Contains RPV MSSM soft SUSY breaking parameters. More...

Inheritance diagram for RpvSoftPars:

Public Member Functions
	RpvSoftPars ()
	bilinear RPV parameters: 1..3
	RpvSoftPars (const RpvSoftPars &)
	Constructor sets object with another as copy.
	RpvSoftPars (const DoubleVector &m, const Tensor &hu, const Tensor &hd, const Tensor &he, const DoubleVector &d)
const RpvSoftPars &	operator= (const RpvSoftPars &s)
	Sets contents of operator equal to those of another.
void	setDr (const DoubleVector &V)
	Sets bilinear RPV D parameters equal to a vector.
void	setD (int, double)
	Sets an individual bilinear RPV D parameter.
void	setMh1lSquared (int i, double f)
	Sets a single $m_{H_1 L_i}^2$ .
void	setMh1lSquared (const DoubleVector &v)
	Sets all $m_{H_1 L_i}^2$ .
void	setHr (RpvCouplings, int, int, int, double)
	Sets an element of =hu, =hd or =he.
void	setHr (RpvCouplings, const Tensor &)
	Sets all elements of =hu, =hd or =he.
void	set (const DoubleVector &v, int &k)
void	setRpvSoftPars (const RpvSoftPars &s)
	Sets all parameters in object equal to those in another.
const RpvSoftPars &	displayRpvSoft () const
	Returns object as a const.
const Tensor &	displayHr (RpvCouplings) const
	Returns one of RPV $h_{U,D,E}$ parameter tensors.
const DoubleVector &	displayMh1lSquared () const
	Returns vector of $m_{H_1 L_i}^2$ .
const DoubleVector &	displayDr () const
	Returns vector of $D$ parameters.
void	checkOut (double tol) const
void	display (DoubleVector &v, int &k) const

Detailed Description

Contains RPV MSSM soft SUSY breaking parameters.

Constructor & Destructor Documentation

RpvSoftPars::RpvSoftPars ( )

bilinear RPV parameters: 1..3

Default constructor contains zeroes

$m_{H_1 L}^2$ =m, $ h_U $ =hu, $ h_D $ =hd, $ h_E $ =he, $ D $ =d

void RpvSoftPars::checkOut ( double tol ) const

Only outputs matrices with non-zero elements (ie with at least one element higher than tol)

Returns whole object as a vector, and adds number of contained parameters to k

Obligatory set function which sets all parameters to be equal to elements of the vector v. k is incremented by the number of parameters contained

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