KfactorsinterpolatedGSL.h File Reference

#include <cmath>
#include <gsl/gsl_interp2d.h>
#include <gsl/gsl_spline2d.h>
#include <memory>

Go to the source code of this file.

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

Typedefs
using	BSMPT::Kfactors::GSLAcclType = std::unique_ptr< gsl_interp_accel, decltype(&gsl_interp_accel_free)>
	GSLAcclType Type used by the interpolations of the Kfunctions.

Functions
double	BSMPT::Kfactors::CalculateNorm1 (const double &T)
double	BSMPT::Kfactors::CalculateNorm2 (const double &msquared, const double &T, const int &s)
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK1fermionGrid ()
	initializeK1fermionGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK1bosonGrid ()
	initializeK1bosonGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK2fermionGrid ()
	initializeK2fermionGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK4fermionGrid ()
	initializeK4fermionGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK4bosonGrid ()
	initializeK4bosonGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK5fermionGrid ()
	initializeK5fermionGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK5bosonGrid ()
	initializeK5bosonGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK6fermionGrid ()
	initializeK6fermionGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK8fermionGrid ()
	initializeK8fermionGrid
std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)>	BSMPT::Kfactors::initializeK9fermionGrid ()
	initializeK9fermionGrid
double	BSMPT::Kfactors::K1fermion (double msquared, double T)
double	BSMPT::Kfactors::K1boson (double msquared, double T)
double	BSMPT::Kfactors::K2fermion (double msquared, double T)
double	BSMPT::Kfactors::K4fermion (double msquared, double T)
double	BSMPT::Kfactors::K4boson (double msquared, double T)
double	BSMPT::Kfactors::K5fermion (double msquared, double T)
double	BSMPT::Kfactors::K5boson (double msquared, double T)
double	BSMPT::Kfactors::K6fermion (double msquared, double T)
double	BSMPT::Kfactors::K8fermion (double msquared, double T)
double	BSMPT::Kfactors::K9fermion (double msquared, double T)
double	BSMPT::Kfactors::K1fermion_normalized (double msquared, double T)
double	BSMPT::Kfactors::K1boson_normalized (double msquared, double T)
double	BSMPT::Kfactors::K2fermion_normalized (double msquared, double T)
double	BSMPT::Kfactors::K4fermion_normalized (double msquared, double T)
double	BSMPT::Kfactors::K4boson_normalized (double msquared, double T)
double	BSMPT::Kfactors::K5fermion_normalized (double msquared, double T)
double	BSMPT::Kfactors::K5boson_normalized (double msquared, double T)
double	BSMPT::Kfactors::K6fermion_normalized (double msquared, double T)
double	BSMPT::Kfactors::K8fermion_normalized (double msquared, double T)
double	BSMPT::Kfactors::K9fermion_normalized (double msquared, double T)

Detailed Description

These functions use the gsl_interp2d_bicubic interpolation routine from GSL to calculate the K-functions defined in arXiv:hep-ph/0604159v2 Eq. (23). These are needed in the transport equations which are implemented in transport_equations. For this a the integrals (without their normalisation) were evaluated numerically in a grid and stored in the header Kfunctions_grid.h

Function Documentation

CalculateNorm1()

double BSMPT::Kfactors::CalculateNorm1

(

const double &

T

)

Calculates the norm for < > Integrals

Parameters

T	temperature at which the normalisation should be evaluated

CalculateNorm2()

double BSMPT::Kfactors::CalculateNorm2	(	const double &	msquared,
		const double &	T,
		const int &	s
	)

Calculates the norm for [] Integrals

Parameters

msquared	m^2 value at which the normalisation should be evaluated
T	temperature at which the normalisation should be evaluated
s	switch for bosons (s=-1) and fermions (s=1)

initializeK1bosonGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK1bosonGrid

(

)

initializeK1bosonGrid

Returns

a unique pointer to the grid for the K_1 boson interpolation

initializeK1fermionGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK1fermionGrid

(

)

initializeK1fermionGrid

Returns

a unique pointer to the grid for the K_1 fermion interpolation

initializeK2fermionGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK2fermionGrid

(

)

initializeK2fermionGrid

Returns

a unique pointer to the grid for the K_2 fermion interpolation

initializeK4bosonGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK4bosonGrid

(

)

initializeK4bosonGrid

Returns

a unique pointer to the grid for the K_4 boson interpolation

initializeK4fermionGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK4fermionGrid

(

)

initializeK4fermionGrid

Returns

a unique pointer to the grid for the K_4 fermion interpolation

initializeK5bosonGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK5bosonGrid

(

)

initializeK5bosonGrid

Returns

a unique pointer to the grid for the K_5 boson interpolation

initializeK5fermionGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK5fermionGrid

(

)

initializeK5fermionGrid

Returns

a unique pointer to the grid for the K_5 fermion interpolation

initializeK6fermionGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK6fermionGrid

(

)

initializeK6fermionGrid

Returns

a unique pointer to the grid for the K_6 fermion interpolation

initializeK8fermionGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK8fermionGrid

(

)

initializeK8fermionGrid

Returns

a unique pointer to the grid for the K_8 fermion interpolation

initializeK9fermionGrid()

std::unique_ptr< gsl_spline2d, decltype(&gsl_spline2d_free)> BSMPT::Kfactors::initializeK9fermionGrid

(

)

initializeK9fermionGrid

Returns

a unique pointer to the grid for the K_9 fermion interpolation

K1boson()

double BSMPT::Kfactors::K1boson	(	double	msquared,
		double	T
	)

Calculates the non normalised function K1 for bosons

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K1boson_normalized()

double BSMPT::Kfactors::K1boson_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K1 for bosons

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K1fermion()

double BSMPT::Kfactors::K1fermion	(	double	msquared,
		double	T
	)

Calculates the non normalised function K1 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K1fermion_normalized()

double BSMPT::Kfactors::K1fermion_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K1 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K2fermion()

double BSMPT::Kfactors::K2fermion	(	double	msquared,
		double	T
	)

Calculates the non normalised function K2 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K2fermion_normalized()

double BSMPT::Kfactors::K2fermion_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K2 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K4boson()

double BSMPT::Kfactors::K4boson	(	double	msquared,
		double	T
	)

Calculates the non normalised function K4 for bosons

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K4boson_normalized()

double BSMPT::Kfactors::K4boson_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K4 for bosons

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K4fermion()

double BSMPT::Kfactors::K4fermion	(	double	msquared,
		double	T
	)

Calculates the non normalised function K4 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K4fermion_normalized()

double BSMPT::Kfactors::K4fermion_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K4 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K5boson()

double BSMPT::Kfactors::K5boson	(	double	msquared,
		double	T
	)

Calculates the non normalised function K5 for bosons

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K5boson_normalized()

double BSMPT::Kfactors::K5boson_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K5 for bosons

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K5fermion()

double BSMPT::Kfactors::K5fermion	(	double	msquared,
		double	T
	)

Calculates the non normalised function K5 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K5fermion_normalized()

double BSMPT::Kfactors::K5fermion_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K5 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K6fermion()

double BSMPT::Kfactors::K6fermion	(	double	msquared,
		double	T
	)

Calculates the non normalised function K6 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K6fermion_normalized()

double BSMPT::Kfactors::K6fermion_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K6 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K8fermion()

double BSMPT::Kfactors::K8fermion	(	double	msquared,
		double	T
	)

Calculates the non normalised function K8 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K8fermion_normalized()

double BSMPT::Kfactors::K8fermion_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K8 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K9fermion()

double BSMPT::Kfactors::K9fermion	(	double	msquared,
		double	T
	)

Calculates the non normalised function K9 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]

K9fermion_normalized()

double BSMPT::Kfactors::K9fermion_normalized	(	double	msquared,
		double	T
	)

Calculates the normalised function K9 for fermions

Parameters

msquared	m^2 [GeV^2]
T	temperature [GeV]