#include <Mixed.hpp>

Inheritance diagram for kariba::Mixed:

Public Member Functions
	Mixed (size_t size)
	Class constructors to initialize object.

virtual void	set_p (double ucom, double bfield, double betaeff, double r, double fsc)
	Methods to set momentum/energy arrays and number density arrays.

virtual void	set_p (double gmax)
	Same as above, but assuming a fixed maximum Lorentz factor.

virtual void	set_ndens ()

virtual void	set_temp_kev (double T)

virtual void	set_norm (double n)

virtual void	set_plfrac (double f)

virtual void	set_plfrac (double Le, double r, double eldens)

virtual void	set_pspec (double s1)

virtual void	cooling_steadystate (double ucom, double n0, double bfield, double r, double betaeff)

virtual double	max_p (double ucom, double bfield, double betaeff, double r, double fsc)

virtual double	count_th_particles ()

virtual double	av_th_p ()

virtual double	av_th_gamma ()

virtual double	count_pl_particles ()

virtual double	av_pl_p ()

virtual double	av_pl_gamma ()

virtual double	K2 (double x)
	Evaluate Bessel function for MJ normalization.

virtual void	test ()
	simple method to check quantities.

Public Member Functions inherited from kariba::Particles
	Particles (size_t size)

virtual void	set_mass (double m)

virtual void	initialize_gdens ()

virtual void	initialize_pdens ()
	Same as above but the other way around.

virtual void	gdens_differentiate ()

virtual const std::vector< double > &	get_p () const

virtual const std::vector< double > &	get_pdens () const

virtual const std::vector< double > &	get_gamma () const

virtual const std::vector< double > &	get_gdens () const

virtual const std::vector< double > &	get_gdens_diff () const

virtual double	count_particles ()
	Simple numerical integrals /w trapeze method.

virtual double	count_particles_energy ()

virtual double	av_p ()

virtual double	av_gamma ()

virtual double	av_psq ()

virtual double	av_gammasq ()

virtual void	test_arrays ()
	simple method to check arrays; only meant for debugging

Protected Attributes
double	thnorm

double	theta

double	Temp

double	pspec

double	plnorm

double	pmin_th

double	pmax_th

double	pmin_pl

double	pmax_pl

double	plfrac

Protected Attributes inherited from kariba::Particles
double	mass_gr
	particle mass in grams

double	mass_kev
	same as above but in keV, using electrons as "reference"

std::vector< double >	p
	array of particle momenta

std::vector< double >	ndens
	array of number density per unit volume, per unit momentum

std::vector< double >	gamma
	array of particle kinetic energies for each momentum

std::vector< double >	gdens
	array of number density per unit volume, per unit gamma

std::vector< double >	gdens_diff

Friends
double	th_num_dens_int (double x, void *p)
	Methods to calculate number density and average energy in thermal part.

double	av_th_p_int (double x, void *p)

double	pl_num_dens_int (double x, void *p)
	Methods to calculate number density and average energy in non-thermal part.

double	av_pl_p_int (double x, void *p)

Detailed Description

Class for mixed particles, inherited from the generic Particles class in Particles.hh the minimum momentum of the PL is always be assumed to be the averge momentum of the thermal note: ndens is number density per unit momentum

The reasons the integrands are friends is kind of magic. Basically, we need pointers to the private members Temp/thnorm/theta/whatever to set the parameters of the integrand functions in the GSL libraries. In C++ this is not possible for non-static private member functions (because otherwise we could access private members from the outside by using a pointer). To quote the compiler error, C++ forbids taking the address of an unqualified or parenthesized non-static member function to form a pointer to member function. And we need a pointer member function void *p to set up the integrands for GSL libraries. By using a friend function we can instead set up a set of parameters whose value is that of a pointer which points at the values stored in the private members; by doing this, we can not change the private members' values (correctly so) but we can still access their numerical value and use it elsewhere.

Constructor & Destructor Documentation

◆ Mixed()

kariba::Mixed::Mixed ( size_t size )

Class constructors to initialize object.

Member Function Documentation

◆ av_pl_gamma()

double kariba::Mixed::av_pl_gamma ( )

virtual

◆ av_pl_p()

double kariba::Mixed::av_pl_p ( )

virtual

◆ av_th_gamma()

double kariba::Mixed::av_th_gamma ( )

virtual

◆ av_th_p()

double kariba::Mixed::av_th_p ( )

virtual

◆ cooling_steadystate()

void kariba::Mixed::cooling_steadystate	(	double	ucom,
		double	n0,
		double	bfield,
		double	r,
		double	betaeff
	)

virtual

Method to solve steady state continuity equation. NOTE: KN cross section not included in IC cooling

◆ count_pl_particles()

double kariba::Mixed::count_pl_particles ( )

virtual

◆ count_th_particles()

double kariba::Mixed::count_th_particles ( )

virtual

◆ K2()

double kariba::Mixed::K2 ( double x )

virtual

Evaluate Bessel function for MJ normalization.

◆ max_p()

double kariba::Mixed::max_p	(	double	ucom,
		double	bfield,
		double	betaeff,
		double	r,
		double	fsc
	)

virtual

Method to calculate maximum momentum of non thermal particles based on acceleration and cooling timescales

◆ set_ndens()

void kariba::Mixed::set_ndens ( )

virtual

◆ set_norm()

void kariba::Mixed::set_norm ( double n )

virtual

◆ set_p() [1/2]

void kariba::Mixed::set_p ( double gmax )

virtual

Same as above, but assuming a fixed maximum Lorentz factor.

◆ set_p() [2/2]

void kariba::Mixed::set_p	(	double	ucom,
		double	bfield,
		double	betaeff,
		double	r,
		double	fsc
	)

virtual

Methods to set momentum/energy arrays and number density arrays.

◆ set_plfrac() [1/2]

void kariba::Mixed::set_plfrac ( double f )

virtual

◆ set_plfrac() [2/2]

void kariba::Mixed::set_plfrac	(	double	Le,
		double	r,
		double	eldens
	)

virtual

◆ set_pspec()

void kariba::Mixed::set_pspec ( double s1 )

virtual

◆ set_temp_kev()

void kariba::Mixed::set_temp_kev ( double T )

virtual

methods to set the temperature, pl fraction, and normalizations. Temperature must be in ergs, no factor kb

◆ test()

void kariba::Mixed::test ( )

virtual

simple method to check quantities.

Friends And Related Symbol Documentation

◆ av_pl_p_int

double av_pl_p_int	(	double	x,
		void *	p
	)

friend

◆ av_th_p_int

double av_th_p_int	(	double	x,
		void *	p
	)

friend

◆ pl_num_dens_int

double pl_num_dens_int	(	double	x,
		void *	p
	)

friend

Methods to calculate number density and average energy in non-thermal part.

◆ th_num_dens_int

double th_num_dens_int	(	double	x,
		void *	p
	)

friend

Methods to calculate number density and average energy in thermal part.

Member Data Documentation

◆ plfrac

double kariba::Mixed::plfrac

protected

◆ plnorm

double kariba::Mixed::plnorm

protected

◆ pmax_pl

double kariba::Mixed::pmax_pl

protected

◆ pmax_th

double kariba::Mixed::pmax_th

protected

◆ pmin_pl

double kariba::Mixed::pmin_pl

protected

◆ pmin_th

double kariba::Mixed::pmin_th

protected

◆ pspec

double kariba::Mixed::pspec

protected

◆ Temp

double kariba::Mixed::Temp

protected

◆ theta

double kariba::Mixed::theta

protected

◆ thnorm

double kariba::Mixed::thnorm

protected

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

/home/runner/work/kariba/kariba/src/kariba/Mixed.hpp
/home/runner/work/kariba/kariba/src/Mixed.cpp

Public Member Functions

Protected Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

◆ Mixed()

Member Function Documentation

◆ av_pl_gamma()

◆ av_pl_p()

◆ av_th_gamma()

◆ av_th_p()

◆ cooling_steadystate()

◆ count_pl_particles()

◆ count_th_particles()

◆ K2()

◆ max_p()

◆ set_ndens()

◆ set_norm()

◆ set_p() [1/2]

◆ set_p() [2/2]

◆ set_plfrac() [1/2]

◆ set_plfrac() [2/2]

◆ set_pspec()

◆ set_temp_kev()

◆ test()

Friends And Related Symbol Documentation

◆ av_pl_p_int

◆ av_th_p_int

◆ pl_num_dens_int

◆ th_num_dens_int

Member Data Documentation

◆ plfrac

◆ plnorm

◆ pmax_pl

◆ pmax_th

◆ pmin_pl

◆ pmin_th

◆ pspec

◆ Temp

◆ theta

◆ thnorm