atm3d.h File Reference

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Functions
int	AllocateATM_COLUMNS (int ncolumns, long nlayersincolumn, long nlambda, ATM_COLUMN **col)
int	AllocateATM_LAYERS (long nlayers, long ncoefs, ATM_STATE **layer)
int	AllocateATMCOEFS (long ncoefs, ATMCOEF **coef)
int	FillAtmosphericGrid3D (char *sigsim_atm_dir, METIN *metin, jrmbool alloccoef)
int	FillColumnExtinctions (char *sigsim_atm_dir, METIN *metin)
int	SpectralDirectIrradiance (GEODETIC_LOCATION sensor, EPHEMERIS fm, long nlambda, double *solarTOA, double *lunarTOA, double *solar, double *lunar, int ncolumns, ATM_COLUMN *col)
int	SpectralDiffuseIrradiance (GEODETIC_LOCATION sensor, EPHEMERIS fm, long nlambda, double *solarTOA, double *lunarTOA, double *solar, double *lunar, double *sky, int ncolumns, ATM_COLUMN *col, double airtemp, double minairtemp, double maxairtemp, double relative_humidity)
int	SpectralDiffuseSSIrradiance (GEODETIC_LOCATION sensor, EPHEMERIS fm, long nlambda, double *solarTOA, double *lunarTOA, double *solar, double *lunar, double *sky, int ncolumns, ATM_COLUMN *col, double airtemp, double minairtemp, double maxairtemp, double relative_humidity)
int	CalcXmitAndPathRadGE3D (VECTOR NEDsource, double STOPRANGE, double STOPALT, GEODETIC_LOCATION sensor, ellipsoid E, int ncolumns, ATM_COLUMN *col, long nlambda, double *XmitArray, double *PradArray, jrmbool hitflag, jrmbool RCSflag, double *rainRCS, GEOCENTRIC_LOCATION *beginRCS, GEOCENTRIC_LOCATION *endRCS)
int	BandXmitAndPathRadGE3D (VECTOR NEDsource, double STOPRANGE, double STOPALT, GEODETIC_LOCATION sensor, ellipsoid E, int ncolumns, ATM_COLUMN *col, long nlambda, double *XmitArray, double *PradArray, double *LambdaArray, double *Xmit, double *Prad, double ax, double bx, jrmbool hitflag, jrmbool RCSflag, double *band_rainRCS, double *rainRCSArray, GEOCENTRIC_LOCATION *beginRCS, GEOCENTRIC_LOCATION *endRCS)
int	XmitGE3D (VECTOR NEDsource, double STOPRANGE, double STOPALT, GEODETIC_LOCATION sensor, ellipsoid E, int ncolumns, ATM_COLUMN *col, long nlambda, double *Xmit, int *colindex, int *layindex, GEODETIC_LOCATION *current_R, jrmbool hitflag, jrmbool RCSflag, double *rainRCS, GEOCENTRIC_LOCATION *beginRCS, GEOCENTRIC_LOCATION *endRCS)
int	PradGE3D (VECTOR NEDsource, double STOPRANGE, GEODETIC_LOCATION sensor, ellipsoid E, int ncolumns, ATM_COLUMN *col, long nlambda, double *Prad, jrmbool fast)
int	PradScatGE3D (VECTOR NEDsource, double STOPRANGE, GEODETIC_LOCATION sensor, EPHEMERIS fm, int ncolumns, ATM_COLUMN *col, long nlambda, double *solarTOA, double *lunarTOA, double *Prad, double *SolScat, double *LunScat, jrmbool fast)
int	GetNextIntersect (ellipsoid E, GEODETIC_LOCATION R1, VECTOR NEDO1, GEODETIC_LOCATION corner1, GEODETIC_LOCATION corner2, GEODETIC_LOCATION *R2, GEOCENTRIC_LOCATION *R2C, double *length)
jrmbool	LineIntSurface (jrmComplex(*func)(jrmComplex *, int, jrmComplex), jrmComplex *F, int N, GEOCENTRIC_LOCATION R1C, VECTOR XYZO1, ellipsoid E, double *length, GEOCENTRIC_LOCATION *DUM, GEODETIC_LOCATION *R2, GEODETIC_LOCATION corner1, GEODETIC_LOCATION corner2, double guess)
jrmComplex	LAT_intersect (jrmComplex *F, int N, jrmComplex X)
jrmComplex	LON_intersect (jrmComplex *F, int N, jrmComplex X)
jrmComplex	ALT_intersect (jrmComplex *F, int N, jrmComplex X)
jrmbool	PointIsInCell (GEODETIC_LOCATION corner1, GEODETIC_LOCATION corner2, GEODETIC_LOCATION point, double TOL_ALT, double TOL_LAT, double TOL_LON)
jrmbool	PointIsInColumn (double lat1, double lon1, double lat2, double lon2, double latpoint, double lonpoint, double TOL_LAT, double TOL_LON)
int	FindCellIndices (GEODETIC_LOCATION point, ATM_COLUMN *col, int ncolumns, int *colindex, int *layindex)

Function Documentation

int AllocateATM_COLUMNS	(	int	ncolumns,
		long	nlayersincolumn,
		long	nlambda,
		ATM_COLUMN **	col
	)

int AllocateATM_LAYERS	(	long	nlayers,
		long	ncoefs,
		ATM_STATE **	layer
	)

int AllocateATMCOEFS	(	long	ncoefs,
		ATMCOEF **	coef
	)

int FillAtmosphericGrid3D	(	char *	sigsim_atm_dir,
		METIN *	metin,
		jrmbool	alloccoef
	)

int FillColumnExtinctions	(	char *	sigsim_atm_dir,
		METIN *	metin
	)

int SpectralDirectIrradiance	(	GEODETIC_LOCATION	sensor,
		EPHEMERIS	fm,
		long	nlambda,
		double *	solarTOA,
		double *	lunarTOA,
		double *	solar,
		double *	lunar,
		int	ncolumns,
		ATM_COLUMN *	col
	)

int SpectralDiffuseIrradiance	(	GEODETIC_LOCATION	sensor,
		EPHEMERIS	fm,
		long	nlambda,
		double *	solarTOA,
		double *	lunarTOA,
		double *	solar,
		double *	lunar,
		double *	sky,
		int	ncolumns,
		ATM_COLUMN *	col,
		double	airtemp,
		double	minairtemp,
		double	maxairtemp,
		double	relative_humidity
	)

int SpectralDiffuseSSIrradiance	(	GEODETIC_LOCATION	sensor,
		EPHEMERIS	fm,
		long	nlambda,
		double *	solarTOA,
		double *	lunarTOA,
		double *	solar,
		double *	lunar,
		double *	sky,
		int	ncolumns,
		ATM_COLUMN *	col,
		double	airtemp,
		double	minairtemp,
		double	maxairtemp,
		double	relative_humidity
	)

int CalcXmitAndPathRadGE3D	(	VECTOR	NEDsource,
		double	STOPRANGE,
		double	STOPALT,
		GEODETIC_LOCATION	sensor,
		ellipsoid	E,
		int	ncolumns,
		ATM_COLUMN *	col,
		long	nlambda,
		double *	XmitArray,
		double *	PradArray,
		jrmbool	hitflag,
		jrmbool	RCSflag,
		double *	rainRCS,
		GEOCENTRIC_LOCATION *	beginRCS,
		GEOCENTRIC_LOCATION *	endRCS
	)

int BandXmitAndPathRadGE3D	(	VECTOR	NEDsource,
		double	STOPRANGE,
		double	STOPALT,
		GEODETIC_LOCATION	sensor,
		ellipsoid	E,
		int	ncolumns,
		ATM_COLUMN *	col,
		long	nlambda,
		double *	XmitArray,
		double *	PradArray,
		double *	LambdaArray,
		double *	Xmit,
		double *	Prad,
		double	ax,
		double	bx,
		jrmbool	hitflag,
		jrmbool	RCSflag,
		double *	band_rainRCS,
		double *	rainRCSArray,
		GEOCENTRIC_LOCATION *	beginRCS,
		GEOCENTRIC_LOCATION *	endRCS
	)

int XmitGE3D	(	VECTOR	NEDsource,
		double	STOPRANGE,
		double	STOPALT,
		GEODETIC_LOCATION	sensor,
		ellipsoid	E,
		int	ncolumns,
		ATM_COLUMN *	col,
		long	nlambda,
		double *	Xmit,
		int *	colindex,
		int *	layindex,
		GEODETIC_LOCATION *	current_R,
		jrmbool	hitflag,
		jrmbool	RCSflag,
		double *	rainRCS,
		GEOCENTRIC_LOCATION *	beginRCS,
		GEOCENTRIC_LOCATION *	endRCS
	)

int PradGE3D	(	VECTOR	NEDsource,
		double	STOPRANGE,
		GEODETIC_LOCATION	sensor,
		ellipsoid	E,
		int	ncolumns,
		ATM_COLUMN *	col,
		long	nlambda,
		double *	Prad,
		jrmbool	fast
	)

int PradScatGE3D	(	VECTOR	NEDsource,
		double	STOPRANGE,
		GEODETIC_LOCATION	sensor,
		EPHEMERIS	fm,
		int	ncolumns,
		ATM_COLUMN *	col,
		long	nlambda,
		double *	solarTOA,
		double *	lunarTOA,
		double *	Prad,
		double *	SolScat,
		double *	LunScat,
		jrmbool	fast
	)

int GetNextIntersect	(	ellipsoid	E,
		GEODETIC_LOCATION	R1,
		VECTOR	NEDO1,
		GEODETIC_LOCATION	corner1,
		GEODETIC_LOCATION	corner2,
		GEODETIC_LOCATION *	R2,
		GEOCENTRIC_LOCATION *	R2C,
		double *	length
	)

jrmbool LineIntSurface	(	jrmComplex(*)(jrmComplex *, int, jrmComplex)	func,
		jrmComplex *	F,
		int	N,
		GEOCENTRIC_LOCATION	R1C,
		VECTOR	XYZO1,
		ellipsoid	E,
		double *	length,
		GEOCENTRIC_LOCATION *	DUM,
		GEODETIC_LOCATION *	R2,
		GEODETIC_LOCATION	corner1,
		GEODETIC_LOCATION	corner2,
		double	guess
	)

jrmComplex LAT_intersect	(	jrmComplex *	F,
		int	N,
		jrmComplex	X
	)

jrmComplex LON_intersect	(	jrmComplex *	F,
		int	N,
		jrmComplex	X
	)

jrmComplex ALT_intersect	(	jrmComplex *	F,
		int	N,
		jrmComplex	X
	)

jrmbool PointIsInCell	(	GEODETIC_LOCATION	corner1,
		GEODETIC_LOCATION	corner2,
		GEODETIC_LOCATION	point,
		double	TOL_ALT,
		double	TOL_LAT,
		double	TOL_LON
	)

jrmbool PointIsInColumn	(	double	lat1,
		double	lon1,
		double	lat2,
		double	lon2,
		double	latpoint,
		double	lonpoint,
		double	TOL_LAT,
		double	TOL_LON
	)

int FindCellIndices	(	GEODETIC_LOCATION	point,
		ATM_COLUMN *	col,
		int	ncolumns,
		int *	colindex,
		int *	layindex
	)