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CATS3_Scripts1.cpp
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CATS3_Scripts1.cpp
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#include "CATS3_Scripts1.h"
#include "math.h"
#include <stdio.h>
#include "CATS.h"
#include "DLM_Source.h"
#include "DLM_Potentials.h"
#include "DLM_WfModel.h"
#include "DLM_DrawingTools.h"
#include "DLM_Random.h"
#include "TH1F.h"
#include "TH2F.h"
#include "TF1.h"
#include "TFile.h"
#include "TCanvas.h"
#include "TGraph.h"
#include "TLegend.h"
#include "TPaveText.h"
double UsmaniWithExpCore(double* Parameters)
{
double& r = Parameters[0];
const int Spin = round(Parameters[2]);
double& Core_V = Parameters[3];
double& Core_mu = Parameters[4];
//Values for the potential
const double vbar = 6.2;
const double vsigma = 0.25;
//const double wc = 2137;
double x=r*0.7;
double vc = Parameters[5]/(1+exp((r-Parameters[6])/Parameters[7]));
double tpi = (1.0+3.0/x+3.0/(x*x)) * (exp(-x)/x) * pow(1.-exp(-2.*r*r),2.);
double v = 0.;
if (Spin == 0) v = vc - (vbar + 0.75*vsigma)*tpi*tpi;//Usmani singlet
else if (Spin == 1) v = vc - (vbar - 0.25*vsigma)*tpi*tpi;//Usmani triplet
else printf ("wrong polarization\n");
v += Core_V*exp(-pow(r/Core_mu,2));
return v;
}
void UsmaniPlusExpCore(){
const double kMin_pL=0;
const double kMax_pL = 300;
const unsigned NumMomBins_pL = 150;
const double kStep_pL = (kMax_pL-kMin_pL)/double(NumMomBins_pL);
//starting value, do not worry about it too much
const double GaussSourceSize = 0.85;
const double Mass_p=938.272;
const double Mass_L=1115.683;
CATSparameters cPars1S0(CATSparameters::tPotential,6,true);
cPars1S0.SetParameter(0,0);
cPars1S0.SetParameter(1,0);
cPars1S0.SetParameter(2,0.1);
cPars1S0.SetParameter(3,2137);
cPars1S0.SetParameter(4,0.5);
cPars1S0.SetParameter(5,0.2);
CATSparameters cPars3S1(CATSparameters::tPotential,6,true);
cPars3S1.SetParameter(0,1);
cPars3S1.SetParameter(1,0);
cPars3S1.SetParameter(2,0.5);
cPars3S1.SetParameter(3,2137);
cPars3S1.SetParameter(4,0.5);
cPars3S1.SetParameter(5,0.2);
CATS AB_pL;
double Pars_pL[4] = {0,0,0,GaussSourceSize};
CATSparameters cPars_pL(CATSparameters::tSource,1,true);
cPars_pL.SetParameters(&Pars_pL[3]);
AB_pL.SetAnaSource(GaussSource, cPars_pL);
AB_pL.SetUseAnalyticSource(true);
AB_pL.SetExcludeFailedBins(false);
AB_pL.SetMomBins(NumMomBins_pL,kMin_pL,kMax_pL);
AB_pL.SetNumChannels(1);
AB_pL.SetNumPW(0,1);
//AB_pL.SetNumPW(1,1);
AB_pL.SetSpin(0,0);
//AB_pL.SetSpin(1,1);
AB_pL.SetChannelWeight(0, 1.0);
//AB_pL.SetChannelWeight(1, 0.0);
AB_pL.SetQ1Q2(0);
AB_pL.SetPdgId(2212, 3122);
AB_pL.SetRedMass( (Mass_p*Mass_L)/(Mass_p+Mass_L) );
AB_pL.SetShortRangePotential(0,0,UsmaniWithExpCore,cPars1S0);
//AB_pL.SetShortRangePotential(1,0,UsmaniWithExpCore,cPars3S1);
AB_pL.SetEpsilonConv(1e-9);
AB_pL.SetEpsilonProp(1e-9);
AB_pL.KillTheCat();
double kFitFrom = 4;
const unsigned FitFromBin = AB_pL.GetMomBin(kFitFrom);
kFitFrom = AB_pL.GetMomentum(FitFromBin)-0.5*kStep_pL;
double kFitTo = 48;
const unsigned FitToBin = AB_pL.GetMomBin(kFitTo);
kFitTo = AB_pL.GetMomentum(FitToBin)+0.5*kStep_pL;
const unsigned NumFitBins = FitToBin-FitFromBin+1;
TFile* fOut = new TFile("/home/dmihaylov/Dudek_Ubuntu/Work/Kclus/GeneralFemtoStuff/Using_CATS3/Output/UsmaniPlusExpCore/fOut.root","recreate");
TH1F* hPhaseShift0 = new TH1F("hPhaseShift0", "hPhaseShift0", NumFitBins, kFitFrom, kFitTo);
for(unsigned uBin=0; uBin<NumFitBins; uBin++){
//hPhaseShift0->SetBinContent(uBin+1, tan(AB_pL.GetPhaseShift(uBin+FitFromBin,0,0)/AB_pL.GetMomentum(uBin+FitFromBin)));
hPhaseShift0->SetBinContent(uBin+1, AB_pL.GetMomentum(uBin+FitFromBin)/tan(AB_pL.GetPhaseShift(uBin+FitFromBin,0,0)));
hPhaseShift0->SetBinError(uBin+1, hPhaseShift0->GetBinContent(uBin+1)*0.0001);
}
//this is the eq. for eff. range, but inverted. We use the femto sign convention!
//TF1* fPhaseShift0 = new TF1("fPhaseShift0", "2.*[0]/197.327/(2.+x*x*[0]*[1]/197.327/197.327)", kFitFrom, kFitTo);
TF1* fPhaseShift0 = new TF1("fPhaseShift0", "(197.327/[0]+0.5*x*x*[1]/197.327)", kFitFrom, kFitTo);
fPhaseShift0->SetParameter(0, 0);
fPhaseShift0->SetParLimits(0, -5,5);
fPhaseShift0->SetParameter(1, 0);
fPhaseShift0->SetParLimits(1, -10,10);
hPhaseShift0->Fit(fPhaseShift0,"S, N, R, M");
TH1F* hCorrFun0 = new TH1F("hCorrFun0","hCorrFun0",NumMomBins_pL,kMin_pL,kMax_pL);
for(unsigned uBin=0; uBin<NumMomBins_pL; uBin++){
hCorrFun0->SetBinContent(uBin+1,AB_pL.GetCorrFun(uBin));
}
hPhaseShift0->SetLineColor(kBlue+1);
fPhaseShift0->SetLineColor(kBlue+1);
hCorrFun0->SetLineColor(kBlue+1);
hPhaseShift0->Write();
fPhaseShift0->Write();
hCorrFun0->Write();
cPars1S0.SetParameter(1,10000);
cPars1S0.SetParameter(2,0.1);
//cPars1S0.SetParameter(3,1050);
//cPars1S0.SetParameter(4,0.5);
//cPars1S0.SetParameter(5,0.2);
AB_pL.KillTheCat(CATS::kPotentialChanged);
TH1F* hPhaseShift1 = new TH1F("hPhaseShift1", "hPhaseShift1", NumFitBins, kFitFrom, kFitTo);
for(unsigned uBin=0; uBin<NumFitBins; uBin++){
//hPhaseShift1->SetBinContent(uBin+1, tan(AB_pL.GetPhaseShift(uBin+FitFromBin,0,0)/AB_pL.GetMomentum(uBin+FitFromBin)));
hPhaseShift1->SetBinContent(uBin+1, AB_pL.GetMomentum(uBin+FitFromBin)/tan(AB_pL.GetPhaseShift(uBin+FitFromBin,0,0)));
hPhaseShift1->SetBinError(uBin+1, hPhaseShift1->GetBinContent(uBin+1)*0.0001);
}
//this is the eq. for eff. range, but inverted. We use the femto sign convention!
//TF1* fPhaseShift0 = new TF1("fPhaseShift0", "2.*[0]/197.327/(2.+x*x*[0]*[1]/197.327/197.327)", kFitFrom, kFitTo);
TF1* fPhaseShift1 = new TF1("fPhaseShift1", "(197.327/[0]+0.5*x*x*[1]/197.327)", kFitFrom, kFitTo);
fPhaseShift1->SetParameter(0, 0);
fPhaseShift1->SetParLimits(0, -5,5);
fPhaseShift1->SetParameter(1, 0);
fPhaseShift1->SetParLimits(1, -10,10);
hPhaseShift1->Fit(fPhaseShift1,"S, N, R, M");
TH1F* hCorrFun1 = new TH1F("hCorrFun1","hCorrFun1",NumMomBins_pL,kMin_pL,kMax_pL);
for(unsigned uBin=0; uBin<NumMomBins_pL; uBin++){
hCorrFun1->SetBinContent(uBin+1,AB_pL.GetCorrFun(uBin));
}
hPhaseShift1->SetLineColor(kRed);
fPhaseShift1->SetLineColor(kRed);
hCorrFun1->SetLineColor(kRed);
hPhaseShift1->Write();
fPhaseShift1->Write();
hCorrFun1->Write();
delete hPhaseShift0;
delete fPhaseShift0;
delete hCorrFun0;
delete hPhaseShift1;
delete fPhaseShift1;
delete hCorrFun1;
delete fOut;
}
void Test_Tom_pXi(){
const double kMax=320;
complex<double>**** WaveFunctionU; double* RadBins; unsigned NumRadBins=0;
CATSparameters pSource(CATSparameters::tSource,1,true);
pSource.SetParameter(0,3.4);
CATS Kitty;
Kitty.SetUseAnalyticSource(true);
Kitty.SetAnaSource(GaussSource, pSource);
Kitty.SetExcludeFailedBins(false);
InitESC16_v2("/home/dmihaylov/Dudek_Ubuntu/Work/Kclus/GeneralFemtoStuff/CorrelationFiles_2018/Tom/Tom_10122018wfs/",Kitty,&WaveFunctionU,&RadBins,NumRadBins,kMax);
Kitty.SetChannelWeight(0,1./4.);
Kitty.SetChannelWeight(1,3./4.);
Kitty.SetChannelWeight(2,0);
Kitty.SetChannelWeight(3,0);
//Kitty.SetGamow(true);
Kitty.KillTheCat();
TFile* OutFile = new TFile("/home/dmihaylov/Dudek_Ubuntu/Work/Kclus/GeneralFemtoStuff/Using_CATS3/Output/Test_Tom_pXi/OutFile.root","recreate");
TGraph grCk;
grCk.Set(Kitty.GetNumMomBins());
grCk.SetName("grCk");
for(unsigned uBin=0; uBin<Kitty.GetNumMomBins(); uBin++){
grCk.SetPoint(uBin,Kitty.GetMomentum(uBin),Kitty.GetCorrFun(uBin));
}
grCk.Write();
Kitty.SetChannelWeight(0,1./4.);
Kitty.SetChannelWeight(1,0);
Kitty.SetChannelWeight(2,0);
Kitty.SetChannelWeight(3,0);
Kitty.KillTheCat();
TGraph grCk_S0;
grCk_S0.Set(Kitty.GetNumMomBins());
grCk_S0.SetName("grCk_S0");
for(unsigned uBin=0; uBin<Kitty.GetNumMomBins(); uBin++){
grCk_S0.SetPoint(uBin,Kitty.GetMomentum(uBin),Kitty.GetCorrFun(uBin));
}
grCk_S0.Write();
Kitty.SetChannelWeight(0,0);
Kitty.SetChannelWeight(1,3./4.);
Kitty.SetChannelWeight(2,0);
Kitty.SetChannelWeight(3,0);
Kitty.KillTheCat();
TGraph grCk_S1;
grCk_S1.Set(Kitty.GetNumMomBins());
grCk_S1.SetName("grCk_S1");
for(unsigned uBin=0; uBin<Kitty.GetNumMomBins(); uBin++){
grCk_S1.SetPoint(uBin,Kitty.GetMomentum(uBin),Kitty.GetCorrFun(uBin));
}
grCk_S1.Write();
delete OutFile;
//CleanHaidenbauer(Kitty,&WaveFunctionU,NULL,&RadBins);
}
void Test_Gamow_pXi(){
const double kMin = 0;
const double kMax = 320;
const unsigned NumMomBins = 80;
CATS Kitty;
Kitty.SetUseAnalyticSource(true);
CATSparameters pSource(CATSparameters::tSource,1,true);
pSource.SetParameter(0, 1.2);
Kitty.SetAnaSource(GaussSource, pSource);
Kitty.SetExcludeFailedBins(false);
Kitty.SetMomBins(NumMomBins,kMin,kMax);
Kitty.SetNumChannels(4);
Kitty.SetNumPW(0,1);
Kitty.SetNumPW(1,1);
Kitty.SetNumPW(2,1);
Kitty.SetNumPW(3,1);
Kitty.SetSpin(0,0);//I=0; S=0
Kitty.SetSpin(1,1);//I=0; S=1
Kitty.SetSpin(2,0);//I=1; S=0
Kitty.SetSpin(3,1);//I=1; S=1
Kitty.SetChannelWeight(0, 1./8.);
Kitty.SetChannelWeight(1, 3./8.);
Kitty.SetChannelWeight(2, 1./8.);
Kitty.SetChannelWeight(3, 3./8.);
Kitty.SetQ1Q2(-1);
Kitty.SetPdgId(2212, 3312);
const double Mass_p = 938.272;
const double Mass_Xim = 1321.7;
Kitty.SetRedMass( (Mass_p*Mass_Xim)/(Mass_p+Mass_Xim) );
Kitty.SetMaxRad(64);
Kitty.SetMaxRho(32);
Kitty.SetEpsilonConv(1e-8);
Kitty.SetEpsilonProp(1e-8);
double pXimPotParsI0S0[11]={0,0,pXim_HALQCD1,12,0,-1,1,0,0,0,0};
double pXimPotParsI0S1[11]={0,0,pXim_HALQCD1,12,0,-1,1,1,0,1,0};
double pXimPotParsI1S0[11]={0,0,pXim_HALQCD1,12,1,1,1,0,0,0,0};
double pXimPotParsI1S1[11]={0,0,pXim_HALQCD1,12,1,1,1,1,0,1,0};
CATSparameters c_pXimPotParsI0S0(CATSparameters::tPotential,9,true);
c_pXimPotParsI0S0.SetParameters(&pXimPotParsI0S0[2]);
CATSparameters c_pXimPotParsI0S1(CATSparameters::tPotential,9,true);
c_pXimPotParsI0S1.SetParameters(&pXimPotParsI0S1[2]);
CATSparameters c_pXimPotParsI1S0(CATSparameters::tPotential,9,true);
c_pXimPotParsI1S0.SetParameters(&pXimPotParsI1S0[2]);
CATSparameters c_pXimPotParsI1S1(CATSparameters::tPotential,9,true);
c_pXimPotParsI1S1.SetParameters(&pXimPotParsI1S1[2]);
Kitty.SetShortRangePotential(0,0,fDlmPot,c_pXimPotParsI0S0);
Kitty.SetShortRangePotential(1,0,fDlmPot,c_pXimPotParsI0S1);
Kitty.SetShortRangePotential(2,0,fDlmPot,c_pXimPotParsI1S0);
Kitty.SetShortRangePotential(3,0,fDlmPot,c_pXimPotParsI1S1);
Kitty.KillTheCat();
TFile* OutFile = new TFile("/home/dmihaylov/Dudek_Ubuntu/Work/Kclus/GeneralFemtoStuff/Using_CATS3/Output/Test_Gamow_pXi/Test_Gamow_pXi.root","recreate");
TGraph grCk;
grCk.Set(Kitty.GetNumMomBins());
grCk.SetName("grCk");
for(unsigned uBin=0; uBin<Kitty.GetNumMomBins(); uBin++){
grCk.SetPoint(uBin,Kitty.GetMomentum(uBin),Kitty.GetCorrFun(uBin));
}
grCk.Write();
Kitty.SetGamow(true);
Kitty.KillTheCat();
TGraph grCk_Gamow;
grCk_Gamow.Set(Kitty.GetNumMomBins());
grCk_Gamow.SetName("grCk_Gamow");
for(unsigned uBin=0; uBin<Kitty.GetNumMomBins(); uBin++){
grCk_Gamow.SetPoint(uBin,Kitty.GetMomentum(uBin),Kitty.GetCorrFun(uBin));
}
grCk_Gamow.Write();
delete OutFile;
}
void pXi_PhaseShifts(const int WhichPotential){
//+11,12,13 => the new ones
//-1 the old potential, with configuration 12,12,6,6
const TString OutputFolder = TString::Format("/home/dmihaylov/Dudek_Ubuntu/Work/Kclus/GeneralFemtoStuff/Using_CATS3/Output/pXi_PhaseShifts/090119_%i/",WhichPotential);
const double kMin = 0;
const double kMax = 240;
const unsigned NumMomBins = 120;
CATS Kitty;
Kitty.SetUseAnalyticSource(true);
CATSparameters pSource(CATSparameters::tSource,1,true);
pSource.SetParameter(0, 1.4);
Kitty.SetAnaSource(GaussSource, pSource);
Kitty.SetExcludeFailedBins(false);
Kitty.SetMomBins(NumMomBins,kMin,kMax);
const unsigned short NumChannels = 4;
enum CHANNELS {I0S0,I0S1,I1S0,I1S1};
const TString ChannelName[NumChannels] = {"I0S0","I0S1","I1S0","I1S1"};
Kitty.SetNumChannels(NumChannels);
Kitty.SetNumPW(0,1);
Kitty.SetNumPW(1,1);
Kitty.SetNumPW(2,1);
Kitty.SetNumPW(3,1);
Kitty.SetSpin(0,0);//I=0; S=0
Kitty.SetSpin(1,1);//I=0; S=1
Kitty.SetSpin(2,0);//I=1; S=0
Kitty.SetSpin(3,1);//I=1; S=1
Kitty.SetChannelWeight(0, 1./8.);
Kitty.SetChannelWeight(1, 3./8.);
Kitty.SetChannelWeight(2, 1./8.);
Kitty.SetChannelWeight(3, 3./8.);
Kitty.SetQ1Q2(0);
Kitty.SetPdgId(2212, 3312);
const double Mass_p = 938.272;
const double Mass_Xim = 1321.7;
Kitty.SetRedMass( (Mass_p*Mass_Xim)/(Mass_p+Mass_Xim) );
Kitty.SetMaxRad(64);
Kitty.SetMaxRho(32);
Kitty.SetEpsilonConv(5e-9);
Kitty.SetEpsilonProp(5e-9);
double pXimPotParsI0S0[10]={0,0,pXim_Lattice,12,0,-1,1,0,0,0};
double pXimPotParsI0S1[10]={0,0,pXim_Lattice,12,0,-1,1,1,0,1};
double pXimPotParsI1S0[10]={0,0,pXim_Lattice,6,1,1,1,0,0,0};
double pXimPotParsI1S1[10]={0,0,pXim_Lattice,6,1,1,1,1,0,1};
CATSparameters c_pXimPotParsI0S0(CATSparameters::tPotential,9,true);
CATSparameters c_pXimPotParsI0S1(CATSparameters::tPotential,9,true);
CATSparameters c_pXimPotParsI1S0(CATSparameters::tPotential,9,true);
CATSparameters c_pXimPotParsI1S1(CATSparameters::tPotential,9,true);
c_pXimPotParsI0S0.SetParameter(2,0);
c_pXimPotParsI0S0.SetParameter(3,-1);
c_pXimPotParsI0S0.SetParameter(4,1);
c_pXimPotParsI0S0.SetParameter(5,0);
c_pXimPotParsI0S0.SetParameter(6,0);
c_pXimPotParsI0S0.SetParameter(7,0);
c_pXimPotParsI0S1.SetParameter(2,0);
c_pXimPotParsI0S1.SetParameter(3,-1);
c_pXimPotParsI0S1.SetParameter(4,1);
c_pXimPotParsI0S1.SetParameter(5,1);
c_pXimPotParsI0S1.SetParameter(6,0);
c_pXimPotParsI0S1.SetParameter(7,1);
c_pXimPotParsI1S0.SetParameter(2,1);
c_pXimPotParsI1S0.SetParameter(3,1);
c_pXimPotParsI1S0.SetParameter(4,1);
c_pXimPotParsI1S0.SetParameter(5,0);
c_pXimPotParsI1S0.SetParameter(6,0);
c_pXimPotParsI1S0.SetParameter(7,0);
c_pXimPotParsI1S1.SetParameter(2,1);
c_pXimPotParsI1S1.SetParameter(3,1);
c_pXimPotParsI1S1.SetParameter(4,1);
c_pXimPotParsI1S1.SetParameter(5,1);
c_pXimPotParsI1S1.SetParameter(6,0);
c_pXimPotParsI1S1.SetParameter(7,1);
if(WhichPotential==-1){
c_pXimPotParsI0S0.SetParameter(0,pXim_Lattice);
c_pXimPotParsI0S0.SetParameter(1,12);
c_pXimPotParsI0S1.SetParameter(0,pXim_Lattice);
c_pXimPotParsI0S1.SetParameter(1,12);
c_pXimPotParsI1S0.SetParameter(0,pXim_Lattice);
c_pXimPotParsI1S0.SetParameter(1,6);
c_pXimPotParsI1S1.SetParameter(0,pXim_Lattice);
c_pXimPotParsI1S1.SetParameter(1,6);
}
else if(WhichPotential>0){
c_pXimPotParsI0S0.SetParameter(0,pXim_HALQCD1);
c_pXimPotParsI0S0.SetParameter(1,WhichPotential);
c_pXimPotParsI0S1.SetParameter(0,pXim_HALQCD1);
c_pXimPotParsI0S1.SetParameter(1,WhichPotential);
c_pXimPotParsI1S0.SetParameter(0,pXim_HALQCD1);
c_pXimPotParsI1S0.SetParameter(1,WhichPotential);
c_pXimPotParsI1S1.SetParameter(0,pXim_HALQCD1);
c_pXimPotParsI1S1.SetParameter(1,WhichPotential);
}
else{
printf("Един голем!\n");
return;
}
//double pXimPotParsI0S0[11]={0,0,pXim_HALQCD1,FlagQCD,0,-1,1,0,0,0,0};
//double pXimPotParsI0S1[11]={0,0,pXim_HALQCD1,FlagQCD,0,-1,1,1,0,1,0};
//double pXimPotParsI1S0[11]={0,0,pXim_HALQCD1,FlagQCD,1,1,1,0,0,0,0};
//double pXimPotParsI1S1[11]={0,0,pXim_HALQCD1,FlagQCD,1,1,1,1,0,1,0};
Kitty.SetShortRangePotential(0,0,fDlmPot,c_pXimPotParsI0S0);
Kitty.SetShortRangePotential(1,0,fDlmPot,c_pXimPotParsI0S1);
Kitty.SetShortRangePotential(2,0,fDlmPot,c_pXimPotParsI1S0);
Kitty.SetShortRangePotential(3,0,fDlmPot,c_pXimPotParsI1S1);
Kitty.SetMaxNumThreads(8);
Kitty.KillTheCat();
Kitty.SetNotifications(CATS::nSilent);
/*
for(unsigned uMomBin=0; uMomBin<NumMomBins; uMomBin++){
Kitty.SetChannelWeight(0, 1./8.);
Kitty.SetChannelWeight(1, 3./8.);
Kitty.SetChannelWeight(2, 1./8.);
Kitty.SetChannelWeight(3, 3./8.);
Kitty.KillTheCat();
printf("C(%.0f) = %.3f\n",Kitty.GetMomentum(uMomBin),Kitty.GetCorrFun(uMomBin));
Kitty.SetChannelWeight(0, 1.);
Kitty.SetChannelWeight(1, 0.);
Kitty.SetChannelWeight(2, 0.);
Kitty.SetChannelWeight(3, 0.);
Kitty.KillTheCat();
printf(" %.3f\n",Kitty.GetCorrFun(uMomBin));
Kitty.SetChannelWeight(0, 0.);
Kitty.SetChannelWeight(1, 1.);
Kitty.SetChannelWeight(2, 0.);
Kitty.SetChannelWeight(3, 0.);
Kitty.KillTheCat();
printf(" %.3f\n",Kitty.GetCorrFun(uMomBin));
Kitty.SetChannelWeight(0, 0.);
Kitty.SetChannelWeight(1, 0.);
Kitty.SetChannelWeight(2, 1.);
Kitty.SetChannelWeight(3, 0.);
Kitty.KillTheCat();
printf(" %.3f\n",Kitty.GetCorrFun(uMomBin));
Kitty.SetChannelWeight(0, 0.);
Kitty.SetChannelWeight(1, 0.);
Kitty.SetChannelWeight(2, 0.);
Kitty.SetChannelWeight(3, 1.);
Kitty.KillTheCat();
printf(" %.3f\n",Kitty.GetCorrFun(uMomBin));
}
*/
DLM_DtColor DlmCol;
TF1* ZeroLine = new TF1("ZeroLine", "0", kMin, kMax);
ZeroLine->SetLineColor(kBlack);
ZeroLine->SetLineStyle(2);
ZeroLine->SetLineWidth(4);
const double kFitFrom = 3;
const double kFitTo = 39;
const unsigned NumFitBins = Kitty.GetMomBin(kFitTo)-Kitty.GetMomBin(kFitFrom)+1;
unsigned FitFromBin = Kitty.GetMomBin(kFitFrom);
unsigned FitToBin = Kitty.GetMomBin(kFitTo);
TH1F** hPhaseShift = new TH1F* [NumChannels];
TF1** fPhaseShift = new TF1* [NumChannels];
TGraph** gDelta = new TGraph* [NumChannels];
TCanvas* cDelta = new TCanvas("cDelta", "cDelta", 1);
cDelta->cd(0);
cDelta->SetCanvasSize(1280, 720);
cDelta->SetMargin(0.15,0.05,0.2,0.05);//lrbt
cDelta->SetGrid();
cDelta->cd(0);
TH1F* hAxis = new TH1F("hAxis","hAxis", NumMomBins, kMin, kMax);
hAxis->SetStats(false);
hAxis->SetTitle("");
hAxis->GetXaxis()->SetLabelSize(0.06);
hAxis->GetXaxis()->SetTitle("k (MeV)");
hAxis->GetXaxis()->CenterTitle();
hAxis->GetXaxis()->SetTitleOffset(1.15);
hAxis->GetXaxis()->SetLabelOffset(0.02);
hAxis->GetXaxis()->SetTitleSize(0.07);
hAxis->GetYaxis()->SetLabelSize(0.06);
hAxis->GetYaxis()->SetTitle("#delta(k) (deg)");
hAxis->GetYaxis()->CenterTitle();
hAxis->GetYaxis()->SetTitleOffset(0.75);
hAxis->GetYaxis()->SetTitleSize(0.07);
hAxis->GetYaxis()->SetRangeUser(-28, 55);
hAxis->GetYaxis()->SetLimits(-28, 55);
hAxis->Draw("");
TCanvas* cDeltaZoom = new TCanvas("cDeltaZoom", "cDeltaZoom", 1);
cDeltaZoom->cd(0);
cDeltaZoom->SetCanvasSize(1280, 720);
cDeltaZoom->SetMargin(0.15,0.05,0.2,0.05);//lrbt
cDeltaZoom->SetGrid();
cDeltaZoom->cd(0);
TH1F* hAxisZoom = new TH1F("hAxisZoom","hAxisZoom", NumMomBins, kMin, kMax);
hAxisZoom->SetStats(false);
hAxisZoom->SetTitle("");
hAxisZoom->GetXaxis()->SetLabelSize(0.06);
hAxisZoom->GetXaxis()->SetTitle("k (MeV)");
hAxisZoom->GetXaxis()->CenterTitle();
hAxisZoom->GetXaxis()->SetTitleOffset(1.15);
hAxisZoom->GetXaxis()->SetLabelOffset(0.02);
hAxisZoom->GetXaxis()->SetTitleSize(0.07);
hAxisZoom->GetYaxis()->SetLabelSize(0.06);
hAxisZoom->GetYaxis()->SetTitle("#delta(k) (deg)");
hAxisZoom->GetYaxis()->CenterTitle();
hAxisZoom->GetYaxis()->SetTitleOffset(0.75);
hAxisZoom->GetYaxis()->SetTitleSize(0.07);
hAxisZoom->GetYaxis()->SetRangeUser(-10, 40);
hAxisZoom->GetYaxis()->SetLimits(-10, 40);
hAxisZoom->Draw("");
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
hPhaseShift[usCh] = new TH1F("hPhaseShift"+ChannelName[usCh], "hPhaseShift"+ChannelName[usCh], NumFitBins, Kitty.GetMomBinLowEdge(FitFromBin), Kitty.GetMomBinUpEdge(FitToBin));
for(unsigned uFitBin=0; uFitBin<NumFitBins; uFitBin++){
hPhaseShift[usCh]->SetBinContent(uFitBin+1, Kitty.GetMomentum(uFitBin+FitFromBin)/tan(Kitty.GetPhaseShift(uFitBin+FitFromBin,usCh,0)));
hPhaseShift[usCh]->SetBinError(uFitBin+1, hPhaseShift[usCh]->GetBinContent(uFitBin+1)*0.0001);
}
fPhaseShift[usCh] = new TF1("fPhaseShift"+ChannelName[usCh], "(197.327/[0]+0.5*x*x*[1]/197.327)", kFitFrom, kFitTo);
fPhaseShift[usCh]->SetParameter(0, 0);
fPhaseShift[usCh]->SetParLimits(0, -10,10);
fPhaseShift[usCh]->SetParameter(1, 2);
fPhaseShift[usCh]->SetParLimits(1, 0,256);
hPhaseShift[usCh]->Fit(fPhaseShift[usCh],"S, N, R, M");
//gDelta[usCh] = new TH1F("hDelta"+ChannelName[usCh], "hDelta"+ChannelName[usCh], NumMomBins, kMin, kMax);
gDelta[usCh] = new TGraph();
gDelta[usCh]->SetName("gDelta"+ChannelName[usCh]);
gDelta[usCh]->Set(NumMomBins);
for(unsigned uMomBin=0; uMomBin<NumMomBins; uMomBin++){
//gDelta[usCh]->SetBinContent(uMomBin+1,Kitty.GetPhaseShift(uMomBin,usCh,0)*180./TMath::Pi());
gDelta[usCh]->SetPoint(uMomBin,Kitty.GetMomentum(uMomBin),Kitty.GetPhaseShift(uMomBin,usCh,0)*180./TMath::Pi());
}
gDelta[usCh]->SetLineWidth(6);
gDelta[usCh]->SetLineColor(DlmCol.GetColor(usCh+1));
cDelta->cd(0);
gDelta[usCh]->Draw("same,C");
cDeltaZoom->cd(0);
gDelta[usCh]->Draw("same,C");
}
TLegend* myLegend = new TLegend(0.15,0.9,0.95,0.99);//lbrt
myLegend->SetName("myLegend");
myLegend->SetTextSize(0.055);
myLegend->SetNColumns(NumChannels);
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
myLegend->AddEntry(gDelta[usCh],ChannelName[usCh]);
}
cDelta->cd(0);
myLegend->Draw("same");
ZeroLine->Draw("same");
cDeltaZoom->cd(0);
myLegend->Draw("same");
ZeroLine->Draw("same");
TFile* fOut = new TFile(OutputFolder+"fOut.root","recreate");
cDelta->Write();
cDelta->SaveAs(OutputFolder+"cDelta.png");
cDeltaZoom->Write();
cDeltaZoom->SaveAs(OutputFolder+"cDeltaZoom.png");
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
hPhaseShift[usCh]->Write();
fPhaseShift[usCh]->Write();
gDelta[usCh]->Write();
}
//////////////////////////////////////////////////////////////////////////////
TGraph** gCorrFun = new TGraph* [NumChannels];
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
Kitty.SetChannelWeight(0, 0.);
Kitty.SetChannelWeight(1, 0.);
Kitty.SetChannelWeight(2, 0.);
Kitty.SetChannelWeight(3, 0.);
Kitty.SetChannelWeight(usCh, 1.);
Kitty.KillTheCat();
gCorrFun[usCh] = new TGraph();
gCorrFun[usCh]->SetName("gCorrFun"+ChannelName[usCh]);
gCorrFun[usCh]->Set(NumMomBins);
for(unsigned uMomBin=0; uMomBin<NumMomBins; uMomBin++){
gCorrFun[usCh]->SetPoint(uMomBin,Kitty.GetMomentum(uMomBin),Kitty.GetCorrFun(uMomBin));
}
gCorrFun[usCh]->SetLineWidth(6);
gCorrFun[usCh]->SetLineColor(DlmCol.GetColor(usCh+1));
}
TF1* UnitLine = new TF1("UnitLine", "1", kMin, kMax);
UnitLine->SetLineColor(kBlack);
UnitLine->SetLineStyle(2);
UnitLine->SetLineWidth(4);
TPaveText* Info1 = new TPaveText(0.65,0.65,0.95,0.9, "blNDC");//lbrt
Info1->SetName("Info1");
Info1->SetBorderSize(1);
Info1->SetTextSize(0.05);
Info1->SetFillColor(kWhite);
Info1->SetTextFont(22);
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
Info1->AddText(TString::Format("f_{0}(%s) = %.2f fm",ChannelName[usCh].Data(),fPhaseShift[usCh]->GetParameter(0)));
}
TCanvas* c_Ck = new TCanvas("c_Ck", "c_Ck", 1);
c_Ck->cd(0);
c_Ck->SetCanvasSize(1280, 720);
c_Ck->SetMargin(0.15,0.05,0.2,0.05);//lrbt
c_Ck->SetGrid();
c_Ck->cd(0);
TH1F* hAxis_Ck = new TH1F("hAxis_Ck","hAxis_Ck",NumMomBins,kMin,kMax);
hAxis_Ck->SetStats(false);
hAxis_Ck->SetTitle("");
hAxis_Ck->GetXaxis()->SetLabelSize(0.06);
hAxis_Ck->GetXaxis()->SetTitle("k (MeV)");
hAxis_Ck->GetXaxis()->CenterTitle();
hAxis_Ck->GetXaxis()->SetTitleOffset(1.15);
hAxis_Ck->GetXaxis()->SetLabelOffset(0.02);
hAxis_Ck->GetXaxis()->SetTitleSize(0.07);
hAxis_Ck->GetYaxis()->SetLabelSize(0.06);
hAxis_Ck->GetYaxis()->SetTitle("C(k)");
hAxis_Ck->GetYaxis()->CenterTitle();
hAxis_Ck->GetYaxis()->SetTitleOffset(0.75);
hAxis_Ck->GetYaxis()->SetTitleSize(0.07);
hAxis_Ck->GetYaxis()->SetRangeUser(0.5, 4);
hAxis_Ck->GetYaxis()->SetLimits(0.5, 4);
hAxis_Ck->Draw("");
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
gCorrFun[usCh]->Draw("same,C");
}
UnitLine->Draw("same");
myLegend->Draw("same");
Info1->Draw("same");
c_Ck->SaveAs(OutputFolder+"c_Ck.png");
c_Ck->Write();
TCanvas* cZoom_Ck = new TCanvas("cZoom_Ck", "cZoom_Ck", 1);
cZoom_Ck->cd(0);
cZoom_Ck->SetCanvasSize(1280, 720);
cZoom_Ck->SetMargin(0.15,0.05,0.2,0.05);//lrbt
cZoom_Ck->SetGrid();
cZoom_Ck->cd(0);
TH1F* hAxisZoom_Ck = new TH1F("hAxisZoom_Ck","hAxisZoom_Ck",NumMomBins,kMin,kMax);
hAxisZoom_Ck->SetStats(false);
hAxisZoom_Ck->SetTitle("");
hAxisZoom_Ck->GetXaxis()->SetLabelSize(0.06);
hAxisZoom_Ck->GetXaxis()->SetTitle("k (MeV)");
hAxisZoom_Ck->GetXaxis()->CenterTitle();
hAxisZoom_Ck->GetXaxis()->SetTitleOffset(1.15);
hAxisZoom_Ck->GetXaxis()->SetLabelOffset(0.02);
hAxisZoom_Ck->GetXaxis()->SetTitleSize(0.07);
hAxisZoom_Ck->GetYaxis()->SetLabelSize(0.06);
hAxisZoom_Ck->GetYaxis()->SetTitle("C(k)");
hAxisZoom_Ck->GetYaxis()->CenterTitle();
hAxisZoom_Ck->GetYaxis()->SetTitleOffset(0.75);
hAxisZoom_Ck->GetYaxis()->SetTitleSize(0.07);
hAxisZoom_Ck->GetYaxis()->SetRangeUser(0.8, 1.25);
hAxisZoom_Ck->GetYaxis()->SetLimits(0.8, 1.25);
hAxisZoom_Ck->Draw("");
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
gCorrFun[usCh]->Draw("same,C");
}
UnitLine->Draw("same");
myLegend->Draw("same");
Info1->Draw("same");
cZoom_Ck->SaveAs(OutputFolder+"cZoom_Ck.png");
cZoom_Ck->Write();
//////////////////////////////////////////////////////////////////////////////
const unsigned NumRadBins=1024;
const double RadMin=0;
const double RadMax=12;
const double RadStepSize=(RadMax-RadMin)/double(NumRadBins);
double Radius;
TH1F*** hSwave = new TH1F** [NumChannels];
TH1F*** hWf2 = new TH1F** [NumChannels];
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
hSwave[usCh] = new TH1F* [NumMomBins];
hWf2[usCh] = new TH1F* [NumMomBins];
for(unsigned uMomBin=0; uMomBin<NumMomBins; uMomBin++){
hSwave[usCh][uMomBin] = new TH1F("hSwave"+ChannelName[usCh]+TString::Format("_%.0f",Kitty.GetMomentum(uMomBin)),
"hSwave"+ChannelName[usCh]+TString::Format("_%.0f",Kitty.GetMomentum(uMomBin)),
NumRadBins,RadMin,RadMax);
hWf2[usCh][uMomBin] = new TH1F("hWf2"+ChannelName[usCh]+TString::Format("_%.0f",Kitty.GetMomentum(uMomBin)),
"hWf2"+ChannelName[usCh]+TString::Format("_%.0f",Kitty.GetMomentum(uMomBin)),
NumRadBins,RadMin,RadMax);
for(unsigned uRad=0; uRad<NumRadBins; uRad++){
Radius = hSwave[usCh][uMomBin]->GetBinCenter(uRad+1);
hSwave[usCh][uMomBin]->SetBinContent(uRad+1,real(Kitty.EvalRadialWaveFunction(uMomBin,usCh,0,Radius,true)));
hWf2[usCh][uMomBin]->SetBinContent(uRad+1,abs(Kitty.EvalWaveFun2(uMomBin,Radius,usCh)));
}
hSwave[usCh][uMomBin]->Write();
hWf2[usCh][uMomBin]->Write();
}
}
for(unsigned short usCh=0; usCh<NumChannels; usCh++){
delete hPhaseShift[usCh];
delete fPhaseShift[usCh];
delete gDelta[usCh];
delete gCorrFun[usCh];
delete hSwave[usCh];
for(unsigned uMomBin=0; uMomBin<NumMomBins; uMomBin++){
delete hWf2[usCh][uMomBin];
}
delete [] hWf2[usCh];
}
delete [] hPhaseShift;
delete [] fPhaseShift;
delete [] gDelta;
delete [] gCorrFun;
delete [] hSwave;
delete [] hWf2;
delete hAxis;
delete hAxisZoom;
delete hAxis_Ck;
delete hAxisZoom_Ck;
delete UnitLine;
delete ZeroLine;
delete myLegend;
delete Info1;
delete cDelta;
delete cDeltaZoom;
delete fOut;
}
//we should have as input:
//the effective tau and masses for p, Lambda and Xi resonances
//the weights of the different mT (or kT or whatever we take) bins
//the radii for the different mT bins
//the output:
//the full S(r) for the pp, pL systems (mT integrated)
//attempt to fit the full S(r) with a Gaussian and see if there is a difference
//is the resulting Gaussian the same in pp and pL ?
void CompareDoubleGaussToGaussExp(){
enum eSyst { pp, pL, pXim, LL };
const TString OutputFolder = "/home/dmihaylov/Dudek_Ubuntu/Work/Kclus/GeneralFemtoStuff/Using_CATS3/Output/CompareDoubleGaussToGaussExp/";
const TString InputFile = "";
const TString FitName = "";
const unsigned NumSystems = 4;
TString* SystemName = new TString [NumSystems];
SystemName[0] = "p-p";
SystemName[1] = "p-#Lambda";
SystemName[2] = "p-#Xi^{#minus}";
SystemName[3] = "#Lambda-#Lambda";
TString* ShortName = new TString [NumSystems];
ShortName[0] = "pp";
ShortName[1] = "pL";
ShortName[2] = "pXi";
ShortName[3] = "LL";
//Revision in November 2018
const double ResMass_p = 1361.52;
const double ResMass_L = 1462.93;
const double ResMass_Xim = 1823; // no idea
const double ResTau_p = 1.65;
const double ResTau_L = 4.69;
const double ResTau_Xim = 8.220833333; // no idea
const double Prim_p = 0.3578;
const double Prim_L = 0.3562;
const double Prim_Xim = 0.9545; // no idea
const double Mass_p = 938.272;
const double Mass_pi = 138; //kind of avg between pi+ and pi0
const double Mass_L = 1115.683;
const double Mass_Xim = 1321.7;
//[system][paricle1/2]
double** ResMass = new double* [NumSystems];
double** ResTau = new double* [NumSystems];
double** PrimFrac = new double* [NumSystems];
double** Mass0 = new double* [NumSystems];
double** Mass1 = new double* [NumSystems];
for(unsigned uSyst=0; uSyst<NumSystems; uSyst++){
ResMass[uSyst] = new double [2];
ResTau[uSyst] = new double [2];
PrimFrac[uSyst] = new double [2];
Mass0[uSyst] = new double [2];
Mass1[uSyst] = new double [2];
}
ResMass[pp][0] = ResMass_p;
ResTau[pp][0] = ResTau_p;
PrimFrac[pp][0] = Prim_p;
Mass0[pp][0] = Mass_p;
Mass1[pp][0] = Mass_pi;
ResMass[pp][1] = ResMass_p;
ResTau[pp][1] = ResTau_p;
PrimFrac[pp][1] = Prim_p;
Mass0[pp][1] = Mass_p;
Mass1[pp][1] = Mass_pi;
ResMass[pL][0] = ResMass_p;
ResTau[pL][0] = ResTau_p;
PrimFrac[pL][0] = Prim_p;
Mass0[pL][0] = Mass_p;
Mass1[pL][0] = Mass_pi;
ResMass[pL][1] = ResMass_L;
ResTau[pL][1] = ResTau_L;
PrimFrac[pL][1] = Prim_L;
Mass0[pL][1] = Mass_L;
Mass1[pL][1] = Mass_pi;
ResMass[pXim][0] = ResMass_p;
ResTau[pXim][0] = ResTau_p;
PrimFrac[pXim][0] = Prim_p;
Mass0[pXim][0] = Mass_p;
Mass1[pXim][0] = Mass_pi;
ResMass[pXim][1] = ResMass_Xim;
ResTau[pXim][1] = ResTau_Xim;
PrimFrac[pXim][1] = Prim_Xim;
Mass0[pXim][1] = Mass_Xim;
Mass1[pXim][1] = Mass_pi;
ResMass[LL][0] = ResMass_L;
ResTau[LL][0] = ResTau_L;
PrimFrac[LL][0] = Prim_L;
Mass0[LL][0] = Mass_L;
Mass1[LL][0] = Mass_pi;
ResMass[LL][1] = ResMass_L;
ResTau[LL][1] = ResTau_L;
PrimFrac[LL][1] = Prim_L;
Mass0[LL][1] = Mass_L;
Mass1[LL][1] = Mass_pi;
unsigned* Num_mT = new unsigned [NumSystems];
Num_mT[pp] = 2;
Num_mT[pL] = 2;
Num_mT[pXim] = 2;
Num_mT[LL] = 2;
double** Mean_mT = new double* [NumSystems];
double** Weight_mT = new double* [NumSystems];
double** Radius_mT = new double* [NumSystems];
for(unsigned uSyst=0; uSyst<NumSystems; uSyst++){
Mean_mT[uSyst] = new double [Num_mT[uSyst]];
Weight_mT[uSyst] = new double [Num_mT[uSyst]];
Radius_mT[uSyst] = new double [Num_mT[uSyst]];
}
//!SET THE Mean_mT and Weight_mT values
//Values from Andi on 19th September 2018
Mean_mT[0][0] = 1; Weight_mT[0][0] = 0.563;
Mean_mT[0][1] = 2; Weight_mT[0][1] = 0.437;
Mean_mT[1][0] = 1; Weight_mT[1][0] = 0.563;
Mean_mT[1][1] = 2; Weight_mT[1][1] = 0.437;
Mean_mT[2][0] = 1; Weight_mT[2][0] = 0.563;
Mean_mT[2][1] = 2; Weight_mT[2][1] = 0.437;
Mean_mT[3][0] = 1; Weight_mT[3][0] = 0.563;
Mean_mT[3][1] = 2; Weight_mT[3][1] = 0.437;
const unsigned NumRadBins = 256;
const double rMin = 0;
const double rMax = 8;
//used for the fake random source
const double RelError = 0.000;
const double AbsError = 0.001;
TFile* InFile = new TFile(InputFile,"read");
TF1* f_mT_R = InFile?(TF1*)InFile->Get(FitName):NULL;
bool Del_f_mT_R=false;
double fun0=0.515*1.00;
double fun1=1.105*1.00;
double xVal0=1;
double xVal1=2;
double parA = (fun1-fun0)/(xVal1-xVal0);
double parB = (fun0*xVal1-fun1*xVal0)/(xVal1-xVal0);
if(!f_mT_R){
printf("\033[1;31mERROR:\033[0m The file %s could not be opened!\n",InputFile.Data());
printf(" Initializing f_mT_R with some default values.\n");
f_mT_R = new TF1("f_mT_R","[0]+x*[1]",rMin,rMax);
//November revision
f_mT_R->FixParameter(0,parA);
f_mT_R->FixParameter(1,parB);
Del_f_mT_R=true;
}
for(unsigned uSyst=0; uSyst<NumSystems; uSyst++){
for(unsigned umT=0; umT<Num_mT[uSyst]; umT++){
Radius_mT[uSyst][umT] = f_mT_R->Eval(Mean_mT[uSyst][umT]);
}
}
//[System][kT]
TH1F*** hkT_Source = new TH1F** [NumSystems];
//the fit with a Gauss
TF1*** fkT_GaussSource = new TF1** [NumSystems];;
//[System]
TH1F** h_Source = new TH1F* [NumSystems];;
//the fit with a Gauss
TF1** f_GaussSource = new TF1* [NumSystems];;
//the individual Gauss source added up according to the weights
//TH1F** h_AddedGauss = new TH1F* [NumSystems];
double Radius;
double S_Val;
double* Pars_GETS2 = new double [14];
for(unsigned uSyst=0; uSyst<NumSystems; uSyst++){
h_Source[uSyst] = new TH1F(TString::Format("h_Source_%s",ShortName[uSyst].Data()),TString::Format("h_Source_%s",ShortName[uSyst].Data()),NumRadBins, rMin, rMax);
f_GaussSource[uSyst] = new TF1(TString::Format("f_GaussSource_%s",ShortName[uSyst].Data()),GaussSourceTF1,rMin,rMax,4);
f_GaussSource[uSyst]->FixParameter(0,0);f_GaussSource[uSyst]->FixParameter(1,0);f_GaussSource[uSyst]->FixParameter(2,0);
f_GaussSource[uSyst]->SetParameter(3,1.0);
f_GaussSource[uSyst]->SetParLimits(3,0.2,1.6);
hkT_Source[uSyst] = new TH1F* [Num_mT[uSyst]];
fkT_GaussSource[uSyst] = new TF1* [Num_mT[uSyst]];
for(unsigned umT=0; umT<Num_mT[uSyst]; umT++){
hkT_Source[uSyst][umT] = new TH1F(TString::Format("hkT_Source_%s_%u",ShortName[uSyst].Data(),umT),TString::Format("h_Source_%s_%u",ShortName[uSyst].Data(),umT),NumRadBins,rMin,rMax);
fkT_GaussSource[uSyst][umT] = new TF1(TString::Format("fkT_GaussSource_%s_%u",ShortName[uSyst].Data(),umT),GaussSourceTF1,rMin,rMax,4);
fkT_GaussSource[uSyst][umT]->FixParameter(0,0);fkT_GaussSource[uSyst][umT]->FixParameter(1,0);fkT_GaussSource[uSyst][umT]->FixParameter(2,0);
fkT_GaussSource[uSyst][umT]->SetParameter(3,1.0);
fkT_GaussSource[uSyst][umT]->SetParLimits(3,0.2,1.6);
for(unsigned uRad=0; uRad<NumRadBins; uRad++){
Radius = hkT_Source[uSyst][umT]->GetBinCenter(uRad+1);
Pars_GETS2[1] = Radius;
Pars_GETS2[3] = Radius_mT[uSyst][umT];
Pars_GETS2[4] = ResTau[uSyst][0];
Pars_GETS2[5] = PrimFrac[uSyst][0];
Pars_GETS2[6] = ResMass[uSyst][0];
Pars_GETS2[7] = Mass0[uSyst][0];
Pars_GETS2[8] = Mass1[uSyst][0];
Pars_GETS2[9] = ResTau[uSyst][1];
Pars_GETS2[10] = PrimFrac[uSyst][1];
Pars_GETS2[11] = ResMass[uSyst][1];
Pars_GETS2[12] = Mass0[uSyst][1];
Pars_GETS2[13] = Mass1[uSyst][1];
S_Val = GaussExpTotSimple_2body(Pars_GETS2);
hkT_Source[uSyst][umT]->SetBinContent(uRad+1,S_Val);
hkT_Source[uSyst][umT]->SetBinError(uRad+1,RelError*S_Val+AbsError);
h_Source[uSyst]->SetBinContent(uRad+1,h_Source[uSyst]->GetBinContent(uRad+1)+S_Val*Weight_mT[uSyst][umT]);
h_Source[uSyst]->SetBinError(uRad+1,h_Source[uSyst]->GetBinError(uRad+1)+RelError*S_Val*Weight_mT[uSyst][umT]+AbsError);
}
hkT_Source[uSyst][umT]->Fit(fkT_GaussSource[uSyst][umT],"Q, S, N, R, M");
}