Nested namespace of the Bayeux/genbb_help module library (decay0 C++ port) More...

Classes
struct	bbpars

struct	BJ69

struct	bj69sl2

struct	denrange

struct	enrange
	Energy range information for DBD generation. More...

struct	eta_nme

struct	genbbpar

struct	helpbb

struct	parbeta

struct	parbeta1

struct	parbeta2

Typedefs
typedef double(*	func_type) (double, void *)

typedef void(*	fsub1_type) (int, const double , double , double , void )

typedef void(*	fsub2_type) (int, const double , double , double , void )

Enumerations
enum	modebb_type { MODEBB_UNDEF = 0, MODEBB_0NUBB_0_2N = 1, MODEBB_1 = MODEBB_0NUBB_0_2N, MODEBB_0NUBB_RHCL_0_2N = 2, MODEBB_2 = MODEBB_0NUBB_RHCL_0_2N, MODEBB_0NUBB_RHCL_02_N = 3, MODEBB_3 = MODEBB_0NUBB_RHCL_02_N, MODEBB_2NUBB_0_2N = 4, MODEBB_4 = MODEBB_2NUBB_0_2N, MODEBB_0NUBB_MAJ1_0_2N = 5, MODEBB_5 = MODEBB_0NUBB_MAJ1_0_2N, MODEBB_0NUBB_MAJ3_0_2N = 6, MODEBB_6 = MODEBB_0NUBB_MAJ3_0_2N, MODEBB_0NUBB_RHCL_2_2N = 7, MODEBB_7 = MODEBB_0NUBB_RHCL_2_2N, MODEBB_2NUBB_2_2N = 8, MODEBB_8 = MODEBB_2NUBB_2_2N, MODEBB_0NUKB_02 = 9, MODEBB_9 = MODEBB_0NUKB_02, MODEBB_2NUKB_02 = 10, MODEBB_10 = MODEBB_2NUKB_02, MODEBB_0NUKK_02 = 11, MODEBB_11 = MODEBB_0NUKK_02, MODEBB_2NUKK_02 = 12, MODEBB_12 = MODEBB_2NUKK_02, MODEBB_0NUBB_MAJ7_0_2N = 13, MODEBB_13 = MODEBB_0NUBB_MAJ7_0_2N, MODEBB_0NUBB_MAJ2_0_2N = 14, MODEBB_14 = MODEBB_0NUBB_MAJ2_0_2N, MODEBB_2NUBB_BOSE_0 = 15, MODEBB_15 = MODEBB_2NUBB_BOSE_0, MODEBB_2NUBB_BOSE_2 = 16, MODEBB_16 = MODEBB_2NUBB_BOSE_2, MODEBB_0NUBB_RHCE_0 = 17, MODEBB_17 = MODEBB_0NUBB_RHCE_0, MODEBB_0NUBB_RHCE_0_NME = 18, MODEBB_18 = MODEBB_0NUBB_RHCE_0_NME, MODEBB_MIN = MODEBB_1, MODEBB_MAX = MODEBB_18 }
	Mode of double beta (- or +) decay: More...

enum	genbbsub_i2bbs_type { GENBBSUB_I2BBS_DBD = 1, GENBBSUB_I2BBS_BACKGROUND = 2 }

enum	genbbsub_start_type { GENBBSUB_ISTART_INIT = -1, GENBBSUB_ISTART_INIT_GENERATE_ONE = 0, GENBBSUB_ISTART_GENERATE = 1 }

enum	decay0_particle_type { GAMMA = 1, POSITRON = 2, ELECTRON = 3, NEUTRINO = 4, MUONPLUS = 5, MUONMINUS = 6, PION0 = 7, PIONPLUS = 8, PIONMINUS = 9, KAON0LONG = 10, KAONPLUS = 11, KAONMINUS = 12, NEUTRON = 13, PROTON = 14, ANTIPROTON = 15, KAON0SHORT = 16, ETA = 17, LAMBDA = 18, SIGMAPLUS = 19, SIGMA0 = 20, SIGMAMINUS = 21, XI0 = 22, XIMINUS = 23, OMEGA = 24, ANTINEUTRON = 25, ANTILAMBDA = 26, ANTISIGMAMINUS = 27, ANTISIGMA0 = 28, ANTISIGMAPLUS = 29, ANTIXI0 = 30, ANTIXIPLUS = 31, ANTIOMEGAPLUS = 32, DEUTERON = 45, TRITIUM = 46, ALPHA = 47, GEANTINO = 48, HE3 = 49, CERENKOV = 50 }

Functions
void	Ac228 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	decay0_alpha (mygsl::rng &prng, primary_event &event, double E, double tclev, double thlev, double &tdlev)
	Generation of emission of alpha particle with fixed energy isotropically in the whole space. More...

void	Am241 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Ar39 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Ar42 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	As79 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	At214 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	At214low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Ba136low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Ba138low (mygsl::rng &prng_, primary_event &event_, int levelkev)

std::string	decay0_dbd_mode_label (int)

bool	decay0_supports_esum_limits (int modebb_)

void	decay0_bb (mygsl::rng &prng, primary_event &event, void *params)
	Subroutine for sampling the energies and angles of electrons in various modes of double beta decay without Primakoff-Rosen approximation. More...

void	decay0_beta (mygsl::rng &prng_, primary_event &event_, double Qbeta_, double Zdtr_, double tcnuc_, double thnuc_, double &tdnuc_)
	Subroutine decay0_beta simulates the angles and energy of beta particles emitted in beta decay of nucleus. The decay is considered as allowed. Only Coulomb correction to the shape of energy spectrum is taken into consideration. More...

void	decay0_beta (mygsl::rng &prng_, primary_event &event_, double tcnuc_, double thnuc_, double &tdnuc_, void *params_)

void	decay0_beta1 (mygsl::rng &prng_, primary_event &event_, double Qbeta_, double Zdtr_, double tcnuc_, double thnuc_, double &tdnuc_, double c1_, double c2_, double c3_, double c4_)
	Subroutine decay0_beta1 simulates the angles and energy of beta particles emitted in beta decay of nucleus. More...

void	decay0_beta1 (mygsl::rng &prng_, primary_event &event_, double tcnuc_, double thnuc_, double &tdnuc_, void *params_)

void	decay0_beta2 (mygsl::rng &prng_, primary_event &event_, double Qbeta_, double Zdtr_, double tcnuc_, double thnuc_, double &tdnuc_, int kf_, double c1_, double c2_, double c3_, double c4_)
	Subroutine decay0_beta2 simulates the angles and energy of beta particles emitted in beta decay of nucleus. More...

void	decay0_beta2 (mygsl::rng &prng, primary_event &event, double tcnuc, double thnuc, double &tdnuc, void *params)

void	decay0_beta_1fu (mygsl::rng &prng_, primary_event &event_, double Qbeta_, double Zdtr_, double tcnuc_, double thnuc_, double &tdnuc_, double c1_, double c2_, double c3_, double c4_)
	Subroutine beta_1fu simulates the angles and energy of beta particles emitted in beta decay of nucleus. More...

void	decay0_beta_1fu (mygsl::rng &prng_, primary_event &event_, double tcnuc_, double thnuc_, double &tdnuc_, void *params_)

void	Bi207 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Bi208 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Bi210 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Bi212 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Bi214 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	C14 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Ca48 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Cd112low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Cd113 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Co60 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	decay0_compton (mygsl::rng &prng, primary_event &event, double E1, double E2, double teta1, double teta2, double phi1, double phi2)
	To sample the momentum of initial gamma quantum for COMPTON1 subroutine and store the momenta of scattered gamma and electron in primary_event. More...

void	decay0_compton1 (mygsl::rng &prng, const double pg0, double pg1, double *pe1)
	Simulates photon-electron Compton scattering. More...

void	Cs136 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Cs137 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

double	decay0_dgmlt1 (fsub1_type FSUB1_, double A_, double B_, int NI_, int NG_, double X_, void params_)

double	decay0_dgmlt2 (fsub2_type FSUB2_, double A_, double B_, int NI_, int NG_, double X_, void params_)

double	decay0_divdif (const double F_, const double A_, int NN_, double X_, int MM_)
	Tabular interpolation using symmetrically placed argument points. More...

void	decay0_dshelp1 (int m_, const double du1_, double df1_, double d_el_, void params_)

void	decay0_dshelp2 (int m_, const double du2_, double df2_, double d_el_, void params_)

void	decay0_electron (mygsl::rng &prng, primary_event &event, double E, double tclev, double thlev, double &tdlev)
	Generation of emission of electron with fixed energy isotropically in the whole space. More...

void	Eu147 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Eu152 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Eu154 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

double	decay0_fe12_mod4 (double e2, void *params)
	Ttwo-dimensional probability distribution for energies of e-/e+ for. More...

double	decay0_fe12_mod5 (double e2, void *params)
	Two-dimensional probability distribution for energies of e-/e+ for. More...

double	decay0_fe12_mod6 (double e2, void *params)
	Two-dimensional probability distribution for energies of e-/e+ for. More...

double	decay0_fe12_mod8 (double e2, void *params)
	Two-dimensional probability distribution for energies of e-/e+ for. More...

double	decay0_fe12_mod13 (double e2, void *params)
	Two-dimensional probability distribution for energies of e-/e+ for. More...

double	decay0_fe12_mod14 (double e2, void *params)
	Two-dimensional probability distribution for energies of e-/e+ for. More...

double	decay0_fe12_mod15 (double e2, void *params)
	Two-dimensional probability distribution for energies of e-/e+ for. More...

double	decay0_fe12_mod16 (double e2, void *params)
	Two-dimensional probability distribution for energies of e-/e+ for. More...

double	decay0_fe1_mod1 (double e1, void *params)
	Probability distribution for energy of first e-/e+ for modebb=1. More...

double	decay0_fe1_mod2 (double e1, void *params)
	Probability distribution for energy of first e-/e+ for modebb=2. More...

double	decay0_fe1_mod3 (double e1, void *params)
	Probability distribution for energy of first e-/e+ for modebb=3. More...

double	decay0_fe1_mod7 (double e1, void *params)
	Probability distribution for energy of first e-/e+ for modebb=7. More...

double	decay0_fe1_mod10 (double e1, void *params)
	Probability distribution for energy of first e-/e+ for modebb=10. More...

double	decay0_fe1_mod17 (double e1, void *params)
	Probability distribution for energy of first e-/e+ for modebb=17. More...

double	decay0_fe1_mod18 (double e1, void *params)
	Probability distribution for energy of first e-/e+ for modebb=18. More...

double	decay0_fe2_mod4 (double e2, void *params)
	Probability distribution for energy of first e-/e+ for modebb=4. More...

double	decay0_fe2_mod5 (double e2, void *params)
	Probability distribution for energy of first e-/e+ for modebb=5. More...

double	decay0_fe2_mod6 (double e2, void *params)
	Probability distribution for energy of second e-/e+ for modebb=6. More...

double	decay0_fe2_mod8 (double e2, void *params)
	Probability distribution for energy of second e-/e+ for modebb=8. More...

double	decay0_fe2_mod13 (double e2, void *params)
	Probability distribution for energy of second e-/e+ for modebb=13. More...

double	decay0_fe2_mod14 (double e2, void *params)
	Probability distribution for energy of second e-/e+ for modebb=14. More...

double	decay0_fe2_mod15 (double e2, void *params)
	Probability distribution for energy of second e-/e+ for modebb=15. More...

double	decay0_fe2_mod16 (double e2, void *params)
	Probability distribution for energy of second e-/e+ for modebb=16. More...

void	Fe58low (mygsl::rng &prng_, primary_event &event_, int levelkev)

double	decay0_a_from_z (double z_)
	Approximate A from Z for most nuclei. More...

double	decay0_fermi_func_nr_approx (double z_, double e_)

double	decay0_fermi_func_orig (double z_, double e_)

double	decay0_fermi_func (double z_, double e_, bool use_l0_=false)

double	decay0_fermi_func_shape_only (double z_, double e_)

double	decay0_fermi (double z_, double e_)

double	decay0_funbeta (double E, void *params)

double	decay0_funbeta1 (double E_, void *params_)

double	decay0_funbeta2 (double E_, void *params_)

double	decay0_funbeta_1fu (double E_, void *params_)
	Function to search the maximum of beta spectrum curve by decay0_tgold subroutine. More...

void	decay0_gamma (mygsl::rng &prng, primary_event &event, double E, double tclev, double thlev, double &tdlev)
	Generation of emission of gamma quantum with fixed energy isotropically in the whole space. More...

double	decay0_gauss (func_type f, double min, double max, double epsrel, void *params)
	Gauss quadrature of a function f between min and max. More...

void	Gd146 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Gd156low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Gd158low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	decay0_gdrot (double *p, double costh, double sinth, double cosph, double sinph)
	Rotates vector from one reference system into another. More...

void	Ge70low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Ge74low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	genbbsub (mygsl::rng &prng_, primary_event &event_, int i2bbs_, const std::string &chnuclide_, int ilevel_, int modebb_, int istart_, int &ier_, bbpars &bb_params_)
	Main decay0 C++ port interface function. More...

void	decay0_gfang (const double *p, double &costh, double &sinth, double &cosph, double &sinph, bool &rotate)
	Finds theta-phi angles for a particle with momentum P. More...

void	Hf180low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Hf182 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Hg198low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	I126 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	I133 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	I134 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	I135 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	K40 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	K42 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Kr81 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Kr82low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Kr84low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Kr85 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Mn54 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Mo94low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Mo96low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	decay0_moller (mygsl::rng &prng, primary_event &event, double E1, double E2, double teta1, double teta2, double phi1, double phi2, double dcute)
	To sample the momentum of initial electron for MOLLER1 subroutine and store the momenta of scattered electron and delta ray. More...

void	decay0_moller1 (mygsl::rng &prng, double dcute, const double pe0, double pe1, double *pe2)
	Simulates electron-electron Moller scattering. More...

void	Na22 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Nb96 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Nd142low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Ni64low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	decay0_nucltransK (mygsl::rng &prng, primary_event &event, double Egamma, double Ebinde, double conve, double convp, double tclev, double thlev, double &tdlev)

void	decay0_nucltransKL (mygsl::rng &prng, primary_event &event, double Egamma, double EbindeK, double conveK, double EbindeL, double conveL, double convp, double tclev, double thlev, double &tdlev)

void	decay0_nucltransKLM (mygsl::rng &prng, primary_event &event, double Egamma, double EbindeK, double conveK, double EbindeL, double conveL, double EbindeM, double conveM, double convp, double tclev, double thlev, double &tdlev)

void	decay0_nucltransKLM_Pb (mygsl::rng &prng, primary_event &event, double Egamma, double EbindeK, double conveK, double EbindeL, double conveL, double EbindeM, double conveM, double convp, double tclev, double thlev, double &tdlev)

void	Os186low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Os190low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	P32 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Pa231 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Pa234m (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	decay0_pair (mygsl::rng &prng, primary_event &event, double Epair, double tclev, double thlev, double &tdlev)

void	decay0_pairext (mygsl::rng &prng, primary_event &event, double E1, double E2, double teta1, double teta2, double phi1, double phi2, double Z)

void	decay0_pairext1 (mygsl::rng &prng, double Z, const double pg0, double pe1, double *pe2)
	Simulates e+e- pair production by photons in a target with atomic number Z. More...

const std::string	decay0_geant3_particle_name (int np)
	Return the name of the particle with given ID (MeV) More...

double	decay0_particle_mass (int np)
	Return the mass of the particle with given ID (MeV) More...

double	decay0_emass ()

void	decay0_particle (mygsl::rng &prng, primary_event &event, int np, double E1, double E2, double teta1, double teta2, double phi1, double phi2, double tclev, double thlev, double &tdlev)
	Generation of isotropical emission of particle in the range of energies and angles. More...

void	Pb210 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Pb211 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Pb212 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Pb214 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	PbAtShell (mygsl::rng &prng_, primary_event &event_, int KLMenergy, double tclev, double thlev, double &tdlev)

void	Pd104low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Pd106low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Pd108low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Po212 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Po214 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Po214low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	decay0_positron (mygsl::rng &prng, primary_event &event, double E, double tclev, double thlev, double &tdlev)

void	Ra222 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Ra222low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Ra226 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Ra228 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Rb87 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Rh106 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Rn218 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Rn218low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Ru100low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Sb125 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Sb126 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Sb133 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Sc48 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Se76low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Sm148low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Sm150low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Sn114low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Sn116low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Sn120low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Sr90 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Ta182 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Te122low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Te124low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Te133 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Te133m (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Te134 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	decay0_tgold (double a, double b, double c, func_type f, double eps, int minmax, double &xextr, double &fextr, void *params=0)
	Subroutine decay0_tgold determines maximum or minimum of the function f(x) in the interval [a,b] by the Gold section method. More...

void	decay0_tgold_o (double a, double b, double c, func_type f, double eps, int minmax, double &xextr, double &fextr, void *params=0)

void	Th234 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Ti48low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Tl207 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Tl208 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

double	decay0_tsimpr (func_type f, double a, double b, double h, void *params)

void	Xe128low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Xe129m (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Xe130low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Xe131m (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Xe133 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Xe135 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Y88 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Y90 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Zn65 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

void	Zr92low (mygsl::rng &prng_, primary_event &event_, int levelkev)

void	Zr96 (mygsl::rng &prng_, primary_event &event_, double tcnuc, double &tdnuc)

Detailed Description

Nested namespace of the Bayeux/genbb_help module library (decay0 C++ port)

Typedef Documentation

◆ fsub1_type

typedef void(* genbb::decay0::fsub1_type) (int, const double *, double *, double *, void *)

◆ fsub2_type

typedef void(* genbb::decay0::fsub2_type) (int, const double *, double *, double *, void *)

◆ func_type

typedef double(* genbb::decay0::func_type) (double, void *)

Enumeration Type Documentation

◆ decay0_particle_type

enum genbb::decay0::decay0_particle_type

Enumerator
GAMMA
POSITRON
ELECTRON
NEUTRINO
MUONPLUS
MUONMINUS
PION0
PIONPLUS
PIONMINUS
KAON0LONG
KAONPLUS
KAONMINUS
NEUTRON
PROTON
ANTIPROTON
KAON0SHORT
ETA
LAMBDA
SIGMAPLUS
SIGMA0
SIGMAMINUS
XI0
XIMINUS
OMEGA
ANTINEUTRON
ANTILAMBDA
ANTISIGMAMINUS
ANTISIGMA0
ANTISIGMAPLUS
ANTIXI0
ANTIXIPLUS
ANTIOMEGAPLUS
DEUTERON
TRITIUM
ALPHA
GEANTINO
HE3
CERENKOV

◆ genbbsub_i2bbs_type

enum genbb::decay0::genbbsub_i2bbs_type

Enumerator
GENBBSUB_I2BBS_DBD
GENBBSUB_I2BBS_BACKGROUND	Double beta decay mode.

◆ genbbsub_start_type

enum genbb::decay0::genbbsub_start_type

Enumerator
GENBBSUB_ISTART_INIT
GENBBSUB_ISTART_INIT_GENERATE_ONE	Initialize only.
GENBBSUB_ISTART_GENERATE	Initialize and generate one event.

◆ modebb_type

enum genbb::decay0::modebb_type

Mode of double beta (- or +) decay:

Enumerator
MODEBB_UNDEF
MODEBB_0NUBB_0_2N	Undefined.
MODEBB_1	0nubb with neutrino mass, 0+ -> 0+, 2n
MODEBB_0NUBB_RHCL_0_2N
MODEBB_2	0nubb with rhc-lambda, 0+ -> 0+, 2n
MODEBB_0NUBB_RHCL_02_N
MODEBB_3	0nubb with rhc-lambda, 0+ -> 0+, 2+, N*
MODEBB_2NUBB_0_2N
MODEBB_4	2nubb, 0+ -> 0+, 2n
MODEBB_0NUBB_MAJ1_0_2N
MODEBB_5	0nuM1bb (Majoron, SI=1), 0+ -> 0+, 2n
MODEBB_0NUBB_MAJ3_0_2N
MODEBB_6	0nuM3bb (Majoron, SI=3), 0+ -> 0+, 2n
MODEBB_0NUBB_RHCL_2_2N
MODEBB_7	0nubb with rhc-lambda, 0+ -> 2+, 2n
MODEBB_2NUBB_2_2N
MODEBB_8	2nubb, 0+ -> 2+, 2n, N*
MODEBB_0NUKB_02
MODEBB_9	0nuKb+ 0+ -> 0+, 2+
MODEBB_2NUKB_02
MODEBB_10	2nuKb+ 0+ -> 0+, 2+
MODEBB_0NUKK_02
MODEBB_11	0nu2K 0+ -> 0+, 2+
MODEBB_2NUKK_02
MODEBB_12	2nu2K 0+ -> 0+, 2+
MODEBB_0NUBB_MAJ7_0_2N
MODEBB_13	0nuM7bb (Majoron, SI=7) 0+ -> 0+, 2n
MODEBB_0NUBB_MAJ2_0_2N
MODEBB_14	0nuM2bb (Majoron, SI=2) 0+ -> 0+, 2n
MODEBB_2NUBB_BOSE_0
MODEBB_15	2nubb with bosonic nu's 0+ -> 0+
MODEBB_2NUBB_BOSE_2
MODEBB_16	2nubb with bosonic nu's 0+ -> 2+
MODEBB_0NUBB_RHCE_0
MODEBB_17	0nubb with rhc-eta 0+ -> 0+ simplified expression
MODEBB_0NUBB_RHCE_0_NME
MODEBB_18	0nubb with rhc-eta 0+ -> 0+ with specific NMEs
MODEBB_MIN
MODEBB_MAX

Function Documentation

◆ Ac228()

void genbb::decay0::Ac228	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Am241()

void genbb::decay0::Am241	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Ar39()

void genbb::decay0::Ar39	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Ar42()

void genbb::decay0::Ar42	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ As79()

void genbb::decay0::As79	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ At214()

void genbb::decay0::At214	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ At214low()

void genbb::decay0::At214low	(	mygsl::rng &	prng_,
		primary_event &	event_,
		int	levelkev
	)

◆ Ba136low()

void genbb::decay0::Ba136low	(	mygsl::rng &	prng_,
		primary_event &	event_,
		int	levelkev
	)

◆ Ba138low()

void genbb::decay0::Ba138low	(	mygsl::rng &	prng_,
		primary_event &	event_,
		int	levelkev
	)

◆ Bi207()

void genbb::decay0::Bi207	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Bi208()

void genbb::decay0::Bi208	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Bi210()

void genbb::decay0::Bi210	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Bi212()

void genbb::decay0::Bi212	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Bi214()

void genbb::decay0::Bi214	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ C14()

void genbb::decay0::C14	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Ca48()

void genbb::decay0::Ca48	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Cd112low()

void genbb::decay0::Cd112low	(	mygsl::rng &	prng_,
		primary_event &	event_,
		int	levelkev
	)

◆ Cd113()

void genbb::decay0::Cd113	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Co60()

void genbb::decay0::Co60	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Cs136()

void genbb::decay0::Cs136	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ Cs137()

void genbb::decay0::Cs137	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc,
		double &	tdnuc
	)

◆ decay0_a_from_z()

double genbb::decay0::decay0_a_from_z ( double z_ )

Approximate A from Z for most nuclei.

◆ decay0_alpha()

void genbb::decay0::decay0_alpha	(	mygsl::rng &	prng,
		primary_event &	event,
		double	E,
		double	tclev,
		double	thlev,
		double &	tdlev
	)

Generation of emission of alpha particle with fixed energy isotropically in the whole space.

◆ decay0_bb()

void genbb::decay0::decay0_bb	(	mygsl::rng &	prng,
		primary_event &	event,
		void *	params
	)

Subroutine for sampling the energies and angles of electrons in various modes of double beta decay without Primakoff-Rosen approximation.

◆ decay0_beta() [1/2]

void genbb::decay0::decay0_beta	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	Qbeta_,
		double	Zdtr_,
		double	tcnuc_,
		double	thnuc_,
		double &	tdnuc_
	)

Subroutine decay0_beta simulates the angles and energy of beta particles emitted in beta decay of nucleus. The decay is considered as allowed. Only Coulomb correction to the shape of energy spectrum is taken into consideration.

◆ decay0_beta() [2/2]

void genbb::decay0::decay0_beta	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc_,
		double	thnuc_,
		double &	tdnuc_,
		void *	params_
	)

◆ decay0_beta1() [1/2]

void genbb::decay0::decay0_beta1	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	Qbeta_,
		double	Zdtr_,
		double	tcnuc_,
		double	thnuc_,
		double &	tdnuc_,
		double	c1_,
		double	c2_,
		double	c3_,
		double	c4_
	)

Subroutine decay0_beta1 simulates the angles and energy of beta particles emitted in beta decay of nucleus.

◆ decay0_beta1() [2/2]

void genbb::decay0::decay0_beta1	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc_,
		double	thnuc_,
		double &	tdnuc_,
		void *	params_
	)

◆ decay0_beta2() [1/2]

void genbb::decay0::decay0_beta2	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	Qbeta_,
		double	Zdtr_,
		double	tcnuc_,
		double	thnuc_,
		double &	tdnuc_,
		int	kf_,
		double	c1_,
		double	c2_,
		double	c3_,
		double	c4_
	)

Subroutine decay0_beta2 simulates the angles and energy of beta particles emitted in beta decay of nucleus.

◆ decay0_beta2() [2/2]

void genbb::decay0::decay0_beta2	(	mygsl::rng &	prng,
		primary_event &	event,
		double	tcnuc,
		double	thnuc,
		double &	tdnuc,
		void *	params
	)

◆ decay0_beta_1fu() [1/2]

void genbb::decay0::decay0_beta_1fu	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	Qbeta_,
		double	Zdtr_,
		double	tcnuc_,
		double	thnuc_,
		double &	tdnuc_,
		double	c1_,
		double	c2_,
		double	c3_,
		double	c4_
	)

Subroutine beta_1fu simulates the angles and energy of beta particles emitted in beta decay of nucleus.

◆ decay0_beta_1fu() [2/2]

void genbb::decay0::decay0_beta_1fu	(	mygsl::rng &	prng_,
		primary_event &	event_,
		double	tcnuc_,
		double	thnuc_,
		double &	tdnuc_,
		void *	params_
	)

◆ decay0_compton()

void genbb::decay0::decay0_compton	(	mygsl::rng &	prng,
		primary_event &	event,
		double	E1,
		double	E2,
		double	teta1,
		double	teta2,
		double	phi1,
		double	phi2
	)

To sample the momentum of initial gamma quantum for COMPTON1 subroutine and store the momenta of scattered gamma and electron in primary_event.

◆ decay0_compton1()

void genbb::decay0::decay0_compton1	(	mygsl::rng &	prng,
		const double *	pg0,
		double *	pg1,
		double *	pe1
	)

Simulates photon-electron Compton scattering.

◆ decay0_dbd_mode_label()

std::string genbb::decay0::decay0_dbd_mode_label ( int )

◆ decay0_dgmlt1()

double genbb::decay0::decay0_dgmlt1	(	fsub1_type	FSUB1_,
		double	A_,
		double	B_,
		int	NI_,
		int	NG_,
		double *	X_,
		void *	params_
	)

◆ decay0_dgmlt2()

double genbb::decay0::decay0_dgmlt2	(	fsub2_type	FSUB2_,
		double	A_,
		double	B_,
		int	NI_,
		int	NG_,
		double *	X_,
		void *	params_
	)

◆ decay0_divdif()

double genbb::decay0::decay0_divdif	(	const double *	F_,
		const double *	A_,
		int	NN_,
		double	X_,
		int	MM_
	)

Tabular interpolation using symmetrically placed argument points.

◆ decay0_dshelp1()

void genbb::decay0::decay0_dshelp1	(	int	m_,
		const double *	du1_,
		double *	df1_,
		double *	d_el_,
		void *	params_
	)

◆ decay0_dshelp2()

void genbb::decay0::decay0_dshelp2	(	int	m_,
		const double *	du2_,
		double *	df2_,
		double *	d_el_,
		void *	params_
	)

◆ decay0_electron()

void genbb::decay0::decay0_electron	(	mygsl::rng &	prng,
		primary_event &	event,
		double	E,
		double	tclev,
		double	thlev,
		double &	tdlev
	)

Generation of emission of electron with fixed energy isotropically in the whole space.