#include <BSMPT/minimizer/MinimizePlane.h>

Public Attributes
std::shared_ptr< Class_Potential_Origin >	modelPointer

std::vector< double >	VEVBroken

std::vector< double >	VEVSymmetric

std::vector< double >	Point

std::vector< double >	normalvector

double	Temp

std::size_t	Index

std::size_t	nVEV

Detailed Description

Struct which will store all necessary information to translate between the nVEV coordinates of the potential and the nVEV -1 coordinates of the plane.

Member Data Documentation

◆ Index

std::size_t BSMPT::Minimizer::PointerContainerMinPlane::Index

Finds the first component of the connection vector ! = 0. In this component the value of the nVEV dimensional vacuum configuration will be calculated from the condition (vev - point) * normalvector = 0

◆ modelPointer

std::shared_ptr<Class_Potential_Origin> BSMPT::Minimizer::PointerContainerMinPlane::modelPointer

Pointer to the model class

◆ normalvector

std::vector<double> BSMPT::Minimizer::PointerContainerMinPlane::normalvector

Connection vector between the broken and the symmmetric phase. This is also the normal vector of the plane.

◆ nVEV

std::size_t BSMPT::Minimizer::PointerContainerMinPlane::nVEV

Number of vevs

◆ Point

std::vector<double> BSMPT::Minimizer::PointerContainerMinPlane::Point

Intersection point between the plane and the connection vector of the symmetric and broken phase

◆ Temp

double BSMPT::Minimizer::PointerContainerMinPlane::Temp

Temerpature at which the point should be minimised

◆ VEVBroken

std::vector<double> BSMPT::Minimizer::PointerContainerMinPlane::VEVBroken

Vacuum of the broken phase

◆ VEVSymmetric

std::vector<double> BSMPT::Minimizer::PointerContainerMinPlane::VEVSymmetric

Vacuum of the symmetric phase

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

include/BSMPT/minimizer/MinimizePlane.h

Public Attributes