BSMPT::Baryo::Calc_Scp Class Reference

The Calc_Scp class Class instance for the numerical evaluation of the CP-violating source terms at given temperature and quark mass. More...

#include <BSMPT/baryo_calculation/Fluid_Type/gen_func_fluid.h>

Public Member Functions
void	operator() (const state_type &Scp, state_type &dScp, const double k)
	operator () Needed for the boost interface.
void	set_class (double T, double vw, double mt, double theta_prime, double msqrt_thermal_in, double dmsqrt_thermal_in, bool use_lep=false)
	set_class Defines all needed parameter of the class Calc_Scp

Public Attributes
double	GamT
double	m_full
	m_full One-loop mass of the fermion without the thermal contributions
double	T
	T Critical temperature.
double	vw
	vw Bubble wall velocity
double	theta_prime
	theta_prime Derivative of the mass phase factor theta
double	msqrt_thermal
	msqrt_thermal Right-handed thermal mass of the fermion
double	dmsqrt_thermal
	dmsqrt_thermal Difference of the right- and left-handed fermion thermal mass
int	YukType
	YukType Yukawa type of the model.

Private Member Functions
double	nf (double w)
	nf Distribution function of fermions at given temperature and mass.
double	nf_prime (double w)
	nf Derivative of the distribution function of fermions at given temperature and mass.

Detailed Description

The Calc_Scp class Class instance for the numerical evaluation of the CP-violating source terms at given temperature and quark mass.

Member Function Documentation

nf()

double BSMPT::Baryo::Calc_Scp::nf ( double  w )

private

nf Distribution function of fermions at given temperature and mass.

Parameters

w	= sqrt(m^2+k^2)

Returns

Distribution function of a fermion.

nf_prime()

double BSMPT::Baryo::Calc_Scp::nf_prime ( double  w )

private

nf Derivative of the distribution function of fermions at given temperature and mass.

Parameters

w	= sqrt(m^2+k^2)

Returns

Derivative of the distribution function of a fermion.

operator()()

void BSMPT::Baryo::Calc_Scp::operator()	(	const state_type &	Scp,
		state_type &	dScp,
		const double	k
	)

operator () Needed for the boost interface.

Parameters

Scp	Current state of Scp.
dScp	Current derivative of Scp.
k	Integration variable/Momentum.

set_class()

void BSMPT::Baryo::Calc_Scp::set_class	(	double	T,
		double	vw,
		double	mt,
		double	theta_prime,
		double	msqrt_thermal_in,
		double	dmsqrt_thermal_in,
		bool	use_lep = false
	)

set_class Defines all needed parameter of the class Calc_Scp

Parameters

T	Temperature
vw	Wall velocity
mt	Quark mass
theta_prime	Derivative of the quark phase in respect of the wall distance z

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

• include/BSMPT/baryo_calculation/Fluid_Type/gen_func_fluid.h
• src/baryo_calculation/Fluid_Type/gen_func_fluid.cpp