namespace Gambit::FlavBit #

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Namespaces #

Classes #

Functions #

Attributes #

Functions Documentation #

function FeynHiggs_prediction_bsgamma #

void FeynHiggs_prediction_bsgamma(
    double & result
)

These functions extract observables from a FeynHiggs flavour result

function FeynHiggs_prediction_Bsmumu #

void FeynHiggs_prediction_Bsmumu(
    double & result
)

function FeynHiggs_prediction_DeltaMs #

void FeynHiggs_prediction_DeltaMs(
    double & result
)

function InvertMatrix #

template <class T >
bool InvertMatrix(
    const ublas::matrix< T > & input,
    ublas::matrix< T > & inverse
)

Matrix inversion routine using Boost.

function operator» #

void operator>>(
    const YAML::Node & node,
    Correlation & c
)

Extraction operator for correlation.

function operator» #

void operator>>(
    const YAML::Node & node,
    Measurement & v
)

Extraction operator for measurement.

function nuiscorr_help #

const nuiscorr(& nuiscorr_help(
    nuiscorr(&) arr[ncorrnuis],
    const std::vector< nuiscorr > & v
)

function print #

void print(
    flav_prediction prediction,
    std::vector< std::string > names
)

Print function for FlavBit predictions.

function Kstarll_Theory2Experiment_translation #

void Kstarll_Theory2Experiment_translation(
    flav_observable_map & prediction,
    int generation
)

Translate B->K*ll observables from theory to LHCb convention.

function Kstarll_Theory2Experiment_translation #

void Kstarll_Theory2Experiment_translation(
    flav_covariance_map & prediction,
    int generation
)

Translate B->K*ll covariances from theory to LHCb convention.

function path_to_latest_heplike_data #

str path_to_latest_heplike_data()

Find the path to the latest installed version of the HepLike data.

function SuperIso_fill #

void SuperIso_fill(
    parameters & result
)

Fill SuperIso model info structure.

function SuperIso_nuisance_fill #

void SuperIso_nuisance_fill(
    nuisance & nuislist
)

Fill SuperIso nuisance structure.

function update_obs_list #

void update_obs_list(
    std::vector< str > & obs_list,
    const std::vector< str > & HL_obs_list
)

Reorder a FlavBit observables list to match ordering expected by HEPLike.

function get_obs_theory #

std::vector< double > get_obs_theory(
    const flav_prediction & prediction,
    const std::vector< std::string > & observables
)

Extract central values of the given observables from the central value map.

function get_obs_covariance #

boost::numeric::ublas::matrix< double > get_obs_covariance(
    const flav_prediction & prediction,
    const std::vector< std::string > & observables
)

Extract covariance matrix of the given observables from the covariance map.

function SuperIso_prediction_helper #

void SuperIso_prediction_helper(
    const std::vector< std::string > & FB_obslist,
    const std::vector< std::string > & SI_obslist,
    flav_prediction & result,
    const parameters & param,
    const nuisance & nuislist,
    void(*)(char **, int *, double **, const parameters *, const nuisance *) get_predictions_nuisance,
    void(*)(int, obsname *, int, double *, double *, const nuisance *, char **, const parameters *) observables,
    void(*)(nuiscorr *, int, double **, char **, int) convert_correlation,
    void(*)(double ***, char **, int *, const parameters *, const nuisance *, double **) get_th_covariance_nuisance,
    bool useSMCovariance,
    bool SMCovarianceCached
)

Helper function to avoid code duplication.

function SuperIso_RKstar_0045_11 #

void SuperIso_RKstar_0045_11(
    double & result
)

SuperIso prediction for RK* in low q^2.

function SuperIso_RKstar_11_60 #

void SuperIso_RKstar_11_60(
    double & result
)

RK* in intermediate q^2.

function SuperIso_RK #

void SuperIso_RK(
    double & result
)

RK between 1 and 6 GeV^2.

function SI_MULTI_PREDICTION_FUNCTION #

SI_MULTI_PREDICTION_FUNCTION(
    B2mumu 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _2_4 ,
    _Atlas 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _1_2 ,
    _CMS 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas _CMS SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _4p3_6 ,
    _CMS 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas _CMS _CMS SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _10p09_12p86 ,
    _CMS 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas _CMS _CMS _CMS SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _16_19 ,
    _CMS 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas _CMS _CMS _CMS _Belle SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _4_8 ,
    _Belle 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _14p18_19 ,
    _Belle 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle _LHCb SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _1p1_2p5 ,
    _LHCb 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle _LHCb _LHCb SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _4_6 ,
    _LHCb 
)

function SI_MULTI_PREDICTION_FUNCTION_BINS #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle _LHCb _LHCb _LHCb SI_MULTI_PREDICTION_FUNCTION_BINS(
    B2KstarmumuAng ,
    _15_19 ,
    _LHCb 
)

function SuperIso_prediction_Btaunu #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle _LHCb _LHCb _LHCb _LHCb void SuperIso_prediction_Btaunu(
    double & result
)

Br B->tau nu_tau decays.

function SuperIso_prediction_Dstaunu #

void SuperIso_prediction_Dstaunu(
    double & result
)

Br B->D_s tau nu.

function SuperIso_prediction_Dsmunu #

void SuperIso_prediction_Dsmunu(
    double & result
)

Br B->D_s mu nu.

function SuperIso_prediction_Dmunu #

void SuperIso_prediction_Dmunu(
    double & result
)

Br D -> mu nu.

function SuperIso_prediction_BDtaunu #

void SuperIso_prediction_BDtaunu(
    double & result
)

Br B -> D tau nu.

function SuperIso_prediction_BDmunu #

void SuperIso_prediction_BDmunu(
    double & result
)

Br B -> D mu nu.

function SuperIso_prediction_BDstartaunu #

void SuperIso_prediction_BDstartaunu(
    double & result
)

Br B -> D* tau nu.

function SuperIso_prediction_BDstarmunu #

void SuperIso_prediction_BDstarmunu(
    double & result
)

Br B -> D* mu nu.

function SuperIso_prediction_RD #

void SuperIso_prediction_RD(
    double & result
)

B-> D tau nu / B-> D e nu decays.

function SuperIso_prediction_RDstar #

void SuperIso_prediction_RDstar(
    double & result
)

B->D* tau nu / B-> D* e nu decays.

function SuperIso_prediction_Rmu #

void SuperIso_prediction_Rmu(
    double & result
)

B->K mu nu / B-> pi mu nu.

function SuperIso_prediction_Rmu23 #

void SuperIso_prediction_Rmu23(
    double & result
)

2-to-3-body decay ratio for semileptonic K and pi decays

function SuperIso_prediction_delta0 #

void SuperIso_prediction_delta0(
    double & result
)

Delta_0 (CP-averaged isospin asymmetry of B -> K* gamma)

function SuperIso_prediction_A_BXsmumu_zero #

void SuperIso_prediction_A_BXsmumu_zero(
    double & result
)

Zero crossing of the forward-backward asymmetry of B -> X_s mu mu.

function SuperIso_prediction_BRBXstautau_highq2 #

void SuperIso_prediction_BRBXstautau_highq2(
    double & result
)

Inclusive branching fraction B -> X_s tau tau at high q^2.

function SuperIso_prediction_A_BXstautau_highq2 #

void SuperIso_prediction_A_BXstautau_highq2(
    double & result
)

Forward-backward asymmetry of B -> X_s tau tau at high q^2.

function RHN_RKstar_0045_11 #

void RHN_RKstar_0045_11(
    double & result
)

function RHN_RKstar_11_60 #

void RHN_RKstar_11_60(
    double & result
)

function RHN_RK #

void RHN_RK(
    double & result
)

RK for RHN.

function SuperIso_prediction_AI_BKstarmumu #

void SuperIso_prediction_AI_BKstarmumu(
    double & result
)

Isospin asymmetry of B-> K* mu mu.

function SuperIso_prediction_AI_BKstarmumu_zero #

void SuperIso_prediction_AI_BKstarmumu_zero(
    double & result
)

Zero crossing of isospin asymmetry of B-> K* mu mu.

function FeynHiggs_FlavourObs #

void FeynHiggs_FlavourObs(
    fh_FlavourObs_container & result
)

Flavour observables from FeynHiggs: B_s mass asymmetry, Br B_s -> mu mu, Br B -> X_s gamma.

function deltaMB_likelihood #

void deltaMB_likelihood(
    double & result
)

Likelihood for Delta Ms.

Option profile_systematics: Use likelihood version that has been profiled over systematic errors (default false)

function SL_measurements #

void SL_measurements(
    predictions_measurements_covariances & pmc
)

Measurements for tree-level leptonic and semileptonic B decays.

function SL_likelihood #

void SL_likelihood(
    double & result
)

Likelihood for tree-level leptonic and semileptonic B decays.

function G #

double G(
    const double x
)

function RHN_muegamma #

void RHN_muegamma(
    double & result
)

function RHN_tauegamma #

void RHN_tauegamma(
    double & result
)

function RHN_taumugamma #

void RHN_taumugamma(
    double & result
)

function RHN_l2lll #

double RHN_l2lll(
    int alpha,
    int beta,
    int gamma,
    int delta,
    SMInputs sminputs,
    Eigen::Matrix3cd Vnu,
    Eigen::Matrix3cd Theta,
    Eigen::Matrix3cd m_nu,
    double M1,
    double M2,
    double M3,
    double mH
)

function RHN_mueee #

void RHN_mueee(
    double & result
)

function RHN_taueee #

void RHN_taueee(
    double & result
)

function RHN_taumumumu #

void RHN_taumumumu(
    double & result
)

function RHN_taumuee #

void RHN_taumuee(
    double & result
)

function RHN_taueemu #

void RHN_taueemu(
    double & result
)

function RHN_tauemumu #

void RHN_tauemumu(
    double & result
)

function RHN_taumumue #

void RHN_taumumue(
    double & result
)

function RHN_mue_FF #

void RHN_mue_FF(
    const SMInputs sminputs,
    std::vector< double > & mnu,
    Eigen::Matrix< std::complex< double >, 3, 6 > & U,
    const double mH,
    std::complex< double > & g0SL,
    std::complex< double > & g0SR,
    std::complex< double > & g0VL,
    std::complex< double > & g0VR,
    std::complex< double > & g1SL,
    std::complex< double > & g1SR,
    std::complex< double > & g1VL,
    std::complex< double > & g1VR
)

function RHN_mueTi #

void RHN_mueTi(
    double & result
)

function RHN_mueAu #

void RHN_mueAu(
    double & result
)

function RHN_muePb #

void RHN_muePb(
    double & result
)

function l2lgamma_likelihood #

void l2lgamma_likelihood(
    double & result
)

Likelihood for l -> l gamma processes.

function l2lll_likelihood #

void l2lll_likelihood(
    double & result
)

Likelihood for l -> l l l processes.

function mu2e_likelihood #

void mu2e_likelihood(
    double & result
)

Likelihood for mu - e conversion in nuclei.

function HEPLike_RDRDstar_LogLikelihood #

void HEPLike_RDRDstar_LogLikelihood(
    double & result
)

HEPLike LogLikelihood RD RDstar.

function HEPLike_B2mumu_LogLikelihood_CMS #

void HEPLike_B2mumu_LogLikelihood_CMS(
    double & result
)

HEPLike LogLikelihood B -> ll (CMS) Recognised sub-capabilities: BRuntag_Bsmumu BR_Bdmumu

function HEPLike_B2mumu_LogLikelihood_Atlas #

void HEPLike_B2mumu_LogLikelihood_Atlas(
    double & result
)

HEPLike LogLikelihood B -> ll (ATLAS) Recognised sub-capabilities: BRuntag_Bsmumu BR_Bdmumu

function HEPLike_B2mumu_LogLikelihood_LHCb #

void HEPLike_B2mumu_LogLikelihood_LHCb(
    double & result
)

HEPLike LogLikelihood B -> ll (LHCb) Recognised sub-capabilities: BRuntag_Bsmumu BR_Bdmumu

function HEPLike_B2KstarmumuAng_LogLikelihood_Atlas #

void HEPLike_B2KstarmumuAng_LogLikelihood_Atlas(
    double & result
)

HEPLike LogLikelihood B -> K* mu mu Angluar (ATLAS) Recognised sub-capabilities: FL S3 S4 S5 S7 S8

function HEPLike_B2KstarmumuAng_LogLikelihood_CMS #

void HEPLike_B2KstarmumuAng_LogLikelihood_CMS(
    double & result
)

HEPLike LogLikelihood B -> K* mu mu Angular (CMS) Recognised sub-capabilities: P1 P5prime

function HEPLike_B2KstarmumuAng_LogLikelihood_Belle #

void HEPLike_B2KstarmumuAng_LogLikelihood_Belle(
    double & result
)

HEPLike LogLikelihood B -> K* mu mu Angular (Belle) Recognised sub-capabilities: P4prime P5prime

function HEPLike_B2KstarellellAng_LogLikelihood_Belle #

void HEPLike_B2KstarellellAng_LogLikelihood_Belle(
    double & result
)

HEPLike LogLikelihood B -> K* ell ell Angular (Belle) Recognised sub-capabilities: P4prime P5prime

function HEPLike_B2KstarmumuAng_LogLikelihood_LHCb #

void HEPLike_B2KstarmumuAng_LogLikelihood_LHCb(
    double & result
)

HEPLike LogLikelihood B -> K* mu mu Angular (LHCb) Recognised sub-capabilities: FL AFB S3 S4 S5 S7 S8 S9

function HEPLike_B2KstarmumuAng_LogLikelihood_LHCb_2020 #

void HEPLike_B2KstarmumuAng_LogLikelihood_LHCb_2020(
    double & result
)

HEPLike LogLikelihood B -> K* mu mu Angular (LHCb) Recognised sub-capabilities: FL AFB S3 S4 S5 S7 S8 S9

function HEPLike_B2KstareeAng_Lowq2_LogLikelihood_LHCb_2020 #

void HEPLike_B2KstareeAng_Lowq2_LogLikelihood_LHCb_2020(
    double & result
)

HEPLike LogLikelihood B -> K* e e Angular low q2 (LHCb) Recognised sub-capabilities: FLee AT_Re AT_2 AT_Im

function HEPLike_Bu2KstarmumuAng_LogLikelihood_LHCb_2020 #

void HEPLike_Bu2KstarmumuAng_LogLikelihood_LHCb_2020(
    double & result
)

HEPLike LogLikelihood Bu -> K*+ mu mu Angular (LHCb) Recognised sub-capabilities: FL AFB S3 S4 S5 S7 S8 S9

function HEPLike_B2KstarmumuBr_LogLikelihood_LHCb #

void HEPLike_B2KstarmumuBr_LogLikelihood_LHCb(
    double & result
)

HEPLike LogLikelihood B -> K* mu mu Br (LHCb)

function HEPLike_B2KmumuBr_LogLikelihood_LHCb #

void HEPLike_B2KmumuBr_LogLikelihood_LHCb(
    double & result
)

HEPLike LogLikelihood B -> K+ mu mu Br (LHCb)

function HEPLike_Bs2phimumuBr_LogLikelihood #

void HEPLike_Bs2phimumuBr_LogLikelihood(
    double & result
)

function HEPLike_RK_LogLikelihood_LHCb #

void HEPLike_RK_LogLikelihood_LHCb(
    double & result
)

function HEPLike_RKstar_LogLikelihood_LHCb #

void HEPLike_RKstar_LogLikelihood_LHCb(
    double & result
)

Attributes Documentation #

variable flav_debug #

const bool flav_debug =



      false;

variable flav_debug_LL #

const bool flav_debug_LL =



      false;

variable translate_flav_obs #

Utils::translator(GAMBIT_DIR "/FlavBit/data/observables_key.yaml") translate_flav_obs;

FlavBit observable name translator.

variable ncorrnuis #

const int ncorrnuis = 463;

Some constants used in SuperIso likelihoods.

variable arr #

nuiscorr[ncorrnuis] arr;

variable corrnuis #

const nuiscorr(&)[ncorrnuis] corrnuis = nuiscorr_help(arr, YAML::LoadFile(GAMBIT_DIR "/FlavBit/data/SM_nuisance_correlations.yaml")["correlation_matrix"].as<std::vector<nuiscorr>>());

variable _0p1_2 #

_0p1_2;

variable _4_8 #

_Atlas _4_8;

variable _2_4p3 #

_Atlas _Atlas _2_4p3;

variable _6_8p68 #

_Atlas _Atlas _CMS _6_8p68;

variable _14p18_16 #

_Atlas _Atlas _CMS _CMS _14p18_16;

variable _0p1_4 #

_Atlas _Atlas _CMS _CMS _CMS _0p1_4;

variable _10p9_12p9 #

_Atlas _Atlas _CMS _CMS _CMS _Belle _10p9_12p9;

variable _0p1_0p98 #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle _0p1_0p98;

variable _2p5_4 #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle _LHCb _2p5_4;

variable _6_8 #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle _LHCb _LHCb _6_8;

variable _0p0008_0p257 #

_Atlas _Atlas _CMS _CMS _CMS _Belle _Belle _LHCb _LHCb _LHCb _0p0008_0p257;

Updated on 2023-06-26 at 21:36:52 +0000