FullAmpsPdfFlexiFastCPV Class Reference

Inheritance diagram for FullAmpsPdfFlexiFastCPV:

Public Member Functions
void	parametersChanged ()
void	beginFit ()
void	endFit ()
void	printIntegralVals ()
double	getValForGeneration (IDalitzEvent &evt)
void	getSmearedTime (double &t, double &dt, TRandom3 &r)
double	un_normalised_noPs (IDalitzEvent &evt)
virtual double	getVal (IDalitzEvent &evt)
virtual double	getVal_withPs (IDalitzEvent &evt)
virtual double	getVal_noPs (IDalitzEvent &evt)
virtual double	getVal (IDalitzEvent *evt)
virtual double	getVal_withPs (IDalitzEvent *evt)
virtual double	getVal_noPs (IDalitzEvent *evt)
virtual DalitzHistoSet	histoSet ()
void	doFinalStatsAndSaveForAmp12 (MINT::Minimiser *min=0, const std::string &fname="FitAmpResults", const std::string &fnameROOT="fitFractions")
	FullAmpsPdfFlexiFastCPV (AmpsPdfFlexiFast *amps1, AmpsPdfFlexiFast *amps2, AmpsPdfFlexiFast *ampsSum, MINT::FitParameter &r, MINT::FitParameter &delta, MINT::FitParameter &gamma, MINT::FitParameter &tau, MINT::FitParameter &dGamma, MINT::FitParameter &dm, MINT::FitParameter &eff_tag, MINT::FitParameter &w)
Public Member Functions inherited from MINT::PdfBase< IDalitzEvent >
	PdfBase ()
	PdfBase (const PdfBase< IDalitzEvent > &)
virtual double	RealVal (IDalitzEvent &evt)
virtual double	getNewVal (IDalitzEvent &evt)
virtual	~PdfBase ()
Public Member Functions inherited from MINT::IPdf< IDalitzEvent >
virtual void	Gradient (IDalitzEvent &evt, std::vector< double > &grad, MINT::MinuitParameterSet *mps)
virtual bool	useAnalyticGradient ()
Public Member Functions inherited from MINT::IReturnRealForEvent< IDalitzEvent >
virtual	~IReturnRealForEvent ()

Protected Attributes
AmpsPdfFlexiFast *	_amps1
AmpsPdfFlexiFast *	_amps2
AmpsPdfFlexiFast *	_ampsSum
FitParameter &	_r
FitParameter &	_delta
FitParameter &	_gamma
FitParameter &	_tau
FitParameter &	_dGamma
FitParameter &	_dm
FitParameter &	_eff_tag
FitParameter &	_w
RooRealVar *	_r_t
RooRealVar *	_r_dt
RooCategory *	_r_q
RooRealVar *	_r_mistag
RooCategory *	_r_f
RooRealVar *	_r_scale_mean_dt
RooRealVar *	_r_scale_sigma_dt
RooAbsPdf *	_pdf_sigma_t
RooAbsPdf *	_pdf_omega_os
RooAbsPdf *	_pdf_omega_ss
RooCubicSplineFun *	_spline
RooGaussEfficiencyModel *	_efficiency
NamedParameter< double >	_min_TAU
NamedParameter< double >	_max_TAU
DecRateCoeff_Bd *	_cos_coeff
DecRateCoeff_Bd *	_cosh_coeff
DecRateCoeff_Bd *	_sin_coeff
DecRateCoeff_Bd *	_sinh_coeff
double	_intA
double	_intAbar
complex< double >	_intAAbar

Additional Inherited Members
Protected Member Functions inherited from MINT::IReturnRealForEvent< IDalitzEvent >
	IReturnRealForEvent ()

Detailed Description

Definition at line 249 of file BsDsKpipi_TD_ampFit.cpp.

Constructor & Destructor Documentation

FullAmpsPdfFlexiFastCPV()

FullAmpsPdfFlexiFastCPV::FullAmpsPdfFlexiFastCPV ( AmpsPdfFlexiFast *  amps1, AmpsPdfFlexiFast *  amps2, AmpsPdfFlexiFast *  ampsSum, MINT::FitParameter &  r, MINT::FitParameter &  delta, MINT::FitParameter &  gamma, MINT::FitParameter &  tau, MINT::FitParameter &  dGamma, MINT::FitParameter &  dm, MINT::FitParameter &  eff_tag, MINT::FitParameter &  w  )

inline

Definition at line 486 of file BsDsKpipi_TD_ampFit.cpp.

                                                                                                                                                   :
    _amps1(amps1),_amps2(amps2),_ampsSum(ampsSum),_r(r),_delta(delta),_gamma(gamma),_tau(tau),_dGamma(dGamma),_dm(dm),_eff_tag(eff_tag),_w(w),
    _intA(-1),_intAbar(-1),_intAAbar(-1),_min_TAU("min_TAU", 0.4), _max_TAU("max_TAU", 10.)
    {
        // Init B2DX parameters
        _r_t = new RooRealVar("t", "time", _min_TAU, _max_TAU);
        _r_dt = new RooRealVar("dt", "per-candidate time resolution estimate",0., 0.25);
        _r_mistag = new RooRealVar("mistag", "mistag",0.);
        _r_f = new RooCategory("qf", "qf");
        _r_f->defineType("h+", +1);
        _r_f->defineType("h-", -1);
        _r_f->setRange("Range_p","h+");
        _r_f->setRange("Range_m","h-");
        _r_q = new RooCategory("qt", "qt");
        _r_q->defineType("B+", +1);
        _r_q->defineType("B-", -1) ;   
        _r_q->defineType("untagged", 0); 
        
        _cosh_coeff = new DecRateCoeff_Bd("cosh_coeff",
                                   "cosh_coeff",
                                   DecRateCoeff_Bd::kCosh ,
                                   *_r_f,
                                   RooRealConstant::value(1.),
                                   RooRealConstant::value(1.),
                                   *_r_q,
                                   *_r_mistag,
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(1.),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(_eff_tag),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(0.));
                                   
        _cos_coeff = new DecRateCoeff_Bd("cos_coeff",
                                  "cos_coeff",
                                  DecRateCoeff_Bd::kCos ,
                                  *_r_f,
                                  RooRealConstant::value(1.),
                                  RooRealConstant::value(-1.),
                                  *_r_q,
                                  *_r_mistag,
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(1.),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(_eff_tag),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(0.));  
        
        _sinh_coeff = new DecRateCoeff_Bd("sinh_coeff",
                                   "sinh_coeff",
                                   DecRateCoeff_Bd::kSinh ,
                                   *_r_f,
                                   RooRealConstant::value(-2.),
                                   RooRealConstant::value(-2.),
                                   *_r_q,
                                   *_r_mistag,
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(1.),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(_eff_tag),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(0.),
                                   RooRealConstant::value(0.));  
        
         _sin_coeff = new DecRateCoeff_Bd("sin_coeff",
                                  "sin_coeff",
                                  DecRateCoeff_Bd::kSin,
                                  *_r_f,
                                  RooRealConstant::value(2.),
                                  RooRealConstant::value(-2.),
                                  *_r_q,
                                  *_r_mistag,
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(1.),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(_eff_tag),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(0.),
                                  RooRealConstant::value(0.));  
        
        _r_scale_mean_dt = new RooRealVar("scale_mean_dt", "scale_mean_dt", 0);
        _r_scale_sigma_dt = new RooRealVar("scale_sigma_dt", "scale_sigma_dt", 1.2);
        
        //SPLINE KNOTS
        NamedParameter<double> knot_positions("knot_positions", 0.5, 1., 1.5, 2., 3., 6., 9.5);
        vector<double> myBinning = knot_positions.getVector();
        
        NamedParameter<double> knot_values("knot_values", 0.38,0.63,0.86,1.05,1.14,1.24,1.22);
        vector<double> values = knot_values.getVector() ;
        
        //SPLINE COEFFICIENTS
        RooArgList tacc_list;
        for(int i= 0; i< values.size(); i++){
            tacc_list.add(*(new RooRealVar(("coeff_"+anythingToString(i)).c_str(), ("coeff_"+anythingToString(i)).c_str(), values[i], 0.0, 10.0)));
        }
        tacc_list.add(*(new RooRealVar(("coeff_"+anythingToString((int)values.size())).c_str(), ("coeff_"+anythingToString((int)values.size())).c_str(), 1.0)));
        
        RooFormulaVar* coeff_last = new RooFormulaVar(("coeff_"+anythingToString((int)values.size()+1)).c_str(),("coeff_"+anythingToString((int)values.size()+1)).c_str(), "@0 + ((@0-@1)/(@2-@3)) * (@4 - @2)", RooArgList(RooRealConstant::value(1.0), *tacc_list.find(("coeff_"+anythingToString((int)values.size()-1)).c_str())  , RooRealConstant::value(myBinning[myBinning.size()-1]), RooRealConstant::value(myBinning[myBinning.size()-2]), RooRealConstant::value(_r_t->getMax()) ));
        
        tacc_list.add(*coeff_last); 
        
        //CUBIC SPLINE FUNCTION 
        _spline = new RooCubicSplineFun("splinePdf", "splinePdf", *_r_t, myBinning, tacc_list);        
        _efficiency = new RooGaussEfficiencyModel("resmodel", "resmodel", *_r_t, *_spline, RooRealConstant::value(0.), *_r_dt, *_r_scale_mean_dt, *_r_scale_sigma_dt );
        
        // Plot acceptance
        TH1F *h_spline = new TH1F("", "", 100, _min_TAU, _max_TAU);
        for (int i = 1; i<=h_spline->GetNbinsX(); i++) {
            _r_t->setVal(h_spline->GetXaxis()->GetBinCenter(i));
            h_spline->SetBinContent(i,_spline->getVal());
        }
        
        TCanvas* c = new TCanvas();
        h_spline->SetLineColor(kRed);
        h_spline->Draw("histc");
        c->Print("spline.eps");
        c->Print("spline.pdf");
        
        // Init pdf for sigma_t
        _pdf_sigma_t = new RooGenericPdf("pdf_sigma_t","pow(7. / @1, 7) / 720. * pow(@0, 6) * exp(-7. * @0 / @1)",RooArgList(*_r_dt, RooRealConstant::value(0.04)));
        
    }

Member Function Documentation

beginFit()

void FullAmpsPdfFlexiFastCPV::beginFit ( )

inlinevirtual

Reimplemented from MINT::PdfBase< IDalitzEvent >.

Definition at line 301 of file BsDsKpipi_TD_ampFit.cpp.

                   {
        _ampsSum->beginFit();
        printIntegralVals();
    }

doFinalStatsAndSaveForAmp12()

void FullAmpsPdfFlexiFastCPV::doFinalStatsAndSaveForAmp12 ( MINT::Minimiser *  min = 0, const std::string &  fname = "FitAmpResults", const std::string &  fnameROOT = "fitFractions"  )

inline

Definition at line 479 of file BsDsKpipi_TD_ampFit.cpp.

                                                                                                                                              {
        _amps1->redoIntegrator();
        _amps2->redoIntegrator();
        _amps1->doFinalStatsAndSave(min,((string)fname+".txt").c_str(),((string)fnameROOT+".root").c_str());
        _amps2->doFinalStatsAndSave(min,((string)fname+"_CC.txt").c_str(),((string)fnameROOT+"_CC.root").c_str());        
    }

endFit()

void FullAmpsPdfFlexiFastCPV::endFit ( )

inlinevirtual

Reimplemented from MINT::PdfBase< IDalitzEvent >.

Definition at line 305 of file BsDsKpipi_TD_ampFit.cpp.

                 {
        printIntegralVals();
        _ampsSum->endFit();
    }

getSmearedTime()

void FullAmpsPdfFlexiFastCPV::getSmearedTime ( double &  t, double &  dt, TRandom3 &  r  )

inline

Definition at line 348 of file BsDsKpipi_TD_ampFit.cpp.

                                                                  {
        while(true){
                t = r.Exp(_tau);
                dt = r.Uniform(0.,0.25);
                t = t + r.Gaus(0,_r_scale_sigma_dt->getVal()*dt);
            if(_min_TAU< t && t < _max_TAU) return; 
        }
    }

getVal() [1/2]

virtual double FullAmpsPdfFlexiFastCPV::getVal ( IDalitzEvent &  evt )

inlinevirtual

Implements IDalitzPdf.

Definition at line 393 of file BsDsKpipi_TD_ampFit.cpp.

                                            {
        
        const double val = un_normalised_noPs(evt);
        double r = (double)_r; // * sqrt(_intA/_intAbar);
        const double f = static_cast<double>((int)evt.getValueFromVector(4));

        const complex<double> phase_diff_m = polar((double)r,((double) _delta + (double)_gamma)/360.*2*pi);
        const complex<double> int_interference_m =  phase_diff_m * _intAAbar ;
        
        const complex<double> phase_diff_p = polar((double)r,((double) _delta -(double)_gamma)/360.*2*pi);
        const complex<double> int_interference_p = phase_diff_p * _intAAbar ;

        const complex<double> phase_diff = polar((double)r,((double) _delta -(double)_gamma*f)/360.*2*pi);
        const complex<double> int_interference =  phase_diff * _intAAbar ;

    TString range = "";
    //if(f == 1) range = "Range_p";
    //else range = "Range_m";
        
        
        if(_intA == -1 ){
            cout << "AmpsPdfFlexiFastCPV:: _norm = -1, should not have happened." << endl;
            throw "can't deal with that";
        }
        
        double norm =  (_intA + r* r * _intAbar) *  _efficiency->analyticalIntegral(coshBasis,_tau,_dm,_dGamma) * _cosh_coeff->analyticalIntegral(1,range)
                    +  (_intA - r* r * _intAbar) *  _efficiency->analyticalIntegral(cosBasis,_tau,_dm,_dGamma) * _cos_coeff->analyticalIntegral(1,range) 
                    //+  (int_interference_m.real() * _sinh_coeff->analyticalIntegral(1,"Range_m") +  int_interference_p.real() * _sinh_coeff->analyticalIntegral(1,"Range_p")) * _efficiency->analyticalIntegral(sinhBasis,_tau,_dm,_dGamma)
                    //+  (int_interference_m.imag() * _sin_coeff->analyticalIntegral(1,"Range_m") +  int_interference_p.imag() * _sin_coeff->analyticalIntegral(1,"Range_p")) *  _efficiency->analyticalIntegral(sinBasis,_tau,_dm,_dGamma) ;
                    +  int_interference.real()/2. * _sinh_coeff->analyticalIntegral(1,range) * _efficiency->analyticalIntegral(sinhBasis,_tau,_dm,_dGamma)
                    +  int_interference.imag()/2. * _sin_coeff->analyticalIntegral(1,range)  * _efficiency->analyticalIntegral(sinBasis,_tau,_dm,_dGamma) ;

   /*     
        const double t = (double) evt.getValueFromVector(0);
        const double dt = (double) evt.getValueFromVector(1);
        const double q = static_cast<double>((int)evt.getValueFromVector(2)); 
        const double w = (double) evt.getValueFromVector(3);
    cout << t << endl;
    cout << dt << endl;
    cout << q << endl;
    cout << w << endl;
    cout << f << endl << endl;

    cout << _cosh_coeff->evaluate() << endl;
    cout << _cosh_coeff->analyticalIntegral(1) << endl;
    cout << _cosh_coeff->analyticalIntegral(1,"Range_p") << endl;
    cout << _cosh_coeff->analyticalIntegral(1,"Range_m") << endl << endl;

    cout << _cos_coeff->evaluate() << endl; 
    cout << _cos_coeff->analyticalIntegral(1) << endl;
    cout << _cos_coeff->analyticalIntegral(1,"Range_p") << endl;
    cout << _cos_coeff->analyticalIntegral(1,"Range_m") << endl << endl;

    cout << _sinh_coeff->evaluate() << endl;
    cout << _sinh_coeff->analyticalIntegral(1) << endl;
    cout << _sinh_coeff->analyticalIntegral(1,"Range_p") << endl;
    cout << _sinh_coeff->analyticalIntegral(1,"Range_m") << endl << endl;

    cout << _sin_coeff->evaluate() << endl;
    cout << _sin_coeff->analyticalIntegral(1) << endl;
    cout << _sin_coeff->analyticalIntegral(1,"Range_p") << endl;
    cout << _sin_coeff->analyticalIntegral(1,"Range_m") << endl << endl;

    throw "";
    */
        return val/norm*2.;
    }

getVal() [2/2]

virtual double FullAmpsPdfFlexiFastCPV::getVal ( IDalitzEvent *  evt )

inlinevirtual

Implements IDalitzPdf.

Definition at line 464 of file BsDsKpipi_TD_ampFit.cpp.

                                            {
        if(0 == evt) return 0;
        return getVal(*evt);
    }

getVal_noPs() [1/2]

virtual double FullAmpsPdfFlexiFastCPV::getVal_noPs ( IDalitzEvent &  evt )

inlinevirtual

Implements IDalitzPdf.

Definition at line 462 of file BsDsKpipi_TD_ampFit.cpp.

{return getVal(evt);}

getVal_noPs() [2/2]

virtual double FullAmpsPdfFlexiFastCPV::getVal_noPs ( IDalitzEvent *  evt )

inlinevirtual

Implements IDalitzPdf.

Definition at line 472 of file BsDsKpipi_TD_ampFit.cpp.

                                                 {
        if(0 == evt) return 0;
        return getVal_noPs(*evt);
    }

getVal_withPs() [1/2]

virtual double FullAmpsPdfFlexiFastCPV::getVal_withPs ( IDalitzEvent &  evt )

inlinevirtual

Implements IDalitzPdf.

Definition at line 461 of file BsDsKpipi_TD_ampFit.cpp.

{return getVal(evt);}

getVal_withPs() [2/2]

virtual double FullAmpsPdfFlexiFastCPV::getVal_withPs ( IDalitzEvent *  evt )

inlinevirtual

Implements IDalitzPdf.

Definition at line 468 of file BsDsKpipi_TD_ampFit.cpp.

                                                   {
        if(0 == evt) return 0;
        return getVal_withPs(*evt);
    }

getValForGeneration()

double FullAmpsPdfFlexiFastCPV::getValForGeneration ( IDalitzEvent &  evt )

inline

Definition at line 317 of file BsDsKpipi_TD_ampFit.cpp.

                                                        {
        const double t = (double) evt.getValueFromVector(0);
        const double dt = (double) evt.getValueFromVector(1);
        const double q = static_cast<double>((int)evt.getValueFromVector(2)); 
        const double w = (double) evt.getValueFromVector(3);
        const double f = static_cast<double>((int)evt.getValueFromVector(4));
        
        if(t < _min_TAU || t > _max_TAU )return 0.;        
        _r_t->setVal(t);
        _r_dt->setVal(dt);
        _r_q->setIndex(q);
        _r_mistag->setVal(w);
        _r_f->setIndex(f);
                
        double r = (double)_r; // * sqrt(_intA/_intAbar);
        const complex<double> phase_diff = polar((double)r,((double) _delta -(double)_gamma*f)/360.*2*pi);
        
        const std::complex<double> amp = _amps1->ComplexVal_un_normalised_noPs(evt) ;
        const std::complex<double> amp_bar = _amps2->ComplexVal_un_normalised_noPs(evt) * phase_diff;
        
        const double val =  exp(-fabs(t)/(double)_tau) *
         (
           (norm(amp) + norm(amp_bar)) *cosh((double)_dGamma/2.*t) * _cosh_coeff->evaluate()
          +(norm(amp) - norm(amp_bar)) *cos((double)_dm*t) * _cos_coeff->evaluate()
          +real(amp_bar*conj(amp)) *sinh((double)_dGamma/2.*t) * _sinh_coeff->evaluate()
          +imag(amp_bar*conj(amp)) *sin((double)_dm*t) * _sin_coeff->evaluate()
         ) *_pdf_sigma_t->getVal()*_spline->getVal();
        
        return val;
    }

histoSet()

virtual DalitzHistoSet FullAmpsPdfFlexiFastCPV::histoSet ( )

inlinevirtual

Implements IDalitzPdf.

Definition at line 477 of file BsDsKpipi_TD_ampFit.cpp.

{return _ampsSum->histoSet();}

parametersChanged()

void FullAmpsPdfFlexiFastCPV::parametersChanged ( )

inlinevirtual

Reimplemented from MINT::PdfBase< IDalitzEvent >.

Definition at line 295 of file BsDsKpipi_TD_ampFit.cpp.

                            {
        _ampsSum->parametersChanged();
        _intA = _ampsSum->integralForMatchingPatterns(true,1);
        _intAbar = _ampsSum->integralForMatchingPatterns(true,-1);        
        _intAAbar = _ampsSum->ComplexSumForMatchingPatterns(false);
    }

printIntegralVals()

void FullAmpsPdfFlexiFastCPV::printIntegralVals ( )

inline

Definition at line 310 of file BsDsKpipi_TD_ampFit.cpp.

                            {
        cout << "intSum = " << _ampsSum->getIntegralValue() << endl;
        cout << "intA = " << _intA << endl;
        cout << "intAbar = " << _intAbar << endl;
        cout << "intAAbar = " << _intAAbar.real() << endl;
    }

un_normalised_noPs()

double FullAmpsPdfFlexiFastCPV::un_normalised_noPs ( IDalitzEvent &  evt )

inline

Definition at line 357 of file BsDsKpipi_TD_ampFit.cpp.

                                                       {
        const double t = (double) evt.getValueFromVector(0);
        const double dt = (double) evt.getValueFromVector(1);
        const double q = static_cast<double>((int)evt.getValueFromVector(2)); 
        const double w = (double) evt.getValueFromVector(3);
        const double f = static_cast<double>((int)evt.getValueFromVector(4));
        
        if(t < _min_TAU || t > _max_TAU )return 0.;        
        _r_t->setVal(t);
        _r_dt->setVal(dt);
        _r_q->setIndex(q);
        _r_mistag->setVal(w);
        _r_f->setIndex(f);
                
        double r = (double)_r; // * sqrt(_intA/_intAbar);
        const complex<double> phase_diff = polar((double)r,((double) _delta -(double)_gamma*f)/360.*2*pi);
        
        const std::complex<double> amp = _amps1->ComplexVal_un_normalised_noPs(evt) ;
        const std::complex<double> amp_bar = _amps2->ComplexVal_un_normalised_noPs(evt) * phase_diff;
        
        const double cosh_term = _efficiency->evaluate(coshBasis,_tau,_dm,_dGamma);
        const double cos_term = _efficiency->evaluate(cosBasis,_tau,_dm,_dGamma);
        const double sinh_term = _efficiency->evaluate(sinhBasis,_tau,_dm,_dGamma);
        const double sin_term = _efficiency->evaluate(sinBasis,_tau,_dm,_dGamma);
        
        const double val =
        (
           (norm(amp) + norm(amp_bar)) *cosh_term * _cosh_coeff->evaluate()
         + (norm(amp) - norm(amp_bar)) *cos_term * _cos_coeff->evaluate()
         + real(amp_bar*conj(amp)) *sinh_term * _sinh_coeff->evaluate()
         + imag(amp_bar*conj(amp)) *sin_term * _sin_coeff->evaluate()
         )* _pdf_sigma_t->getVal();
        
        return val;
    }

Member Data Documentation

_amps1

AmpsPdfFlexiFast* FullAmpsPdfFlexiFastCPV::_amps1

protected

Definition at line 253 of file BsDsKpipi_TD_ampFit.cpp.

_amps2

AmpsPdfFlexiFast* FullAmpsPdfFlexiFastCPV::_amps2

protected

Definition at line 254 of file BsDsKpipi_TD_ampFit.cpp.

_ampsSum

AmpsPdfFlexiFast* FullAmpsPdfFlexiFastCPV::_ampsSum

protected

Definition at line 255 of file BsDsKpipi_TD_ampFit.cpp.

_cos_coeff

DecRateCoeff_Bd* FullAmpsPdfFlexiFastCPV::_cos_coeff

protected

Definition at line 285 of file BsDsKpipi_TD_ampFit.cpp.

_cosh_coeff

DecRateCoeff_Bd* FullAmpsPdfFlexiFastCPV::_cosh_coeff

protected

Definition at line 286 of file BsDsKpipi_TD_ampFit.cpp.

_delta

FitParameter& FullAmpsPdfFlexiFastCPV::_delta

protected

Definition at line 258 of file BsDsKpipi_TD_ampFit.cpp.

_dGamma

FitParameter& FullAmpsPdfFlexiFastCPV::_dGamma

protected

Definition at line 262 of file BsDsKpipi_TD_ampFit.cpp.

_dm

FitParameter& FullAmpsPdfFlexiFastCPV::_dm

protected

Definition at line 263 of file BsDsKpipi_TD_ampFit.cpp.

_eff_tag

FitParameter& FullAmpsPdfFlexiFastCPV::_eff_tag

protected

Definition at line 264 of file BsDsKpipi_TD_ampFit.cpp.

_efficiency

RooGaussEfficiencyModel* FullAmpsPdfFlexiFastCPV::_efficiency

protected

Definition at line 281 of file BsDsKpipi_TD_ampFit.cpp.

_gamma

FitParameter& FullAmpsPdfFlexiFastCPV::_gamma

protected

Definition at line 259 of file BsDsKpipi_TD_ampFit.cpp.

_intA

double FullAmpsPdfFlexiFastCPV::_intA

protected

Definition at line 290 of file BsDsKpipi_TD_ampFit.cpp.

_intAAbar

complex<double> FullAmpsPdfFlexiFastCPV::_intAAbar

protected

Definition at line 292 of file BsDsKpipi_TD_ampFit.cpp.

_intAbar

double FullAmpsPdfFlexiFastCPV::_intAbar

protected

Definition at line 291 of file BsDsKpipi_TD_ampFit.cpp.

_max_TAU

NamedParameter<double> FullAmpsPdfFlexiFastCPV::_max_TAU

protected

Definition at line 283 of file BsDsKpipi_TD_ampFit.cpp.

_min_TAU

NamedParameter<double> FullAmpsPdfFlexiFastCPV::_min_TAU

protected

Definition at line 282 of file BsDsKpipi_TD_ampFit.cpp.

_pdf_omega_os

RooAbsPdf* FullAmpsPdfFlexiFastCPV::_pdf_omega_os

protected

Definition at line 277 of file BsDsKpipi_TD_ampFit.cpp.

_pdf_omega_ss

RooAbsPdf* FullAmpsPdfFlexiFastCPV::_pdf_omega_ss

protected

Definition at line 278 of file BsDsKpipi_TD_ampFit.cpp.

_pdf_sigma_t

RooAbsPdf* FullAmpsPdfFlexiFastCPV::_pdf_sigma_t

protected

Definition at line 276 of file BsDsKpipi_TD_ampFit.cpp.

_r

FitParameter& FullAmpsPdfFlexiFastCPV::_r

protected

Definition at line 257 of file BsDsKpipi_TD_ampFit.cpp.

_r_dt

RooRealVar* FullAmpsPdfFlexiFastCPV::_r_dt

protected

Definition at line 269 of file BsDsKpipi_TD_ampFit.cpp.

_r_f

RooCategory* FullAmpsPdfFlexiFastCPV::_r_f

protected

Definition at line 272 of file BsDsKpipi_TD_ampFit.cpp.

_r_mistag

RooRealVar* FullAmpsPdfFlexiFastCPV::_r_mistag

protected

Definition at line 271 of file BsDsKpipi_TD_ampFit.cpp.

_r_q

RooCategory* FullAmpsPdfFlexiFastCPV::_r_q

protected

Definition at line 270 of file BsDsKpipi_TD_ampFit.cpp.

_r_scale_mean_dt

RooRealVar* FullAmpsPdfFlexiFastCPV::_r_scale_mean_dt

protected

Definition at line 274 of file BsDsKpipi_TD_ampFit.cpp.

_r_scale_sigma_dt

RooRealVar* FullAmpsPdfFlexiFastCPV::_r_scale_sigma_dt

protected

Definition at line 275 of file BsDsKpipi_TD_ampFit.cpp.

_r_t

RooRealVar* FullAmpsPdfFlexiFastCPV::_r_t

protected

Definition at line 268 of file BsDsKpipi_TD_ampFit.cpp.

_sin_coeff

DecRateCoeff_Bd* FullAmpsPdfFlexiFastCPV::_sin_coeff

protected

Definition at line 287 of file BsDsKpipi_TD_ampFit.cpp.

_sinh_coeff

DecRateCoeff_Bd* FullAmpsPdfFlexiFastCPV::_sinh_coeff

protected

Definition at line 288 of file BsDsKpipi_TD_ampFit.cpp.

_spline

RooCubicSplineFun* FullAmpsPdfFlexiFastCPV::_spline

protected

Definition at line 280 of file BsDsKpipi_TD_ampFit.cpp.

_tau

FitParameter& FullAmpsPdfFlexiFastCPV::_tau

protected

Definition at line 261 of file BsDsKpipi_TD_ampFit.cpp.

_w

FitParameter& FullAmpsPdfFlexiFastCPV::_w

protected

Definition at line 265 of file BsDsKpipi_TD_ampFit.cpp.

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The documentation for this class was generated from the following file:

• src/bin/BsDsKpipi_TD_ampFit.cpp