namespace Gambit

TODO: see if we can use this one: More…

Namespaces #

Classes #

Types #

Functions #

Attributes #

Detailed Description #

TODO: see if we can use this one:

Author:

• Anders Kvellestad
• Martin White
• Gregory Martinez (gregory.david.martinez@gmail.com)
• Gregory Martinez (gregory.david.martinez@gmail.com)
• Pat Scott (p.scott@imperial.ac.uk)
• Gregory Martinez (gregory.david.martinez@gmail.com)
• Gregory Martinez (gregory.david.martinez@gmail.com)
• Pat Scott (patscott@physics.mcgill.ca)
• Gregory Martinez (gregory.david.martinez@gmail.com)
• Pat Scott (p.scott@imperial.ac.uk)
• Gregory Martinez (gregory.david.martinez@gmail.com)
• Pat Scott (p.scott@imperial.ac.uk)
• Ben Farmer (benjamin.farmer@fysik.su.se)

Date:

• 2020 June

• Feb 2014
• 2013 August
• 2014 Feb
• 2014 Dec
• 2013 August 2013 Feb 2014
• 2013 July 2013/Feb 2014
• 2013 Aug
• 2013 August
• 2014 Feb
• 2014 Dec
• 2013 August
• 2014 Feb
• 2014 Dec
• 2017 Jun
• 2016 Aug

TODO: wrap using BOSS at some point, i.e. get this from FlexibleSUSY or SoftSUSY.

Map in which to keep factory functions for the priors.

Map in which to keep factory functions for the priors (prior_creators)

Simulation of “Search for photonic signatures of gauge-mediated supersymmetry in 13 TeV pp collisions with the ATLAS detector”.

Based on:

• https://atlas.web.cern.ch/Atlas/GROUPS/PHYSICS/PAPERS/SUSY-2016-27/

Known issues:

1. Photon isolation requirement is missing 2) They use a bizarre HT definition where they don’t apply overlap removal between photons and jets. This might not work for us, since jets won’t be made by photons in our events.

Registry of priors Here we specify mappings from strings to prior objects. We need this so that strings in the inifile can be used to choose which prior objects and which combinations of them we want.

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Function definitions

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Function definitions

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Function definitions

Ben Farmer (ben.farmer@gmail.com)

October 2013 - Aug 2016

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Function definitions

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Function definitions

Ben Farmer (ben.farmer@gmail.com)

October 2013 - Aug 2016

Will Handley (wh260@cam.ac.uk)

May 2018

Patrick Stoecker (stoecker@physik.rwth-aachen.de)

May 2020

Anders Kvellestad (anders.kvellestad@fys.uio.no)

June 2022

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Function definitions

Ben Farmer (ben.farmer@gmail.com)

October 2013 - Aug 2016

Will Handley (wh260@cam.ac.uk)

May 2018

Patrick Stoecker (stoecker@physik.rwth-aachen.de)

May 2020

Jan 2021

Anders Kvellestad (anders.kvellestad@fys.uio.no)

June 2022

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Function definitions

Ben Farmer (ben.farmer@gmail.com)

October 2013 - Aug 2016

Will Handley (wh260@cam.ac.uk)

May 2018, June 2021, Mar 2022

Patrick Stoecker (stoecker@physik.rwth-aachen.de)

May 2020

Anders Kvellestad (anders.kvellestad@fys.uio.no)

June 2022

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Function definitions

Types Documentation #

typedef str #

typedef std::string Gambit::str;

typedef REAL #

typedef double Gambit::REAL;

typedef fh_real #

typedef Fdouble Gambit::fh_real;

typedef fh_complex #

typedef Fdouble_complex Gambit::fh_complex;

typedef fh_creal #

typedef const fh_real Gambit::fh_creal;

typedef fh_ccomplex #

typedef const fh_complex Gambit::fh_ccomplex;

typedef dblarr #

typedef double Gambit::dblarr[10];

typedef nuyield_function_pointer #

typedef double(* Gambit::nuyield_function_pointer) (const double &, const int &, void *&);

typedef clik_error #

typedef struct Gambit::_err Gambit::clik_error;

typedef Farray_Finteger_1_3 #

typedef Farray<Finteger,1,3> Gambit::Farray_Finteger_1_3;

typedef Farray_Freal8_1_2 #

typedef Farray<Freal8,1,2> Gambit::Farray_Freal8_1_2;

typedef Farray_Freal8_1_3 #

typedef Farray<Freal8,1,3> Gambit::Farray_Freal8_1_3;

typedef Farray_Freal8_1_4 #

typedef Farray<Freal8,1,4> Gambit::Farray_Freal8_1_4;

typedef Farray_Freal8_1_5 #

typedef Farray<Freal8,1,5> Gambit::Farray_Freal8_1_5;

typedef Farray_Freal8_1_6 #

typedef Farray<Freal8,1,6> Gambit::Farray_Freal8_1_6;

typedef Farray_Freal8_1_2_1_2 #

typedef Farray<Freal8,1,2,1,2> Gambit::Farray_Freal8_1_2_1_2;

typedef Farray_Freal8_1_3_1_3 #

typedef Farray<Freal8,1,3,1,3> Gambit::Farray_Freal8_1_3_1_3;

typedef Farray_Freal8_1_4_1_4 #

typedef Farray<Freal8,1,4,1,4> Gambit::Farray_Freal8_1_4_1_4;

typedef Farray_Freal8_1_6_1_6 #

typedef Farray<Freal8,1,6,1,6> Gambit::Farray_Freal8_1_6_1_6;

typedef Farray_Freal8_1_2_1_3 #

typedef Farray<Freal8,1,2,1,3> Gambit::Farray_Freal8_1_2_1_3;

typedef Farray_Fcomplex16_1_2 #

typedef Farray<Fcomplex16,1,2> Gambit::Farray_Fcomplex16_1_2;

typedef Farray_Fcomplex16_1_3 #

typedef Farray<Fcomplex16,1,3> Gambit::Farray_Fcomplex16_1_3;

typedef Farray_Fcomplex16_1_2_1_2 #

typedef Farray<Fcomplex16,1,2,1,2> Gambit::Farray_Fcomplex16_1_2_1_2;

typedef Farray_Fcomplex16_1_3_1_3 #

typedef Farray<Fcomplex16,1,3,1,3> Gambit::Farray_Fcomplex16_1_3_1_3;

typedef Farray_Fcomplex16_1_4_1_4 #

typedef Farray<Fcomplex16,1,4,1,4> Gambit::Farray_Fcomplex16_1_4_1_4;

typedef Farray_Fcomplex16_1_5_1_5 #

typedef Farray<Fcomplex16,1,5,1,5> Gambit::Farray_Fcomplex16_1_5_1_5;

typedef Farray_Fcomplex16_1_6_1_6 #

typedef Farray<Fcomplex16,1,6,1,6> Gambit::Farray_Fcomplex16_1_6_1_6;

typedef Farray_Flogical_1_100 #

typedef Farray<Flogical,1,100> Gambit::Farray_Flogical_1_100;

typedef Farray_Freal8_1_100 #

typedef Farray<Freal8,1,100> Gambit::Farray_Freal8_1_100;

typedef Farray_Freal8_1_100_1_2 #

typedef Farray<Freal8,1,100,1,2> Gambit::Farray_Freal8_1_100_1_2;

typedef Farray_Freal8_1_100_1_5 #

typedef Farray<Freal8,1,100,1,5> Gambit::Farray_Freal8_1_100_1_5;

typedef Farray_Freal8_1_100_1_2_1_2 #

typedef Farray<Freal8,1,100,1,2,1,2> Gambit::Farray_Freal8_1_100_1_2_1_2;

typedef Farray_Freal8_1_100_1_3_1_3 #

typedef Farray<Freal8,1,100,1,3,1,3> Gambit::Farray_Freal8_1_100_1_3_1_3;

typedef Farray_Freal8_1_100_1_4_1_4 #

typedef Farray<Freal8,1,100,1,4,1,4> Gambit::Farray_Freal8_1_100_1_4_1_4;

typedef Farray_Freal8_1_100_1_5_1_4 #

typedef Farray<Freal8,1,100,1,5,1,4> Gambit::Farray_Freal8_1_100_1_5_1_4;

typedef Farray_Freal8_1_100_1_5_1_5 #

typedef Farray<Freal8,1,100,1,5,1,5> Gambit::Farray_Freal8_1_100_1_5_1_5;

typedef Farray_Freal8_1_100_1_6_1_6 #

typedef Farray<Freal8,1,100,1,6,1,6> Gambit::Farray_Freal8_1_100_1_6_1_6;

typedef Farray_Freal8_1_100_1_7_1_7 #

typedef Farray<Freal8,1,100,1,7,1,7> Gambit::Farray_Freal8_1_100_1_7_1_7;

typedef Farray_Fstring60_1_31 #

typedef Farray<Fstring<60>,1,31> Gambit::Farray_Fstring60_1_31;

typedef Farray_Fstring60_1_10 #

typedef Farray<Fstring<60>,1,10> Gambit::Farray_Fstring60_1_10;

typedef Farray_Fstring60_1_2 #

typedef Farray<Fstring<60>,1,2> Gambit::Farray_Fstring60_1_2;

typedef Farray_Fstring60_1_33 #

typedef Farray<Fstring<60>,1,33> Gambit::Farray_Fstring60_1_33;

typedef Farray_Fstring60_1_15 #

typedef Farray<Fstring<60>,1,15> Gambit::Farray_Fstring60_1_15;

typedef Farray_Fstring60_1_22 #

typedef Farray<Fstring<60>,1,22> Gambit::Farray_Fstring60_1_22;

typedef Farray_Fstring60_1_25 #

typedef Farray<Fstring<60>,1,25> Gambit::Farray_Fstring60_1_25;

typedef Farray_Fstring60_1_9 #

typedef Farray<Fstring<60>,1,9> Gambit::Farray_Fstring60_1_9;

typedef Fstring20 #

typedef Fstring<20> Gambit::Fstring20;

typedef Farray_particle2_1_2 #

typedef Farray<particle2,1,2> Gambit::Farray_particle2_1_2;

typedef Farray_particle2_1_6 #

typedef Farray<particle2,1,6> Gambit::Farray_particle2_1_6;

typedef Farray_particle23_1_2 #

typedef Farray<particle23,1,2> Gambit::Farray_particle23_1_2;

typedef Farray_particle23_1_3 #

typedef Farray<particle23,1,3> Gambit::Farray_particle23_1_3;

typedef Farray_particle23_1_4 #

typedef Farray<particle23,1,4> Gambit::Farray_particle23_1_4;

typedef Farray_particle23_1_6 #

typedef Farray<particle23,1,6> Gambit::Farray_particle23_1_6;

Functions Documentation #

function operator« #

inline std::ostream & operator<<(
    std::ostream & os,
    const BBN_container & bbn
)

function fixns #

str fixns(
    str s
)

Get back the “::” from things that use NS_SEP instead.

function vectorstr_push_back #

int vectorstr_push_back(
    std::vector< str > & vec,
    str s
)

Call push back on a vector of strings.

function set_allowed_models #

int set_allowed_models(
    functor & be_functor,
    std::vector< str > & allowed_at_be_level,
    str models_string
)

Notify a backend functor of which models it can be used with.

function register_backend_with_log #

int register_backend_with_log(
    str s
)

Register a backend with the logging system.

function register_type #

int register_type(
    str bever,
    str classname
)

Register a BOSSed type with the rollcall system.

Register a bossed type with the rollcall system.

function set_backend_functor_status #

int set_backend_functor_status(
    functor & be_functor,
    const std::vector< str > & symbol_names
)

Disable a backend functor if its library is missing or the symbol cannot be found.

function set_BackendIniBit_functor_status #

int set_BackendIniBit_functor_status(
    functor & ini_functor,
    str be,
    str v
)

Disable a backend initialisation function if the backend is missing.

function get_ctor_status #

int get_ctor_status(
    str be,
    str ver,
    str name,
    str barename,
    str args,
    const std::vector< str > & symbol_names
)

Get the status of a factory pointer to a BOSSed type’s wrapper constructor.

function set_backend_rule_for_model #

int set_backend_rule_for_model(
    module_functor_common & f,
    str models,
    str tags
)

Set a backend rule for one or more models.

function set_classload_requirements #

int set_classload_requirements(
    module_functor_common & f,
    str be,
    str verstr,
    str default_ver
)

Set the classloading requirements of a given functor.

function set_backend_functor_status_C_CXX_Fortran #

void set_backend_functor_status_C_CXX_Fortran(
    functor & be_functor,
    const std::vector< str > & symbol_names
)

Disable a C, C++ or Fortran backend functor if its library is missing or the symbol cannot be found.

function Core #

gambit_core & Core()

Core accessor function.

function core_error #

error & core_error()

Core errors.

function core_warning #

warning & core_warning()

Core warnings.

function register_module #

int register_module(
    str module,
    str ref
)

Register a module with the Core.

function register_module_functor_core #

int register_module_functor_core(
    module_functor_common & f
)

Register a module functor with the Core.

function register_model_functor_core #

int register_model_functor_core(
    primary_model_functor & primary_parameters
)

Register a model functor with the Core.

function register_backend #

int register_backend(
    str be,
    str ver,
    str ref
)

Register a backend with the Core.

function register_backend_functor #

int register_backend_functor(
    functor & f
)

Register a backend functor with the Core.

function register_management_req #

int register_management_req(
    module_functor_common & f
)

Register a loop management requirement with the Core.

function operator« #

YAML::Emitter & operator<<(
    YAML::Emitter & out,
    const capability_info & info
)

Emitter for the capability_info struct.

function operator« #

YAML::Emitter & operator<<(
    YAML::Emitter & out,
    const model_info & info
)

Emitter for the model_info struct.

Attributes Documentation #

variable gambit_registry #

gambit_registry {
    typedef void* factory_type(const std::map<str, primary_model_functor *> &,
     DRes::DependencyResolver &b, IniParser::IniFile &c, const str &purpose, Printers::BaseBasePrinter& p);

variable scanner_factories #

reg_elem< factory_type > __scanner_factories__;

Updated on 2022-08-03 at 12:58:02 +0000