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#include <getopt.h>
#include <fstream>
#include <string>
#include "Examples/Psi2SToKpKmPiGam/Psi2SToKpKmPiGamBaseLh.hh"
#include "Examples/Psi2SToKpKmPiGam/Psi2SToKpKmPiGamEventList.hh"
#include "ErrLogger/ErrLogger.hh"
Psi2SToKpKmPiGamBaseLh::Psi2SToKpKmPiGamBaseLh(boost::shared_ptr<const Psi2SToKpKmPiGamEventList> theEvtList, const std::map<const std::string, bool>& hypMap) :
AbsPsi2SToKpKmPiGamLh(theEvtList)
,_K0_1430Hyp(true)
,_K1_1410Hyp(true)
,_K2_1430Hyp(true)
,_nFitParams(0)
{
std::map<const std::string, bool>::const_iterator iter= hypMap.find("K0_1430HypBase");
if (iter !=hypMap.end()){
_K0_1430Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _K0_1430Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis K0_1430HypBase not set!!!" <<endmsg;
iter= hypMap.find("K1_1410HypBase");
if (iter !=hypMap.end()){
_K1_1410Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _K1_1410Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis K1_1410HypBase not set!!!" <<endmsg;
iter= hypMap.find("K2_1430HypBase");
if (iter !=hypMap.end()){
_K2_1430Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _K2_1430Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis K2_1430HypBase not set!!!" <<endmsg;
iter= hypMap.find("KKPi_HypBase");
if (iter !=hypMap.end()){
_KKPi_Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _KKPi_Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis KKPi_HypBase not set!!!" <<endmsg;
iter= hypMap.find("K1_1680_HypBase");
if (iter !=hypMap.end()){
_K1_1680Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _K1_1680Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis KKPi_HypBase not set!!!" <<endmsg;
_ampVec.push_back(paramEnumKpKmPiGam::ChiGam);
_ampVec.push_back(paramEnumKpKmPiGam::K890K);
if(_K0_1430Hyp) _ampVec.push_back(paramEnumKpKmPiGam::K_0_1400K);
if(_K1_1410Hyp) _ampVec.push_back(paramEnumKpKmPiGam::K_1_1400K);
if(_K2_1430Hyp) _ampVec.push_back(paramEnumKpKmPiGam::K_2_1400K);
if(_K1_1680Hyp) _ampVec.push_back(paramEnumKpKmPiGam::K_1_1680K);
if(_KKPi_Hyp) _ampVec.push_back(paramEnumKpKmPiGam::KKPi);
_ampVec.push_back(paramEnumKpKmPiGam::a980Pi);
_massVec.push_back(paramEnumKpKmPiGam::K890);
if(_K0_1430Hyp) _massVec.push_back(paramEnumKpKmPiGam::K_0_1400);
if(_K1_1410Hyp) _massVec.push_back(paramEnumKpKmPiGam::K_1_1400);
if(_K2_1430Hyp) _massVec.push_back(paramEnumKpKmPiGam::K_2_1400);
if(_K1_1680Hyp) _massVec.push_back(paramEnumKpKmPiGam::K_1_1680);
std::vector<unsigned int>::iterator ampIt;
for (ampIt=_ampVec.begin(); ampIt!=_ampVec.end(); ++ampIt){
std::vector< boost::shared_ptr<const JPCLS> > JPCLSs=_fitParamsKpKmPiGam.jpclsVec(*ampIt);
_nFitParams+=2*JPCLSs.size();
}
std::vector<unsigned int>::iterator massIt;
for (massIt=_massVec.begin(); massIt!=_massVec.end(); ++massIt){
_nFitParams+=2;
}
_nFitParams+=3; //a(980) Flatte parameters
_nFitParams+=1; //phase space
}
Psi2SToKpKmPiGamBaseLh::Psi2SToKpKmPiGamBaseLh( boost::shared_ptr<AbsPsi2SToKpKmPiGamLh> theLhPtr, const std::map<const std::string, bool>& hypMap ) :
AbsPsi2SToKpKmPiGamLh(theLhPtr->getEventList())
,_K0_1430Hyp(true)
,_K1_1410Hyp(true)
,_K2_1430Hyp(true)
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,_nFitParams(0)
{
std::map<const std::string, bool>::const_iterator iter= hypMap.find("K0_1430HypBase");
if (iter !=hypMap.end()){
_K0_1430Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _K0_1430Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis K0_1430HypBase not set!!!" <<endmsg;
iter= hypMap.find("K1_1410HypBase");
if (iter !=hypMap.end()){
_K1_1410Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _K1_1410Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis K1_1410HypBase not set!!!" <<endmsg;
iter= hypMap.find("K2_1430HypBase");
if (iter !=hypMap.end()){
_K2_1430Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _K2_1430Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis K2_1430HypBase not set!!!" <<endmsg;
iter= hypMap.find("KKPi_HypBase");
if (iter !=hypMap.end()){
_KKPi_Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _KKPi_Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
else Alert << "hypothesis KKPi_HypBase not set!!!" <<endmsg;
iter= hypMap.find("K1_1680_HypBase");
if (iter !=hypMap.end()){
_K1_1680Hyp= iter->second;
Info<< "hypothesis " << iter->first << "\t" << _K1_1680Hyp <<endmsg;
_hypMap[iter->first]= iter->second;
}
_ampVec.push_back(paramEnumKpKmPiGam::ChiGam);
_ampVec.push_back(paramEnumKpKmPiGam::K890K);
if(_K0_1430Hyp) _ampVec.push_back(paramEnumKpKmPiGam::K_0_1400K);
if(_K1_1410Hyp) _ampVec.push_back(paramEnumKpKmPiGam::K_1_1400K);
if(_K2_1430Hyp) _ampVec.push_back(paramEnumKpKmPiGam::K_2_1400K);
if(_K1_1680Hyp) _ampVec.push_back(paramEnumKpKmPiGam::K_1_1680K);
if(_KKPi_Hyp) _ampVec.push_back(paramEnumKpKmPiGam::KKPi);
_ampVec.push_back(paramEnumKpKmPiGam::a980Pi);
_massVec.push_back(paramEnumKpKmPiGam::K890);
if(_K0_1430Hyp) _massVec.push_back(paramEnumKpKmPiGam::K_0_1400);
if(_K1_1410Hyp) _massVec.push_back(paramEnumKpKmPiGam::K_1_1400);
if(_K2_1430Hyp) _massVec.push_back(paramEnumKpKmPiGam::K_2_1400);
if(_K1_1680Hyp) _massVec.push_back(paramEnumKpKmPiGam::K_1_1680);
std::vector<unsigned int>::iterator ampIt;
for (ampIt=_ampVec.begin(); ampIt!=_ampVec.end(); ++ampIt){
std::vector< boost::shared_ptr<const JPCLS> > JPCLSs=_fitParamsKpKmPiGam.jpclsVec(*ampIt);
_nFitParams+=2*JPCLSs.size();
}
std::vector<unsigned int>::iterator massIt;
for (massIt=_massVec.begin(); massIt!=_massVec.end(); ++massIt){
_nFitParams+=2;
}
_nFitParams+=3; //a(980) Flatte parameters
_nFitParams+=1; //phase space parameter
}
Psi2SToKpKmPiGamBaseLh::~Psi2SToKpKmPiGamBaseLh()
{;
}
complex<double> Psi2SToKpKmPiGamBaseLh::calcCoherentAmp(Spin Minit, Spin lamGam, const paramKpKmPiGam& theParamVal, Psi2SToKpKmPiGamData::Psi2SToKpKmPiGamEvtData* theData){
complex<double> result(0.,0.);
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > PsiToChiGam=theParamVal.PsiToChiGam;
for (Spin lamChi=-1; lamChi<=1; lamChi++){
Spin lamChiGam=lamChi-lamGam;
complex<double> PsiDecAmp=conj(theData->dfPsi[1][Minit][lamChiGam]);
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complex<double> PsiDecAmpTmpls(0.,0.);
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess >::iterator itPsi;
for ( itPsi=PsiToChiGam.begin(); itPsi!=PsiToChiGam.end(); ++itPsi){
boost::shared_ptr<const JPCLS> PsiState=itPsi->first;
if (fabs(lamChiGam)>PsiState->J || fabs(lamChiGam)>PsiState->S) continue;
double thePsiMag=itPsi->second.first;
double thePsiPhi=itPsi->second.second;
complex<double> expiphiPsi(cos(thePsiPhi), sin(thePsiPhi));
complex<double> dummyAmp(0.,0.);
complex<double> decAmp=calcDecAmp(dummyAmp, lamChi, theParamVal, theData);
PsiDecAmpTmpls+=thePsiMag*expiphiPsi*sqrt(2*PsiState->L+1)
*Clebsch(PsiState->L,0,PsiState->S,lamChiGam,PsiState->J,lamChiGam)
*Clebsch(1, lamChi, 1, -lamGam, PsiState->S,lamChiGam)
*decAmp;
}
PsiDecAmp*=PsiDecAmpTmpls;
result+=PsiDecAmp;
}
return result;
}
complex<double> Psi2SToKpKmPiGamBaseLh::calcDecAmp(complex<double>& inAmp,Spin lamChi, const paramKpKmPiGam& theParamVal, Psi2SToKpKmPiGamData::Psi2SToKpKmPiGamEvtData* theData){
complex<double> result=inAmp;
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > ChiToK890K=theParamVal.ChiToK890K;
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > ChiToa0Pi=theParamVal.ChiToa0Pi;
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > ChiToKKPi=theParamVal.ChiToKKPi;
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double K890Mass=theParamVal.BwK890.first;
double K890Width=theParamVal.BwK890.second;
double a980FlatteMass=theParamVal.FlatMa980;
double a980FlatgKK=theParamVal.FlatgKK;
double a980FlatgEtaPi=theParamVal.FlatgEtaPi;
//Chi to a0(980) pi0 and a0(980)->K+K-
result+=a980FlatteAmp(theData, ChiToa0Pi, a980FlatteMass, a980FlatgKK, a980FlatgEtaPi, lamChi);
//Chi -> K890 K and K890->K pi0
result+=K892Amp(theData, ChiToK890K, K890Mass, K890Width, lamChi);
//Chi -> K_0_1400 K and K_0_1400->K pi0
if(_K0_1430Hyp){
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > ChiToK_0_1400K=theParamVal.ChiToK1400_0_K;
double K_0_1400Mass=theParamVal.BwK1400_0.first;
double K_0_1400Width=theParamVal.BwK1400_0.second;
result+=K0_1400Amp(theData, ChiToK_0_1400K, K_0_1400Mass, K_0_1400Width, lamChi);
}
//Chi -> K_1_1400 K and K_1_1400->K pi0
if(_K1_1410Hyp){
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > ChiToK_1_1400K=theParamVal.ChiToK1400_1_K;
double K_1_1400Mass=theParamVal.BwK1400_1.first;
double K_1_1400Width=theParamVal.BwK1400_1.second;
result+=K1_1400Amp(theData, ChiToK_1_1400K, K_1_1400Mass, K_1_1400Width, lamChi);
}
//Chi -> K_2_1400 K and K_2_1400->K pi0
if(_K2_1430Hyp){
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > ChiToK_2_1400K=theParamVal.ChiToK1400_2_K;
double K_2_1400Mass=theParamVal.BwK1400_2.first;
double K_2_1400Width=theParamVal.BwK1400_2.second;
result+=K2_1400Amp(theData, ChiToK_2_1400K, K_2_1400Mass, K_2_1400Width, lamChi);
}
//K_1_1680->K pi0
if(_K1_1680Hyp){
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > ChiToK_1_1680K=theParamVal.ChiToK1680_1_K;
double K_1_1680Mass=theParamVal.BwK1680_1.first;
double K_1_1680Width=theParamVal.BwK1680_1.second;
result+=K892Amp(theData, ChiToK_1_1680K, K_1_1680Mass, K_1_1680Width, lamChi);
}
//Chi -> K+ K- pi0
if(_KKPi_Hyp){
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > ChiToKKPi=theParamVal.ChiToKKPi;
result+=KKPi_Amp(theData, ChiToKKPi, lamChi);
}
return result;
}
void Psi2SToKpKmPiGamBaseLh::setMnUsrParams(MnUserParameters& upar, paramKpKmPiGam& startVal, paramKpKmPiGam& errVal){
_fitParamsKpKmPiGam.setMnUsrParamsFlattea980Mass(upar, startVal, errVal, paramEnumKpKmPiGam::name(paramEnumKpKmPiGam::phaseSpace));
_fitParamsKpKmPiGam.setMnUsrParamsDec(upar,startVal,errVal,paramEnumKpKmPiGam::ChiGam);
_fitParamsKpKmPiGam.setMnUsrParamsDec(upar,startVal,errVal, paramEnumKpKmPiGam::K890K);
if(_K0_1430Hyp) _fitParamsKpKmPiGam.setMnUsrParamsDec(upar,startVal,errVal, paramEnumKpKmPiGam::K_0_1400K);
if(_K1_1410Hyp) _fitParamsKpKmPiGam.setMnUsrParamsDec(upar,startVal,errVal, paramEnumKpKmPiGam::K_1_1400K);
if(_K2_1430Hyp) _fitParamsKpKmPiGam.setMnUsrParamsDec(upar,startVal,errVal, paramEnumKpKmPiGam::K_2_1400K);
if(_K1_1680Hyp) _fitParamsKpKmPiGam.setMnUsrParamsDec(upar,startVal,errVal, paramEnumKpKmPiGam::K_1_1680K);
if(_KKPi_Hyp) _fitParamsKpKmPiGam.setMnUsrParamsDec(upar,startVal,errVal, paramEnumKpKmPiGam::KKPi);
_fitParamsKpKmPiGam.setMnUsrParamsDec(upar,startVal,errVal, paramEnumKpKmPiGam::a980Pi);
//K*(982) BW
_fitParamsKpKmPiGam.setMnUsrParamsMass(upar, startVal, errVal, paramEnumKpKmPiGam::K890);
//K*(1400) BWs
if(_K0_1430Hyp) _fitParamsKpKmPiGam.setMnUsrParamsMass(upar, startVal, errVal, paramEnumKpKmPiGam::K_0_1400);
if(_K1_1410Hyp) _fitParamsKpKmPiGam.setMnUsrParamsMass(upar, startVal, errVal, paramEnumKpKmPiGam::K_1_1400);
if(_K2_1430Hyp) _fitParamsKpKmPiGam.setMnUsrParamsMass(upar, startVal, errVal, paramEnumKpKmPiGam::K_2_1400);
if(_K1_1680Hyp) _fitParamsKpKmPiGam.setMnUsrParamsMass(upar, startVal, errVal, paramEnumKpKmPiGam::K_1_1680);
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//a(980) BW
// setMnUsrParamsMass(upar, startVal, errVal, paramEnumKpKmPiGam::a980");
_fitParamsKpKmPiGam.setMnUsrParamsFlattea980Mass(upar, startVal, errVal, paramEnumKpKmPiGam::name(paramEnumKpKmPiGam::a980));
}
int Psi2SToKpKmPiGamBaseLh::setFitParamVal(paramKpKmPiGam& theParamVal, const std::vector<double>& par) {
if (par.size()!= nFitParams() ) {
Alert << "size of parameters wrong!!! par.size()=" << par.size() <<
"\t it should be" << nFitParams() << endmsg;
exit(1);
}
std::vector< boost::shared_ptr<const JPCLS> >::const_iterator itJPCLS;
int counter=0;
counter=_fitParamsKpKmPiGam.setFitParamFlattea980Mass(theParamVal, par, counter, paramEnumKpKmPiGam::name(paramEnumKpKmPiGam::phaseSpace));
//Psi(2S) ->Chi_c1 gamma amplitude params
counter=_fitParamsKpKmPiGam.setFitParamValDec(theParamVal, par, counter, paramEnumKpKmPiGam::ChiGam);
//K*(982) amplitude params
counter=_fitParamsKpKmPiGam.setFitParamValDec(theParamVal, par, counter, paramEnumKpKmPiGam::K890K);
//K*(1400)_1 amplitude params
if(_K0_1430Hyp) counter=_fitParamsKpKmPiGam.setFitParamValDec(theParamVal, par, counter, paramEnumKpKmPiGam::K_0_1400K);
if(_K1_1410Hyp) counter=_fitParamsKpKmPiGam.setFitParamValDec(theParamVal, par, counter, paramEnumKpKmPiGam::K_1_1400K);
if(_K2_1430Hyp) counter=_fitParamsKpKmPiGam.setFitParamValDec(theParamVal, par, counter, paramEnumKpKmPiGam::K_2_1400K);
if(_K1_1680Hyp) counter=_fitParamsKpKmPiGam.setFitParamValDec(theParamVal, par, counter, paramEnumKpKmPiGam::K_1_1680K);
if(_KKPi_Hyp) counter=_fitParamsKpKmPiGam.setFitParamValDec(theParamVal, par, counter, paramEnumKpKmPiGam::KKPi);
//a(980) amplitude params
counter=_fitParamsKpKmPiGam.setFitParamValDec(theParamVal, par, counter, paramEnumKpKmPiGam::a980Pi);
// K890 mass
counter=_fitParamsKpKmPiGam.setFitParamValMass(theParamVal, par, counter, paramEnumKpKmPiGam::K890);
// K1400 masses
if(_K0_1430Hyp) counter=_fitParamsKpKmPiGam.setFitParamValMass(theParamVal, par, counter, paramEnumKpKmPiGam::K_0_1400);
if(_K1_1410Hyp) counter=_fitParamsKpKmPiGam.setFitParamValMass(theParamVal, par, counter, paramEnumKpKmPiGam::K_1_1400);
if(_K2_1430Hyp) counter=_fitParamsKpKmPiGam.setFitParamValMass(theParamVal, par, counter, paramEnumKpKmPiGam::K_2_1400);
if(_K1_1680Hyp) counter=_fitParamsKpKmPiGam.setFitParamValMass(theParamVal, par, counter, paramEnumKpKmPiGam::K_1_1680);
// a(980) mass
// counter=setFitParamValMass(theParamVal, par, counter, paramEnumKpKmPiGam::a980);
counter=_fitParamsKpKmPiGam.setFitParamFlattea980Mass(theParamVal, par, counter, paramEnumKpKmPiGam::name(paramEnumKpKmPiGam::a980));
return counter;
}
unsigned int Psi2SToKpKmPiGamBaseLh::nFitParams(){
return _nFitParams;
}
void Psi2SToKpKmPiGamBaseLh::print(std::ostream& os) const{
os << "Psi2SToKpKmPiGamBaseLh::print\n";
}
void Psi2SToKpKmPiGamBaseLh::printCurrentFitResult(paramKpKmPiGam& theParamVal) {
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DebugMsg<< "phaseSpace: " << theParamVal.phaseSpace << endmsg;
std::vector< boost::shared_ptr<const JPCLS> >::const_iterator itJPCLS;
std::vector<unsigned int>::const_iterator itAmps;
for ( itAmps=_ampVec.begin(); itAmps!=_ampVec.end(); ++itAmps){
std::vector< boost::shared_ptr<const JPCLS> > JPCLSs=_fitParamsKpKmPiGam.jpclsVec(*itAmps);
for ( itJPCLS=JPCLSs.begin(); itJPCLS!=JPCLSs.end(); ++itJPCLS){
DebugMsg<< (*itJPCLS)->name()<< paramEnumKpKmPiGam::name(*itAmps) << endmsg;
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > currentMap=_fitParamsKpKmPiGam.ampMap(theParamVal, *itAmps);
std::pair<double, double> tmpParam=currentMap[(*itJPCLS)];
DebugMsg <<"\t mag:" << tmpParam.first <<"\t phi:" << tmpParam.second << endmsg;
}
}
std::vector<unsigned int>::const_iterator itMasses;
for ( itMasses=_massVec.begin(); itMasses!=_massVec.end(); ++itMasses){
DebugMsg<< paramEnumKpKmPiGam::name(*itMasses) << endmsg;
std::pair<double, double> tmpParam=_fitParamsKpKmPiGam.massPair(theParamVal, *itMasses);
DebugMsg <<"\t mag:" << tmpParam.first <<"\t phi:" << tmpParam.second << endmsg;
}
DebugMsg<< "a980:" << endmsg;
DebugMsg <<"\t mass:" << theParamVal.FlatMa980 <<"\t gKK:" << theParamVal.FlatgKK << "\t gEtaPi:" << theParamVal.FlatgEtaPi << endmsg;
}
void Psi2SToKpKmPiGamBaseLh::dumpCurrentResult(std::ostream& os, paramKpKmPiGam& theParamVal, std::string& suffix){
if ( suffix.compare("Val") != 0 && suffix.compare("Err") !=0 ){
Warning << "suffix " << suffix << " not supported!!! Use Val or Err" << endmsg;
return;
}
std::string tmpStringPs="phaseSpace"+suffix;
os << tmpStringPs << "\t" << theParamVal.phaseSpace << "\t" << 0. << std::endl;
std::vector< boost::shared_ptr<const JPCLS> >::const_iterator itJPCLS;
std::vector<unsigned int>::const_iterator itAmps;
for ( itAmps=_ampVec.begin(); itAmps!=_ampVec.end(); ++itAmps){
std::vector< boost::shared_ptr<const JPCLS> > JPCLSs=_fitParamsKpKmPiGam.jpclsVec(*itAmps);
for ( itJPCLS=JPCLSs.begin(); itJPCLS!=JPCLSs.end(); ++itJPCLS){
std::map< boost::shared_ptr<const JPCLS>, pair<double, double>, pawian::Collection::SharedPtrLess > currentMap=_fitParamsKpKmPiGam.ampMap(theParamVal, *itAmps);
std::pair<double, double> tmpParam=currentMap[(*itJPCLS)];
std::string tmpStringDec=(*itJPCLS)->name()+paramEnumKpKmPiGam::name(*itAmps)+suffix;
os << tmpStringDec << "\t" << tmpParam.first << "\t" << tmpParam.second << std::endl;
}
}
std::vector<unsigned int>::const_iterator itMasses;
for ( itMasses=_massVec.begin(); itMasses!=_massVec.end(); ++itMasses){
std::string tmpStringMass=paramEnumKpKmPiGam::name(*itMasses)+suffix;
std::pair<double, double> tmpParam=_fitParamsKpKmPiGam.massPair(theParamVal, *itMasses);
os << tmpStringMass << "\t" << tmpParam.first << "\t" << tmpParam.second << std::endl;
}
std::string tmpStringFlat="FlatMa980"+suffix;
os << tmpStringFlat << "\t" << theParamVal.FlatMa980 << "\t" << 0. << std::endl;
tmpStringFlat="FlatgKK"+suffix;
os << tmpStringFlat << "\t" << theParamVal.FlatgKK << "\t" << 0. << std::endl;
tmpStringFlat="FlatgEtaPi"+suffix;
os << tmpStringFlat << "\t" << theParamVal.FlatgEtaPi << "\t" << 0. << std::endl;
}