BSMPT::Baryo::Calc_Gam_M Class Reference

The Calc_Gam_M class Class instance for the numerical evaluation of the relaxation rate at given temperature and quark mass. More...

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

Public Member Functions
void	set_class (double T, double vw, double mt, double m_thermal, double dm_thermal, bool use_lep=false)
	set_class Defines all needed parameter for the evaluation of Gam_M
void	operator() (const state_type &Gam, state_type &dGam, const double k)
	operator () Needed for the boost interface.

Public Attributes
double	m_full
	m_full One loop fermion mass withouth thermal contributions.
double	beta
	beta Inverse temperature
double	T
	T Temperature.
double	vw
	vw Bubble wall velocity
double	GamT
	GamT Thermal width of the top quark.
double	msqrt_thermal
	msqrt_thermal Right-handed thermal mass of the fermion
double	dmsqrt_thermal
	dmsqrt_thermal Mass difference between the right- and left-handed fermion

Private Member Functions
double	hf (double w)
	hf Calculates the h_f function as in arXiv:1710.04061
double	hf_prime (double w)
	hf_prime Calculates the derivative of h_f function as in arXiv:1710.04061

Detailed Description

The Calc_Gam_M class Class instance for the numerical evaluation of the relaxation rate at given temperature and quark mass.

Member Function Documentation

hf()

double BSMPT::Baryo::Calc_Gam_M::hf ( double  w )

private

hf Calculates the h_f function as in arXiv:1710.04061

Parameters

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

Returns

hf(w)

hf_prime()

double BSMPT::Baryo::Calc_Gam_M::hf_prime ( double  w )

private

hf_prime Calculates the derivative of h_f function as in arXiv:1710.04061

Parameters

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

Returns

hf'(w)

operator()()

void BSMPT::Baryo::Calc_Gam_M::operator()	(	const state_type &	Gam,
		state_type &	dGam,
		const double	k
	)

operator () Needed for the boost interface.

Parameters

Gam	Current state of Gam_M.
dGam	Current derivative of Gam_M.
k	Integration variable/Momentum.

set_class()

void BSMPT::Baryo::Calc_Gam_M::set_class	(	double	T,
		double	vw,
		double	mt,
		double	m_thermal,
		double	dm_thermal,
		bool	use_lep = false
	)

set_class Defines all needed parameter for the evaluation of Gam_M

Parameters

T	Temperature
vw	Wall velocity
mt	Quark mass

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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