kariba::ShSDisk Class Reference

Class Shakura-Sunyeav disk, inherited from Radiation.hpp. More...

#include <ShSDisk.hpp>

Inheritance diagram for kariba::ShSDisk:

Public Member Functions
	ShSDisk (size_t size=50)
virtual double	hdisk () const
virtual double	tin () const
virtual double	rin () const
virtual double	lum () const
virtual void	disk_spectrum ()
virtual void	cover_disk (double f)
virtual double	total_luminosity ()
virtual void	set_mbh (double M)
virtual void	set_rin (double R)
	Note: for disk r is inner radius, z is the outer radius, both are input in cm.
virtual void	set_rout (double R)
virtual void	set_luminosity (double L)
virtual void	set_tin_k (double T)
virtual void	set_tin_kev (double T)
virtual void	test ()
Public Member Functions inherited from kariba::Radiation
	Radiation (size_t size)
virtual const std::vector< double > &	get_energy () const
virtual const std::vector< double > &	get_nphot () const
virtual const std::vector< double > &	get_energy_obs () const
virtual const std::vector< double > &	get_nphot_obs () const
virtual size_t	get_size () const
virtual double	get_volume () const
virtual double	integrated_luminosity (double numin, double numax)
virtual void	set_beaming (double theta, double speed, double doppler)
	Methods to set viewing angle, beaming and geometry of emission region.
virtual void	set_inclination (double theta)
virtual void	set_geometry (const std::string &geom, double l1, double l2)
virtual void	set_geometry (const std::string &geom, double l1)
virtual void	set_counterjet (bool flag)
	Method to include a counterjet in cyclosycnchrotron/Compton classes.
virtual void	test_arrays ()
	Simple method to check arrays; only meant for debugging.

Protected Attributes
double	Tin
	Disk temperature at R=Rin in Kev.
double	Mbh
double	Rg
	Black hole mass in solar masses.
double	Ldisk
	Disk luminosity in Eddington units.
double	Hratio
Protected Attributes inherited from kariba::Radiation
std::vector< double >	en_phot
	array of photon energies
std::vector< double >	num_phot
	array of number of photons in units of erg/s/Hz
std::vector< double >	en_phot_obs
	same as above but in observer frame
std::vector< double >	num_phot_obs
	same as above but in observer frame
double	r
double	z
	Dimensions of emitting region.
double	vol
	Volume of emitting region.
double	beta
	speed of the emitting region
double	dopfac
double	angle
	Viewing angle/Doppler factor of emitting region.
double	dopnum
	Doppler boosting exponent, depends on geometry.
bool	counterjet
	boolean switch if user wants to include counterjet emission
std::string	geometry
	string to track geometry of emitting region

Friends
double	disk_int (double nu, void *p)

Detailed Description

Class Shakura-Sunyeav disk, inherited from Radiation.hpp.

Constructor & Destructor Documentation

ShSDisk()

kariba::ShSDisk::ShSDisk

(

size_t

size = 50

)

Constructor for the disk. No input parameters because the sized of the arrays is set automatically, and every other property needs to be handled by the setters below

Member Function Documentation

cover_disk()

void kariba::ShSDisk::cover_disk ( double  f )

virtual

this method removes a fraction f from the observed disk luminosity, assuming that it was absorbed and reprocessed into some other unspecified radiative mechanism

disk_spectrum()

void kariba::ShSDisk::disk_spectrum ( )

virtual

hdisk()

virtual double kariba::ShSDisk::hdisk ( ) const

inlinevirtual

lum()

virtual double kariba::ShSDisk::lum ( ) const

inlinevirtual

rin()

virtual double kariba::ShSDisk::rin ( ) const

inlinevirtual

set_luminosity()

void kariba::ShSDisk::set_luminosity ( double  L )

virtual

NOTE: the constant factor to go between inner temperature Tin and disk lunminosity Ldisk is 2 because the model uses the zero torque inner boundary condition, Kubota et al. 1998, hence the factor 2 rather than 4pi when converting between luminosity and temperature

set_mbh()

void kariba::ShSDisk::set_mbh ( double  M )

virtual

set_rin()

void kariba::ShSDisk::set_rin ( double  R )

virtual

Note: for disk r is inner radius, z is the outer radius, both are input in cm.

set_rout()

void kariba::ShSDisk::set_rout ( double  R )

virtual

set_tin_k()

void kariba::ShSDisk::set_tin_k ( double  T )

virtual

set_tin_kev()

void kariba::ShSDisk::set_tin_kev ( double  T )

virtual

test()

void kariba::ShSDisk::test ( )

virtual

tin()

virtual double kariba::ShSDisk::tin ( ) const

inlinevirtual

total_luminosity()

double kariba::ShSDisk::total_luminosity ( )

virtual

Simple integration method to integrate num_phot_obs and get the total luminosity of the disk

Friends And Related Symbol Documentation

disk_int

double disk_int ( double  nu, void *  p  )

friend

return SD spectrum over a given radius, frequency to be integrated over radius

Member Data Documentation

Hratio

double kariba::ShSDisk::Hratio

protected

Disk aspect ratio; TODO test with constant hbb or with hbb varying with disk size. Also test with just one Comptonization zone, and with one up to hbb(Rin) and another up to the end of the nozzle

Ldisk

double kariba::ShSDisk::Ldisk

protected

Disk luminosity in Eddington units.

Mbh

double kariba::ShSDisk::Mbh

protected

Rg

double kariba::ShSDisk::Rg

protected

Black hole mass in solar masses.

Tin

double kariba::ShSDisk::Tin

protected

Disk temperature at R=Rin in Kev.

---

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

• /home/runner/work/kariba/kariba/src/kariba/ShSDisk.hpp
• /home/runner/work/kariba/kariba/src/ShSDisk.cpp