class Gambit::ColliderBit::DMEFT_analysis_info

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Public Functions #

Public Attributes #

Detailed Description #

class Gambit::ColliderBit::DMEFT_analysis_info;

A minimal class with analysis info, maps for containing collections of 1D/2D interpolators and some helper functions for adding and accessing the interpolators, and for adding a background covariance matrix. Currently this class is tailored specifically for the DMEFT model – it will be generalized in the future.

Public Functions Documentation #

function add_bkgcov #

inline void add_bkgcov(
    const std::vector< std::vector< double > > & bkgcov_in
)

function add_interp1d #

inline void add_interp1d(
    str name,
    str filename,
    std::vector< str > colnames
)

function add_interp2d #

inline void add_interp2d(
    str name,
    str filename,
    std::vector< str > colnames
)

function get_interp1d #

inline const Utils::interp1d_collection & get_interp1d(
    str name
) const

function get_interp2d #

inline const Utils::interp2d_collection & get_interp2d(
    str name
) const

Public Attributes Documentation #

variable name #

str name;

variable lumi_invfb #

double lumi_invfb;

variable n_signal_regions #

size_t n_signal_regions;

variable obsnum #

std::vector< int > obsnum;

variable bkgnum #

std::vector< double > bkgnum;

variable bkgerr #

std::vector< double > bkgerr;

variable bkgcov #

Eigen::MatrixXd bkgcov;

variable extra_info #

std::map< str, std::vector< double > > extra_info;

variable interp1d #

std::map< str, std::unique_ptr< Utils::interp1d_collection > > interp1d;

variable interp2d #

std::map< str, std::unique_ptr< Utils::interp2d_collection > > interp2d;

Updated on 2022-08-03 at 12:58:05 +0000