gen_func_fluid.h File Reference

#include <BSMPT/baryo_calculation/transport_equations.h>
#include <BSMPT/models/IncludeAllModels.h>
#include <BSMPT/models/SMparam.h>
#include <BSMPT/utility/utility.h>
#include <boost/numeric/odeint.hpp>
#include <iostream>

Go to the source code of this file.

Classes
class	BSMPT::Baryo::Calc_Gam_M
	The Calc_Gam_M class Class instance for the numerical evaluation of the relaxation rate at given temperature and quark mass. More...
class	BSMPT::Baryo::Calc_Scp
	The Calc_Scp class Class instance for the numerical evaluation of the CP-violating source terms at given temperature and quark mass. More...
class	BSMPT::Baryo::Calc_kappa_t
	The Calc_kappa_t class Class instance for the numerical calculation of the statistical factor kappa for a given quark mass and temperature. More...
class	BSMPT::Baryo::Calc_eta
	The Calc_eta class Class instance for the numerical evaluation of the eta value. More...
class	BSMPT::Baryo::gen_fluid
	The gen_fluid class Class instance overhead for all transport classes. Including all common functions and parameters. More...

Namespaces
namespace	BSMPT
	This classes calculates the Bounce action of the potential with a set temperature.

Functions
double	BSMPT::Baryo::Nintegrate_GamM (Calc_Gam_M &C_Gam)
	Nintegrate_GamM The numerical evaluation of the relaxation rates at given temperature and quark mass.
double	BSMPT::Baryo::Nintegrate_Scp (Calc_Scp &C_Scp)
	Nintegrate_Scp Numerical evaluation of the CP-violating source terms at given temperature and quark mass.
double	BSMPT::Baryo::NIntegrate_kappa (const Calc_kappa_t &C_kap)
	NIntegrate_kappa Numerical Numerical evaluation of the statistical factor.
double	BSMPT::Baryo::Nintegrate_eta (const Calc_eta &C_eta, const double &z_start, const double &z_end)
	Nintegrate_eta Numerical evaluation of the eta value at a given distance to the bubble wall.

Variables
const double	BSMPT::Baryo::C_smallcut = 1e-20
	C_smallcut For numerical stability.
const double	BSMPT::Baryo::C_AbsErr = 1e-6
	C_AbsErr Absolute tolerance for boost::integrate_adaptive.
const double	BSMPT::Baryo::C_RelErr = 1e-9
	C_RelErr Relative tolerance for boost::integrate_adaptive.

Function Documentation

Nintegrate_eta()

double BSMPT::Baryo::Nintegrate_eta	(	const Calc_eta &	C_eta,
		const double &	z_start,
		const double &	z_end
	)

Nintegrate_eta Numerical evaluation of the eta value at a given distance to the bubble wall.

Parameters

C_eta	Class reference to pass all needed parameters.
z_start	Distance to the wall where the chemical potentials are assumend to vanish.
z_end	Distance at which eta is evaluated.

Returns

Numerical value of eta.

Nintegrate_GamM()

double BSMPT::Baryo::Nintegrate_GamM

(

Calc_Gam_M &

C_Gam

)

Nintegrate_GamM The numerical evaluation of the relaxation rates at given temperature and quark mass.

Parameters

C_Gam

Class reference to pass the parameters.

Returns

Relaxation rate at given temperature and quark mass.

NIntegrate_kappa()

double BSMPT::Baryo::NIntegrate_kappa

(

const Calc_kappa_t &

C_kap

)

NIntegrate_kappa Numerical Numerical evaluation of the statistical factor.

Parameters

C_kap

Class reference to pass the needed parameters

Returns

Value of the statistical factor at given temperature and mass.

Nintegrate_Scp()

double BSMPT::Baryo::Nintegrate_Scp

(

Calc_Scp &

C_Scp

)

Nintegrate_Scp Numerical evaluation of the CP-violating source terms at given temperature and quark mass.

Parameters

C_Scp

Class reference to pass the parameters.

Returns

Value of Scp at given temperature and quark mass.