struct Gambit::ColliderBit::SignalRegionData #

A simple container for the result of one signal region from one analysis.

#include <SignalRegionData.hpp>

Public Functions #

Public Attributes #

Public Functions Documentation #

function SignalRegionData #

inline SignalRegionData(
    const EventCounter & scounter,
    double nobs,
    const std::pair< double, double > & nbkg,
    double nsigscaled =0
)

Constructor with EventCounter arg for the signal count and SR name.

function SignalRegionData #

inline SignalRegionData(
    const std::string & sr,
    double nobs,
    const EventCounter & scounter,
    const std::pair< double, double > & nbkg,
    double nsigscaled =0
)

Constructor with EventCounter arg for the signal count, but separate name.

function SignalRegionData #

inline SignalRegionData(
    const std::string & sr,
    double nobs,
    const std::pair< double, double > & nsigMC,
    const std::pair< double, double > & nbkg,
    double nsigscaled =0
)

Constructor with {n,nsys} pair args.

function SignalRegionData #

inline SignalRegionData(
    const std::string & sr,
    double nobs,
    double nsigMC,
    double nbkg,
    double nsigMCsys,
    double nbkgerr,
    double nsigscaled =0
)

Constructor with separate n & nsys args.

function SignalRegionData #

inline SignalRegionData()

Default constructor.

function check #

inline bool check() const

Consistency check.

TodoAdd SR consistency checks

function scalefactor #

inline double scalefactor() const

Uncertainty calculators.

function calc_n_sig_MC_err #

inline double calc_n_sig_MC_err() const

function calc_n_sig_scaled_err #

inline double calc_n_sig_scaled_err() const

function calc_n_sigbkg_err #

inline double calc_n_sigbkg_err() const

function combine_SR_MC_signal #

inline void combine_SR_MC_signal(
    const SignalRegionData & other
)

Public Attributes Documentation #

variable sr_label #

std::string sr_label;

A label for the particular signal region of the analysis.

variable n_obs #

double n_obs;

The number of events passing selection for this signal region as reported by the experiment.

variable n_sig_MC #

double n_sig_MC;

The number of simulated model events passing selection for this signal region.

variable n_sig_MC_sys #

double n_sig_MC_sys;

The absolute systematic error of n_sig_MC.

variable n_sig_MC_stat #

double n_sig_MC_stat;

The absolute statistical (MC) error of n_sig_MC.

variable n_sig_scaled #

double n_sig_scaled;

n_sig_MC, scaled to luminosity * cross-section

variable n_bkg #

double n_bkg;

The number of standard model events expected to pass the selection for this signal region, as reported by the experiment.

variable n_bkg_err #

double n_bkg_err;

The absolute error of n_bkg.

Updated on 2024-07-18 at 13:53:31 +0000