file ExampleBit_B/ExampleBit_B_rollcall.hpp

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Functions

	Name
	START_FUNCTION(double )
	START_FUNCTION(int )
double	DEPENDENCY(function_pointer , fptr )
double int	BACKEND_REQ(refex , (common_be) , double , (double &) )
double int double double	BACKEND_REQ(varex , (common_be) , double , (int, etc) )
double int double double etc	BACKEND_REQ(runMe , () , void , (double(*)(int &), int &) )
double int double double etc	ACTIVATE_BACKEND_REQ_FOR_MODELS((CMSSM, demo_B, nonexistent_model) , (model_dependent_reqs) )
double int double double etc lib123	BACKEND_OPTION((LibFirst, 1.1) , (not_libfirst10) )

Attributes

	Name
double	lib123
double	double
double int	common_be
double int	void
double int double double	int
double int double double etc	not_libfirst10

Defines

	Name
	MODULE
	CAPABILITY
	FUNCTION
	FUNCTION
	CAPABILITY
	FUNCTION
	CAPABILITY
	FUNCTION
	CONDITIONAL_DEPENDENCY
	CAPABILITY
	FUNCTION
	CAPABILITY
	FUNCTION
	CAPABILITY
	FUNCTION

Detailed Description

Author:

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

Date:

2012 Nov
2013 Jan, Feb, April, May
2013 Nov

Rollcall header for module ExampleBit_B.

Compile-time registration of available observables and likelihoods, as well as their dependencies.

Add to this if you want to add an observable or likelihood to this module.

Don’t put typedefs or other type definitions in this file; see Elements/include/gambit/Elements/types_rollcall.hpp for further instructions on how to add new types.

Authors (add name and date if you modify):

Functions Documentation

function START_FUNCTION

START_FUNCTION(
    double 
)

function START_FUNCTION

START_FUNCTION(
    int 
)

function DEPENDENCY

double DEPENDENCY(
    function_pointer ,
    fptr 
)

function BACKEND_REQ

double int BACKEND_REQ(
    refex ,
    (common_be) ,
    double ,
    (double &) 
)

function BACKEND_REQ

double int double double BACKEND_REQ(
    varex ,
    (common_be) ,
    double ,
    (int, etc) 
)

function BACKEND_REQ

double int double double etc BACKEND_REQ(
    runMe ,
    () ,
    void ,
    (double(*)(int &), int &) 
)

function ACTIVATE_BACKEND_REQ_FOR_MODELS

double int double double etc ACTIVATE_BACKEND_REQ_FOR_MODELS(
    (CMSSM, demo_B, nonexistent_model) ,
    (model_dependent_reqs) 
)

function BACKEND_OPTION

double int double double etc lib123 BACKEND_OPTION(
    (LibFirst, 1.1) ,
    (not_libfirst10) 
)

Attributes Documentation

variable lib123

double lib123;

variable double

double double;

variable common_be

double int common_be;

variable void

double int void;

variable int

double int double double int;

variable not_libfirst10

double int double double etc not_libfirst10;

Macros Documentation

define MODULE

#define MODULE ExampleBit_B

Specifies that this is the MODULE named ExampleBit_B.

define CAPABILITY

#define CAPABILITY xsection

Specifies that ExampleBit_B (this MODULE) is capable of providing the service CAPABILITY. Usually a CAPABILITY means that the MODULE can compute some physical or statistical quantity referred to by CAPABILITY.

define FUNCTION

#define FUNCTION sigma_example

Specifies that ExampleBit_B (this MODULE) contains a function named FUNCTION that can execute the commands required to provided the current CAPABILITY.

define FUNCTION

#define FUNCTION sigma_example

Specifies that ExampleBit_B (this MODULE) contains a function named FUNCTION that can execute the commands required to provided the current CAPABILITY.

define CAPABILITY

#define CAPABILITY xsection

define FUNCTION

#define FUNCTION sigma_example

Specifies that ExampleBit_B (this MODULE) contains a function named FUNCTION that can execute the commands required to provided the current CAPABILITY.

define CAPABILITY

#define CAPABILITY xsection

define FUNCTION

#define FUNCTION sigma_example

Specifies that ExampleBit_B (this MODULE) contains a function named FUNCTION that can execute the commands required to provided the current CAPABILITY.

define CONDITIONAL_DEPENDENCY

#define CONDITIONAL_DEPENDENCY particle_id

Specifies that the current FUNCTION in ExampleBit_B (this MODULE) has a CONDITIONAL_DEPENDENCY that is only active under certain conditions. These conditions may include:

a specific backend is in use in order to fill a certain BACKEND_REQ
a certain model is under analysis

define CAPABILITY

#define CAPABILITY xsection

define FUNCTION

#define FUNCTION sigma_example

Specifies that ExampleBit_B (this MODULE) contains a function named FUNCTION that can execute the commands required to provided the current CAPABILITY.

define CAPABILITY

#define CAPABILITY xsection

define FUNCTION

#define FUNCTION sigma_example

Specifies that ExampleBit_B (this MODULE) contains a function named FUNCTION that can execute the commands required to provided the current CAPABILITY.

define CAPABILITY

#define CAPABILITY xsection

define FUNCTION

#define FUNCTION sigma_example

Specifies that ExampleBit_B (this MODULE) contains a function named FUNCTION that can execute the commands required to provided the current CAPABILITY.

Source code

//   GAMBIT: Global and Modular BSM Inference Tool
//   *********************************************
///  \file
///
///  Rollcall header for module ExampleBit_B.
///
///  Compile-time registration of available
///  observables and likelihoods, as well as their
///  dependencies.
///
///  Add to this if you want to add an observable
///  or likelihood to this module.
///
///  Don't put typedefs or other type definitions
///  in this file; see
///  Elements/include/gambit/Elements/types_rollcall.hpp
///  for further instructions on how to add new
///  types.
///
///  *********************************************
///
///  Authors (add name and date if you modify):
///
///  \author Pat Scott
///  \date 2012 Nov
///  \date 2013 Jan, Feb, April, May
///
///  \author Anders Kvellestad
///          (anders.kvellestad@fys.uio.no)
///  \date 2013 Nov
///  *********************************************
///
/// \def MODULE
/// Specifies that this is the MODULE named ExampleBit_B.
///
/// \def CAPABILITY
/// Specifies that ExampleBit_B (this MODULE) is
/// capable of providing the service CAPABILITY.
/// Usually a CAPABILITY means that the MODULE can
/// compute some physical or statistical quantity
/// referred to by CAPABILITY.
///
/// \def FUNCTION
/// Specifies that ExampleBit_B (this MODULE) contains
/// a function named FUNCTION that can execute the
/// commands required to provided the current CAPABILITY.
///
/// \def BACKEND_REQ
/// Specifies that the current FUNCTION in
/// ExampleBit_B (this MODULE) requires BACKEND_REQ from
/// a backend code.  The requirement BACKEND_REQ corresponds
/// to a capability that a valid backend function
/// is expected to report in its corresponding
/// registration header file.
///
/// \def CONDITIONAL_DEPENDENCY
/// Specifies that the current FUNCTION in
/// ExampleBit_B (this MODULE) has a CONDITIONAL_DEPENDENCY
/// that is only active under certain conditions.
/// These conditions may include:
///  - a specific backend is in use in order to fill
///    a certain BACKEND_REQ
///  - a certain model is under analysis


#ifndef __ExampleBit_B_rollcall_hpp__
#define __ExampleBit_B_rollcall_hpp__

#define MODULE ExampleBit_B
START_MODULE

  #define CAPABILITY xsection               // Observable: cross-section for some hypothetical process
  START_CAPABILITY

    #define FUNCTION sigma_example          // Name of specific function providing the observable
    START_FUNCTION(double)                  // Function calculates a double precision variable
    ALLOW_MODELS(NormalDist)
    #undef FUNCTION

    #define FUNCTION sigma_example_req_pars // As sigma_example, however it obtains model parameters
    START_FUNCTION(double)                  // as an "ordinary" dependency, rather than using ALLOW_MODELS
    DEPENDENCY(NormalDist_parameters, ModelParameters)
    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY charge                 // Observable: charge of some particle
  START_CAPABILITY

    #define FUNCTION q_example              // Name of specific function providing the observable
    START_FUNCTION(int)                     // Function calculates an integer variable
    ALLOW_MODEL(NormalDist)
    ALLOW_MODELS(demo_B, nonexistent_model) // Function is only allowed to be used with models NormalDist, demo_B, nonexistent_model and their descendents
    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY nevents_postcuts       // Observable: predicted number of events for process after cuts
  START_CAPABILITY
  //LATEX_LABEL($n_{\rm events, cut}$)      // Specify the LaTeX label of this quantity.  Not implemented yet...

    #define FUNCTION predicted_events       // Name of specific function providing the observable
    START_FUNCTION(int)                     // Function calculates an integer variable
    DEPENDENCY(nevents, double)             // Dependency: post-cut events needs pre-cut events
    DEPENDENCY(function_pointer, fptr)      // Dependency: some function pointer

    BACKEND_REQ(awesomeness, (lib123), double, (int))
    BACKEND_REQ(refex, (common_be), double, (double&))
    BACKEND_REQ(refex2, (common_be), void, (double&, double))
    BACKEND_REQ(varex, (common_be), double, (int, etc))
    BACKEND_REQ(varex2, (common_be), double, (int, etc))
    BACKEND_REQ(runMe, (), void, (double (*)(int&), int&))
    BACKEND_REQ(SomeInt, (model_dependent_reqs, not_libfirst10), python_variable<int>)
    BACKEND_REQ(someFunction, (not_libfirst10), void, ())

    ACTIVATE_BACKEND_REQ_FOR_MODELS( (CMSSM, demo_B, nonexistent_model), (model_dependent_reqs) )
    BACKEND_OPTION( (LibFirst), (lib123) )
    BACKEND_OPTION( (LibFirst, 1.1), (not_libfirst10) )
    BACKEND_OPTION( (LibSecond), (not_libfirst10, lib123) )
    BACKEND_OPTION( (LibThird), (not_libfirst10, lib123) )
    FORCE_SAME_BACKEND(common_be)

    #define CONDITIONAL_DEPENDENCY particle_id             // A dependency that only counts under certain conditions (must come after all BACKEND_REQs)
    START_CONDITIONAL_DEPENDENCY(std::string)              // Type of the dependency; one type permitted per CONDITIONAL_DEPENDENCY.
    ACTIVATE_FOR_BACKEND(awesomeness, LibFirst, 1.1, 1.2)  // Dependency counts if awesomeness comes from LibFirst v1.1 or 1.2
    ACTIVATE_FOR_BACKEND(awesomeness, LibThird)            // Dependency counts when any version of LibThird is used for awesomeness
    ACTIVATE_FOR_MODEL(CMSSM)                              // Dependency counts when scanning CMSSM or one of its sub-models
    #undef CONDITIONAL_DEPENDENCY

    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY nevents
  START_CAPABILITY

    #define FUNCTION event_count            // Observable: observed number of events
    START_FUNCTION(int)                     // Function calculates an integer variable
    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY particle_id
  START_CAPABILITY

    #define FUNCTION particle_identity     // Observable: name of a particle
    START_FUNCTION(std::string)
    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY ptr_arr_tests
  START_CAPABILITY
    #define FUNCTION ptrArrTester
    START_FUNCTION(int)
    DEPENDENCY(test_vector, std::vector<double>)
    BACKEND_REQ(test_vector, (), std::vector<double>)
    BACKEND_REQ(SomeArray, (), dblarr)
    #undef FUNCTION
  #undef CAPABILITY


#undef MODULE


// QUICK_FUNCTION examples
// Arguments: MODULE, CAPABILITY, NEW_CAPABILITY_FLAG, FUNCTION, TYPE, (n x ALLOWED_MODEL), m x (DEPENDENCY, DEPENDENCY_TYPE)
//            The last two arguments are optional, and n and m can be anything from 0 to 10.
QUICK_FUNCTION(ExampleBit_B, test_vector, NEW_CAPABILITY, exampleVec, std::vector<double>)                    // Observable: test vector of doubles
QUICK_FUNCTION(ExampleBit_B, Example_lnL_B, NEW_CAPABILITY, example_lnL, double, (), (nevents_postcuts, int)) // Likelihood of type double that depends on postcuts

// Equivalent to:
//   #define CAPABILITY test_vector
//   START_CAPABILITY
//     #define FUNCTION exampleVec
//     START_FUNCTION(std::vector<double>)
//     #undef FUNCTION
//   #undef CAPABILITY
//   #define CAPABILITY lnL_ExampleBitB
//   START_CAPABILITY
//     #define FUNCTION lnL_ExampleBitB
//     START_FUNCTION(double)
//     DEPENDENCY(nevents_postcuts, int)
//   #undef FUNCTION
//   #undef CAPABILITY


#endif // defined(__ExampleBit_B_rollcall_hpp__)

Updated on 2024-07-18 at 13:53:33 +0000

file ExampleBit_B/ExampleBit_B_rollcall.hpp #

Functions #

Attributes #

Defines #

Detailed Description #

Functions Documentation #

function START_FUNCTION #

function START_FUNCTION #

function DEPENDENCY #

function BACKEND_REQ #

function BACKEND_REQ #

function BACKEND_REQ #

function ACTIVATE_BACKEND_REQ_FOR_MODELS #

function BACKEND_OPTION #

Attributes Documentation #

variable lib123 #

variable double #

variable common_be #

variable void #

variable int #

variable not_libfirst10 #

Macros Documentation #

define MODULE #

define CAPABILITY #

define FUNCTION #

define FUNCTION #

define CAPABILITY #

define FUNCTION #

define CAPABILITY #

define FUNCTION #

define CONDITIONAL_DEPENDENCY #

define CAPABILITY #

define FUNCTION #

define CAPABILITY #

define FUNCTION #

define CAPABILITY #

define FUNCTION #

Source code #

file ExampleBit_B/ExampleBit_B_rollcall.hpp

Functions

Attributes

Defines

Detailed Description

Functions Documentation

function START_FUNCTION

function START_FUNCTION

function DEPENDENCY

function BACKEND_REQ

function BACKEND_REQ

function BACKEND_REQ

function ACTIVATE_BACKEND_REQ_FOR_MODELS

function BACKEND_OPTION

Attributes Documentation

variable lib123

variable double

variable common_be

variable void

variable int

variable not_libfirst10

Macros Documentation

define MODULE

define CAPABILITY

define FUNCTION

define FUNCTION

define CAPABILITY

define FUNCTION

define CAPABILITY

define FUNCTION

define CONDITIONAL_DEPENDENCY

define CAPABILITY

define FUNCTION

define CAPABILITY

define FUNCTION

define CAPABILITY

define FUNCTION

Source code