#include <lines.h>

Collaboration diagram for LinSv:

Public Member Functions
TransitionProxy	getTransition ()

char	chSumTyp () const

const char *	chALab () const

const char *	chCLab () const

bool	isBlend () const

char	LineType () const

void	addComponent (const string &species, const double wavelength)

void	addComponent (const LineID &line)

void	addComponentID (long id)

void	makeBlend (const char *species, const double wavelength, const double width)

void	setBlendWavl ()

const TransitionProxy	getComponent (long ind)

double	SumLine (int i) const

void	SumLineAdd (int i, double val)

void	SumLineAccum (double cumulative_factor)

void	SumLineZero ()

void	SumLineZeroAccum ()

void	SumLineThin ()

double	emslin (int i) const

void	emslinZero ()

void	emslinSet (int i, double v)

void	emslinThin ()

realnum	wavelength () const

string	chComment () const

void	init (long index, char chSumTyp, const char chComment, const char label, const TransitionProxy &tr)

void	prt (FILE *fp) const

string	label () const

string	biglabel () const

bool	isCat (const char *s) const

bool	isSeparator () const

bool	isUnit () const

bool	isUnitD () const

bool	isInward () const

bool	isInwardTotal () const

bool	isInwardContinuum () const

bool	isCollisional () const

bool	isPump () const

bool	isHeat () const

bool	isCaseA () const

bool	isCaseB () const

bool	isNInu () const

bool	isNFnu () const

bool	isPhoPlus () const

bool	isPcon () const

bool	isQH () const

void	checkEmergent (const long ipEmType) const

Private Types
enum	{ DEFAULT, SEPARATOR, UNIT, UNITD, INWARD, INWARDTOTAL, INWARDCONTINUUM, COLLISIONAL, PUMP, HEAT, CASEA, CASEB, NINU, NFNU, PHOPLUS, PCON, QH }

Private Member Functions
void	chALabSet (const char *that)

Private Attributes
long	m_index

char	m_chSumTyp

char	m_chALab [NCHLAB]

char	m_chCLab [NCHLAB]

double	m_SumLine [4]

double	m_emslin [2]

string	m_chComment

vector< long >	m_component

TransitionProxy	m_tr

enum LinSv:: { ... }	m_type

Detailed Description

this struc is different from above since only pointer here, will be allocated to form a large array after number of lines is counted. these are the main line save arrays

Member Enumeration Documentation

anonymous enum

private

Enumerator
DEFAULT
SEPARATOR
UNIT
UNITD
INWARD
INWARDTOTAL
INWARDCONTINUUM
COLLISIONAL
PUMP
HEAT
CASEA
CASEB
NINU
NFNU
PHOPLUS
PCON
QH

Member Function Documentation

void LinSv::addComponent	(	const string &	species,
		const double	wavelength
	)

References wlAirVac().

Referenced by lines().

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void LinSv::addComponent ( const LineID & line )

References addComponentID(), cdEXIT, LineID::chLabel, EXIT_FAILURE, t_LineSave::findline(), fprintf(), ioQQQ, t_LineSave::ipass, t_LineSave::lines, and LineID::wave.

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void LinSv::addComponentID ( long id )

References cdEXIT, EXIT_FAILURE, fprintf(), ioQQQ, t_LineSave::ipass, t_LineSave::lines, m_chComment, and m_component.

Referenced by addComponent(), makeBlend(), and setup_multiplet().

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string LinSv::biglabel ( ) const

References TransitionProxy::associated(), DEBUG_ENTRY, TransitionProxy::Hi(), label(), TransitionProxy::Lo(), and m_tr.

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const char* LinSv::chALab ( ) const

inline

the four char string label for the line

References m_chALab.

Referenced by isCat(), and label().

void LinSv::chALabSet ( const char * that )

private

References ASSERT, caps(), m_chALab, m_chCLab, NCHLAB, and trimTrailingWhiteSpace().

Referenced by init().

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const char* LinSv::chCLab ( ) const

inline

the four char string label for the line, all caps

References m_chCLab.

string LinSv::chComment ( ) const

comment describing the line

References m_chComment.

Referenced by init().

void LinSv::checkEmergent ( const long ipEmType ) const

inline

References ASSERT, fp_equal(), isBlend(), m_chSumTyp, m_index, m_SumLine, and t_LineSave::wavelength().

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char LinSv::chSumTyp ( ) const

inline

one char saying whether heat 'h', cooling 'c', information, 'i'

References m_chSumTyp.

Referenced by init().

double LinSv::emslin ( int i ) const

inline

the emissivity, per unit vol, for current conditions,

References isBlend(), t_LineSave::lines, m_component, and m_emslin.

Referenced by cdEmis().

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void LinSv::emslinSet	(	int	i,
		double	v
	)

inline

References isBlend(), and m_emslin.

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void LinSv::emslinThin ( )

inline

References isBlend(), m_chSumTyp, and m_emslin.

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void LinSv::emslinZero ( )

inline

References isBlend(), and m_emslin.

Referenced by init().

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const TransitionProxy LinSv::getComponent ( long ind )

inline

References t_LineSave::lines, and m_component.

TransitionProxy LinSv::getTransition ( )

inline

Return the TransitionProxy so that transition data can be extracted (col_str, Aul, etc.)

References m_tr.

void LinSv::init	(	long	index,
		char	chSumTyp,
		const char *	chComment,
		const char *	label,
		const TransitionProxy &	tr
	)

References ASSERT, TransitionProxy::associated(), CASEA, CASEB, chALabSet(), chComment(), chSumTyp(), COLLISIONAL, DEBUG_ENTRY, DEFAULT, emslinZero(), HEAT, INWARD, INWARDCONTINUUM, INWARDTOTAL, isCat(), m_chComment, m_chSumTyp, m_index, m_tr, m_type, NFNU, NINU, PCON, PHOPLUS, PUMP, QH, SEPARATOR, SumLineZero(), UNIT, and UNITD.

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bool LinSv::isBlend ( ) const

inline

integrated intensity of the line, [0] is intrinsic, [1] emergent [2] is intrinsic, [3] emergent

References m_component.

Referenced by checkEmergent(), emslin(), emslinSet(), emslinThin(), emslinZero(), setBlendWavl(), SumLine(), SumLineAccum(), SumLineAdd(), SumLineThin(), SumLineZero(), and SumLineZeroAccum().

bool LinSv::isCaseA ( ) const

inline

References CASEA, and m_type.

bool LinSv::isCaseB ( ) const

inline

References CASEB, and m_type.

bool LinSv::isCat ( const char * s ) const

References chALab(), and DEBUG_ENTRY.

Referenced by init().

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bool LinSv::isCollisional ( ) const

inline

References COLLISIONAL, and m_type.

bool LinSv::isHeat ( ) const

inline

References HEAT, and m_type.

bool LinSv::isInward ( ) const

inline

References INWARD, and m_type.

bool LinSv::isInwardContinuum ( ) const

inline

References INWARDCONTINUUM, and m_type.

bool LinSv::isInwardTotal ( ) const

inline

References INWARDTOTAL, and m_type.

bool LinSv::isNFnu ( ) const

inline

References m_type, and NFNU.

bool LinSv::isNInu ( ) const

inline

References m_type, and NINU.

bool LinSv::isPcon ( ) const

inline

References m_type, and PCON.

bool LinSv::isPhoPlus ( ) const

inline

References m_type, and PHOPLUS.

bool LinSv::isPump ( ) const

inline

References m_type, and PUMP.

bool LinSv::isQH ( ) const

inline

References m_type, and QH.

bool LinSv::isSeparator ( ) const

inline

References m_type, and SEPARATOR.

bool LinSv::isUnit ( ) const

inline

References m_type, and UNIT.

bool LinSv::isUnitD ( ) const

inline

References m_type, and UNITD.

string LinSv::label ( ) const

References chALab(), DEBUG_ENTRY, NCHLAB, sprt_wl(), and wavelength().

Referenced by biglabel(), and prt().

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char LinSv::LineType ( ) const

inline

References m_chSumTyp.

void LinSv::makeBlend	(	const char *	species,
		const double	wavelength,
		const double	width
	)

References addComponentID(), caps(), cdEXIT, DEBUG_ENTRY, EXIT_FAILURE, fprintf(), ioQQQ, t_LineSave::ipass, t_LineSave::lines, NCHLAB, t_LineSave::nsum, t_LineSave::wavelength(), and wlAirVac().

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void LinSv::prt ( FILE * fp ) const

References DEBUG_ENTRY, fprintf(), and label().

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void LinSv::setBlendWavl ( )

References EmissionProxy::Aul(), TransitionProxy::Emis(), TransitionProxy::EnergyWN(), TransitionProxy::Hi(), t_LineSave::ipass, isBlend(), t_LineSave::lines, m_component, m_index, t_LineSave::resetWavelength(), and wn2ang().

Referenced by lines(), and setup_multiplet().

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double LinSv::SumLine ( int i ) const

inline

References isBlend(), t_LineSave::lines, m_component, and m_SumLine.

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void LinSv::SumLineAccum ( double cumulative_factor )

inline

References isBlend(), and m_SumLine.

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void LinSv::SumLineAdd	(	int	i,
		double	val
	)

inline

References isBlend(), and m_SumLine.

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void LinSv::SumLineThin ( )

inline

References isBlend(), m_chSumTyp, and m_SumLine.

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void LinSv::SumLineZero ( )

inline

References isBlend(), and m_SumLine.

Referenced by init().

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void LinSv::SumLineZeroAccum ( )

inline

References isBlend(), and m_SumLine.

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realnum LinSv::wavelength ( ) const

inline

the wavelength of the line

References m_index, and t_LineSave::wavelength().

Referenced by label(), and wavelength_compare().

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Member Data Documentation

char LinSv::m_chALab[NCHLAB]

private

Referenced by chALab(), and chALabSet().

char LinSv::m_chCLab[NCHLAB]

private

Referenced by chALabSet(), and chCLab().

string LinSv::m_chComment

private

Referenced by addComponentID(), chComment(), and init().

char LinSv::m_chSumTyp

private

Referenced by checkEmergent(), chSumTyp(), emslinThin(), init(), LineType(), and SumLineThin().

vector<long> LinSv::m_component

private

Referenced by addComponentID(), emslin(), getComponent(), isBlend(), setBlendWavl(), and SumLine().

double LinSv::m_emslin[2]

private

the emissivity, per unit vol, for current conditions,

Referenced by emslin(), emslinSet(), emslinThin(), and emslinZero().

long LinSv::m_index

private

Referenced by checkEmergent(), init(), setBlendWavl(), and wavelength().

double LinSv::m_SumLine[4]

private

Referenced by checkEmergent(), SumLine(), SumLineAccum(), SumLineAdd(), SumLineThin(), SumLineZero(), and SumLineZeroAccum().

TransitionProxy LinSv::m_tr

private

Referenced by biglabel(), getTransition(), and init().

enum { ... } LinSv::m_type

Referenced by init(), isCaseA(), isCaseB(), isCollisional(), isHeat(), isInward(), isInwardContinuum(), isInwardTotal(), isNFnu(), isNInu(), isPcon(), isPhoPlus(), isPump(), isQH(), isSeparator(), isUnit(), and isUnitD().

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

Public Member Functions

Private Types

Private Member Functions

Private Attributes

Detailed Description

Member Enumeration Documentation

Member Function Documentation

Member Data Documentation