BSMPT::Baryo::GSL_integration_mubl Struct Reference

#include <BSMPT/baryo_calculation/transport_equations.h>

Public Member Functions
void	setSymmetricCPViolatingPhase (double Phase)
double	getSymmetricCPViolatingPhase () const
double	getBrokenCPViolatingPhase () const
double	getSymmetricCPViolatingPhase_top () const
double	getSymmetricCPViolatingPhase_bot () const
double	getSymmetricCPViolatingPhase_tau () const
double	getBrokenCPViolatingPhase_top () const
double	getBrokenCPViolatingPhase_bot () const
double	getBrokenCPViolatingPhase_tau () const
std::vector< double >	getVEVCritical () const
std::vector< double >	getVEVsym () const
double	getTC () const
void	setTC (double TC_in)
double	getZMAX () const
void	setvw (double vw_in)
double	getvw () const
double	getLW () const
	getLW
void	setpar (std::vector< double >)
	setpar sets par
std::vector< double >	getpar ()
	getpar
void	set_transport_method (TransportMethod method)
TransportMethod	get_transport_method ()
	get_transport_method
void	setZMAX (double z_in, bool MultiplesOfLW)
	setZMAX defines the value to treat mu(ZMAX) = 0
void	set_vev_sym_theta (std::vector< double > &vev_in)
	set_vev_sym_theta
std::vector< double >	get_vev_sym_theta () const
	get_vev_sym_theta
void	setUseVelocityTransportEquations (bool in)
bool	getUseVelocityTransportEquations () const
	getUseVelocityTransportEquations
void	init (const double &vw_input, std::vector< double > &vev_critical_input, std::vector< double > &vev_symmetric_input, const double &TC_input, std::shared_ptr< Class_Potential_Origin > &modelPointer_input, const int &WhichMinimizer=Minimizer::WhichMinimizerDefault)
	init initialises the parameters of struct
std::shared_ptr< Class_Potential_Origin >	getModelPointer () const
	getModelPointer

Private Attributes
bool	UseVelocityTransportEquations = false
std::shared_ptr< Class_Potential_Origin >	modelPointer
double	vw
double	LW
double	zmax
double	TC
double	vc
std::vector< double >	vev_critical
std::vector< double >	vev_symmetric
double	symmetric_CP_violating_phase = -500000
double	broken_CP_violating_phase = -500000
double	TOP_symmetric_CP_violating_phase
double	TOP_broken_CP_violating_phase
double	BOT_symmetric_CP_violating_phase
double	BOT_broken_CP_violating_phase
double	TAU_symmetric_CP_violating_phase
double	TAU_broken_CP_violating_phase
std::vector< double >	par
TransportMethod	transport_method {TransportMethod::top}
std::vector< double >	vev_sym_theta

Detailed Description

Struct for the GSL integration over mu_BL

Member Function Documentation

get_transport_method()

TransportMethod BSMPT::Baryo::GSL_integration_mubl::get_transport_method

(

)

get_transport_method

Returns

transport_method

get_vev_sym_theta()

std::vector< double > BSMPT::Baryo::GSL_integration_mubl::get_vev_sym_theta

(

)

const

get_vev_sym_theta

Returns

vev_sym_theta

getBrokenCPViolatingPhase()

double BSMPT::Baryo::GSL_integration_mubl::getBrokenCPViolatingPhase

(

)

const

get the CP violating phase in the symmetric vacuum

getBrokenCPViolatingPhase_bot()

double BSMPT::Baryo::GSL_integration_mubl::getBrokenCPViolatingPhase_bot

(

)

const

get the CP-violating phase of the bot quark in the broken vacuum

getBrokenCPViolatingPhase_tau()

double BSMPT::Baryo::GSL_integration_mubl::getBrokenCPViolatingPhase_tau

(

)

const

get the CP-violating phase of the tau quark in the broken vacuum

getBrokenCPViolatingPhase_top()

double BSMPT::Baryo::GSL_integration_mubl::getBrokenCPViolatingPhase_top

(

)

const

get the CP-violating phase of the top quark in the broken vacuum

getLW()

double BSMPT::Baryo::GSL_integration_mubl::getLW

(

)

const

getLW

Returns

LW

getModelPointer()

std::shared_ptr< BSMPT::Class_Potential_Origin > BSMPT::Baryo::GSL_integration_mubl::getModelPointer

(

)

const

getModelPointer

Returns

the shared_ptr to the model

getpar()

std::vector< double > BSMPT::Baryo::GSL_integration_mubl::getpar

(

)

getpar

Returns

par

getSymmetricCPViolatingPhase()

double BSMPT::Baryo::GSL_integration_mubl::getSymmetricCPViolatingPhase

(

)

const

get the CP violating phase in the symmetric vacuum

getSymmetricCPViolatingPhase_bot()

double BSMPT::Baryo::GSL_integration_mubl::getSymmetricCPViolatingPhase_bot

(

)

const

get the CP-violating phase of the bot quark in the symmetric vacuum

getSymmetricCPViolatingPhase_tau()

double BSMPT::Baryo::GSL_integration_mubl::getSymmetricCPViolatingPhase_tau

(

)

const

get the CP-violating phase of the tau quark in the symmetric vacuum

getSymmetricCPViolatingPhase_top()

double BSMPT::Baryo::GSL_integration_mubl::getSymmetricCPViolatingPhase_top

(

)

const

get the CP-violating phase of the top quark in the symmetric vacuum

getTC()

double BSMPT::Baryo::GSL_integration_mubl::getTC

(

)

const

get TC

getUseVelocityTransportEquations()

bool BSMPT::Baryo::GSL_integration_mubl::getUseVelocityTransportEquations

(

)

const

getUseVelocityTransportEquations

Returns

the UseVelocityTransportEquations parameter

getVEVCritical()

std::vector< double > BSMPT::Baryo::GSL_integration_mubl::getVEVCritical

(

)

const

get critical VEV

getVEVsym()

std::vector< double > BSMPT::Baryo::GSL_integration_mubl::getVEVsym

(

)

const

get vev_symmetric

getvw()

double BSMPT::Baryo::GSL_integration_mubl::getvw

(

)

const

get vw

getZMAX()

double BSMPT::Baryo::GSL_integration_mubl::getZMAX

(

)

const

get zmax

init()

void BSMPT::Baryo::GSL_integration_mubl::init	(	const double &	vw_input,
		std::vector< double > &	vev_critical_input,
		std::vector< double > &	vev_symmetric_input,
		const double &	TC_input,
		std::shared_ptr< Class_Potential_Origin > &	modelPointer_input,
		const int &	WhichMinimizer = Minimizer::WhichMinimizerDefault
	)

init initialises the parameters of struct

Parameters

vw_input	new value of vw
vev_critical_input	new value of vev_critical
vev_symmetric_input	new value of vev_symmetric
TC_input	new value of TC
modelPointer_input	shared_ptr for the model

set_transport_method()

void BSMPT::Baryo::GSL_integration_mubl::set_transport_method

(

TransportMethod

method

)

Set function to chose the method for the transport equations

set_vev_sym_theta()

void BSMPT::Baryo::GSL_integration_mubl::set_vev_sym_theta

(

std::vector< double > &

vev_in

)

set_vev_sym_theta

Parameters

vev_in

new value of vev_sym_theta

setSymmetricCPViolatingPhase()

void BSMPT::Baryo::GSL_integration_mubl::setSymmetricCPViolatingPhase

(

double

Phase

)

set the CP violating phase in the symmetric vacuum

setTC()

void BSMPT::Baryo::GSL_integration_mubl::setTC

(

double

TC_in

)

set TC

setUseVelocityTransportEquations()

void BSMPT::Baryo::GSL_integration_mubl::setUseVelocityTransportEquations

(

bool

in

)

set the UseVelocityTransportEquations parameter

setvw()

void BSMPT::Baryo::GSL_integration_mubl::setvw

(

double

vw_in

)

set vw

setZMAX()

void BSMPT::Baryo::GSL_integration_mubl::setZMAX	(	double	z_in,
		bool	MultiplesOfLW = false
	)

setZMAX defines the value to treat mu(ZMAX) = 0

Parameters

z_in	new value to set zMAX to
MultiplesOfLW	if true sets zMAX = z_in * LW

Member Data Documentation

BOT_broken_CP_violating_phase

double BSMPT::Baryo::GSL_integration_mubl::BOT_broken_CP_violating_phase

private

CP violating phase of the bot quark in the broken vacuum

BOT_symmetric_CP_violating_phase

double BSMPT::Baryo::GSL_integration_mubl::BOT_symmetric_CP_violating_phase

private

CP violating phase of the bot quark in the symmetric vacuum

broken_CP_violating_phase

double BSMPT::Baryo::GSL_integration_mubl::broken_CP_violating_phase = -500000

private

CP violating phase in the broken vacuum

LW

double BSMPT::Baryo::GSL_integration_mubl::LW

private

wall thickness

modelPointer

std::shared_ptr<Class_Potential_Origin> BSMPT::Baryo::GSL_integration_mubl::modelPointer

private

model information

par

std::vector<double> BSMPT::Baryo::GSL_integration_mubl::par

private

Vector with parameter of the given point

symmetric_CP_violating_phase

double BSMPT::Baryo::GSL_integration_mubl::symmetric_CP_violating_phase = -500000

private

CP violating phase in the symmetric vacuum

TAU_broken_CP_violating_phase

double BSMPT::Baryo::GSL_integration_mubl::TAU_broken_CP_violating_phase

private

CP violating phase of the tau quark in the broken vacuum

TAU_symmetric_CP_violating_phase

double BSMPT::Baryo::GSL_integration_mubl::TAU_symmetric_CP_violating_phase

private

CP violating phase of the tau lepton in the symmetric vacuum

TC

double BSMPT::Baryo::GSL_integration_mubl::TC

private

temperature

TOP_broken_CP_violating_phase

double BSMPT::Baryo::GSL_integration_mubl::TOP_broken_CP_violating_phase

private

CP violating phase of the top quark in the broken vacuum

TOP_symmetric_CP_violating_phase

double BSMPT::Baryo::GSL_integration_mubl::TOP_symmetric_CP_violating_phase

private

CP violating phase of the top quark in the symmetric vacuum

transport_method

TransportMethod BSMPT::Baryo::GSL_integration_mubl::transport_method {TransportMethod::top}

private

Method for the transport equations 1 --> top 2 --> bot 3 --> tau

UseVelocityTransportEquations

bool BSMPT::Baryo::GSL_integration_mubl::UseVelocityTransportEquations = false

private

If true the transport equations with the plasma velocitys are used, otherwise the second order transport equations in the chemical potentials are used.

vc

double BSMPT::Baryo::GSL_integration_mubl::vc

private

EW VEV at TC

vev_critical

std::vector<double> BSMPT::Baryo::GSL_integration_mubl::vev_critical

private

vev in the critical phase

vev_sym_theta

std::vector<double> BSMPT::Baryo::GSL_integration_mubl::vev_sym_theta

private

VEV configuration before symmetric phase (for the top phase calculation)

vev_symmetric

std::vector<double> BSMPT::Baryo::GSL_integration_mubl::vev_symmetric

private

vev in the symmetric phase

vw

double BSMPT::Baryo::GSL_integration_mubl::vw

private

wall velocity

zmax

double BSMPT::Baryo::GSL_integration_mubl::zmax

private

maximal value at which mu = 0 is assumed

---

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

• include/BSMPT/baryo_calculation/transport_equations.h
• src/baryo_calculation/transport_equations.cpp