AtmosphereModel.h File Reference

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Data Structures
struct	nrlmsise_flags
struct	ap_array
struct	nrlmsise_input
struct	nrlmsise_output

Functions
double	AirMixture_N (double lambda, double dens_N2, double dens_O2, double dens_Ar, double dens_H2O, double dens_CO2, double dens_Ne, double dens_He, double dens_CH4, double dens_Kr, double dens_H2, double dens_O3, double dens_N, double dens_O, double dens_H)
float	AtmosphereModel_stdAtmModel_N (float alt, float lambdaum, int mode)
double	AtmosphereModel_H2O_Saturation (double T)
int	AtmosphereModel_save_stdAtmModel (const char *fname)
int	AtmosphereModel_build_stdAtmModel (const char *fname)
int	AtmosphereModel_load_stdAtmModel (const char *fname)
int	AtmosphereModel_Create_from_CONF (const char *CONFFILE, float slambda)
	read configuration file and create atmosphere model More...
double	AtmosphereModel_RefractionPath (double lambda, double Zangle, int WritePath)
void	gtd7 (struct nrlmsise_input *input,\struct nrlmsise_flags *flags,\struct nrlmsise_output *output)
void	gtd7d (struct nrlmsise_input *input,\struct nrlmsise_flags *flags,\struct nrlmsise_output *output)
void	gts7 (struct nrlmsise_input *input,\struct nrlmsise_flags *flags,\struct nrlmsise_output *output)
void	ghp7 (struct nrlmsise_input *input,\struct nrlmsise_flags *flags,\struct nrlmsise_output *output,\double press)
int_fast8_t	init_AtmosphereModel ()

Function Documentation

double AirMixture_N	(	double	lambda,
		double	dens_N2,
		double	dens_O2,
		double	dens_Ar,
		double	dens_H2O,
		double	dens_CO2,
		double	dens_Ne,
		double	dens_He,
		double	dens_CH4,
		double	dens_Kr,
		double	dens_H2,
		double	dens_O3,
		double	dens_N,
		double	dens_O,
		double	dens_H
	)

int AtmosphereModel_build_stdAtmModel

(

const char *

fname

)

int AtmosphereModel_Create_from_CONF	(	const char *	CONFFILE,
		float	slambda
	)

read configuration file and create atmosphere model

double AtmosphereModel_H2O_Saturation

(

double

T

)

using " The IAPWS Formulation 1995 for the Thermodynamic Properties of Ordinary Water Substance for General and Scientific Use ", Journal of Physical and Chemical Reference Data, June 2002 ,Volume 31, Issue 2, pp. 387535 output : saturation H2O pressure [Pa]

int AtmosphereModel_load_stdAtmModel

(

const char *

fname

)

load atmosphere model ASCII file model lists concentration of atmosphere components, temperature, pressure one line every 10m of elevation, 10000 lines (0-100km)

double AtmosphereModel_RefractionPath	(	double	lambda,
		double	Zangle,
		int	WritePath
	)

lambda in m if WritePath = 1, write light path in output ASCII file return atm refraction value [arcsec]

int AtmosphereModel_save_stdAtmModel

(

const char *

fname

)

float AtmosphereModel_stdAtmModel_N	(	float	alt,
		float	lambdaum,
		int	mode
	)

void ghp7	(	struct nrlmsise_input *	input,
		\struct nrlmsise_flags *	flags,
		\struct nrlmsise_output *	output,
		\double	press
	)

void gtd7	(	struct nrlmsise_input *	input,
		\struct nrlmsise_flags *	flags,
		\struct nrlmsise_output *	output
	)

void gtd7d	(	struct nrlmsise_input *	input,
		\struct nrlmsise_flags *	flags,
		\struct nrlmsise_output *	output
	)

void gts7	(	struct nrlmsise_input *	input,
		\struct nrlmsise_flags *	flags,
		\struct nrlmsise_output *	output
	)

int_fast8_t init_AtmosphereModel

(

)