11#include "EvtGenBase/EvtDecayAmp.hh"
12#include "EvtGenBase/EvtComplex.hh"
20typedef std::pair<double, std::complex<double>> helem_t;
21typedef std::vector<helem_t> hvec_t;
39 EvtDecayBase*
clone()
override;
44 void decay(EvtParticle* p)
override;
107 void CalcAmp(EvtParticle*, EvtAmp&);
112 void CalcSAmp(EvtParticle*, EvtAmp&);
117 void CalcVAmp(EvtParticle*, EvtAmp&);
Description: Implementation of the B->K(*)l^+l^- decays with New Physics contributions and c\bar{c}...
std::vector< BW_t * > m_rs
vector with c\bar{c} resonance lineshapes
void CalcSAmp(EvtParticle *, EvtAmp &)
The method to evaluate the scalar kaon decay amplitude.
EvtDecayBase * clone() override
The function which makes a copy of the model.
void decay(EvtParticle *p) override
The method to calculate a decay amplitude.
EvtLinSample * m_ls
piece-wise interpolation of maximum of the matrix element depend on q^2
EvtComplex m_dc10
delta C_10eff – addition to NNLO SM value
hvec_t m_reso
tabulated resonance contribution
std::string getName() override
The function which returns the name of the model.
void CalcAmp(EvtParticle *, EvtAmp &)
The method to evaluate the decay amplitude.
EvtComplex m_cS
(C_S - C'_S) – scalar right and left polarizations
void CalcVAmp(EvtParticle *, EvtAmp &)
The method to evaluate the vector kaon decay amplitude.
EvtComplex m_cP
(C_P - C'_P) – pseudo-scalar right and left polarizations
virtual ~EvtbTosllNPR()
The destructor to clean up objects created during the initialization.
EvtComplex m_c9p
C'_9eff – right hand polarizations.
EvtComplex m_dc7
delta C_7eff – addition to NNLO SM value
void init() override
Initialization method.
int m_flag
flag is set nonzero to include resonances
EvtComplex m_dc9
delta C_9eff – addition to NNLO SM value
EvtComplex m_c7p
C'_7eff – right hand polarizations.
EvtComplex m_c10p
c'_10eff – right hand polarizations
void initProbMax() override
The method to evaluate the maximum amplitude.
double CalcMaxProb()
The method to evaluate the maximum decay amplitude.
Description: The class to treat resonances, their lineshapes, and dispersion relation integral.
Description: The simple helper class to generate arbitrary distribution based on a linear piece-wise ...