special_SM.h

Go to the documentation of this file.

#ifndef SPECIAL_SM_H
#define SPECIAL_SM_H
 
#include "scalar.h"
#include "special_generic.h"
#include "constants.h"
 
double H2(double x, double y);
 
double B(double m1, double m2, double Q);
 
double A0t(double x);
 
double F0t(double x);
 
double B0t(double x);
 
double C0t(double x);
 
double D0t(double x);
 
double E0t(double x);
 
double T(double x);
 
double A1t(double x, double l);
 
double B1t(double x, double l);
 
double C1t(double x, double l);
 
double D1t(double x, double l);
 
double E1t(double x, double l);
 
double F1t(double x,double l);
 
double G1t(double x, double l);
 
double C7t2mt(double x);
 
double C7c2MW(double x);
 
double C8t2mt(double x);
 
double C8c2MW(double x);
 
double F7_1(double x);
 
double F7_2(double x);
 
double F8_1(double x);
 
double F8_2(double x);
 
double G3H(double x, double lu);
 
double G4H(double x, double lu);
 
double G7H(double x, double lu, double ld);
 
double G8H(double x, double lu, double ld);
 
double EH(double x, double lu);
 
double D9H0(double x, double lu);
 
double D9H1(double x, double lu, double L);
 
double Delta3H(double x, double lu);
 
double Delta4H(double x, double lu);
 
double Delta7H(double x, double lu, double ld);
 
double Delta8H(double x, double lu, double ld);
 
double C9llH0(double x, double y, double lu);
 
double C9llH1(double x, double y, double lu, double L);
 
double C10Wt2mt(double x);
 
double C10Wc2MW(double x);
 
double C10Zt2mt(double x);
 
double C10Z2tri(double x);
 
double F0SP(double xt);
 
double S0(double x);
 
double D0(double w, double x, double y, double z);
 
 
double D2p(double w, double x, double y, double z);
 
 
void getDelta(scalar_t delta[6][6],scalar_t Z[6][6],double M[6],double m_av,scalar_t delta_LL[3][3],scalar_t delta_LR[3][3],scalar_t delta_RL[3][3],scalar_t delta_RR[3][3]);
 
double h3(double x);
 
double h1(double x);
 
double h4(double x, double y);
 
double f(double x);
 
double Y0(double xt);
double Y1(double xt, double mu, double mass_W);
double X0(double xt);
double X1(double xt, double mu, double mass_W);
 
// Digamma function for integer inputs
double psi(int n);
 
 
/*****************************************
 *                                       *
 *      Observable-related functions     *
 *                                       *
 *****************************************/
 
// TODO : Docstring
 
namespace BV {
    complex_t A_Seidel  (double s_hat, double L_b);
    complex_t B_Seidel  (double s_hat, double L_b);
    complex_t C_Seidel  (double s, double mu_b);
 
    complex_t f_17      (double s_hat, double L_b, double z, size_t max_pow=20);
    complex_t f_27      (double s_hat, double L_b, double z, size_t max_pow=20);
    complex_t f_27_u    (double s_hat, double L_b);
    complex_t f_19_PS   (double s_hat, double L_b, double z, size_t max_pow=20);
    complex_t f_19_1S   (double s_hat, double L_b, double z, size_t max_pow=20);
    complex_t f_19_u    (double s_hat, double L_b);
    complex_t f_29_PS   (double s_hat, double L_b, double z, size_t max_pow=20);
    complex_t f_29_1S   (double s_hat, double L_b, double z, size_t max_pow=20);
    complex_t f_29_u    (double s_hat, double L_b);
    complex_t f_87      (double s_hat, double L_b);
    complex_t f_89      (double s_hat);
 
    complex_t h(double s, double m_q, double mu_b);
    complex_t B_0(double s, double m_q);
    complex_t L_1(complex_t x);
    complex_t I_1(double u, double s_hat, double m_q_hat);
    complex_t G(double x_bar, double z);
    complex_t hard_kernel(double u, double z);
    complex_t G2(double z, double L_b); 
    complex_t G8(double L_b);
 
}; // namespace BV
 
namespace KP {
    complex_t F(double z);
    complex_t G(double z);
    complex_t H(double z, double r_P);
}; // namespace KP
 
 
#endif // SPECIAL_SM_H