rotor_calc.cpp File Reference

#include <cmath>

Macros
#define	f   (1.00 / 298.257)
#define	r_sat   42164.57
#define	r_eq   6378.14
#define	a0   0.58804392
#define	a1   -0.17941557
#define	a2   0.29906946E-1
#define	a3   -0.25187400E-2
#define	a4   0.82622101E-4

Functions
double	factorial_div (double value, int x)
double	powerd (double x, int y)
double	SIN (double x)
double	COS (double x)
double	ATAN (double x)
double	ASIN (double x)
double	Radians (double number)
double	Deg (double number)
double	Rev (double number)
double	calcElevation (double SatLon, double SiteLat, double SiteLon, int Height_over_ocean=0)
double	calcAzimuth (double SatLon, double SiteLat, double SiteLon, int Height_over_ocean=0)
double	calcDeclination (double SiteLat, double Azimuth, double Elevation)
double	calcSatHourangle (double SatLon, double SiteLat, double SiteLon)

Macro Definition Documentation

a0

#define a0   0.58804392

a1

#define a1   -0.17941557

a2

#define a2   0.29906946E-1

a3

#define a3   -0.25187400E-2

a4

#define a4   0.82622101E-4

f

#define f   (1.00 / 298.257)

r_eq

#define r_eq   6378.14

r_sat

#define r_sat   42164.57

Function Documentation

ASIN()

double ASIN

(

double

x

)

ATAN()

double ATAN

(

double

x

)

calcAzimuth()

double calcAzimuth	(	double	SatLon,
		double	SiteLat,
		double	SiteLon,
		int	Height_over_ocean = 0
	)

calcDeclination()

double calcDeclination	(	double	SiteLat,
		double	Azimuth,
		double	Elevation
	)

calcElevation()

double calcElevation	(	double	SatLon,
		double	SiteLat,
		double	SiteLon,
		int	Height_over_ocean = 0
	)

calcSatHourangle()

double calcSatHourangle	(	double	SatLon,
		double	SiteLat,
		double	SiteLon
	)

COS()

double COS

(

double

x

)

Deg()

double Deg

(

double

number

)

factorial_div()

double factorial_div	(	double	value,
		int	x
	)

powerd()

double powerd	(	double	x,
		int	y
	)

Radians()

double Radians

(

double

number

)

Rev()

double Rev

(

double

number

)

SIN()

double SIN

(

double

x

)