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TheoInvestigation.cpp
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#include "CATS.h"
#include "CommonAnaFunctions.h"
#include "DLM_Potentials.h"
#include "DLM_Random.h"
#include "DLM_CkDecomposition.h"
#include "DLM_Source.h"
#include "DLM_Potentials.h"
#include "DLM_WfModel.h"
#include "DLM_CkModels.h"
#include "TGraph.h"
#include "TGraphErrors.h"
#include "TFile.h"
#include "TCanvas.h"
#include "TH1F.h"
#include "TH2F.h"
#include "TNtuple.h"
#include "TRandom3.h"
#include "TF1.h"
#include "TNtuple.h"
#include "TStyle.h"
#include "TLegend.h"
#include "TPaveText.h"
#include "TFractionFitter.h"
#include "TGenPhaseSpace.h"
#include "TString.h"
#include "DLM_Fitters.h"
#include "TROOT.h"
#include "TSystem.h"
#include "TLatex.h"
#include "DLM_Integration.h"
#include "CATSconstants.h"
#include "DLM_SubPads.h"
#include <math.h>
#include "TROOT.h"
#include "TSystem.h"
#include "TGaxis.h"
void SetStyle(bool graypalette, bool title)
{
const int NCont = 255;
gStyle->Reset("Plain");
gStyle->SetNumberContours(NCont);
gStyle->SetOptTitle(title);
gStyle->SetTitleBorderSize(0);
gStyle->SetOptStat(0);
if(graypalette) gStyle->SetPalette(8,0);
else gStyle->SetPalette(1);
gStyle->SetCanvasColor(10);
gStyle->SetCanvasBorderMode(0);
gStyle->SetFrameLineWidth(1);
gStyle->SetFrameFillColor(kWhite);
gStyle->SetPadColor(10);
gStyle->SetPadTickX(1);
// gStyle->SetPadTickY(1);
gStyle->SetPadBottomMargin(0.15);
gStyle->SetPadLeftMargin(0.15);
gStyle->SetHistLineWidth(1);
gStyle->SetHistLineColor(kRed);
gStyle->SetFuncWidth(2);
gStyle->SetFuncColor(kGreen);
gStyle->SetLineWidth(2);
gStyle->SetLabelSize(0.045,"x");
gStyle->SetLabelSize(0.045,"y");
gStyle->SetLabelOffset(0.01,"y");
gStyle->SetLabelOffset(0.01,"x");
gStyle->SetLabelColor(kBlack,"xyz");
gStyle->SetTitleSize(0.05,"xyz");
gStyle->SetTitleOffset(1.4,"y");
gStyle->SetTitleOffset(1.2,"x");
gStyle->SetTitleFillColor(kWhite);
gStyle->SetTextSizePixels(26);
gStyle->SetTextFont(42);
gStyle->SetLegendBorderSize(0);
gStyle->SetLegendFillColor(kWhite);
gStyle->SetLegendFont(42);
gStyle->SetLegendBorderSize(0);
}
void PlotGraph(TGraph& graph, TString name, bool wf, int color, int linew, int lines){
graph.SetName(name);
// if(!wf) graph.SetTitle(name+";k* (MeV/c); C(k*)");
// else graph.SetTitle(name +";r (fm); wf(r)");
graph.SetLineColor(color);
graph.SetLineWidth(linew);
graph.SetLineStyle(lines);
graph.SetMarkerColor(color);
}
void PlotHisto(TH1F& histo, TString name, bool wf, int color, int linew, int lines){
histo.SetName(name);
// if(!wf) histo.SetTitle(name+";k* (MeV/c); C(k*)");
// else histo.SetTitle(name +";r (fm); wf(r)");
histo.SetLineColor(color);
histo.SetLineWidth(linew);
histo.SetLineStyle(lines);
}
void PlotTF1(TF1& fun, TString name, bool wf, int color, int linew, int lines){
fun.SetName(name);
// if(!wf) histo.SetTitle(name+";k* (MeV/c); C(k*)");
// else histo.SetTitle(name +";r (fm); wf(r)");
fun.SetLineColor(color);
fun.SetLineWidth(linew);
fun.SetLineStyle(lines);
}
void Theo_pAntip(){
gStyle->SetOptStat(0);
gStyle->SetOptTitle(kFALSE);
TFile* OutputFile; TFile* OutputFileWF;
OutputFile = new TFile(TString::Format("pAp_Theo_Ck_2007_RadpAL.root"),"recreate");
OutputFileWF = new TFile(TString::Format("pAp_Theo_WF2007_RadpAL.root"),"recreate");
// SET THE GAUSSIAN SOURCE
double radiuspAL = 0.;
// radiuspAL = 1.146;//run2 HM based on avg mT
radiuspAL = 1.70613;//run2 HM based on avg mT from pAL scaling
printf("Radius for pAL = %.2f\n", radiuspAL);
// SET THE BINNING
double kmin_pAL = 0.;
double kmax_pAL = 400.;
unsigned NumMomBins_pAL = int((kmax_pAL)/2.);
printf("........Setting the theoretical correlation functions...........\n");
TString DataSample = "pp13TeV_HM_BBar";
DLM_CommonAnaFunctions AnalysisObject;
//ch 0: 1S0 +1P1 -> 1/4
//ch 1: 3S1 + 3P0 -> 1/12
//ch 2: 3S1 + 3P1 -> 1/4
//ch 3: 3S1 + 3P2 -> 5/12
//nAn coupled-channel
//ch 4: 1S0 +1P1 -> 1/4
//ch 5: 3S1 + 3P0 -> 1/12
//ch 6: 3S1 + 3P1 -> 1/4
//ch 7: 3S1 + 3P2 -> 5/12
// Setting Up the pAp CATS
//With all channels to compare wfs
DLM_Ck* Ck_pAp_All;//only pAp
CATS AB_pAp_All;
DLM_Ck* Ck_pAp_All1;// pAp+nAn
CATS AB_pAp_All1;
//With only S waves: Type 0-> only pAp, Type 1 pAp+nAn
DLM_Ck* Ck_pAp0_S;//only pAp
CATS AB_pAp0_S;
DLM_Ck* Ck_pAp1_S;//+n-antin
CATS AB_pAp1_S;
// only 1S0
DLM_Ck* Ck_pAp0_1S0;//only pAp
CATS AB_pAp0_1S0;
//only 3S1
DLM_Ck* Ck_pAp0_3S1;//only pAp
CATS AB_pAp0_3S1;
//With 3P0 contributions Type 0-> only pAp, Type 1 pAp+nAn
DLM_Ck* Ck_pAp0_P;//only pAp
CATS AB_pAp0_P;
DLM_Ck* Ck_pAp1_P;//+n-antin
CATS AB_pAp1_P;
//only 3P0
DLM_Ck* Ck_pAp0_3P0;//only pAp
CATS AB_pAp0_3P0;
//only 3S1+3P0
DLM_Ck* Ck_pAp0_3S13P0;//only pAp
CATS AB_pAp0_3S13P0;
//only 3S1+3P1
DLM_Ck* Ck_pAp0_3S13P1;//only pAp
CATS AB_pAp0_3S13P1;
//only 3S1+3P2
DLM_Ck* Ck_pAp0_3S13P2;//only pAp
CATS AB_pAp0_3S13P2;
AB_pAp_All.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp_All1.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp0_S.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp1_S.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp0_1S0.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp0_3S1.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp0_P.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp0_3P0.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp0_3S13P0.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp0_3S13P1.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
AB_pAp0_3S13P2.SetMomBins(NumMomBins_pAL,kmin_pAL,kmax_pAL);
printf("........Haidenbauer p-antip theoretical correlation from CATS...........\n");
//for wfs
AnalysisObject.SetUpCats_pApHaide(AB_pAp_All,"HAIDE_1","Gauss", DataSample);
AB_pAp_All.SetNotifications(CATS::nAll);
AB_pAp_All.KillTheCat();
Ck_pAp_All = new DLM_Ck(AB_pAp_All.GetNumSourcePars(),0,AB_pAp_All);//#source pars,#pot pars
// pAp+nAn
AnalysisObject.SetUpCats_pApHaide(AB_pAp_All1,"HAIDE_2","Gauss", DataSample);
AB_pAp_All1.SetNotifications(CATS::nAll);
AB_pAp_All1.KillTheCat();
Ck_pAp_All1 = new DLM_Ck(AB_pAp_All1.GetNumSourcePars(),0,AB_pAp_All1);//#source pars,#pot pars
// Ck_pAp_All1->SetCutOff(400.,600.);//kc matching point at 500
// only S states pAp
AnalysisObject.SetUpCats_pApHaide(AB_pAp0_S,"HAIDE_1","Gauss", DataSample);
AB_pAp0_S.SetNotifications(CATS::nAll);
AB_pAp0_S.RemoveExternalWaveFunction(0, 1);
AB_pAp0_S.RemoveExternalWaveFunction(1, 1);
AB_pAp0_S.RemoveExternalWaveFunction(2, 1);
AB_pAp0_S.RemoveExternalWaveFunction(3, 1);
AB_pAp0_S.SetChannelWeight(0,1./4.);
AB_pAp0_S.SetChannelWeight(1,3./4.);
AB_pAp0_S.SetChannelWeight(2,0.);
AB_pAp0_S.SetChannelWeight(3,0.);
AB_pAp0_S.KillTheCat();
Ck_pAp0_S = new DLM_Ck(AB_pAp0_S.GetNumSourcePars(),0,AB_pAp0_S);//#source pars,#pot pars
// pAp+nAn only S states - now we have 6 channels!!
AnalysisObject.SetUpCats_pApHaide(AB_pAp1_S,"HAIDE_2","Gauss", DataSample);
AB_pAp1_S.SetNotifications(CATS::nAll);
AB_pAp1_S.RemoveExternalWaveFunction(0, 1);
AB_pAp1_S.RemoveExternalWaveFunction(1, 1);
AB_pAp1_S.RemoveExternalWaveFunction(2, 1);
AB_pAp1_S.RemoveExternalWaveFunction(3, 1);
AB_pAp1_S.RemoveExternalWaveFunction(4, 1);
AB_pAp1_S.RemoveExternalWaveFunction(5, 1);
AB_pAp1_S.RemoveExternalWaveFunction(6, 1);
AB_pAp1_S.RemoveExternalWaveFunction(7, 1);
AB_pAp1_S.SetChannelWeight(0,1./4.);
AB_pAp1_S.SetChannelWeight(1,3./4.);
AB_pAp1_S.SetChannelWeight(2,0.);
AB_pAp1_S.SetChannelWeight(3,0.);
AB_pAp1_S.SetChannelWeight(4,1./4.);
AB_pAp1_S.SetChannelWeight(5,3./4.);
AB_pAp1_S.SetChannelWeight(6,0.);
AB_pAp1_S.SetChannelWeight(7,0.);
AB_pAp1_S.KillTheCat();
Ck_pAp1_S = new DLM_Ck(AB_pAp1_S.GetNumSourcePars(),0,AB_pAp1_S);//#source pars,#pot pars
// Ck_pAp1_S->SetCutOff(400.,500.);//kc matching point at 500
// only 1S0
AnalysisObject.SetUpCats_pApHaide(AB_pAp0_1S0,"HAIDE_1","Gauss", DataSample);
AB_pAp0_1S0.SetNotifications(CATS::nAll);
AB_pAp0_1S0.RemoveExternalWaveFunction(0, 1);//removing 1P1
AB_pAp0_1S0.SetChannelWeight(0,1.);
AB_pAp0_1S0.SetChannelWeight(1,0.);
AB_pAp0_1S0.SetChannelWeight(2,0.);
AB_pAp0_1S0.SetChannelWeight(3,0.);
AB_pAp0_1S0.KillTheCat();
Ck_pAp0_1S0 = new DLM_Ck(AB_pAp0_1S0.GetNumSourcePars(),0,AB_pAp0_1S0);//#source pars,#pot pars
// only 3S1
AnalysisObject.SetUpCats_pApHaide(AB_pAp0_3S1,"HAIDE_1","Gauss", DataSample);
AB_pAp0_3S1.SetNotifications(CATS::nAll);
AB_pAp0_3S1.RemoveExternalWaveFunction(1, 1);//removing 3P0
AB_pAp0_3S1.SetChannelWeight(0,0.);
AB_pAp0_3S1.SetChannelWeight(1,1.);
AB_pAp0_3S1.SetChannelWeight(2,0.);
AB_pAp0_3S1.SetChannelWeight(3,0.);
AB_pAp0_3S1.KillTheCat();
Ck_pAp0_3S1 = new DLM_Ck(AB_pAp0_3S1.GetNumSourcePars(),0,AB_pAp0_3S1);//#source pars,#pot pars
// AnalysisObject.SetUpCats_pApHaide(AB_pAp1_S,"HAIDE_2","Gauss", DataSample);
// AB_pAp1_S.SetNotifications(CATS::nAll);
// AB_pAp1_S.SetChannelWeight(0,1./4.);
// AB_pAp1_S.SetChannelWeight(1,0.);
// AB_pAp1_S.SetChannelWeight(2,3./4.);
// AB_pAp1_S.KillTheCat();
// Ck_pAp1_S = new DLM_Ck(AB_pAp1_S.GetNumSourcePars(),0,AB_pAp1_S);//#source pars,#pot pars
// //with all P waves
// AnalysisObject.SetUpCats_pApHaide(AB_pAp0_P,"HAIDE_1","Gauss", DataSample);
// AB_pAp0_P.SetNotifications(CATS::nAll);
// AB_pAp0_P.KillTheCat();
// Ck_pAp0_P = new DLM_Ck(AB_pAp0_P.GetNumSourcePars(),0,AB_pAp0_P);//#source pars,#pot pars
// //only 3P0
// AnalysisObject.SetUpCats_pApHaide(AB_pAp0_3P0,"HAIDE_1","Gauss", DataSample);
// AB_pAp0_3P0.SetNotifications(CATS::nAll);
// AB_pAp0_3P0.RemoveExternalWaveFunction(1, 0);
// AB_pAp0_3P0.SetChannelWeight(0,0.);
// AB_pAp0_3P0.SetChannelWeight(1,1.);
// AB_pAp0_3P0.SetChannelWeight(2,0.);
// AB_pAp0_3P0.KillTheCat();
// Ck_pAp0_3P0 = new DLM_Ck(AB_pAp0_3P0.GetNumSourcePars(),0,AB_pAp0_3P0);//#source pars,#pot pars
//3S1+3P0
AnalysisObject.SetUpCats_pApHaide(AB_pAp0_3S13P0,"HAIDE_1","Gauss", DataSample);
AB_pAp0_3S13P0.SetNotifications(CATS::nAll);
AB_pAp0_3S13P0.SetChannelWeight(0,0.);
AB_pAp0_3S13P0.SetChannelWeight(1,1.);//C_3S1+C_3P0
AB_pAp0_3S13P0.SetChannelWeight(2,0);
AB_pAp0_3S13P0.SetChannelWeight(3,0);
AB_pAp0_3S13P0.KillTheCat();
Ck_pAp0_3S13P0 = new DLM_Ck(AB_pAp0_3S13P0.GetNumSourcePars(),0,AB_pAp0_3S13P0);//#source pars,#pot pars
//3S1+3P1
AnalysisObject.SetUpCats_pApHaide(AB_pAp0_3S13P1,"HAIDE_1","Gauss", DataSample);
AB_pAp0_3S13P1.SetNotifications(CATS::nAll);
AB_pAp0_3S13P1.SetChannelWeight(0,0.);
AB_pAp0_3S13P1.SetChannelWeight(1,0.);//C_3S1+C_3P0
AB_pAp0_3S13P1.SetChannelWeight(2,1.);
AB_pAp0_3S13P1.SetChannelWeight(3,0.);
AB_pAp0_3S13P1.KillTheCat();
Ck_pAp0_3S13P1 = new DLM_Ck(AB_pAp0_3S13P1.GetNumSourcePars(),0,AB_pAp0_3S13P1);//#source pars,#pot pars
//3S1+3P2
AnalysisObject.SetUpCats_pApHaide(AB_pAp0_3S13P2,"HAIDE_1","Gauss", DataSample);
AB_pAp0_3S13P2.SetNotifications(CATS::nAll);
AB_pAp0_3S13P2.SetChannelWeight(0,0.);
AB_pAp0_3S13P2.SetChannelWeight(1,0.);//C_3S1+C_3P0
AB_pAp0_3S13P2.SetChannelWeight(2,0);
AB_pAp0_3S13P2.SetChannelWeight(3,1.);
AB_pAp0_3S13P2.KillTheCat();
Ck_pAp0_3S13P2 = new DLM_Ck(AB_pAp0_3S13P2.GetNumSourcePars(),0,AB_pAp0_3S13P2);//#source pars,#pot pars
// AnalysisObject.SetUpCats_pApHaide(AB_pAp1,"HAIDE_2","Gauss", DataSample);
// AB_pAp1.SetNotifications(CATS::nAll);
// AB_pAp1.KillTheCat();
// Ck_pAp1 = new DLM_Ck(AB_pAp1.GetNumSourcePars(),0,AB_pAp1);//#source pars,#pot pars
Ck_pAp_All->SetSourcePar(0,radiuspAL);
Ck_pAp_All1->SetSourcePar(0,radiuspAL);
Ck_pAp0_S->SetSourcePar(0,radiuspAL);
Ck_pAp1_S->SetSourcePar(0,radiuspAL);
Ck_pAp0_1S0->SetSourcePar(0,radiuspAL);
Ck_pAp0_3S1->SetSourcePar(0,radiuspAL);
// Ck_pAp0_P->SetSourcePar(0,radiuspAL);
// Ck_pAp0_3P0->SetSourcePar(0,radiuspAL);
Ck_pAp0_3S13P0->SetSourcePar(0,radiuspAL);
Ck_pAp0_3S13P1->SetSourcePar(0,radiuspAL);
Ck_pAp0_3S13P2->SetSourcePar(0,radiuspAL);
Ck_pAp_All->Update();
Ck_pAp_All1->Update();
Ck_pAp0_S->Update();
Ck_pAp1_S->Update();
Ck_pAp0_1S0->Update();
Ck_pAp0_3S1->Update();
// Ck_pAp0_P->Update();
// Ck_pAp0_3P0->Update();
Ck_pAp0_3S13P0->Update();
Ck_pAp0_3S13P1->Update();
Ck_pAp0_3S13P2->Update();
TGraph Graph_Ck_pAp_All;
PlotGraph(Graph_Ck_pAp_All,"Graph_Ck_pAp_All",false, kRed,2,1);
TGraph Graph_Ck_pAp_All1;
PlotGraph(Graph_Ck_pAp_All1,"Graph_Ck_pAp_All1",false, kCyan+2,2,1);
TGraph Graph_Ck_pAp_Type0_S;
PlotGraph(Graph_Ck_pAp_Type0_S,"Graph_Ck_pAp_Type0_S",false, kRed+1,2,1);
TGraph Graph_Ck_pAp_Type1_S;
PlotGraph(Graph_Ck_pAp_Type1_S,"Graph_Ck_pAp_Type1_S",false, kCyan+2,2,1);
TGraph Graph_Ck_pAp_Type0_1S0;
PlotGraph(Graph_Ck_pAp_Type0_1S0,"Graph_Ck_pAp_Type0_1S0",false, kMagenta,2,1);
TGraph Graph_Ck_pAp_Type0_3S1;
PlotGraph(Graph_Ck_pAp_Type0_3S1,"Graph_Ck_pAp_Type0_3S1",false, kAzure,2,1);
// TGraph Graph_Ck_pAp_Type0_P;
// PlotGraph(Graph_Ck_pAp_Type0_P,"Graph_Ck_pAp_Type0_P",false, kBlue+1,2,1);
// TGraph Graph_Ck_pAp_Type0_3P0;
// PlotGraph(Graph_Ck_pAp_Type0_3P0,"Graph_Ck_pAp_Type0_3P0",false, kGreen+2,2,1);
TGraph Graph_Ck_pAp_Type0_3S13P0;
PlotGraph(Graph_Ck_pAp_Type0_3S13P0,"Graph_Ck_pAp_Type0_3S13P0",false, kOrange+7,2,1);
TGraph Graph_Ck_pAp_Type0_3S13P1;
PlotGraph(Graph_Ck_pAp_Type0_3S13P1,"Graph_Ck_pAp_Type0_3S13P1",false, kViolet+1,2,1);
TGraph Graph_Ck_pAp_Type0_3S13P2;
PlotGraph(Graph_Ck_pAp_Type0_3S13P2,"Graph_Ck_pAp_Type0_3S13P2",false, kCyan+2,2,1);
TGraph Graph_Ratio_SP;
PlotGraph(Graph_Ratio_SP,"Graph_Ratio_SP",false, kBlack+1,2,1);
TGraph Graph_Ratio_SAll;
PlotGraph(Graph_Ratio_SAll,"Graph_Ratio_SAll",false, kGray+1,2,1);
for(unsigned k=0; k<NumMomBins_pAL; k++){
Graph_Ck_pAp_All.SetPoint(k,Ck_pAp_All->GetBinCenter(0,k),Ck_pAp_All->GetBinContent(k));
Graph_Ck_pAp_All1.SetPoint(k,Ck_pAp_All1->GetBinCenter(0,k),Ck_pAp_All1->GetBinContent(k));
Graph_Ck_pAp_Type0_S.SetPoint(k,Ck_pAp0_S->GetBinCenter(0,k),Ck_pAp0_S->GetBinContent(k));
Graph_Ck_pAp_Type1_S.SetPoint(k,Ck_pAp1_S->GetBinCenter(0,k),Ck_pAp1_S->GetBinContent(k));
Graph_Ck_pAp_Type0_1S0.SetPoint(k,Ck_pAp0_1S0->GetBinCenter(0,k),Ck_pAp0_1S0->GetBinContent(k));
Graph_Ck_pAp_Type0_3S1.SetPoint(k,Ck_pAp0_3S1->GetBinCenter(0,k),Ck_pAp0_3S1->GetBinContent(k));
// Graph_Ck_pAp_Type0_P.SetPoint(k,Ck_pAp0_P->GetBinCenter(0,k),Ck_pAp0_P->GetBinContent(k));
// Graph_Ck_pAp_Type0_3P0.SetPoint(k,Ck_pAp0_3P0->GetBinCenter(0,k),Ck_pAp0_3P0->GetBinContent(k));
Graph_Ck_pAp_Type0_3S13P0.SetPoint(k,Ck_pAp0_3S13P0->GetBinCenter(0,k),Ck_pAp0_3S13P0->GetBinContent(k));
Graph_Ck_pAp_Type0_3S13P1.SetPoint(k,Ck_pAp0_3S13P1->GetBinCenter(0,k),Ck_pAp0_3S13P1->GetBinContent(k));
Graph_Ck_pAp_Type0_3S13P2.SetPoint(k,Ck_pAp0_3S13P2->GetBinCenter(0,k),Ck_pAp0_3S13P2->GetBinContent(k));
Graph_Ratio_SAll.SetPoint(k,Ck_pAp0_S->GetBinCenter(0,k),Ck_pAp0_S->GetBinContent(k)/Ck_pAp_All->GetBinContent(k));
}
printf("Momentum = %.2f ---- C = %.4f \n", Ck_pAp_All1->GetBinCenter(0,199),Ck_pAp_All1->GetBinContent(199));
//1. Checking the WFS
double rmin = 0.05;
double rmax = 10;
unsigned count = 500;
double step = (rmax-rmin)/double(count);
double Radius;
double ReWF2_1S0_pp [6]; double ImWF2_1S0_pp [6];
double ReWF2_3S1_pp [6]; double ImWF2_3S1_pp [6];
double ReWF2_3P0_pp [6]; double ImWF2_3P0_pp [6];
double WF2_1S0_pp [6];
double WF2_3S1_pp [6];
double WF2_3P0_pp [6];
double ReWF2_1P1_pp [6]; double ImWF2_1P1_pp [6];
double ReWF2_3P1_pp [6]; double ImWF2_3P1_pp [6];
double ReWF2_3P2_pp [6]; double ImWF2_3P2_pp [6];
double WF2_1P1_pp [6];
double WF2_3P1_pp [6];
double WF2_3P2_pp [6];
TGraph Graph_ReWF2_1S0_pp [6];
TGraph Graph_ReWF2_3S1_pp [6];
TGraph Graph_ReWF2_3P0_pp [6];
TGraph Graph_ReWF2_1P1_pp [6];
TGraph Graph_ReWF2_3P1_pp [6];
TGraph Graph_ReWF2_3P2_pp [6];
TGraph Graph_ImWF2_1S0_pp [6];
TGraph Graph_ImWF2_3S1_pp [6];
TGraph Graph_ImWF2_3P0_pp [6];
TGraph Graph_ImWF2_1P1_pp [6];
TGraph Graph_ImWF2_3P1_pp [6];
TGraph Graph_ImWF2_3P2_pp [6];
TGraph Graph_WF2_1S0_pp [6];
TGraph Graph_WF2_3S1_pp [6];
TGraph Graph_WF2_3P0_pp [6];
TGraph Graph_WF2_1P1_pp [6];
TGraph Graph_WF2_3P1_pp [6];
TGraph Graph_WF2_3P2_pp [6];
// std::vector<int> momvec={2,10,20,30,38,39,40,41,42,43,44,45,50};
std::vector<int> momvec={40,41,42,43,44,45};
OutputFileWF->cd();
for (unsigned k = 0; k<momvec.size(); k++){
int mombinsel=momvec[k];
printf("Momentum Selected = %.2f\n",Ck_pAp0_S->GetBinCenter(0,mombinsel));
PlotGraph(Graph_ReWF2_1S0_pp[k],TString::Format("Graph_ReWF2_1S0_pp_%i",mombinsel),true,kRed+k-1,4,1);
PlotGraph(Graph_ReWF2_3S1_pp[k],TString::Format("Graph_ReWF2_3S1_pp_%i",mombinsel),true,kBlue+k-1,4,1);
PlotGraph(Graph_ReWF2_3P0_pp[k],TString::Format("Graph_ReWF2_3P0_pp_%i",mombinsel),true,kGreen+k-1,4,1);
PlotGraph(Graph_ReWF2_1P1_pp[k],TString::Format("Graph_ReWF2_1P1_pp_%i",mombinsel),true,kViolet+k-1,4,1);
PlotGraph(Graph_ReWF2_3P1_pp[k],TString::Format("Graph_ReWF2_3P1_pp_%i",mombinsel),true,kAzure+k-1,4,1);
PlotGraph(Graph_ReWF2_3P2_pp[k],TString::Format("Graph_ReWF2_3P2_pp_%i",mombinsel),true,kOrange+k-1,4,1);
PlotGraph(Graph_ImWF2_1S0_pp[k],TString::Format("Graph_ImWF2_1S0_pp_%i",mombinsel),true,kRed+k-1,4,7);
PlotGraph(Graph_ImWF2_3S1_pp[k],TString::Format("Graph_ImWF2_3S1_pp_%i",mombinsel),true,kBlue+k-1,4,7);
PlotGraph(Graph_ImWF2_3P0_pp[k],TString::Format("Graph_ImWF2_3P0_pp_%i",mombinsel),true,kGreen+k-1,4,7);
PlotGraph(Graph_ImWF2_1P1_pp[k],TString::Format("Graph_ImWF2_1P1_pp_%i",mombinsel),true,kViolet+k-1,4,1);
PlotGraph(Graph_ImWF2_3P1_pp[k],TString::Format("Graph_ImWF2_3P1_pp_%i",mombinsel),true,kAzure+k-1,4,1);
PlotGraph(Graph_ImWF2_3P2_pp[k],TString::Format("Graph_ImWF2_3P2_pp_%i",mombinsel),true,kOrange+k-1,4,1);
PlotGraph(Graph_WF2_1S0_pp[k],TString::Format("Graph_WF2_1S0_pp_%i",mombinsel),true,kRed+k-1,4,2);
PlotGraph(Graph_WF2_3S1_pp[k],TString::Format("Graph_WF2_3S1_pp_%i",mombinsel),true,kBlue+k-1,4,2);
PlotGraph(Graph_WF2_3P0_pp[k],TString::Format("Graph_WF2_3P0_pp_%i",mombinsel),true,kGreen+k-1,4,2);
PlotGraph(Graph_WF2_1P1_pp[k],TString::Format("Graph_WF2_1P1_pp_%i",mombinsel),true,kViolet+k-1,4,1);
PlotGraph(Graph_WF2_3P1_pp[k],TString::Format("Graph_WF2_3P1_pp_%i",mombinsel),true,kAzure+k-1,4,1);
PlotGraph(Graph_WF2_3P2_pp[k],TString::Format("Graph_WF2_3P2_pp_%i",mombinsel),true,kOrange+k-1,4,1);
for (unsigned i = 0; i < count; i++) {
Radius = rmin+step*double(i);
ReWF2_1S0_pp[k] = std::real(AB_pAp_All.EvalRadialWaveFunction(mombinsel,0,0,Radius,true));
ReWF2_3S1_pp[k] = std::real(AB_pAp_All.EvalRadialWaveFunction(mombinsel,1,0,Radius,true));
ReWF2_3P0_pp[k] = std::real(AB_pAp_All.EvalRadialWaveFunction(mombinsel,1,1,Radius,true));
ReWF2_1P1_pp[k] = std::real(AB_pAp_All.EvalRadialWaveFunction(mombinsel,0,1,Radius,true));
ReWF2_3P1_pp[k] = std::real(AB_pAp_All.EvalRadialWaveFunction(mombinsel,2,1,Radius,true));
ReWF2_3P2_pp[k] = std::real(AB_pAp_All.EvalRadialWaveFunction(mombinsel,3,1,Radius,true));
ImWF2_1S0_pp[k] = std::imag(AB_pAp_All.EvalRadialWaveFunction(mombinsel,0,0,Radius,true));
ImWF2_3S1_pp[k] = std::imag(AB_pAp_All.EvalRadialWaveFunction(mombinsel,1,0,Radius,true));
ImWF2_3P0_pp[k] = std::imag(AB_pAp_All.EvalRadialWaveFunction(mombinsel,1,1,Radius,true));
ImWF2_1P1_pp[k] = std::imag(AB_pAp_All.EvalRadialWaveFunction(mombinsel,0,1,Radius,true));
ImWF2_3P1_pp[k] = std::imag(AB_pAp_All.EvalRadialWaveFunction(mombinsel,2,1,Radius,true));
ImWF2_3P2_pp[k] = std::imag(AB_pAp_All.EvalRadialWaveFunction(mombinsel,3,1,Radius,true));
WF2_1S0_pp[k] = pow(ReWF2_1S0_pp[k],2)+pow(ImWF2_1S0_pp[k],2);
WF2_3S1_pp[k] = pow(ReWF2_3S1_pp[k],2)+pow(ImWF2_3S1_pp[k],2);
WF2_3P0_pp[k] = pow(ReWF2_3P0_pp[k],2)+pow(ImWF2_3P0_pp[k],2);
WF2_1P1_pp[k] = pow(ReWF2_1P1_pp[k],2)+pow(ImWF2_1P1_pp[k],2);
WF2_3P1_pp[k] = pow(ReWF2_3P1_pp[k],2)+pow(ImWF2_3P1_pp[k],2);
WF2_3P2_pp[k] = pow(ReWF2_3P2_pp[k],2)+pow(ImWF2_3P2_pp[k],2);
Graph_ReWF2_1S0_pp[k].SetPoint(i,Radius,ReWF2_1S0_pp[k]);
Graph_ReWF2_3S1_pp[k].SetPoint(i,Radius,ReWF2_3S1_pp[k]);
Graph_ReWF2_3P0_pp[k].SetPoint(i,Radius,ReWF2_3P0_pp[k]);
Graph_ReWF2_1P1_pp[k].SetPoint(i,Radius,ReWF2_1P1_pp[k]);
Graph_ReWF2_3P1_pp[k].SetPoint(i,Radius,ReWF2_3P1_pp[k]);
Graph_ReWF2_3P2_pp[k].SetPoint(i,Radius,ReWF2_3P2_pp[k]);
Graph_ImWF2_1S0_pp[k].SetPoint(i,Radius,ImWF2_1S0_pp[k]);
Graph_ImWF2_3S1_pp[k].SetPoint(i,Radius,ImWF2_3S1_pp[k]);
Graph_ImWF2_3P0_pp[k].SetPoint(i,Radius,ImWF2_3P0_pp[k]);
Graph_ImWF2_1P1_pp[k].SetPoint(i,Radius,ImWF2_1P1_pp[k]);
Graph_ImWF2_3P1_pp[k].SetPoint(i,Radius,ImWF2_3P1_pp[k]);
Graph_ImWF2_3P2_pp[k].SetPoint(i,Radius,ImWF2_3P2_pp[k]);
Graph_WF2_1S0_pp[k].SetPoint(i,Radius,WF2_1S0_pp[k]);
Graph_WF2_3S1_pp[k].SetPoint(i,Radius,WF2_3S1_pp[k]);
Graph_WF2_3P0_pp[k].SetPoint(i,Radius,WF2_3P0_pp[k]);
Graph_WF2_1P1_pp[k].SetPoint(i,Radius,WF2_1P1_pp[k]);
Graph_WF2_3P1_pp[k].SetPoint(i,Radius,WF2_3P1_pp[k]);
Graph_WF2_3P2_pp[k].SetPoint(i,Radius,WF2_3P2_pp[k]);
}
Graph_ReWF2_1S0_pp[k].Write();
Graph_ReWF2_3S1_pp[k].Write();
Graph_ReWF2_3P0_pp[k].Write();
Graph_ReWF2_1P1_pp[k].Write();
Graph_ReWF2_3P1_pp[k].Write();
Graph_ReWF2_3P2_pp[k].Write();
Graph_ImWF2_1S0_pp[k].Write();
Graph_ImWF2_3S1_pp[k].Write();
Graph_ImWF2_3P0_pp[k].Write();
Graph_ImWF2_1P1_pp[k].Write();
Graph_ImWF2_3P1_pp[k].Write();
Graph_ImWF2_3P2_pp[k].Write();
Graph_WF2_1S0_pp[k].Write();
Graph_WF2_3S1_pp[k].Write();
Graph_WF2_3P0_pp[k].Write();
Graph_WF2_1P1_pp[k].Write();
Graph_WF2_3P1_pp[k].Write();
Graph_WF2_3P2_pp[k].Write();
}
OutputFileWF->Close();
OutputFile->cd();
Graph_Ck_pAp_All.Write();
Graph_Ck_pAp_All1.Write();
Graph_Ck_pAp_Type0_S.Write();
Graph_Ck_pAp_Type1_S.Write();
Graph_Ck_pAp_Type0_1S0.Write();
Graph_Ck_pAp_Type0_3S1.Write();
// Graph_Ck_pAp_Type0_P.Write();
// Graph_Ck_pAp_Type0_3P0.Write();
Graph_Ck_pAp_Type0_3S13P0.Write();
Graph_Ck_pAp_Type0_3S13P1.Write();
Graph_Ck_pAp_Type0_3S13P2.Write();
Graph_Ratio_SAll.Write();
OutputFile->Close();
delete OutputFileWF;
delete OutputFile;
}
void ReviewFemto_Calculations(){
gStyle->SetOptStat(0);
gStyle->SetOptTitle(kFALSE);
TFile* OutputFileCF; TFile* OutputFileWF; TFile* OutputFileSource;
OutputFileCF = new TFile(TString::Format("fOutput_CF.root"),"recreate");
OutputFileWF = new TFile(TString::Format("fOutput_WF.root"),"recreate");
OutputFileSource = new TFile(TString::Format("fOutput_Source.root"),"recreate");
// SET THE GAUSSIAN SOURCE in fm
//For the moment I do not have the effective gaussian fitted to core + res for pΞ and pΩ
//Using the value quoted in Nature of r_core, since resonances are only coming from protons
double radius_pXi = 1.02;
double radius_pOm = 0.95;
//For K+ p we will use for now the results published in PRL where we use the radius from pp 13 TeV
double radius_pKp = 1.18;
// SET THE BINNING
double kmin = 0.;
double kmax = 400.;
unsigned NumMomBins = int((kmax)/2.);//2 MeV binning
printf("........Setting the theoretical correlation functions...........\n");
TString DataSample = "FemtoReview";
DLM_CommonAnaFunctions AnalysisObject;
printf("........p-Ξ theoretical correlation from CATS...........\n");
DLM_Ck* Ck_pXi;
CATS AB_pXi;
AB_pXi.SetMomBins(NumMomBins,kmin,kmax);
//Choose between POT: pXim_HALQCDPaper2020, pXim_HALQCD1
AnalysisObject.SetUpCats_pXim_Review(AB_pXi,"pXim_HALQCDPaper2020","Gauss");
AB_pXi.SetNotifications(CATS::nAll);
AB_pXi.KillTheCat();
Ck_pXi = new DLM_Ck(AB_pXi.GetNumSourcePars(),0,AB_pXi);//#source pars,#pot pars
Ck_pXi->SetSourcePar(0,radius_pXi);
Ck_pXi->Update();
printf("........p-Ω theoretical correlation from CATS...........\n");
DLM_Ck* Ck_pOmega;
CATS AB_pOmega;
AB_pOmega.SetMomBins(NumMomBins,kmin,kmax);
//Choose between POT: pXim_HALQCDPaper2020, pXim_HALQCD1
AnalysisObject.SetUpCats_pOmega_Review(AB_pOmega,"pOmega_Lattice","Gauss");
AB_pOmega.SetNotifications(CATS::nAll);
AB_pOmega.KillTheCat();
Ck_pOmega = new DLM_Ck(AB_pOmega.GetNumSourcePars(),0,AB_pOmega);//#source pars,#pot pars
Ck_pOmega->SetSourcePar(0,radius_pOm);
Ck_pOmega->Update();
printf("........p-K+ theoretical correlation from CATS with I=1 only...........\n");
DLM_Ck* Ck_pKpI1;
CATS AB_pKpI1;
AB_pKpI1.SetMomBins(NumMomBins,kmin,kmax);
//Choose between POT: pXim_HALQCDPaper2020, pXim_HALQCD1
AnalysisObject.SetUpCats_pKp_Review(AB_pKpI1,"Isospin1","Gauss");
AB_pKpI1.SetNotifications(CATS::nAll);
AB_pKpI1.KillTheCat();
Ck_pKpI1 = new DLM_Ck(AB_pKpI1.GetNumSourcePars(),0,AB_pKpI1);//#source pars,#pot pars
Ck_pKpI1->SetSourcePar(0,radius_pKp);
Ck_pKpI1->Update();
printf("........p-K+ theoretical correlation from CATS with I=1 and I=0 (RamonaLike)...........\n");
DLM_Ck* Ck_pKpRamona;
CATS AB_pKpRamona;
AB_pKpRamona.SetMomBins(NumMomBins,kmin,kmax);
//Choose between POT: pXim_HALQCDPaper2020, pXim_HALQCD1
AnalysisObject.SetUpCats_pKp_Review(AB_pKpRamona,"RamonaLike","Gauss");
AB_pKpRamona.SetNotifications(CATS::nAll);
AB_pKpRamona.KillTheCat();
Ck_pKpRamona = new DLM_Ck(AB_pKpRamona.GetNumSourcePars(),0,AB_pKpRamona);//#source pars,#pot pars
Ck_pKpRamona->SetSourcePar(0,radius_pKp);
Ck_pKpRamona->Update();
TGraph Graph_Ck_pXi;
PlotGraph(Graph_Ck_pXi,"Graph_Ck_pXi",false, kOrange+7,2,1);
TGraph Graph_Ck_pOmega;
PlotGraph(Graph_Ck_pOmega,"Graph_Ck_pOmega",false, kPink+5,2,1);
TGraph Graph_Ck_pKpI1;
PlotGraph(Graph_Ck_pKpI1,"Graph_Ck_pKpI1",false, kAzure+7,2,1);
TGraph Graph_Ck_pKpRamona;
PlotGraph(Graph_Ck_pKpRamona,"Graph_Ck_pKpRamona",false, kAzure+7,2,1);
for(unsigned k=0; k<NumMomBins; k++){
Graph_Ck_pXi.SetPoint(k,Ck_pXi->GetBinCenter(0,k),Ck_pXi->GetBinContent(k));
Graph_Ck_pOmega.SetPoint(k,Ck_pOmega->GetBinCenter(0,k),Ck_pOmega->GetBinContent(k));
Graph_Ck_pKpI1.SetPoint(k,Ck_pKpI1->GetBinCenter(0,k),Ck_pKpI1->GetBinContent(k));
Graph_Ck_pKpRamona.SetPoint(k,Ck_pKpRamona->GetBinCenter(0,k),Ck_pKpRamona->GetBinContent(k));
}
// printf("Momentum = %.2f ---- C = %.4f \n", Ck_pXi->GetBinCenter(0,199),Ck_pXi->GetBinContent(199));
//1. Checking the WFS
double rmin = 0.05;
double rmax = 10.05;
unsigned count = 200;
int nbins_rad = 200;
double step = (rmax-rmin)/double(count);
double Radius;
// we only wfs only for two values of k*
//k* = 10 and k*=100
//For pXi we have 4 channels (I=0,1; S=0,1)
//in the Nature paper we plot the potential for I=0,S=0 since it´s the most attractive
//since I predict the future I will plot them all
double WF2_pXi_I0S0 [2];
double WF2_pXi_I0S1 [2];
double WF2_pXi_I1S0 [2];
double WF2_pXi_I1S1 [2];
double WF2_pOmega_5S2 [2];
double WF2_pKp_I1 [2];
double WF2_pKp_RamonaI0 [2];
double WF2_pKp_RamonaI1 [2];
double source_pXi;
double source_pOmega;
double source_pKp;
TGraph Graph_WF2_pXi_I0S0 [2]; TGraph Graph_WF2_pXi_I0S0_renorm [2];
TGraph Graph_WF2_pXi_I0S1 [2]; TGraph Graph_WF2_pXi_I0S1_renorm [2];
TGraph Graph_WF2_pXi_I1S0 [2]; TGraph Graph_WF2_pXi_I1S0_renorm [2];
TGraph Graph_WF2_pXi_I1S1 [2]; TGraph Graph_WF2_pXi_I1S1_renorm [2];
TGraph Graph_WF2_pOmega_5S2 [2]; TGraph Graph_WF2_pOmega_5S2_renorm [2];
TGraph Graph_WF2_pKp_I1 [2]; TGraph Graph_WF2_pKp_I1_renorm [2];
TGraph Graph_WF2_pKp_RamonaI0 [2];
TGraph Graph_WF2_pKp_RamonaI1 [2];
// TH1F* h_WF2_pOmega_5S25 = new TH1F("h_WF2_pOmega_5S25","h_WF2_pOmega_5S25",nbins_rad,rmin,rmax);
// TH1F* h_WF2_pOmega_5S250 = new TH1F("h_WF2_pOmega_5S250","h_WF2_pOmega_5S250",nbins_rad,rmin,rmax);
// TH1F* h_WF2_pKp_I15 = new TH1F("h_WF2_pKp_I15","h_WF2_pKp_I15",nbins_rad,rmin,rmax);
// TH1F* h_WF2_pKp_I150 = new TH1F("h_WF2_pKp_I150","h_WF2_pKp_I150",nbins_rad,rmin,rmax);
TGraph Graph_Source_pXi;
TGraph Graph_Source_pOmega;
TGraph Graph_Source_pKp;
TGraph Graph_Source_pXi_renorm;
TGraph Graph_Source_pOmega_renorm;
TGraph Graph_Source_pKp_renorm;
TH1F* h_Source_pXi_renorm = new TH1F("h_Source_pXi_renorm","h_Source_pXi_renorm",nbins_rad,rmin,rmax);
TH1F* h_Source_pOmega_renorm = new TH1F("h_Source_pOmega_renorm","h_Source_pOmega_renorm",nbins_rad,rmin,rmax);
TH1F* h_Source_pKp_renorm = new TH1F("h_Source_pKp_renorm","h_Source_pKp_renorm",nbins_rad,rmin,rmax);
PlotGraph(Graph_Source_pXi,TString::Format("Graph_Source_pXi"),true,kOrange+7,4,7);
PlotGraph(Graph_Source_pOmega,TString::Format("Graph_Source_pOmega"),true,kPink+5,4,7);
PlotGraph(Graph_Source_pKp,TString::Format("Graph_Source_pKp"),true,kAzure+7,4,7);
PlotGraph(Graph_Source_pXi_renorm,TString::Format("Graph_Source_pXi_renorm"),true,kOrange+7,4,7);
PlotGraph(Graph_Source_pOmega_renorm,TString::Format("Graph_Source_pOmega_renorm"),true,kPink+5,4,7);
PlotGraph(Graph_Source_pKp_renorm,TString::Format("Graph_Source_pKp_renorm"),true,kAzure+7,4,7);
//Getting the source
OutputFileSource->cd();
for (unsigned i = 0; i < count; i++) {
Radius = rmin+step*double(i);
source_pXi = AB_pXi.EvaluateTheSource(0,Radius,0);
Graph_Source_pXi.SetPoint(i,Radius,source_pXi);
h_Source_pXi_renorm->SetBinContent(i+1,source_pXi);
source_pOmega = AB_pOmega.EvaluateTheSource(0,Radius,0);
Graph_Source_pOmega.SetPoint(i,Radius,source_pOmega);
h_Source_pOmega_renorm->SetBinContent(i+1,source_pOmega);
source_pKp = AB_pKpI1.EvaluateTheSource(0,Radius,0);
Graph_Source_pKp.SetPoint(i,Radius,source_pKp);
h_Source_pKp_renorm->SetBinContent(i+1,source_pKp);
}
double norm_source_pXi = h_Source_pXi_renorm->Integral(rmin,rmax);
double norm_source_pOmega = h_Source_pOmega_renorm->Integral(rmin,rmax);
double norm_source_pKp = h_Source_pKp_renorm->Integral(rmin,rmax);
h_Source_pXi_renorm->Sumw2("off");
h_Source_pXi_renorm->Scale(1./norm_source_pXi);
h_Source_pOmega_renorm->Sumw2("off");
h_Source_pOmega_renorm->Scale(1./norm_source_pOmega);
h_Source_pKp_renorm->Sumw2("off");
h_Source_pKp_renorm->Scale(1./norm_source_pKp);
//Filling the renormalized TGraphs
for (unsigned i = 0; i < count; i++) {
Radius = rmin+step*double(i);
source_pXi = AB_pXi.EvaluateTheSource(0,Radius,0);
Graph_Source_pXi_renorm.SetPoint(i,Radius,source_pXi/norm_source_pOmega);
source_pOmega = AB_pOmega.EvaluateTheSource(0,Radius,0);
Graph_Source_pOmega_renorm.SetPoint(i,Radius,source_pOmega/norm_source_pOmega);
source_pKp = AB_pKpI1.EvaluateTheSource(0,Radius,0);
Graph_Source_pKp_renorm.SetPoint(i,Radius,source_pKp/norm_source_pOmega);
}
Graph_Source_pXi.Write();
Graph_Source_pXi_renorm.Write();
Graph_Source_pOmega.Write();
Graph_Source_pOmega_renorm.Write();
Graph_Source_pKp.Write();
Graph_Source_pKp_renorm.Write();
OutputFileSource->Close();
// bins
// k*=10 -> bin=5
// k*=100 -> bin = 50
std::vector<int> momvec={5,50};
double dummy_pXi1 = 0.;
double dummy_pXi2 = 0.;
double dummy_pOmega1 = 0.;
double dummy_pOmega2 = 0.;
double dummy_pKp1 = 0.;
double dummy_pKp2 = 0.;
TH1F* histotestpXi1 = new TH1F("histotestpXi1","histotestpXi1",200,0.05,10.05);
TH1F* histotestpXi2 = new TH1F("histotestpXi2","histotestpXi2",200,0.05,10.05);
TH1F* histotestpOmega1 = new TH1F("histotestpOmega1","histotestpOmega1",200,0.05,10.05);
TH1F* histotestpOmega2 = new TH1F("histotestpOmega2","histotestpOmega2",200,0.05,10.05);
TH1F* histotestpKp1 = new TH1F("histotestpKp1","histotestpKp1",200,0.05,10.05);
TH1F* histotestpKp2 = new TH1F("histotestpKp2","histotestpKp2",200,0.05,10.05);
//FIlling histograms for normalization
for (int i = 0; i < count; i++) {
Radius = rmin+step*double(i);
dummy_pXi1 = AB_pXi.EvalWaveFun2(5,Radius,0);//momBin, radius channel
dummy_pXi2 = AB_pXi.EvalWaveFun2(50,Radius,0);//momBin, radius channel
dummy_pOmega1 = AB_pOmega.EvalWaveFun2(5,Radius,0);//momBin, radius channel
dummy_pOmega2 = AB_pOmega.EvalWaveFun2(50,Radius,0);//momBin, radius channel
dummy_pKp1 = AB_pKpI1.EvalWaveFun2(5,Radius,0);//momBin, radius channel
dummy_pKp2 = AB_pKpI1.EvalWaveFun2(50,Radius,0);//momBin, radius channel
histotestpXi1->SetBinContent(i+1,dummy_pXi1);
histotestpXi2->SetBinContent(i+1,dummy_pXi2);
histotestpOmega1->SetBinContent(i+1,dummy_pOmega1);
histotestpOmega2->SetBinContent(i+1,dummy_pOmega2);
histotestpKp1->SetBinContent(i+1,dummy_pKp1);
histotestpKp2->SetBinContent(i+1,dummy_pKp2);
}
double norm_WF2_pXi_5 = (histotestpXi1->Integral(rmin,rmax));
double norm_WF2_pXi_50 = (histotestpXi2->Integral(rmin,rmax));
double norm_WF2_pOmega_50 = (histotestpOmega2->Integral(rmin,rmax));
double norm_WF2_pKp_5 = (histotestpKp1->Integral(rmin,rmax));
OutputFileWF->cd();
for (int k = 0; k<momvec.size(); k++){
int mombinsel=momvec[k];
printf("Momentum Selected = %.2f\n",Ck_pXi->GetBinCenter(0,mombinsel));
PlotGraph(Graph_WF2_pXi_I0S0[k],TString::Format("Graph_WF2_pXi_I0S0%i",mombinsel),true,kOrange+7,4,1);
PlotGraph(Graph_WF2_pXi_I0S1[k],TString::Format("Graph_WF2_pXi_I0S1%i",mombinsel),true,kOrange+7,4,1);
PlotGraph(Graph_WF2_pXi_I1S0[k],TString::Format("Graph_WF2_pXi_I1S0%i",mombinsel),true,kOrange+7,4,1);
PlotGraph(Graph_WF2_pXi_I1S1[k],TString::Format("Graph_WF2_pXi_I1S1%i",mombinsel),true,kOrange+7,4,1);
PlotGraph(Graph_WF2_pXi_I0S0_renorm[k],TString::Format("Graph_WF2_pXi_I0S0_renorm%i",mombinsel),true,kOrange+7,4,1);
PlotGraph(Graph_WF2_pOmega_5S2[k],TString::Format("Graph_WF2_pOmega_5S2%i",mombinsel),true,kPink+5,4,1);
PlotGraph(Graph_WF2_pOmega_5S2_renorm[k],TString::Format("Graph_WF2_pOmega_5S2_renorm%i",mombinsel),true,kPink+5,4,1);
PlotGraph(Graph_WF2_pKp_I1[k],TString::Format("Graph_WF2_pKp_I1%i",mombinsel),true,kAzure+7,4,1);
PlotGraph(Graph_WF2_pKp_RamonaI0[k],TString::Format("Graph_WF2_pKp_RamonaI0%i",mombinsel),true,kAzure+7,4,1);
PlotGraph(Graph_WF2_pKp_RamonaI1[k],TString::Format("Graph_WF2_pKp_RamonaI1%i",mombinsel),true,kAzure+7,4,1);
PlotGraph(Graph_WF2_pKp_I1_renorm[k],TString::Format("Graph_WF2_pKp_I1_renorm%i",mombinsel),true,kAzure+7,4,1);
for (int i = 0; i < count; i++) {
Radius = rmin+step*double(i);
WF2_pXi_I0S0[k] = AB_pXi.EvalWaveFun2(mombinsel,Radius,0);//momBin, radius channel
WF2_pXi_I0S1[k] = AB_pXi.EvalWaveFun2(mombinsel,Radius,1);//momBin, radius channel
WF2_pXi_I1S0[k] = AB_pXi.EvalWaveFun2(mombinsel,Radius,2);//momBin, radius channel
WF2_pXi_I1S1[k] = AB_pXi.EvalWaveFun2(mombinsel,Radius,3);//momBin, radius channel
WF2_pOmega_5S2[k] = AB_pOmega.EvalWaveFun2(mombinsel,Radius,0);//momBin, radius channel
WF2_pKp_I1[k] = AB_pKpI1.EvalWaveFun2(mombinsel,Radius,0);//momBin, radius channel
WF2_pKp_RamonaI0[k] = AB_pKpRamona.EvalWaveFun2(mombinsel,Radius,0);//momBin, radius channel
WF2_pKp_RamonaI1[k] = AB_pKpRamona.EvalWaveFun2(mombinsel,Radius,1);//momBin, radius channel
Graph_WF2_pXi_I0S0[k].SetPoint(i,Radius,WF2_pXi_I0S0[k]);
Graph_WF2_pXi_I0S1[k].SetPoint(i,Radius,WF2_pXi_I0S1[k]);
Graph_WF2_pXi_I1S0[k].SetPoint(i,Radius,WF2_pXi_I1S0[k]);
Graph_WF2_pXi_I1S1[k].SetPoint(i,Radius,WF2_pXi_I1S1[k]);
Graph_WF2_pXi_I0S0_renorm[k].SetPoint(i,Radius,WF2_pXi_I0S0[k]);
Graph_WF2_pXi_I0S1_renorm[k].SetPoint(i,Radius,WF2_pXi_I0S1[k]);
Graph_WF2_pXi_I1S0_renorm[k].SetPoint(i,Radius,WF2_pXi_I1S0[k]);
Graph_WF2_pXi_I1S1_renorm[k].SetPoint(i,Radius,WF2_pXi_I1S1[k]);
Graph_WF2_pOmega_5S2[k].SetPoint(i,Radius,WF2_pOmega_5S2[k]);
Graph_WF2_pOmega_5S2_renorm[k].SetPoint(i,Radius,WF2_pOmega_5S2[k]);
Graph_WF2_pKp_I1[k].SetPoint(i,Radius,WF2_pKp_I1[k]);
Graph_WF2_pKp_I1_renorm[k].SetPoint(i,Radius,WF2_pKp_I1[k]);
Graph_WF2_pKp_RamonaI0[k].SetPoint(i,Radius,WF2_pKp_RamonaI0[k]);
Graph_WF2_pKp_RamonaI1[k].SetPoint(i,Radius,WF2_pKp_RamonaI1[k]);
}
if(k==0){
for (int i=0;i<Graph_WF2_pXi_I0S0_renorm[0].GetN();i++) Graph_WF2_pXi_I0S0_renorm[0].GetY()[i] *= (1./norm_WF2_pXi_5);
for (int i=0;i<Graph_WF2_pOmega_5S2_renorm[0].GetN();i++) Graph_WF2_pOmega_5S2_renorm[0].GetY()[i] *= (1./norm_WF2_pXi_5);
for (int i=0;i<Graph_WF2_pKp_I1_renorm[0].GetN();i++) Graph_WF2_pKp_I1_renorm[0].GetY()[i] *= (1./norm_WF2_pXi_5);
} else if(k==1){
for (int i=0;i<Graph_WF2_pXi_I0S0_renorm[1].GetN();i++) Graph_WF2_pXi_I0S0_renorm[1].GetY()[i] *= (1./norm_WF2_pXi_50);
for (int i=0;i<Graph_WF2_pOmega_5S2_renorm[1].GetN();i++) Graph_WF2_pOmega_5S2_renorm[1].GetY()[i] *= (1./norm_WF2_pXi_50);
for (int i=0;i<Graph_WF2_pKp_I1_renorm[1].GetN();i++) Graph_WF2_pKp_I1_renorm[1].GetY()[i] *= (1./norm_WF2_pXi_50);
}
Graph_WF2_pXi_I0S0[k].Write();
Graph_WF2_pXi_I0S1[k].Write();
Graph_WF2_pXi_I1S0[k].Write();
Graph_WF2_pXi_I1S1[k].Write();
Graph_WF2_pXi_I0S0_renorm[k].Write();
Graph_WF2_pOmega_5S2[k].Write();
Graph_WF2_pOmega_5S2_renorm[k].Write();
Graph_WF2_pKp_I1[k].Write();
Graph_WF2_pKp_RamonaI0[k].Write();
Graph_WF2_pKp_RamonaI1[k].Write();
Graph_WF2_pKp_I1_renorm[k].Write();
}
OutputFileWF->Close();
OutputFileCF->cd();
Graph_Ck_pXi.Write();
Graph_Ck_pOmega.Write();
Graph_Ck_pKpI1.Write();
Graph_Ck_pKpRamona.Write();
OutputFileCF->Close();
delete OutputFileWF;
delete OutputFileCF;
delete OutputFileSource;
}
void ReviewFemto_Plots(){
gStyle->SetOptStat(0);
gStyle->SetOptTitle(kFALSE);
SetStyle(false,false);
TFile* file_WF = TFile::Open("fOutput_WF.root");
TFile* file_Source = TFile::Open("fOutput_Source.root");
TFile* file_CF = TFile::Open("fOutput_CF.root");
TGraph* Graph_Source_pXi = (TGraph*)(file_Source->Get("Graph_Source_pXi"));
TGraph* Graph_Source_pOmega = (TGraph*)(file_Source->Get("Graph_Source_pOmega"));
TGraph* Graph_Source_pKp = (TGraph*)(file_Source->Get("Graph_Source_pKp"));
//|WF|^2 per k*=10
TGraph* Graph_WF2_pXi_I0S05 = (TGraph*)(file_WF->Get("Graph_WF2_pXi_I0S0_renorm5"));
TGraph* Graph_WF2_pOmega_5S25 = (TGraph*)(file_WF->Get("Graph_WF2_pOmega_5S2_renorm5"));
TGraph* Graph_WF2_pKp_I15 = (TGraph*)(file_WF->Get("Graph_WF2_pKp_I1_renorm5"));
//|WF|^2 per k*=100
TGraph* Graph_WF2_pXi_I0S050 = (TGraph*)(file_WF->Get("Graph_WF2_pXi_I0S0_renorm50"));
TGraph* Graph_WF2_pOmega_5S250 = (TGraph*)(file_WF->Get("Graph_WF2_pOmega_5S2_renorm50"));
TGraph* Graph_WF2_pKp_I150 = (TGraph*)(file_WF->Get("Graph_WF2_pKp_I1_renorm50"));
//Test trial plotting the wfs for pXi and Source for pXi
auto* canvas_1 = new TCanvas("canvas_1","canvas_1",1200,675);
canvas_1->Divide(2,1);
canvas_1->cd(1);
// canvas_1->SetRightMargin(2.0);
gPad->SetLeftMargin(0.2);
gPad->SetRightMargin(0.0);
//Drawing the wfs for pXi, k*=10
Graph_WF2_pXi_I0S05->GetYaxis()->SetTitleOffset(1.7);
Graph_WF2_pXi_I0S05->GetYaxis()->SetTitle("|#Psi_{k*}(r)|^{2} (a.u.)");
Graph_WF2_pXi_I0S05->GetXaxis()->SetTitle("r (fm)");
Graph_WF2_pXi_I0S05->GetXaxis()->SetRangeUser(0.,7.9);
// for (int i=0;i<Graph_WF2_pKp_I15->GetN();i++) Graph_WF2_pXi_I0S05->GetY()[i] *= 1./10.;
// for (int i=0;i<Graph_WF2_pKp_I15->GetN();i++) Graph_WF2_pOmega_5S25->GetY()[i] *= 1./10.;
for (int i=0;i<Graph_WF2_pKp_I15->GetN();i++) Graph_WF2_pKp_I15->GetY()[i] *= 100.;
Graph_WF2_pXi_I0S05->GetYaxis()->SetRangeUser(0.,1.1*TMath::MaxElement(Graph_WF2_pXi_I0S05->GetN(),Graph_WF2_pXi_I0S05->GetY()));
Graph_WF2_pXi_I0S05->Draw();
Graph_WF2_pOmega_5S25->Draw("same");
Graph_WF2_pKp_I15->Draw("same");
TH1F* hdummy1 = new TH1F("","",1,0,1);
hdummy1->SetLineColor(kBlack);
hdummy1->SetLineWidth(2);
hdummy1->SetLineStyle(2);
TH1F* hdummy2 = new TH1F("","",1,0,1);
hdummy2->SetLineColor(kBlack);
hdummy2->SetLineWidth(2);
hdummy2->SetLineStyle(1);
TLegend* legend = new TLegend(0.5, 0.7,0.99, 0.9);
legend->SetFillStyle(0);
legend->SetLineWidth(0);
legend->SetNColumns(2);
legend->SetColumnSeparation(0.01);
legend->SetBorderSize(0);