file ExampleBit_A/ExampleBit_A_rollcall.hpp #

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Functions #

Defines #

Detailed Description #

Author: Pat Scott (patscott@physics.mcgill.ca)

Date:

• 2012 Nov
• 2013 Jan, Feb

Rollcall header for module ExampleBit_A.

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(
    eventAccumulation ,
    int 
)

Macros Documentation #

define MODULE #

#define MODULE ExampleBit_A

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CONDITIONAL_DEPENDENCY #

#define CONDITIONAL_DEPENDENCY xsection

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

define FUNCTION #

#define FUNCTION nevents_pred

define FUNCTION #

#define FUNCTION nevents_pred

define FUNCTION #

#define FUNCTION nevents_pred

define CAPABILITY #

#define CAPABILITY nevents

define FUNCTION #

#define FUNCTION nevents_pred

Source code #

//   GAMBIT: Global and Modular BSM Inference Tool
//   *********************************************
///  \file
///
///  Rollcall header for module ExampleBit_A.
///
///  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
///          (patscott@physics.mcgill.ca)
///  \date 2012 Nov
///  \date 2013 Jan, Feb
///
///  *********************************************


#ifndef __ExampleBit_A_rollcall_hpp__
#define __ExampleBit_A_rollcall_hpp__

#define MODULE ExampleBit_A
START_MODULE


  #define CAPABILITY nevents                // A physical observable or likelihood that this module can calculate.  There may be one or more
  START_CAPABILITY                          // functions in this module that can calculate this particular thing in different ways.

    #define FUNCTION nevents_pred           // Name of an observable function: floating-point number of events in some hypothetical process
    START_FUNCTION(double)                  // Declare that this function calculates the nevents observable as a double precision variable
    DEPENDENCY(xsection, double)            // Dependencies: Number of events depends on cross-section
    #undef FUNCTION

    #define FUNCTION nevents_pred_rounded   // Name of an observable function: integral number of events in some hypothetical process
    START_FUNCTION(int)                     // Declare that this function calculates the nevents observable as an integer variable
    DEPENDENCY(nevents, double)             // Dependencies: Integral number of events depends on floating-point nevents
    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY Example_lnL_A          // A likelihood that this module can calculate
  START_CAPABILITY

    #define FUNCTION nevents_like           // Likelihood: Likelihood of seeing number of events
    START_FUNCTION(double)                  // Function calculates the nevents_like likelihood as a double precision variable
    DEPENDENCY(nevents, double)             // Dependency: Likelihood calculation requires number of events
    DEPENDENCY(eventAccumulation, int)      // Depends on the accumulated events that pass the make-believe cuts in the make-believe event loop
    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY eventLoopManagement
  START_CAPABILITY

    #define FUNCTION eventLoopManager       // Module functions that have been designed to manage loops over other module functions need to
    START_FUNCTION(void, CAN_MANAGE_LOOPS)  // be declared with the optional CAN_MANAGE_LOOPS flag.  When this flag is absent, or if the
    #undef FUNCTION                         // flag CANNOT_MANAGE_LOOPS is given instead, GAMBIT assumes that the function should not
                                            // be allowed to manage loops.  Functions cannot have void result types unless they CAN_MANAGE_LOOPS.
  #undef CAPABILITY


  #define CAPABILITY event
  START_CAPABILITY

    #define FUNCTION exampleEventGen
    START_FUNCTION(float)
    NEEDS_MANAGER(eventLoopManagement) // Declares that the module function can only run inside a loop, and that the loop
    #undef FUNCTION                    // must be managed by another module function that has CAPABILITY eventLoopManagement
                                       // (and has been declared as a potential manager with the flag CAN_MANAGE_LOOPS).
    #define FUNCTION exampleCut
    START_FUNCTION(int)
    NEEDS_MANAGER(eventLoopManagement)
    DEPENDENCY(event, float)
    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY eventAccumulation
  START_CAPABILITY

    #define FUNCTION eventAccumulator
    START_FUNCTION(int, CANNOT_MANAGE_LOOPS)
    NEEDS_MANAGER(eventLoopManagement)
    DEPENDENCY(event, int)
    #undef FUNCTION

  #undef CAPABILITY


  #define CAPABILITY particle_id            // A physical observable or likelihood that this module can calculate
  START_CAPABILITY

    #define FUNCTION particle_identity      // Observable: particle ID
    START_FUNCTION(std::string)             // Function returns the identity of the particle as a string
    #undef FUNCTION

  #undef CAPABILITY


  // Mock muon (g-2) anomalous contribution; an example of how to interact with models
  #define CAPABILITY damu
  START_CAPABILITY
    #define FUNCTION example_damu
    START_FUNCTION(double)
    // Function must be used with one model from group1 (NormalDist) and one from group2 (CMSSM or SingletDM)
    ALLOW_MODEL_DEPENDENCE(NormalDist, SingletDM, CMSSM)
    MODEL_GROUP(group1, (NormalDist))
    MODEL_GROUP(group2, (CMSSM, SingletDM))
    ALLOW_MODEL_COMBINATION(group1, group2)
      // A dependency that only counts under certain conditions (must come after all BACKEND_REQs)
      #define CONDITIONAL_DEPENDENCY xsection
      START_CONDITIONAL_DEPENDENCY(double)
      ACTIVATE_FOR_MODELS(CMSSM)
      #undef CONDITIONAL_DEPENDENCY
    #undef FUNCTION
  #undef CAPABILITY


  // Test function for fulfilling the dependency of nevents.  Also gives another more complicated example of model group usage.
  #define CAPABILITY xsection
  START_CAPABILITY
    #define FUNCTION test_sigma
    START_FUNCTION(double)

    // Function can be used if either NormalDist or SingletDM alone are in use.
    ALLOW_MODELS(NormalDist, SingletDM)
    // Function can also be used if CMSSM is in use, so long as either NormalDist or SingletDM is in use too.
    ALLOW_MODEL_DEPENDENCE(CMSSM)
    MODEL_GROUP(group1, (NormalDist, SingletDM))
    MODEL_GROUP(group2, (CMSSM))
    ALLOW_MODEL_COMBINATION(group1, group2)
    // Function can also be used if either NUHM1 or NUHM2 is in use, so long as either NormalDist or SingletDM is in use.
    // Note that this automatically means that if CMSSM + (NUHM1 or NUHM2) + (NormalDist or SingletDM) is in use, the function can be used.
    // However, it does not allow the function to be used if only CMSSM + (NUHM1 or NUHM2) are in use.
    ALLOW_MODEL_DEPENDENCE(NUHM1, NUHM2)
    MODEL_GROUP(group3, (NUHM1, NUHM2))
    ALLOW_MODEL_COMBINATION(group1, group3)
    // Function can also be used if MSSM19atQ is in use, but only if CMSSM + (NUHM1 or NUHM2) + (NormalDist or SingletDM) are in use too.
    ALLOW_MODEL_DEPENDENCE(MSSM19atQ)
    MODEL_GROUP(group4, (MSSM19atQ))
    ALLOW_MODEL_COMBINATION(group1, group2, group3, group4)

    #undef FUNCTION
  #undef CAPABILITY


  // A test likelihood: normal distribution
  #define CAPABILITY normaldist_loglike
  START_CAPABILITY
    #define FUNCTION lnL_gaussian
    START_FUNCTION(double)
    ALLOW_MODELS(NormalDist)
    #undef FUNCTION
  #undef CAPABILITY


  // Tester that shows how to retrieve pointers to backend functions
  #define CAPABILITY function_pointer
  START_CAPABILITY
    #define FUNCTION function_pointer_retriever
    START_FUNCTION(fptr)
    BACKEND_GROUP(external_funcs)
    BACKEND_REQ_FROM_GROUP(external_funcs, externalFunction, (), double, (int&))
    BACKEND_REQ_FROM_GROUP(external_funcs, externalComplicatedFunction, (), double, (int&, const double&))
    #undef FUNCTION
  #undef CAPABILITY


  // Tester for Fortran array overlay classes
  #define CAPABILITY test_Farrays
  START_CAPABILITY
    #define FUNCTION do_Farray_stuff
    START_FUNCTION(double)
    BACKEND_REQ(libFarrayTestCommonBlock, (match), libFarrayTest_CB_type)
    BACKEND_REQ(libFarrayTestCommonBlock2, (match), libFarrayTest_CB2_type)
    BACKEND_REQ(libFarrayTestCommonBlock3, (match), libFarrayTest_CB3_type)
    BACKEND_REQ(libFarrayTest_printStuff, (match), void, ())
    BACKEND_REQ(libFarrayTest_fillArrays, (match), void, ())
    BACKEND_REQ(libFarrayTest_fptrRoutine, (match), void, (Farray< Fdouble,1,3>&, Finteger&, Fdouble(*)(Farray< Fdouble,1,3>&)))
    BACKEND_REQ(libFarrayTest_doubleFuncArray, (match), Fdouble, (Farray< Fdouble,1,3>&))
    BACKEND_REQ(libFarrayTest_doubleFuncArray2, (match), Fdouble, (Fdouble*))
    BACKEND_REQ(libFarrayTest_doubleFuncArray3, (match), Fdouble, (Farray<Fdouble, 1,2, 2,3>&))
    BACKEND_OPTION((LibFarrayTest), (match))
    #undef FUNCTION
  #undef CAPABILITY


  // Tester for marginalised Poisson likelihood.
  #define CAPABILITY test_marg_lnlike
  START_CAPABILITY
    #define FUNCTION marg_poisson_test
    START_FUNCTION(double)
    BACKEND_REQ_FROM_GROUP(lnlike_marg_poisson, lnlike_marg_poisson_lognormal_error, (), double, (const int&, const double&, const double&, const double&) )
    BACKEND_REQ_FROM_GROUP(lnlike_marg_poisson, lnlike_marg_poisson_gaussian_error, (), double, (const int&, const double&, const double&, const double&) )
    BACKEND_GROUP(lnlike_marg_poisson)
    #undef FUNCTION
  #undef CAPABILITY

  // Scale test for various aspects of the printer buffer system
  // Creates 1000 items to be printed per point
  #define CAPABILITY large_print
  START_CAPABILITY
    #define FUNCTION large_print
    START_FUNCTION(map_str_dbl)
    #undef FUNCTION
  #undef CAPABILITY


  // Tester for C/C++ backend array interfaces
  #define CAPABILITY test_BE_Array
  START_CAPABILITY
    #define FUNCTION Backend_array_test
    START_FUNCTION(double)
    BACKEND_REQ(example_be_array_1D, (), double, (double*))
    BACKEND_REQ(example_be_array_2D, (), double, (double(*)[10]))
    BACKEND_REQ(example_be_array_3D, (), double, (double(*)[10][10]))
    #undef FUNCTION
  #undef CAPABILITY

  // Flat test likelihood for checking prior distributions
  #define CAPABILITY test_flat_likelihood
  START_CAPABILITY
    #define FUNCTION flat_likelihood
    START_FUNCTION(double)
    ALLOW_MODELS(TestModel1D)
    #undef FUNCTION
  #undef CAPABILITY
  
  // Testers for functionChain field in ObsLikes. Sum numbers recursively
  #define CAPABILITY recursive_sum
  START_CAPABILITY

    #define FUNCTION recursive_add_1
    START_FUNCTION(int)
    DEPENDENCY(starting_value, int)
    #undef FUNCTION

    #define FUNCTION recursive_add_2
    START_FUNCTION(int)
    DEPENDENCY(recursive_sum, int)
    #undef FUNCTION

    #define FUNCTION recursive_add_3
    START_FUNCTION(int)
    DEPENDENCY(recursive_sum, int)
    #undef FUNCTION

    #define FUNCTION recursive_add_4
    START_FUNCTION(int)
    DEPENDENCY(recursive_sum, int)
    #undef FUNCTION

  #undef CAPABILITY
    
  // Starting point for the recursive sum
  #define CAPABILITY starting_value
  START_CAPABILITY
    #define FUNCTION const_one
    START_FUNCTION(int)
    #undef FUNCTION
  #undef CAPABILITY


#undef MODULE


#endif /* defined(__ExampleBit_A_rollcall_hpp__) */

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