15 void getName(std::string& name);
24 void Com_Multi(
double a1[2],
double a2[2],
double res[2]);
25 void Com_Divide(
double a1[2],
double a2[2],
double res[2]);
26 void calt1(
double daug1[4],
double daug2[4],
double t1[4]);
27 void calt2(
double daug1[4],
double daug2[4],
double t2[4][4]);
28 void propagatorCBW(
double mass,
double width,
double sx,
double prop[2]);
29 void propagatorFlatte(
double mass,
double width,
double sa,
double prop[2]);
30 void propagatorGS(
double mass,
double width,
double sa,
double sb,
double sc,
double r2,
double prop[2]);
31 void calEva(
double* K,
double* Pi1,
double* Pi2 ,
double *mass1,
double *width1,
double *amp,
double *phase,
int* g0,
int* spin,
int* modetype,
int nstates,
double & Result);
32 double SCADot(
double a1[4],
double a2[4]);
33 double barrier(
int l,
double sa,
double sb,
double sc,
double r,
double mass);
34 double wid(
double mass2,
double mass,
double sa,
double sb,
double sc,
double r2,
int l);
35 double widl1(
double mass2,
double mass,
double sa,
double sb,
double sc,
double r2);
36 double DDalitz(
double P1[4],
double P2[4],
double P3[4],
int Ang,
double mass);
37 void propagatorRBW(
double mass,
double width,
double sa,
double sb,
double sc,
double r2,
int l,
double prop[2]);
38 void propagatorKstr1430(
double mass,
double sx,
double *sb,
double *sc,
double prop[2]);
39 void Flatte_rhoab(
double sa,
double sb,
double sc,
double rho[2]);
40 void propagatorsigma500(
double sa,
double sb,
double sc,
double prop[2]);
41 void rhoab(
double sa,
double sb,
double sc,
double res[2]);
42 void rho4Pi(
double sa,
double res[2]);
void decay(EvtParticle *p)
void getName(std::string &name)