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SOFTSUSY  4.0
softsusy::nmsBrevity Struct Reference

Contains data needed in beta function calculation to make it faster. More...

#include <nmssmsusy.h>

Inheritance diagram for softsusy::nmsBrevity:
softsusy::sBrevity

Public Member Functions

 nmsBrevity ()
 Constructor fills struct with zeroes by default.
 
 nmsBrevity (const nmsBrevity &)
 Constructor sets struct to be equal to another.
 
const nmsBrevityoperator= (const nmsBrevity &)
 Sets struct to be equal to another.
 
const nmsBrevityoperator= (const sBrevity &)
 Fill MSSM part of the struct.
 
void calculate (const DoubleMatrix &yu, const DoubleMatrix &yd, const DoubleMatrix &ye, const DoubleVector &g, const double &lam, const double &kap)
 
- Public Member Functions inherited from softsusy::sBrevity
 sBrevity ()
 Constructor fills sruct with zeroes by default.
 
 sBrevity (const sBrevity &)
 Constructor sets struct to be equal to another.
 
const sBrevityoperator= (const sBrevity &)
 Sets struct to be equal to another.
 
void calculate (const DoubleMatrix &yu, const DoubleMatrix &yd, const DoubleMatrix &ye, const DoubleVector &g)
 

Public Attributes

double lsq
 
double ksq
 
double l4
 
double k4
 
- Public Attributes inherited from softsusy::sBrevity
DoubleMatrix dt
 
DoubleMatrix ut
 
DoubleMatrix et
 
DoubleMatrix u2
 
DoubleMatrix d2
 
DoubleMatrix e2
 
DoubleMatrix u2t
 
DoubleMatrix e2t
 
DoubleMatrix d2t
 
DoubleVector gsq
 gsq= $g_i^2$, g3= $g_i^3$, g4= $g_i^4$
 
DoubleVector g3
 
DoubleVector g4
 
double uuT
 uuT= $Tr(Y_U^T Y_U)$, ddt= $Tr(Y_D^T Y_D)$, eet= $Tr(Y_E^T Y_E)$
 
double ddT
 
double eeT
 
DoubleMatrix u1
 d1= $Y_D$, u1= $Y_U$, e1= $Y_E$
 
DoubleMatrix d1
 
DoubleMatrix e1
 

Detailed Description

Contains data needed in beta function calculation to make it faster.

Member Function Documentation

void softsusy::nmsBrevity::calculate ( const DoubleMatrix yu,
const DoubleMatrix yd,
const DoubleMatrix ye,
const DoubleVector g,
const double &  lam,
const double &  kap 
)

Calculates all the data given Yukawa matrices yu, yd and ye and gauge couplings g, lambda and kappa


The documentation for this struct was generated from the following files: