apfelxx/html/specialfunctions_8h_source.html

//

// APFEL++ 2017

//

// Author: Valerio Bertone: valerio.bertone@cern.ch

//


#pragma once


#include <vector>

#include <map>


namespace apfel

{

  extern "C"

  {

    double apf_hplog_(double *wx, int *wnw, double *Hr1, double *Hr2, double *Hr3, double *Hr4, double *Hr5, int *wn1, int *wn2);

  }


  double dilog(double const& x);


  double wgplg(int const& n, int const& p, double const& x);


  double hpoly(std::vector<int> const& w, double const& x);


  double digamma(double const& x);


  int HPLogMap(std::vector<int> const& w);


  std::vector<int> UnpackWeights(std::vector<int> const& w);

}

apfel
Namespace for all APFEL++ functions and classes.
Definition alphaqcd.h:14

apfel::HPLogMap
int HPLogMap(std::vector< int > const &w)
Function that returns the index to be used with unidimensional arrays returned by hplog_.

apfel::dilog
double dilog(double const &x)
Real dilogarithm .

apfel::digamma
double digamma(double const &x)
Digamma function.

apfel::apf_hplog_
double apf_hplog_(double *wx, int *wnw, double *Hr1, double *Hr2, double *Hr3, double *Hr4, double *Hr5, int *wn1, int *wn2)

apfel::hpoly
double hpoly(std::vector< int > const &w, double const &x)
Function for the computation of the Harmonic polylogs up to weight 5.

apfel::UnpackWeights
std::vector< int > UnpackWeights(std::vector< int > const &w)
Function that returns the unpacked weights of the HPL given the input vector.

apfel::wgplg
double wgplg(int const &n, int const &p, double const &x)
Function for the computation of the Nielsen's generalized dilogs.