#include <pressure.h>

Inheritance diagram for t_pressure:

Collaboration diagram for t_pressure:

Public Member Functions
const char *	chName () const

void	zero ()

void	comment (t_warnings &)

Public Member Functions inherited from module
	module ()

virtual	~module ()

Public Attributes
realnum	PresLow

realnum	PresHigh

realnum	PresPowerlaw

double	PresRamCurr

double	PresTurbCurr

double	PresTotlCurr

double	PresTotlError

double	PresGasCurr

double	PresTotlInit

bool	lgPressureInitialSpecified

double	PressureInitialSpecified

double	pres_radiation_lines_curr

bool	lgContRadPresOn

realnum	PresInteg

realnum	pinzon

realnum	PresIntegElecThin

realnum	pinzon_PresIntegElecThin

double	RhoGravity_dark

double	RhoGravity_self

double	RhoGravity_external

double	RhoGravity

double	IntegRhoGravity

int	gravity_symmetry

double	self_mass_factor

vector< double >	external_mass [3]

bool	lgPres_radiation_ON

bool	lgPres_magnetic_ON

bool	lgPres_ram_ON

realnum	RadBetaMax

realnum	pbeta

realnum	PresMax

long int	ipPradMax_line

long int	ipPradMax_nzone

string	chLineRadPres

bool	lgPradCap

bool	lgPradDen

bool	lgLineRadPresOn

bool	lgRadPresAbortOK

bool	lgSonicPointAbortOK

bool	lgSonicPoint

bool	lgStrongDLimbo

Detailed Description

variables dealing with pressure across model

Member Function Documentation

const char* t_pressure::chName ( ) const

inlinevirtual

Implements module.

void t_pressure::comment ( t_warnings & )

inlinevirtual

Implements module.

void t_pressure::zero ( void )

virtual

Member Data Documentation

string t_pressure::chLineRadPres

string with label for line with greatest contributrion to pressure

Referenced by PresTotCurrent(), and PrtComment().

vector<double> t_pressure::external_mass[3]

Referenced by GravitationalPressure(), ParseCommands(), and ParseGravity().

int t_pressure::gravity_symmetry

Referenced by GravitationalPressure(), ParseCommands(), ParseGravity(), pressureZone(), radius_next(), and zero().

double t_pressure::IntegRhoGravity

Referenced by IterRestart(), pressureZone(), radius_increment(), SaveDo(), and zero().

long int t_pressure::ipPradMax_line

pointer to line with greatest radiation pressure

Referenced by PresTotCurrent(), and PrtComment().

long int t_pressure::ipPradMax_nzone

zone where greatest radiation pressure occurred

Referenced by PresTotCurrent(), PrtComment(), and zero().

bool t_pressure::lgContRadPresOn

flag saying whether or not incident continuum should be included in total pressure, turned off with constant gas pressure

Referenced by InitDefaultsPreparse(), ParseConstant(), ParseDynaWind(), pressureZone(), radius_first(), radius_next(), and stepDensity().

bool t_pressure::lgLineRadPresOn

flag true if radiation pressure is turned on, part of total pressure

Referenced by ParseDont(), PresTotCurrent(), and zero().

bool t_pressure::lgPradCap

lgPradCap true if radiation pressure capped on first iteration lgPradDen capped by thermalization length

Referenced by IterRestart(), IterStart(), PresTotCurrent(), PrtComment(), and zero().

bool t_pressure::lgPradDen

Referenced by IterRestart(), IterStart(), PrtComment(), RT_LineWidth(), and zero().

bool t_pressure::lgPres_magnetic_ON

Referenced by advection_set_default(), InitDefaultsPreparse(), ParseConstant(), and PresTotCurrent().

bool t_pressure::lgPres_radiation_ON

lgPres_radiation_ON says whether radiation pressure enabled, turned off with constant density, constant gas pressure commands, on with constant pressure

Referenced by advection_set_default(), InitDefaultsPreparse(), iter_end_check(), ParseConstant(), PresTotCurrent(), and PrtComment().

bool t_pressure::lgPres_ram_ON

Referenced by advection_set_default(), InitDefaultsPreparse(), ParseConstant(), and PresTotCurrent().

bool t_pressure::lgPressureInitialSpecified

option to set pressure at illuminated face as number on constant pressure command

Referenced by ConvInitSolution(), ConvPresTempEdenIoniz(), InitDefaultsPreparse(), and ParseConstant().

bool t_pressure::lgRadPresAbortOK

option to not abort on high radiation pressure - set true in initialization, set false with NO ABORT on constant radiation pressure command

Referenced by iter_end_check(), ParseConstant(), and zero().

bool t_pressure::lgSonicPoint

we hit the sonic point

Referenced by ConvFail(), iter_end_check(), IterRestart(), IterStart(), radius_next(), and zero().

bool t_pressure::lgSonicPointAbortOK

option to abort when we reach the sonic point - set according to the dynamics pressure mode

Referenced by iter_end_check(), PresMode::set(), and zero().

bool t_pressure::lgStrongDLimbo

True when we are in limbo while trying to find a strong-D solution. This is when there is no possible solution for the current target pressure. We just grit our teeth and plough onwards, hoping to come out the other side and to sort it all out on a later iteration of the dynamics

Referenced by IterRestart(), IterStart(), radius_next(), and zero().

realnum t_pressure::pbeta

pbeta is ratio of radition to gas pressure, evaluated in PressureTotal

Referenced by ConvFail(), iter_end_check(), IterRestart(), IterStart(), PresTotCurrent(), and PrtZone().

realnum t_pressure::pinzon

Referenced by InitSimPostparse(), IterRestart(), IterStart(), PressureChange(), radius_increment(), radius_next(), and SaveDo().

realnum t_pressure::pinzon_PresIntegElecThin

Referenced by radius_increment(), and SaveDo().

double t_pressure::pres_radiation_lines_curr

pres_radiation_lines_curr is line radiation pressure for current zone

Referenced by cdPressure_last(), PressureChange(), PresTotCurrent(), PrtLinePres(), PrtZone(), radius_increment(), SaveDo(), and zero().

double t_pressure::PresGasCurr

PresGasCurr is gas pressure, nkT, set in PressureTotal

Referenced by cdPressure_last(), ConvFail(), CoolEvaluate(), t_dynamics::dCooldT(), DynaIonize(), DynaIterEnd(), DynaPrtZone(), highen(), PressureChange(), PresTotCurrent(), PrtZone(), radius_increment(), SaveDo(), and PresMode::set().

realnum t_pressure::PresHigh

realnum t_pressure::PresInteg

total pressure related variables PresInteg is integrated radiation pressure

Referenced by InitSimPostparse(), IterRestart(), IterStart(), PressureChange(), pressureZone(), radius_increment(), SaveDo(), and stepDensity().

realnum t_pressure::PresIntegElecThin

integrated radiative acceleration, if no opacity present, only dilution due to 1/r^2 this is the acceleration used in Eddington luminosity comparison

Referenced by InitSimPostparse(), IterRestart(), IterStart(), radius_increment(), and SaveDo().

realnum t_pressure::PresLow

lowest and highest total current pressure to desired pressures in model, a measure of how well converged it is. This includes total pressure, so in a constant gas pressure model will show a large excursion

realnum t_pressure::PresMax

PresMas is largest pressure that occurred in the calculation

Referenced by PresTotCurrent(), and zero().

realnum t_pressure::PresPowerlaw

Referenced by ParseConstant(), and pressureZone().

double t_pressure::PresRamCurr

the ram pressure

Referenced by ConvFail(), PressureChange(), PresTotCurrent(), SaveDo(), PresMode::set(), and zero().

double t_pressure::PressureInitialSpecified

linear pressure in nkT units, zero if not set

Referenced by ConvInitSolution(), InitDefaultsPreparse(), and ParseConstant().

double t_pressure::PresTotlCurr