t_hextra Struct Reference

#include <hextra.h>

Inheritance diagram for t_hextra:

Collaboration diagram for t_hextra:

Public Member Functions
const char *	chName () const
void	zero ()
void	comment (t_warnings &)
	t_hextra ()
Public Member Functions inherited from module
	module ()
virtual	~module ()

Public Attributes
realnum	cryden
realnum	crpowr
realnum	crtemp
bool	lg_CR_B_equipartition
double	cr_energydensity
realnum	cryden_ov_background
realnum	background_density
realnum	background_rate
realnum	TurbHeat
realnum	TurbHeatSave
bool	lgHextraDepth
realnum	turrad
realnum	turback
bool	lgHextraDensity
realnum	HextraScaleDensity
bool	lgHextraSS
realnum	HextraSSalpha
double	HextraSS_M
realnum	HextraSSradius
bool	lgTurbHeatVaryTime
realnum	totneu
bool	lgNeutrnHeatOn
realnum	frcneu
realnum	effneu
double	CrsSecNeutron

Constructor & Destructor Documentation

t_hextra()

t_hextra::t_hextra ( )

inline

References background_density, and background_rate.

Member Function Documentation

chName()

const char * t_hextra::chName ( ) const

inlinevirtual

Implements module.

comment()

void t_hextra::comment ( t_warnings & )

inlinevirtual

Implements module.

zero()

void t_hextra::zero ( void )

virtual

Implements module.

References DEBUG_ENTRY, and hextra.

Member Data Documentation

background_density

realnum t_hextra::background_density

default cosmic ray background density and rate

Referenced by t_hextra().

background_rate

realnum t_hextra::background_rate

Referenced by t_hextra().

cr_energydensity

double t_hextra::cr_energydensity

cosmic ray energy density erg cm-3

crpowr

realnum t_hextra::crpowr

CrsSecNeutron

double t_hextra::CrsSecNeutron

cross section for stopping relativistic neutrons

crtemp

realnum t_hextra::crtemp

cryden

realnum t_hextra::cryden

heat due to cosmic rays

cryden_ov_background

realnum t_hextra::cryden_ov_background

current cosmic ray density divided by default galactic background

effneu

realnum t_hextra::effneu

effneu is efficiency

frcneu

realnum t_hextra::frcneu

frcneu is fraction of total luminosity in neutrons, dimensionless

HextraScaleDensity

realnum t_hextra::HextraScaleDensity

the scale density

HextraSS_M

double t_hextra::HextraSS_M

mass of the black hole in grams

HextraSSalpha

realnum t_hextra::HextraSSalpha

the parameter alpha of alpha model, dimensionless

HextraSSradius

realnum t_hextra::HextraSSradius

radius from center in cm

lg_CR_B_equipartition

bool t_hextra::lg_CR_B_equipartition

true for cosmic rays in equipartition with magnetic field

lgHextraDensity

bool t_hextra::lgHextraDensity

options for extra heating the depends on density, as set with hextra command

lgHextraDepth

bool t_hextra::lgHextraDepth

options for heating to depth on depth, true is depth occurs on hextra command

lgHextraSS

bool t_hextra::lgHextraSS

options for extra heating is from SS model, as set with hextra command

lgNeutrnHeatOn

bool t_hextra::lgNeutrnHeatOn

flag lgNeutrnHeatOn says heating due to neutrons is enabled

lgTurbHeatVaryTime

bool t_hextra::lgTurbHeatVaryTime

set true if extra heat varies with time in time dependent sims

totneu

realnum t_hextra::totneu

totneu is neutron energy flux, erg cm-2 s-1

turback

realnum t_hextra::turback

the scale radius from the back of the cloud

TurbHeat

realnum t_hextra::TurbHeat

extra heating set with hextra command, first the heating rate

TurbHeatSave

realnum t_hextra::TurbHeatSave

save the initial value in case TurbHeat varies with time

turrad

realnum t_hextra::turrad

the scale radius for the heating

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

• hextra.h
• hextra.cpp