exp(-pow(par[2]*x[2]/FmToGeV,2))*pow(EW23,2); // G3 = exp(-pow(par[2]/FmToGeV,2)*(x[0]*x[0] + x[2]*x[2])/2.)*EW12*EW23; G3 += exp(-pow(par[2]/FmToGeV,2)*(x[1]*x[1] + x[2]*x[2])/2.)*EW13*EW23; G3 += exp(-pow(par[2]/FmToGeV,2)*(x[0]*x[0] + x[1]*x[1])/2.)*EW12*EW13; G3 *= K123; // G4 = exp(-pow(par[2]/FmToGeV,2)*(x[0]*x[0] + x[1]*x[1] + x[2]*x[2])/2.); G4 *= EW12*EW13*EW23; G4 *= K123; // double C = 1 - pow(par[1],3)*(1-K123) - pow(par[1],2)*((1-K12) + (1-K13) + (1-K23));// pure Coulomb //double C = 1 - (1-K123) - ((1-K12) + (1-K13) + (1-K23));// pure Coulomb C += pow(par[1],2)*2*par[3]*(1-par[3])*G1;// 2-mixed chaos/coherence C += pow(par[1],2)*pow(par[3],2)*G2;// 2-pure chaos C += pow(par[1],3)*2*pow(par[3],2)*(1-par[3])*G3;// 3-mixed chaos/coherence C += pow(par[1],3)*2*pow(par[3],3)*G4;// 3-pure chaos C *= par[0];// Norm return C; } void ReadCoulCorrections_Omega0(){ // read in 3d 3-particle coulomb correlations = K3 TString *fname; if(FileSetting==6) fname = new TString("KFile_GaussR8to5.root"); else if(FileSetting==7) fname = new TString("KFile_GaussR11to6.root"); else{ if(SourceType==0) fname = new TString("KFile.root"); if(SourceType==1) fname = new TString("KFile_50fmCut.root"); if(SourceType==2) fname = new TString("KFile_GaussR11to6.root"); } TFile *coulfile=new TFile(fname->Data(),"READ"); TString *name=new TString("K3ss_"); *name += bBin-1; CoulCorrOmega0SS = (TH3D*)coulfile->Get(name->Data()); CoulCorrOmega0SS->SetDirectory(0); name=new TString("K3os_"); *name += bBin-1; CoulCorrOmega0OS = (TH3D*)coulfile->Get(name->Data()); CoulCorrOmega0OS->SetDirectory(0); coulfile->Close(); } double CoulCorrGRS(bool SC, double Q_12, double Q_13, double Q_23){ /*int Q12bin = CoulCorr2SS->GetXaxis()->FindBin(Q_12); int Q13bin = CoulCorr2SS->GetXaxis()->FindBin(Q_13); int Q23bin = CoulCorr2SS->GetXaxis()->FindBin(Q_23);*/ int index12L = int(fabs(Q_12 - CoulCorr2SS->GetXaxis()->GetBinWidth(1)/2.)/(CoulCorr2SS->GetXaxis()->GetBinWidth(1))); int index12H = index12L+1; int index13L = int(fabs(Q_13 - CoulCorr2SS->GetXaxis()->GetBinWidth(1)/2.)/(CoulCorr2SS->GetXaxis()->GetBinWidth(1))); int index13H = index13L+1; int index23L = int(fabs(Q_23 - CoulCorr2SS->GetXaxis()->GetBinWidth(1)/2.)/(CoulCorr2SS->GetXaxis()->GetBinWidth(1))); int index23H = index23L+1; if(Tricubic){ // Tricubic Interpolation double arr[4][4][4]={{{0}}}; for(int x=0; x<4; x++){ for(int y=0; y<4; y++){ for(int z=0; z<4; z++){ if(SC){ arr[x][y][z] = CoulCorr2SS->GetBinContent((index12L)+x)*CoulCorr2SS->GetBinContent((index23L)+y)*CoulCorr2SS->GetBinContent((index13L)+z); }else{ arr[x][y][z] = CoulCorr2SS->GetBinContent((index12L)+x)*CoulCorr2OS->GetBinContent((index23L)+y)*CoulCorr2OS->GetBinContent((index13L)+z); } } } } return tricubicInterpolate(arr, Q_12, Q_23, Q_13); }else{ // Trilinear Interpolation. See for instance: https://en.wikipedia.org/wiki/Trilinear_interpolation // double xd = (Q_12-CoulCorr2SS->GetXaxis()->GetBinCenter(index12L+1)); xd /= (CoulCorr2SS->GetXaxis()->GetBinCenter(index12H+1)-CoulCorr2SS->GetXaxis()->GetBinCenter(index12L+1)); double yd = (Q_13-CoulCorr2SS->GetXaxis()->GetBinCenter(index13L+1)); yd /= (CoulCorr2SS->GetXaxis()->GetBinCenter(index13H+1)-CoulCorr2SS->GetXaxis()->GetBinCenter(index13L+1)); double zd = (Q_23-CoulCorr2SS->GetXaxis()->GetBinCenter(index23L+1)); zd /= (CoulCorr2SS->GetXaxis()->GetBinCenter(index23H+1)-CoulCorr2SS->GetXaxis()->GetBinCenter(index23L+1)); // if(SC){ double c00 = CoulCorr2SS->GetBinContent(index12L+1)*CoulCorr2SS->GetBinContent(index13L+1)*CoulCorr2SS->GetBinContent(index23L+1)*(1-xd); c00 += CoulCorr2SS->GetBinContent(index12H+1)*CoulCorr2SS->GetBinContent(index13L+1)*CoulCorr2SS->GetBinContent(index23L+1)*xd; double c10 = CoulCorr2SS->GetBinContent(index12L+1)*CoulCorr2SS->GetBinContent(index13H+1)*CoulCorr2SS->GetBinContent(index23L+1)*(1-xd); c10 += CoulCorr2SS->GetBinContent(index12H+1)*CoulCorr2SS->GetBinContent(index13H+1)*CoulCorr2SS->GetBinContent(index23L+1)*xd; double c01 = CoulCorr2SS->GetBinContent(index12L+1)*CoulCorr2SS->GetBinContent(index13L+1)*CoulCorr2SS->GetBinContent(index23H+1)*(1-xd); c01 += CoulCorr2SS->GetBinContent(index12H+1)*CoulCorr2SS->GetBinContent(index13L+1)*CoulCorr2SS->GetBinContent(index23H+1)*xd; double c11 = CoulCorr2SS->GetBinContent(index12L+1)*CoulCorr2SS->GetBinContent(index13H+1)*CoulCorr2SS->GetBinContent(index23H+1)*(1-xd); c11 += CoulCorr2SS->GetBinContent(index12H+1)*CoulCorr2SS->GetBinContent(index13H+1)*CoulCorr2SS->GetBinContent(index23H+1)*xd; // double c0 = c00*(1-yd) + c10*yd; double c1 = c01*(1-yd) + c11*yd; return (c0*(1-zd) + c1*zd); }else{ double c00 = CoulCorr2SS->GetBinContent(index12L+1)*CoulCorr2OS->GetBinContent(index13L+1)*CoulCorr2OS->GetBinContent(index23L+1)*(1-xd); c00 += CoulCorr2SS->GetBinContent(index12H+1)*CoulCorr2OS->GetBinContent(index13L+1)*CoulCorr2OS->GetBinContent(index23L+1)*xd; double c10 = CoulCorr2SS->GetBinContent(index12L+1)*CoulCorr2OS->GetBinContent(index13H+1)*CoulCorr2OS->GetBinContent(index23L+1)*(1-xd); c10 += CoulCorr2SS->GetBinContent(index12H+1)*CoulCorr2OS->GetBinContent(index13H+1)*CoulCorr2OS->GetBinContent(index23L+1)*xd; double c01 = CoulCorr2SS->GetBinContent(index12L+1)*CoulCorr2OS->GetBinContent(index13L+1)*CoulCorr2OS->GetBinContent(index23H+1)*(1-xd); c01 += CoulCorr2SS->GetBinContent(index12H+1)*CoulCorr2OS->GetBinContent(index13L+1)*CoulCorr2OS->GetBinContent(index23H+1)*xd; double c11 = CoulCorr2SS->GetBinContent(index12L+1)*CoulCorr2OS->GetBinContent(index13H+1)*CoulCorr2OS->GetBinContent(index23H+1)*(1-xd); c11 += CoulCorr2SS->GetBinContent(index12H+1)*CoulCorr2OS->GetBinContent(index13H+1)*CoulCorr2OS->GetBinContent(index23H+1)*xd; // double c0 = c00*(1-yd) + c10*yd; double c1 = c01*(1-yd) + c11*yd; return (c0*(1-zd) + c1*zd); } } } double CoulCorrOmega0(bool SC, double Q_12, double Q_13, double Q_23){// 12 is same-charge pair int Q12bin = CoulCorrOmega0SS->GetXaxis()->FindBin(Q_12); int Q13bin = CoulCorrOmega0SS->GetZaxis()->FindBin(Q_13); int Q23bin = CoulCorrOmega0SS->GetYaxis()->FindBin(Q_23); int index12L = int(fabs(Q_12 - CoulCorrOmega0SS->GetXaxis()->GetBinWidth(1)/2.)/(CoulCorrOmega0SS->GetXaxis()->GetBinWidth(1))); int index12H = index12L+1; int index13L = int(fabs(Q_13 - CoulCorrOmega0SS->GetXaxis()->GetBinWidth(1)/2.)/(CoulCorrOmega0SS->GetXaxis()->GetBinWidth(1))); int index13H = index13L+1; int index23L = int(fabs(Q_23 - CoulCorrOmega0SS->GetXaxis()->GetBinWidth(1)/2.)/(CoulCorrOmega0SS->GetXaxis()->GetBinWidth(1))); int index23H = index23L+1; if(SC) {if(CoulCorrOmega0SS->GetBinContent(Q12bin, Q23bin, Q13bin) <=0) {cout<<"Problematic same-charge Omega0 bin"<<endl;}} else {if(CoulCorrOmega0OS->GetBinContent(Q12bin, Q23bin, Q13bin) <=0) {cout<<"Problematic mixed-charge Omega0 bin"<<endl;}} if(Tricubic){ ////////////////////////// // Tricubic Interpolation double arr[4][4][4]={{{0}}}; for(int x=0; x<4; x++){ for(int y=0; y<4; y++){ for(int z=0; z<4; z++){ if(SC) arr[x][y][z] = CoulCorrOmega0SS->GetBinContent((index12L)+x, (index23L)+y, (index13L)+z); else arr[x][y][z] = CoulCorrOmega0OS->GetBinContent((Q12bin)+x, (Q23bin)+y, (Q13bin)+z); } } } return tricubicInterpolate(arr, Q_12, Q_23, Q_13); }else{ /////////////////////////// // Trilinear Interpolation. See for instance: https://en.wikipedia.org/wiki/Trilinear_interpolation // double xd = (Q_12-CoulCorrOmega0SS->GetXaxis()->GetBinCenter(index12L+1)); xd /= (CoulCorrOmega0SS->GetXaxis()->GetBinCenter(index12H+1)-CoulCorrOmega0SS->GetXaxis()->GetBinCenter(index12L+1)); double yd = (Q_23-CoulCorrOmega0SS->GetYaxis()->GetBinCenter(index23L+1)); yd /= (CoulCorrOmega0SS->GetYaxis()->GetBinCenter(index23H+1)-CoulCorrOmega0SS->GetYaxis()->GetBinCenter(index23L+1)); double zd = (Q_13-CoulCorrOmega0SS->GetZaxis()->GetBinCenter(index13L+1)); zd /= (CoulCorrOmega0SS->GetZaxis()->GetBinCenter(index13H+1)-CoulCorrOmega0SS->GetZaxis()->GetBinCenter(index13L+1)); double c00=0, c10=0, c01=0, c11=0; if(SC){ // interpolate along x if(CoulCorrOmega0SS->GetBinContent(index12L+1, index23L+1, index13L+1)>0 && CoulCorrOmega0SS->GetBinContent(index12H+1, index23L+1, index13L+1)>0) c00 = CoulCorrOmega0SS->GetBinContent(index12L+1, index23L+1, index13L+1)*(1-xd) + CoulCorrOmega0SS->GetBinContent(index12H+1, index23L+1, index13L+1)*xd; if(CoulCorrOmega0SS->GetBinContent(index12L+1, index23H+1, index13L+1)>0 && CoulCorrOmega0SS->GetBinContent(index12H+1, index23H+1, index13L+1)>0) c10 = CoulCorrOmega0SS->GetBinContent(index12L+1, index23H+1, index13L+1)*(1-xd) + CoulCorrOmega0SS->GetBinContent(index12H+1, index23H+1, index13L+1)*xd; if(CoulCorrOmega0SS->GetBinContent(index12L+1, index23L+1, index13H+1)>0 && CoulCorrOmega0SS->GetBinContent(index12H+1, index23L+1, index13H+1)>0) c01 = CoulCorrOmega0SS->GetBinContent(index12L+1, index23L+1, index13H+1)*(1-xd) + CoulCorrOmega0SS->GetBinContent(index12H+1, index23L+1, index13H+1)*xd; if(CoulCorrOmega0SS->GetBinContent(index12L+1, index23H+1, index13H+1)>0 && CoulCorrOmega0SS->GetBinContent(index12H+1, index23H+1, index13H+1)>0) c11 = CoulCorrOmega0SS->GetBinContent(index12L+1, index23H+1, index13H+1)*(1-xd) + CoulCorrOmega0SS->GetBinContent(index12H+1, index23H+1, index13H+1)*xd; }else { if(CoulCorrOmega0OS->GetBinContent(index12L+1, index23L+1, index13L+1)>0 && CoulCorrOmega0OS->GetBinContent(index12H+1, index23L+1, index13L+1)>0) c00 = CoulCorrOmega0OS->GetBinContent(index12L+1, index23L+1, index13L+1)*(1-xd) + CoulCorrOmega0OS->GetBinContent(index12H+1, index23L+1, index13L+1)*xd; if(CoulCorrOmega0OS->GetBinContent(index12L+1, index23H+1, index13L+1)>0 && CoulCorrOmega0OS->GetBinContent(index12H+1, index23H+1, index13L+1)>0) c10 = CoulCorrOmega0OS->GetBinContent(index12L+1, index23H+1, index13L+1)*(1-xd) + CoulCorrOmega0OS->GetBinContent(index12H+1, index23H+1, index13L+1)*xd; if(CoulCorrOmega0OS->GetBinContent(index12L+1, index23L+1, index13H+1)>0 && CoulCorrOmega0OS->GetBinContent(index12H+1, index23L+1, index13H+1)>0) c01 = CoulCorrOmega0OS->GetBinContent(index12L+1, index23L+1, index13H+1)*(1-xd) + CoulCorrOmega0OS->GetBinContent(index12H+1, index23L+1, index13H+1)*xd; if(CoulCorrOmega0OS->GetBinContent(index12L+1, index23H+1, index13H+1)>0 && CoulCorrOmega0OS->GetBinContent(index12H+1, index23H+1, index13H+1)>0) c11 = CoulCorrOmega0OS->GetBinContent(index12L+1, index23H+1, index13H+1)*(1-xd) + CoulCorrOmega0OS->GetBinContent(index12H+1, index23H+1, index13H+1)*xd; } // double c0=0, c1=0; if(c00>0 && c10>0) c0 = c00*(1-yd) + c10*yd; if(c01>0 && c11>0) c1 = c01*(1-yd) + c11*yd; if(c0>0 && c1>0) { double valueOm = (c0*(1-zd) + c1*zd); if(SC) valueOm *= StrongSC->Eval(Q_12*1000/2.) * StrongSC->Eval(Q_23*1000/2.) * StrongSC->Eval(Q_13*1000/2.); else valueOm *= StrongSC->Eval(Q_12*1000/2.); return valueOm; }else { cout<<"Not all Omega0 bins well defined. Use GRS instead"<<endl; return CoulCorrGRS(kTRUE, Q_12, Q_13, Q_23);// if cell not well defined use GRS } } } double Gamov(int chargeProduct, double qinv){ double arg = chargeProduct*2.*PI/(BohrR*qinv/2.); return arg/(exp(arg)-1); } /*double LednickyCorr(double qinv){ int indexL = int(fabs(1000*qinv-Lednicky_qinv[0])/(2*2.027027));// starts from 2.027 MeV int indexH = indexL+1; if( (indexL >= 73)) return 1.0; double slope = (Lednicky_CoulStrong[indexL] - Lednicky_CoulStrong[indexH])/(Lednicky_qinv[indexL]-Lednicky_qinv[indexH]); return (slope*(1000*qinv - Lednicky_qinv[indexL]) + Lednicky_CoulStrong[indexL]); } void ReadLednickyFile(int Rvalue){ TString *filename=new TString("../Strong_FSI/converted_CoulStrong_"); *filename += Rvalue; filename->Append("fm.root"); TFile *Ledfile = new TFile(filename->Data(),"READ"); TH1F *LedHisto = (TH1F*)Ledfile->Get("h27"); for(int i=0; i<74; i++){ Lednicky_qinv[i] = 2.*(LedHisto->GetXaxis()->GetBinLowEdge(i+1) + LedHisto->GetXaxis()->GetBinUpEdge(i+1))/2.; Lednicky_CoulStrong[i] = LedHisto->GetBinContent(i+1); } Ledfile->Close(); }*/ void ReadMomResFile(int rvalue, double lambda){ for(int i=0; i<40; i++){ MomRes_C2_pp[i] = 1.; MomRes_C2_mp[i] = 1.; MomRes_term1_pp[i] = 1.; MomRes_term2_pp[i] = 1.; MomRes_term1_mp[i] = 1.; MomRes_term2_mp[i] = 1.; // MomResDev_C2_pp[i] = 1.; MomResDev_C2_mp[i] = 1.; MomResDev_term1_pp[i] = 1.; MomResDev_term2_pp[i] = 1.; } TString *momresfilename = new TString("MomResFile"); momresfilename->Append("_Offline_"); if(FileSetting==3) momresfilename->Append("PID1p5"); else if(FileSetting==9) momresfilename->Append("FB5and7overlap"); else momresfilename->Append("11h"); momresfilename->Append(".root");// no corresponding file for 10h TFile *MomResFile = new TFile(momresfilename->Data(),"READ"); TH2D *MomResWeights_pp = (TH2D*)MomResFile->Get("MomResHisto_pp"); TH2D *MomResWeights_mp = (TH2D*)MomResFile->Get("MomResHisto_mp"); TH2D *MomResWeights_pp_term1 = (TH2D*)MomResFile->Get("MomResHisto_pp_term1"); TH2D *MomResWeights_pp_term2 = (TH2D*)MomResFile->Get("MomResHisto_pp_term2"); TH2D *MomResWeights_mp_term1 = (TH2D*)MomResFile->Get("MomResHisto_mp_term1"); TH2D *MomResWeights_mp_term2 = (TH2D*)MomResFile->Get("MomResHisto_mp_term2"); // // TString *names3[2][5];// SC/MC, term# TString *names1D[2][5];// SC/MC, term# TString *names3_AvgK3[2];// SC/MC for(int ChProd=0; ChProd<2; ChProd++){ if(ChProd==0) names3_AvgK3[ChProd] = new TString("AvgK3_SC_M"); else names3_AvgK3[ChProd] = new TString("AvgK3_MC_M"); *names3_AvgK3[ChProd] += MomResCentBin-1; //AvgK3[ChProd] = (TH3D*)MomResFile->Get(names3_AvgK3[ChProd]->Data()); //AvgK3[ChProd]->SetDirectory(0); // for(int term=0; term<5; term++){ // if(ChProd==0) {names3[ChProd][term] = new TString("MomResHisto3_SC_term"); names1D[ChProd][term] = new TString("MomResHisto1D_SC_term");} else {names3[ChProd][term] = new TString("MomResHisto3_MC_term"); names1D[ChProd][term] = new TString("MomResHisto1D_MC_term");} *names3[ChProd][term] += term+1; *names1D[ChProd][term] += term+1; names3[ChProd][term]->Append("_M"); names1D[ChProd][term]->Append("_M"); *names3[ChProd][term] += MomResCentBin-1; *names1D[ChProd][term] += MomResCentBin-1; MomRes3d[ChProd][term] = (TH3D*)MomResFile->Get(names3[ChProd][term]->Data()); MomRes1d[ChProd][term] = (TH1D*)MomResFile->Get(names1D[ChProd][term]->Data()); MomRes3d[ChProd][term]->SetDirectory(0); MomRes1d[ChProd][term]->SetDirectory(0); } } Int_t LambdaRbin; if(rvalue<=5) LambdaRbin = 1 + int(float(lambda-0.5+0.0001)/0.02); else LambdaRbin = 1 + 16*(rvalue-5) + int(float(lambda-0.5+0.0001)/0.02); Int_t LambdaRbinDev; if(rvalue<=5) LambdaRbinDev = 1 + 16*(1) + int(float((lambda+0.04)-0.5+0.0001)/0.02); else LambdaRbinDev = 1 + 16*(rvalue-5 - 1) + int(float((lambda+0.04)-0.5+0.0001)/0.02); for(int i=0; i<40; i++){ MomRes_C2_pp[i] = MomResWeights_pp->GetBinContent(LambdaRbin, i+1); MomRes_C2_mp[i] = MomResWeights_mp->GetBinContent(LambdaRbin, i+1); MomRes_term1_pp[i] = MomResWeights_pp_term1->GetBinContent(LambdaRbin, i+1); MomRes_term2_pp[i] = MomResWeights_pp_term2->GetBinContent(LambdaRbin, i+1); MomRes_term1_mp[i] = MomResWeights_mp_term1->GetBinContent(LambdaRbin, i+1); MomRes_term2_mp[i] = MomResWeights_mp_term2->GetBinContent(LambdaRbin, i+1); // MomResDev_C2_pp[i] = MomResWeights_pp->GetBinContent(LambdaRbinDev, i+1); MomResDev_C2_mp[i] = MomResWeights_mp->GetBinContent(LambdaRbinDev, i+1); MomResDev_term1_pp[i] = MomResWeights_pp_term1->GetBinContent(LambdaRbinDev, i+1); MomResDev_term2_pp[i] = MomResWeights_pp_term2->GetBinContent(LambdaRbinDev, i+1); } MomResFile->Close(); } void fcn_r3_3d(int& npar, double* deriv, double& f, double par[], int flag){ double r3=0; double Chi2sum=0; for(int i=fitlimitLowBin-1; i<fitlimitHighBin; i++){ double q12=(i+0.5)*0.005; for(int j=fitlimitLowBin-1; j<fitlimitHighBin; j++){ double q13=(j+0.5)*0.005; for(int k=fitlimitLowBin-1; k<fitlimitHighBin; k++){ double q23=(k+0.5)*0.005; //r3 = 1 - par[2]*pow(q12*q13 + q12*q23 + q13*q23,2) + 1/5.*pow(par[0],2)*(3-par[1]*(q12*q12+q13*q13+q23*q23)) - 112/70.*pow(par[0],3); //r3 /= pow( (1-par[1]*q12*q12 - 4/5.*pow(par[0],2))*(1-par[1]*q13*q13 - 4/5.*pow(par[0],2))*(1-par[1]*q23*q23 - 4/5.*pow(par[0],2)),0.5); r3 = par[0] - par[1]*(q12*q13 + q12*q23 + q13*q23) - par[2]*pow(q12*q13 + q12*q23 + q13*q23,2); if(r3_3d_arr_e[i][j][k] > 0) Chi2sum += pow((r3_3d_arr[i][j][k] - r3)/r3_3d_arr_e[i][j][k],2); } } } f = Chi2sum; } double r3_fitfunction(Double_t *x, Double_t *par){ //double r3 = 1 - par[2]*pow(x[0]*x[1] + x[0]*x[2] + x[1]*x[2],2) + 1/5.*pow(par[0],2)*(3-par[1]*(x[0]*x[0]+x[1]*x[1]+x[2]*x[2])) - 112/70.*pow(par[0],3); //r3 /= pow( (1-par[1]*x[0]*x[0] - 4/5.*pow(par[0],2))*(1-par[1]*x[1]*x[1] - 4/5.*pow(par[0],2))*(1-par[1]*x[2]*x[2] - 4/5.*pow(par[0],2)),0.5); double r3 = par[0] - par[1]*(x[0]*x[1] + x[0]*x[2] + x[1]*x[2]) - par[2]*pow(x[0]*x[1] + x[0]*x[2] + x[1]*x[2],2); return r3; } double cubicInterpolate (double p[4], double x) { return p[1] + 0.5 * x*(p[2] - p[0] + x*(2.0*p[0] - 5.0*p[1] + 4.0*p[2] - p[3] + x*(3.0*(p[1] - p[2]) + p[3] - p[0])));// Paulinternet } double bicubicInterpolate (double p[4][4], double x, double y) { double arr[4]; arr[0] = cubicInterpolate(p[0], y); arr[1] = cubicInterpolate(p[1], y); arr[2] = cubicInterpolate(p[2], y); arr[3] = cubicInterpolate(p[3], y); return cubicInterpolate(arr, x); } double tricubicInterpolate (double p[4][4][4], double x, double y, double z) { double arr[4]; arr[0] = bicubicInterpolate(p[0], y, z); arr[1] = bicubicInterpolate(p[1], y, z); arr[2] = bicubicInterpolate(p[2], y, z); arr[3] = bicubicInterpolate(p[3], y, z); return cubicInterpolate(arr, x); } float fact(float n){ return (n < 1.00001) ? 1 : fact(n - 1) * n; } void DrawALICELogo(Bool_t prel, Float_t x1, Float_t y1, Float_t x2, Float_t y2) { // revision on July 24th or 25th 2012 // correct for aspect ratio of figure plus aspect ratio of pad (coordinates are NDC!) x2 = x1 + (y2 - y1) * (466. / 523) * gPad->GetWh() * gPad->GetHNDC() / (gPad->GetWNDC() * gPad->GetWw()); // Printf("%f %f %f %f", x1, x2, y1, y2); TPad *myPadLogo = new TPad("myPadLogo", "Pad for ALICE Logo", x1, y1, x2, y2); myPadLogo->SetLeftMargin(0); myPadLogo->SetTopMargin(0); myPadLogo->SetRightMargin(0); myPadLogo->SetBottomMargin(0); myPadLogo->Draw(); myPadLogo->cd(); TASImage *myAliceLogo = new TASImage((prel) ? "~/Pictures/2011-Nov-24-ALICE_PRELIMARY_logo_BLACK_small_usage_design.eps" : "~/Pictures/2011-Nov-24-ALICE_PERFORMANCE_logo_BLACK_small_usage_design.eps"); myAliceLogo->Draw(); } //________________________________________________________________________________________ void ReadMuonCorrections(int mbin){ TString *name = new TString("MuonCorrection_"); if(mbin<=1) *name += 0; else if(mbin<=3) *name += 1; else if(mbin<=5) *name += 2; else if(mbin<=7) *name += 3; else if(mbin<=9) *name += 3; else *name += 4; name->Append(".root"); TFile *muonfile=new TFile(name->Data(),"READ"); C2muonCorrection_SC = (TH1D*)muonfile->Get("C2muonCorrection_SC"); C2muonCorrection_MC = (TH1D*)muonfile->Get("C2muonCorrection_MC"); WeightmuonCorrection = (TH1D*)muonfile->Get("WeightmuonCorrection"); if(SameCharge_def) C3muonCorrection = (TH1D*)muonfile->Get("C3muonCorrection_SC"); else C3muonCorrection = (TH1D*)muonfile->Get("C3muonCorrection_MC"); // C2muonCorrection_SC->SetDirectory(0); C2muonCorrection_MC->SetDirectory(0); WeightmuonCorrection->SetDirectory(0); C3muonCorrection->SetDirectory(0); // muonfile->Close(); }
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