template<typename realT>
struct mx::astro::mainSequence< realT >

Provide various characteristics of main sequence stars according to their spectral type.

Interpolates on "A Modern Mean Dwarf Stellar Color and Effective Temperature Sequence" by Eric Mamajek, available at http://www.pas.rochester.edu/~emamajek/EEM_dwarf_UBVIJHK_colors_Teff.txt.

Loads values of the sequence at construction (hard coded), and then provides interpolation in between the points.

Version of the sequence used: 2017.03.14

Definition at line 106 of file stars.hpp.

#include <astro/stars.hpp>

Public Member Functions
realT	Teff (realT numType)
	Get the interpolated effective temperature. More...

realT	Teff (const std::string &spType)
	Get the interpolated effective temperature. More...

realT	radius (realT numType)
	Get the interpolated radius. More...

realT	radius (const std::string &spType)
	Get the interpolated radius. More...

realT	logL (realT numType)
	Get the interpolated log of luminosity. More...

realT	logL (const std::string &spType)
	Get the interpolated log of luminosity. More...

realT	Mv (realT numType)
	Get the interpolated absolute V magnitude. More...

realT	Mv (const std::string &spType)
	Get the interpolated absolute V magnitude. More...

realT	V_Rc (realT numType)
	Get the interpolated absolute V-Rc color. More...

realT	V_Rc (const std::string &spType)
	Get the interpolated absolute V-Rc color. More...

realT	V_Ic (realT numType)
	Get the interpolated absolute V-Ic color. More...

realT	V_Ic (const std::string &spType)
	Get the interpolated absolute V-Ic color. More...

realT	V_Ks (realT numType)
	Get the interpolated absolute V-Ks color. More...

realT	V_Ks (const std::string &spType)
	Get the interpolated absolute V-Ks color. More...

realT	J_H (realT numType)
	Get the interpolated absolute J-H color. More...

realT	J_H (const std::string &spType)
	Get the interpolated absolute J-H color. More...

realT	H_Ks (realT numType)
	Get the interpolated absolute H-Ks color. More...

realT	H_Ks (const std::string &spType)
	Get the interpolated absolute H-Ks color. More...

Public Attributes
std::vector< double >	m_numTypes
	The numeric spectral type codes from the sequence. More...

std::vector< double >	m_numTypesR
	The numeric spectral type codes from the sequence, in reversed order. More...

std::vector< double >	m_Teffs
	The effective temperatures from the sequence. More...

std::vector< double >	m_TeffsR
	The effective temperatures from the sequence, reveresed order. More...

std::vector< double >	m_logLs
	The log10 luminosities from the sequence. More...

std::vector< double >	m_rads
	The radii from the sequence. More...

std::vector< double >	m_masses
	The masses from the sequence. More...

std::vector< double >	m_Mvs
	The absolute V magnitudes from the sequence. More...

std::vector< double >	m_V_Rcs
	The V-Rc colors from the sequence. More...

std::vector< double >	m_V_Ics
	The V-Ic colors from the sequence. More...

std::vector< double >	m_V_Kss
	The V-Ks colors from the sequence. More...

std::vector< double >	m_J_Hs
	The J-H colors from the sequence. More...

std::vector< double >	m_H_Kss
	The H-Ks colors from the sequence. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpT
	The interpolator for effective Temperature. More...

double	m_minT
	The minimum numeric spectral type for effective Temperature. More...

double	m_maxT
	The maximum numeric spectral type for effective Temperature. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpRad
	The interpolator for effective Temperature. More...

double	m_minRad
	The minimum numeric spectral type for effective Temperature. More...

double	m_maxRad
	The maximum numeric spectral type for effective Temperature. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpL
	The interpolator for log luminosity. More...

double	m_minL
	The minimum numeric spectral type for log luminosity. More...

double	m_maxL
	The maximum numeric spectral type for log luminosity. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpMv
	The interpolator for absolute V magnitude. More...

double	m_minMv
	The minimum numeric spectral type for absolute V magnitude. More...

double	m_maxMv
	The maximum numeric spectral type for absolute V magnitude. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpVRc
	The interpolator for V-Rc color. More...

double	m_minVRc
	The minimum numeric spectral type for V-Rc color. More...

double	m_maxVRc
	The maximum numeric spectral type for V-Rc color. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpVIc
	The interpolator for V-Ic color. More...

double	m_minVIc
	The minimum numeric spectral type for V-Ic color. More...

double	m_maxVIc
	The maximum numeric spectral type for V-Ic color. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpVKs
	The interpolator for V-Ks color. More...

double	m_minVKs
	The minimum numeric spectral type for V-Ks color. More...

double	m_maxVKs
	The maximum numeric spectral type for V-Ks color. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpJH
	The interpolator for J-H color. More...

double	m_minJH
	The minimum numeric spectral type for J-H color. More...

double	m_maxJH
	The maximum numeric spectral type for J-H color. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpHKs
	The interpolator for H-Ks color. More...

double	m_minHKs
	The minimum numeric spectral type for H-Ks color. More...

double	m_maxHKs
	The maximum numeric spectral type for H-Ks color. More...

math::gslInterpolator< math::gsl_interp_linear< double > >	interpSpTfmT
	The interpolator for effective Temperature. More...

double	m_minSpTfmT
	The minimum numeric spectral type for effective Temperature. More...

double	m_maxSpTfmT
	The maximum numeric spectral type for effective Temperature. More...

Member Function Documentation

◆ H_Ks() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::H_Ks ( const std::string & spType )

inline

Get the interpolated absolute H-Ks color.

Returns: the aboslute H-Ks color; -999 if the input type is out of range.

Get the interpolated absolute H-Ks color

Returns: the aboslute H-Ks color; -999 if the input type code is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 463 of file stars.hpp.

References mx::astro::mainSequence< realT >::H_Ks(), and mx::astro::numSpType().

◆ H_Ks() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::H_Ks ( realT numType )

inline

Get the interpolated absolute H-Ks color.

Returns: the aboslute H-Ks color; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 448 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpHKs, and mx::astro::mainSequence< realT >::m_maxHKs.

Referenced by mx::astro::mainSequence< realT >::H_Ks().

◆ J_H() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::J_H ( const std::string & spType )

inline

Get the interpolated absolute J-H color.

Returns: the aboslute J-H color; -999 if the input type is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 438 of file stars.hpp.

References mx::astro::mainSequence< realT >::J_H(), and mx::astro::numSpType().

◆ J_H() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::J_H ( realT numType )

inline

Get the interpolated absolute J-H color.

Returns: the aboslute J-H color; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 423 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpJH, and mx::astro::mainSequence< realT >::m_maxJH.

Referenced by mx::astro::mainSequence< realT >::J_H().

◆ logL() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::logL ( const std::string & spType )

inline

Get the interpolated log of luminosity.

Returns: the log of luminosity.; -999 if the input type is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 313 of file stars.hpp.

References mx::astro::mainSequence< realT >::logL(), and mx::astro::numSpType().

◆ logL() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::logL ( realT numType )

inline

Get the interpolated log of luminosity.

Returns: the log of luminosity.; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 298 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpL, and mx::astro::mainSequence< realT >::m_maxL.

Referenced by mx::astro::mainSequence< realT >::logL().

◆ Mv() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::Mv ( const std::string & spType )

inline

Get the interpolated absolute V magnitude.

Returns: the aboslute V magnitude; -999 if the input type is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 338 of file stars.hpp.

References mx::astro::mainSequence< realT >::Mv(), and mx::astro::numSpType().

◆ Mv() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::Mv ( realT numType )

inline

Get the interpolated absolute V magnitude.

Returns: the aboslute V magnitude; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 323 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpMv, and mx::astro::mainSequence< realT >::m_maxMv.

Referenced by mx::astro::mainSequence< realT >::Mv().

◆ radius() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::radius ( const std::string & spType )

inline

Get the interpolated radius.

Returns: the radius in Solar units.; -999 if the input type is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 288 of file stars.hpp.

References mx::astro::numSpType(), and mx::astro::mainSequence< realT >::radius().

◆ radius() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::radius ( realT numType )

inline

Get the interpolated radius.

Returns: the radius in Solar units.; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 273 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpRad, and mx::astro::mainSequence< realT >::m_maxRad.

Referenced by mx::astro::mainSequence< realT >::radius().

◆ Teff() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::Teff ( const std::string & spType )

inline

Get the interpolated effective temperature.

Returns: the effective temperature.; -999 if the input type is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 263 of file stars.hpp.

References mx::astro::numSpType(), and mx::astro::mainSequence< realT >::Teff().

◆ Teff() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::Teff ( realT numType )

inline

Get the interpolated effective temperature.

Returns: the effective temperature.; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 248 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpT, and mx::astro::mainSequence< realT >::m_maxT.

Referenced by mx::astro::mainSequence< realT >::Teff().

◆ V_Ic() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::V_Ic ( const std::string & spType )

inline

Get the interpolated absolute V-Ic color.

Returns: the aboslute V-Ic color; -999 if the input type is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 388 of file stars.hpp.

References mx::astro::numSpType(), and mx::astro::mainSequence< realT >::V_Ic().

◆ V_Ic() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::V_Ic ( realT numType )

inline

Get the interpolated absolute V-Ic color.

Returns: the aboslute V-Ic color; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 373 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpVIc, and mx::astro::mainSequence< realT >::m_maxVIc.

Referenced by mx::astro::mainSequence< realT >::V_Ic().

◆ V_Ks() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::V_Ks ( const std::string & spType )

inline

Get the interpolated absolute V-Ks color.

Returns: the aboslute V-Ks color; -999 if the input type is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 413 of file stars.hpp.

References mx::astro::numSpType(), and mx::astro::mainSequence< realT >::V_Ks().

◆ V_Ks() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::V_Ks ( realT numType )

inline

Get the interpolated absolute V-Ks color.

Returns: the aboslute V-Ks color; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 398 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpVKs, and mx::astro::mainSequence< realT >::m_maxVKs.

Referenced by mx::astro::mainSequence< realT >::V_Ks().

◆ V_Rc() [1/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::V_Rc ( const std::string & spType )

inline

Get the interpolated absolute V-Rc color.

Returns: the aboslute V-Rc color; -999 if the input type is out of range.

Parameters

[in] spType the spectral type in standard format

Definition at line 363 of file stars.hpp.

References mx::astro::numSpType(), and mx::astro::mainSequence< realT >::V_Rc().

◆ V_Rc() [2/2]

template<typename realT >

realT mx::astro::mainSequence< realT >::V_Rc ( realT numType )

inline

Get the interpolated absolute V-Rc color.

Returns: the aboslute V-Rc color; -999 if the input type code is out of range.

Parameters

[in] numType the numeric spectral type code, see mx::astro::numSpType()

Definition at line 348 of file stars.hpp.

References mx::astro::mainSequence< realT >::interpVRc, and mx::astro::mainSequence< realT >::m_maxVRc.

Referenced by mx::astro::mainSequence< realT >::V_Rc().

Member Data Documentation

◆ interpHKs

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpHKs

The interpolator for H-Ks color.

Definition at line 156 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::H_Ks().

◆ interpJH

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpJH

The interpolator for J-H color.

Definition at line 152 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::J_H().

◆ interpL

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpL

The interpolator for log luminosity.

Definition at line 132 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::logL().

◆ interpMv

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpMv

The interpolator for absolute V magnitude.

Definition at line 136 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::Mv().

◆ interpRad

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpRad

The interpolator for effective Temperature.

Definition at line 128 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::radius().

◆ interpSpTfmT

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpSpTfmT

The interpolator for effective Temperature.

Definition at line 161 of file stars.hpp.

◆ interpT

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpT

The interpolator for effective Temperature.

Definition at line 124 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::Teff().

◆ interpVIc

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpVIc

The interpolator for V-Ic color.

Definition at line 144 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::V_Ic().

◆ interpVKs

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpVKs

The interpolator for V-Ks color.

Definition at line 148 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::V_Ks().

◆ interpVRc

template<typename realT >

math::gslInterpolator<math::gsl_interp_linear<double> > mx::astro::mainSequence< realT >::interpVRc

The interpolator for V-Rc color.

Definition at line 140 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::V_Rc().

◆ m_H_Kss

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_H_Kss

The H-Ks colors from the sequence.

Definition at line 122 of file stars.hpp.

◆ m_J_Hs

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_J_Hs

The J-H colors from the sequence.

Definition at line 121 of file stars.hpp.

◆ m_logLs

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_logLs

The log10 luminosities from the sequence.

Definition at line 114 of file stars.hpp.

◆ m_masses

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_masses

The masses from the sequence.

Definition at line 116 of file stars.hpp.

◆ m_maxHKs

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxHKs

The maximum numeric spectral type for H-Ks color.

Definition at line 158 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::H_Ks().

◆ m_maxJH

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxJH

The maximum numeric spectral type for J-H color.

Definition at line 154 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::J_H().

◆ m_maxL

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxL

The maximum numeric spectral type for log luminosity.

Definition at line 134 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::logL().

◆ m_maxMv

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxMv

The maximum numeric spectral type for absolute V magnitude.

Definition at line 138 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::Mv().

◆ m_maxRad

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxRad

The maximum numeric spectral type for effective Temperature.

Definition at line 130 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::radius().

◆ m_maxSpTfmT

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxSpTfmT

The maximum numeric spectral type for effective Temperature.

Definition at line 163 of file stars.hpp.

◆ m_maxT

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxT

The maximum numeric spectral type for effective Temperature.

Definition at line 126 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::Teff().

◆ m_maxVIc

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxVIc

The maximum numeric spectral type for V-Ic color.

Definition at line 146 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::V_Ic().

◆ m_maxVKs

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxVKs

The maximum numeric spectral type for V-Ks color.

Definition at line 150 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::V_Ks().

◆ m_maxVRc

template<typename realT >

double mx::astro::mainSequence< realT >::m_maxVRc

The maximum numeric spectral type for V-Rc color.

Definition at line 142 of file stars.hpp.

Referenced by mx::astro::mainSequence< realT >::V_Rc().

◆ m_minHKs

template<typename realT >

double mx::astro::mainSequence< realT >::m_minHKs

The minimum numeric spectral type for H-Ks color.

Definition at line 157 of file stars.hpp.

◆ m_minJH

template<typename realT >

double mx::astro::mainSequence< realT >::m_minJH

The minimum numeric spectral type for J-H color.

Definition at line 153 of file stars.hpp.

◆ m_minL

template<typename realT >

double mx::astro::mainSequence< realT >::m_minL

The minimum numeric spectral type for log luminosity.

Definition at line 133 of file stars.hpp.

◆ m_minMv

template<typename realT >

double mx::astro::mainSequence< realT >::m_minMv

The minimum numeric spectral type for absolute V magnitude.

Definition at line 137 of file stars.hpp.

◆ m_minRad

template<typename realT >

double mx::astro::mainSequence< realT >::m_minRad

The minimum numeric spectral type for effective Temperature.

Definition at line 129 of file stars.hpp.

◆ m_minSpTfmT

template<typename realT >

double mx::astro::mainSequence< realT >::m_minSpTfmT

The minimum numeric spectral type for effective Temperature.

Definition at line 162 of file stars.hpp.

◆ m_minT

template<typename realT >

double mx::astro::mainSequence< realT >::m_minT

The minimum numeric spectral type for effective Temperature.

Definition at line 125 of file stars.hpp.

◆ m_minVIc

template<typename realT >

double mx::astro::mainSequence< realT >::m_minVIc

The minimum numeric spectral type for V-Ic color.

Definition at line 145 of file stars.hpp.

◆ m_minVKs

template<typename realT >

double mx::astro::mainSequence< realT >::m_minVKs

The minimum numeric spectral type for V-Ks color.

Definition at line 149 of file stars.hpp.

◆ m_minVRc

template<typename realT >

double mx::astro::mainSequence< realT >::m_minVRc

The minimum numeric spectral type for V-Rc color.

Definition at line 141 of file stars.hpp.

◆ m_Mvs

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_Mvs

The absolute V magnitudes from the sequence.

Definition at line 117 of file stars.hpp.

◆ m_numTypes

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_numTypes

The numeric spectral type codes from the sequence.

Definition at line 108 of file stars.hpp.

◆ m_numTypesR

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_numTypesR

The numeric spectral type codes from the sequence, in reversed order.

Definition at line 109 of file stars.hpp.

◆ m_rads

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_rads

The radii from the sequence.

Definition at line 115 of file stars.hpp.

◆ m_Teffs

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_Teffs

The effective temperatures from the sequence.

Definition at line 111 of file stars.hpp.

◆ m_TeffsR

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_TeffsR

The effective temperatures from the sequence, reveresed order.

Definition at line 112 of file stars.hpp.

◆ m_V_Ics

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_V_Ics

The V-Ic colors from the sequence.

Definition at line 119 of file stars.hpp.

◆ m_V_Kss

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_V_Kss

The V-Ks colors from the sequence.

Definition at line 120 of file stars.hpp.

◆ m_V_Rcs

template<typename realT >

std::vector<double> mx::astro::mainSequence< realT >::m_V_Rcs

The V-Rc colors from the sequence.

Definition at line 118 of file stars.hpp.

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

astro/stars.hpp

template<typename realT> struct mx::astro::mainSequence< realT >

Public Member Functions

Public Attributes

Member Function Documentation

◆ H_Ks() [1/2]

◆ H_Ks() [2/2]

◆ J_H() [1/2]

◆ J_H() [2/2]

◆ logL() [1/2]

◆ logL() [2/2]

◆ Mv() [1/2]

◆ Mv() [2/2]

◆ radius() [1/2]

◆ radius() [2/2]

◆ Teff() [1/2]

◆ Teff() [2/2]

◆ V_Ic() [1/2]

◆ V_Ic() [2/2]

◆ V_Ks() [1/2]

◆ V_Ks() [2/2]

◆ V_Rc() [1/2]

◆ V_Rc() [2/2]

Member Data Documentation

◆ interpHKs

◆ interpJH

◆ interpL

◆ interpMv

◆ interpRad

◆ interpSpTfmT

◆ interpT

◆ interpVIc

◆ interpVKs

◆ interpVRc

◆ m_H_Kss

◆ m_J_Hs

◆ m_logLs

◆ m_masses

◆ m_maxHKs

◆ m_maxJH

◆ m_maxL

◆ m_maxMv

◆ m_maxRad

◆ m_maxSpTfmT

◆ m_maxT

◆ m_maxVIc

◆ m_maxVKs

◆ m_maxVRc

◆ m_minHKs

◆ m_minJH

◆ m_minL

◆ m_minMv

◆ m_minRad

◆ m_minSpTfmT

◆ m_minT

◆ m_minVIc

◆ m_minVKs

◆ m_minVRc

◆ m_Mvs

◆ m_numTypes

◆ m_numTypesR

◆ m_rads

◆ m_Teffs

◆ m_TeffsR

◆ m_V_Ics

◆ m_V_Kss

◆ m_V_Rcs

template<typename realT>
struct mx::astro::mainSequence< realT >