SOFTSUSY
4.1
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Contains data needed in beta function calculation to make it faster. More...
#include <nmssmsusy.h>
Public Member Functions | |
nmsBrevity () | |
Constructor fills struct with zeroes by default. | |
nmsBrevity (const nmsBrevity &) | |
Constructor sets struct to be equal to another. | |
const nmsBrevity & | operator= (const nmsBrevity &) |
Sets struct to be equal to another. | |
const nmsBrevity & | operator= (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 sBrevity & | operator= (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 |
Contains data needed in beta function calculation to make it faster.
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