Miscellaneous macro functions supporting the other classes. More...

Static Public Member Functions
static double	HMStoDH (double hours, double minutes, double seconds)
	Convert a Civil Time (hours,minutes,seconds) to Decimal Hours.

static int	DecimalHoursHour (double decimalHours)
	Return the hour part of a Decimal Hours.

static int	DecimalHoursMinute (double decimalHours)
	Return the minutes part of a Decimal Hours.

static double	DecimalHoursSecond (double decimalHours)
	Return the seconds part of a Decimal Hours.

static double	CivilDateToJulianDate (double day, double month, double year)
	Convert a Greenwich Date/Civil Date (day,month,year) to Julian Date.

static double	JulianDateDay (double julianDate)
	Returns the day part of a Julian Date.

static int	JulianDateMonth (double julianDate)
	Returns the month part of a Julian Date.

static int	JulianDateYear (double julianDate)
	Returns the year part of a Julian Date.

static double	RightAscensionToHourAngle (double raHours, double raMinutes, double raSeconds, double lctHours, double lctMinutes, double lctSeconds, int daylightSaving, int zoneCorrection, double localDay, int localMonth, int localYear, double geographicalLongitude)
	Convert Right Ascension to Hour Angle.

static double	HourAngleToRightAscension (double hourAngleHours, double hourAngleMinutes, double hourAngleSeconds, double lctHours, double lctMinutes, double lctSeconds, int daylightSaving, int zoneCorrection, double localDay, int localMonth, int localYear, double geographicalLongitude)
	Convert Hour Angle to Right Ascension.

static double	LocalCivilTimeToUniversalTime (double lctHours, double lctMinutes, double lctSeconds, int daylightSaving, int zoneCorrection, double localDay, int localMonth, int localYear)
	Convert Local Civil Time to Universal Time.

static double	UniversalTimeToLocalCivilTime (double uHours, double uMinutes, double uSeconds, int daylightSaving, int zoneCorrection, double greenwichDay, int greenwichMonth, int greenwichYear)
	Convert Universal Time to Local Civil Time.

static double	UniversalTime_LocalCivilDay (double uHours, double uMinutes, double uSeconds, int daylightSaving, int zoneCorrection, double greenwichDay, int greenwichMonth, int greenwichYear)
	Get Local Civil Day for Universal Time.

static int	UniversalTime_LocalCivilMonth (double uHours, double uMinutes, double uSeconds, int daylightSaving, int zoneCorrection, double greenwichDay, int greenwichMonth, int greenwichYear)
	Get Local Civil Month for Universal Time.

static int	UniversalTime_LocalCivilYear (double uHours, double uMinutes, double uSeconds, int daylightSaving, int zoneCorrection, double greenwichDay, int greenwichMonth, int greenwichYear)
	Get Local Civil Year for Universal Time.

static double	LocalCivilTimeGreenwichDay (double lctHours, double lctMinutes, double lctSeconds, int daylightSaving, int zoneCorrection, double localDay, int localMonth, int localYear)
	Determine Greenwich Day for Local Time.

static int	LocalCivilTimeGreenwichMonth (double lctHours, double lctMinutes, double lctSeconds, int daylightSaving, int zoneCorrection, double localDay, int localMonth, int localYear)
	Determine Greenwich Month for Local Time.

static int	LocalCivilTimeGreenwichYear (double lctHours, double lctMinutes, double lctSeconds, int daylightSaving, int zoneCorrection, double localDay, int localMonth, int localYear)
	Determine Greenwich Year for Local Time.

static double	UniversalTimeToGreenwichSiderealTime (double uHours, double uMinutes, double uSeconds, double greenwichDay, int greenwichMonth, int greenwichYear)
	Convert Universal Time to Greenwich Sidereal Time.

static double	GreenwichSiderealTimeToLocalSiderealTime (double greenwichHours, double greenwichMinutes, double greenwichSeconds, double geographicalLongitude)
	Convert Greenwich Sidereal Time to Local Sidereal Time.

static double	EquatorialCoordinatesToAzimuth (double hourAngleHours, double hourAngleMinutes, double hourAngleSeconds, double declinationDegrees, double declinationMinutes, double declinationSeconds, double geographicalLatitude)
	Convert Equatorial Coordinates to Azimuth (in decimal degrees)

static double	EquatorialCoordinatesToAltitude (double hourAngleHours, double hourAngleMinutes, double hourAngleSeconds, double declinationDegrees, double declinationMinutes, double declinationSeconds, double geographicalLatitude)
	Convert Equatorial Coordinates to Altitude (in decimal degrees)

static double	DegreesMinutesSecondsToDecimalDegrees (double degrees, double minutes, double seconds)
	Convert Degrees Minutes Seconds to Decimal Degrees.

static double	Degrees (double w)
	Convert W to Degrees.

static double	DecimalDegreesDegrees (double decimalDegrees)
	Return Degrees part of Decimal Degrees.

static double	DecimalDegreesMinutes (double decimalDegrees)
	Return Minutes part of Decimal Degrees.

static double	DecimalDegreesSeconds (double decimalDegrees)
	Return Seconds part of Decimal Degrees.

static double	DecimalDegreesToDegreeHours (double decimalDegrees)
	Convert Decimal Degrees to Degree-Hours.

static double	DegreeHoursToDecimalDegrees (double degreeHours)
	Convert Degree-Hours to Decimal Degrees.

static double	HorizonCoordinatesToDeclination (double azimuthDegrees, double azimuthMinutes, double azimuthSeconds, double altitudeDegrees, double altitudeMinutes, double altitudeSeconds, double geographicalLatitude)
	Convert Horizon Coordinates to Declination (in decimal degrees)

static double	HorizonCoordinatesToHourAngle (double azimuthDegrees, double azimuthMinutes, double azimuthSeconds, double altitudeDegrees, double altitudeMinutes, double altitudeSeconds, double geographicalLatitude)
	Convert Horizon Coordinates to Hour Angle (in decimal degrees)

static double	Obliq (double greenwichDay, int greenwichMonth, int greenwichYear)
	Obliquity of the Ecliptic for a Greenwich Date.

static double	NutatLong (double gd, int gm, int gy)
	Nutation amount to be added in ecliptic longitude, in degrees.

static double	NutatObl (double greenwichDay, int greenwichMonth, int greenwichYear)
	Nutation of Obliquity.

static double	LocalSiderealTimeToGreenwichSiderealTime (double localHours, double localMinutes, double localSeconds, double longitude)
	Convert Local Sidereal Time to Greenwich Sidereal Time.

static double	GreenwichSiderealTimeToUniversalTime (double greenwichSiderealHours, double greenwichSiderealMinutes, double greenwichSiderealSeconds, double greenwichDay, int greenwichMonth, int greenwichYear)
	Convert Greenwich Sidereal Time to Universal Time.

static PAWarningFlag	EGstUt (double gsh, double gsm, double gss, double gd, int gm, int gy)
	Status of conversion of Greenwich Sidereal Time to Universal Time.

static double	SunLong (double lch, double lcm, double lcs, int ds, int zc, double ld, int lm, int ly)
	Calculate Sun's ecliptic longitude.

static double	TrueAnomaly (double am, double ec)
	Solve Kepler's equation, and return value of the true anomaly in radians.

static double	EccentricAnomaly (double am, double ec)
	Solve Kepler's equation, and return value of the eccentric anomaly in radians.

static double	Refract (double y2, PACoordinateType sw, double pr, double tr)
	Calculate effects of refraction.

static double	RefractL3035 (double pr, double tr, double y, double d)
	Helper function for Refract.

static double	ParallaxHA (double hh, double hm, double hs, double dd, double dm, double ds, PACoordinateType sw, double gp, double ht, double hp)
	Calculate corrected hour angle in decimal hours.

static double double q	ParallaxHAL2870 (double x, double y, double rc, double rp, double rs, double tp)

static double	ParallaxDec (double hh, double hm, double hs, double dd, double dm, double ds, PACoordinateType sw, double gp, double ht, double hp)
	Calculate corrected declination in decimal degrees.

static double double q	ParallaxDecL2870 (double x, double y, double rc, double rp, double rs, double tp)

static double	SunDia (double lch, double lcm, double lcs, int ds, int zc, double ld, int lm, int ly)
	Calculate Sun's angular diameter in decimal degrees.

static double	SunDist (double lch, double lcm, double lcs, int ds, int zc, double ld, int lm, int ly)
	Calculate Sun's distance from the Earth in astronomical units.

static double	MoonLong (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr)
	Calculate geocentric ecliptic longitude for the Moon.

static double	MoonLat (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr)
	Calculate geocentric ecliptic latitude for the Moon.

static double	MoonHP (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr)
	Calculate horizontal parallax for the Moon.

static double	MoonDist (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr)
	Calculate distance from the Earth to the Moon (km)

static double	MoonSize (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr)
	Calculate the Moon's angular diameter (degrees)

static double	Unwind (double w)
	Convert angle in radians to equivalent angle in degrees.

static double	UnwindDeg (double w)
	Convert angle in degrees to equivalent angle in the range 0 to 360 degrees.

static double	SunELong (double gd, int gm, int gy)
	Mean ecliptic longitude of the Sun at the epoch.

static double	SunPeri (double gd, int gm, int gy)
	Longitude of the Sun at perigee.

static double	SunEcc (double gd, int gm, int gy)
	Eccentricity of the Sun-Earth orbit.

static double	EcDec (double eld, double elm, double els, double bd, double bm, double bs, double gd, int gm, int gy)
	Ecliptic - Declination (degrees)

static double	EcRA (double eld, double elm, double els, double bd, double bm, double bs, double gd, int gm, int gy)
	Ecliptic - Right Ascension (degrees)

static double	SunTrueAnomaly (double lch, double lcm, double lcs, int ds, int zc, double ld, int lm, int ly)
	Calculate Sun's true anomaly, i.e., how much its orbit deviates from a true circle to an ellipse.

static double	SunMeanAnomaly (double lch, double lcm, double lcs, int ds, int zc, double ld, int lm, int ly)
	Calculate the Sun's mean anomaly.

static double	SunriseLCT (double ld, int lm, int ly, int ds, int zc, double gl, double gp)
	Calculate local civil time of sunrise.

static double double double double string s	SunriseLCTL3710 (double gd, int gm, int gy, double sr, double di, double gp)

static double	SunsetLCT (double ld, int lm, int ly, int ds, int zc, double gl, double gp)

static double double double double string s	SunsetLCTL3710 (double gd, int gm, int gy, double sr, double di, double gp)

static double	RiseSetLocalSiderealTimeRise (double rah, double ram, double ras, double dd, double dm, double ds, double vd, double g)
	Local sidereal time of rise, in hours.

static double	RiseSetLocalSiderealTimeSet (double rah, double ram, double ras, double dd, double dm, double ds, double vd, double g)
	Local sidereal time of setting, in hours.

static double	RiseSetAzimuthRise (double rah, double ram, double ras, double dd, double dm, double ds, double vd, double g)
	Azimuth of rising, in degrees.

static double	RiseSetAzimuthSet (double rah, double ram, double ras, double dd, double dm, double ds, double vd, double g)
	Azimuth of setting, in degrees.

static string	ERS (double rah, double ram, double ras, double dd, double dm, double ds, double vd, double g)
	Rise/Set status.

static string	ESunRS (double ld, int lm, int ly, int ds, int zc, double gl, double gp)

static double double double double string s	ESunRS_L3710 (double gd, int gm, int gy, double sr, double di, double gp)

static double	SunriseAZ (double ld, int lm, int ly, int ds, int zc, double gl, double gp)

static double double double double string s	SunriseAZ_L3710 (double gd, int gm, int gy, double sr, double di, double gp)

static double	SunsetAZ (double ld, int lm, int ly, int ds, int zc, double gl, double gp)
	Calculate azimuth of sunset.

static double double double double string s	SunsetAZ_L3710 (double gd, int gm, int gy, double sr, double di, double gp)

static double	TwilightAMLCT (double ld, int lm, int ly, int ds, int zc, double gl, double gp, PATwilightType tt)
	Calculate morning twilight start, in local time.

static double double double double string s	TwilightAMLCT_L3710 (double gd, int gm, int gy, double sr, double di, double gp)

static double	TwilightPMLCT (double ld, int lm, int ly, int ds, int zc, double gl, double gp, PATwilightType tt)
	Calculate evening twilight end, in local time.

static double double double double string s	TwilightPMLCT_L3710 (double gd, int gm, int gy, double sr, double di, double gp)

static string	ETwilight (double ld, int lm, int ly, int ds, int zc, double gl, double gp, PATwilightType tt)

static double double double double string s	ETwilight_L3710 (double gd, int gm, int gy, double sr, double di, double gp)

static double	Angle (double xx1, double xm1, double xs1, double dd1, double dm1, double ds1, double xx2, double xm2, double xs2, double dd2, double dm2, double ds2, PAAngleMeasure s)
	Calculate the angle between two celestial objects.

static double double double double double double double planetRVect	PlanetCoordinates (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr, string s)

static double double qb	PlanetLong_L4685 (List< PlanetDataPrecise > pl)

static double double double double qe	PlanetLong_L4735 (List< PlanetDataPrecise > pl, double ms, double t)

static double double double double double double double qb	PlanetLong_L4810 (List< PlanetDataPrecise > pl, double ms)

static double double double double double double double qg	PlanetLong_L4945 (double t, PlanetDataPrecise planet)

static double	SolveCubic (double w)
	For W, in radians, return S, also in radians.

static double double double cometDistAU	PCometLongLatDist (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr, double td, int tm, int ty, double q, double i, double p, double n)

static double double double moonHorPara	MoonLongLatHP (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr)

static double	MoonPhase (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr)
	Calculate current phase of Moon.

static double	MoonMeanAnomaly (double lh, double lm, double ls, int ds, int zc, double dy, int mn, int yr)
	Calculate the Moon's mean anomaly.

static double	NewMoon (int ds, int zc, double dy, int mn, int yr)
	Calculate Julian date of New Moon.

static double	FullMoon (int ds, int zc, double dy, int mn, int yr)
	Calculate Julian date of Full Moon.

static double double double f	NewMoonFullMoon_L6855 (double k, double t)

static double	Fract (double w)
	Original macro name: FRACT.

static double	Lint (double w)
	Original macro name: LINT.

static double	IInt (double w)
	Original macro name: IINT.

static double	Sign (double numberToCheck)
	Calculate sign of number.

static double	UTDayAdjust (double ut, double g1)
	Original macro name: UTDayAdjust.

static double	FPart (double w)
	Original macro name: Fpart.

static double	EQELat (double rah, double ram, double ras, double dd, double dm, double ds, double gd, int gm, int gy)
	Original macro name: EQElat.

static double	EQELong (double rah, double ram, double ras, double dd, double dm, double ds, double gd, int gm, int gy)
	Original macro name: EQElong.

static double	MoonRiseLCT (double dy, int mn, int yr, int ds, int zc, double gLong, double gLat)
	Local time of moonrise.

static double double double int int double int int gyr	MoonRiseLCT_L6680 (double x, int ds, int zc, double gdy, int gmn, int gyr, double g1, double ut)

static double double double double double double double double double double lct	MoonRiseLCT_L6700 (double lct, int ds, int zc, double dy1, int mn1, int yr1, double gdy, int gmn, int gyr, double gLat)

static double int int yr1	MoonRiseLcDMY (double dy, int mn, int yr, int ds, int zc, double gLong, double gLat)

static double double double int int double int int gyr	MoonRiseLcDMY_L6680 (double x, int ds, int zc, double gdy, int gmn, int gyr, double g1, double ut)

static double double double double double double double double double double lct	MoonRiseLcDMY_L6700 (double lct, int ds, int zc, double dy1, int mn1, int yr1, double gdy, int gmn, int gyr, double gLat)

static double	MoonRiseAz (double dy, int mn, int yr, int ds, int zc, double gLong, double gLat)
	Local azimuth of moonrise.

static double double double int int double int int gyr	MoonRiseAz_L6680 (double x, int ds, int zc, double gdy, int gmn, int gyr, double g1, double ut)

static double double double double double double double double double double double au	MoonRiseAz_L6700 (double lct, int ds, int zc, double dy1, int mn1, int yr1, double gdy, int gmn, int gyr, double gLat)

static double	MoonSetLCT (double dy, int mn, int yr, int ds, int zc, double gLong, double gLat)
	Local time of moonset.

static double double double int int double int int gyr	MoonSetLCT_L6680 (double x, int ds, int zc, double gdy, int gmn, int gyr, double g1, double ut)

static double double double double double double double double double double lct	MoonSetLCT_L6700 (double lct, int ds, int zc, double dy1, int mn1, int yr1, double gdy, int gmn, int gyr, double gLat)

static double int int yr1	MoonSetLcDMY (double dy, int mn, int yr, int ds, int zc, double gLong, double gLat)

static double double double int int double int int gyr	MoonSetLcDMY_L6680 (double x, int ds, int zc, double gdy, int gmn, int gyr, double g1, double ut)

static double double double double double double double double double double lct	MoonSetLcDMY_L6700 (double lct, int ds, int zc, double dy1, int mn1, int yr1, double gdy, int gmn, int gyr, double gLat)

static double	MoonSetAz (double dy, int mn, int yr, int ds, int zc, double gLong, double gLat)
	Local azimuth of moonset.

static double double double int int double int int gyr	MoonSetAz_L6680 (double x, int ds, int zc, double gdy, int gmn, int gyr, double g1, double ut)

static double double double double double double double double double double double au	MoonSetAz_L6700 (double lct, int ds, int zc, double dy1, int mn1, int yr1, double gdy, int gmn, int gyr, double gLat)

static string	LunarEclipseOccurrence (int ds, int zc, double dy, int mn, int yr)
	Determine if a lunar eclipse is likely to occur.

static double double double double double double b	LunarEclipseOccurrence_L6855 (double t, double k)

static double	UTMaxLunarEclipse (double dy, int mn, int yr, int ds, int zc)
	Calculate time of maximum shadow for lunar eclipse (UT)

static double	UTFirstContactLunarEclipse (double dy, int mn, int yr, int ds, int zc)
	Calculate time of first shadow contact for lunar eclipse (UT)

static double	UTLastContactLunarEclipse (double dy, int mn, int yr, int ds, int zc)
	Calculate time of last shadow contact for lunar eclipse (UT)

static double	UTStartUmbraLunarEclipse (double dy, int mn, int yr, int ds, int zc)
	Calculate start time of umbra phase of lunar eclipse (UT)

static double	UTEndUmbraLunarEclipse (double dy, int mn, int yr, int ds, int zc)
	Calculate end time of umbra phase of lunar eclipse (UT)

static double	UTStartTotalLunarEclipse (double dy, int mn, int yr, int ds, int zc)
	Calculate start time of total phase of lunar eclipse (UT)

static double	UTEndTotalLunarEclipse (double dy, int mn, int yr, int ds, int zc)
	Calculate end time of total phase of lunar eclipse (UT)

static double	MagLunarEclipse (double dy, int mn, int yr, int ds, int zc)
	Calculate magnitude of lunar eclipse.

static string	SolarEclipseOccurrence (int ds, int zc, double dy, int mn, int yr)
	Determine if a solar eclipse is likely to occur.

static double double double double double double b	SolarEclipseOccurrence_L6855 (double t, double k)

static double	UTMaxSolarEclipse (double dy, int mn, int yr, int ds, int zc, double glong, double glat)
	Calculate time of maximum shadow for solar eclipse (UT)

static double double double double double double double double q	UTMaxSolarEclipse_L7390 (double x, double y, double igday, int gmonth, int gyear, double tm, double glong, double glat, double hp)

static double	UTFirstContactSolarEclipse (double dy, int mn, int yr, int ds, int zc, double glong, double glat)
	Calculate time of first contact for solar eclipse (UT)

static double double double double double double double double q	UTFirstContactSolarEclipse_L7390 (double x, double y, double igday, int gmonth, int gyear, double tm, double glong, double glat, double hp)

static double	UTLastContactSolarEclipse (double dy, int mn, int yr, int ds, int zc, double glong, double glat)
	Calculate time of last contact for solar eclipse (UT)

static double double double double double double double double q	UTLastContactSolarEclipse_L7390 (double x, double y, double igday, int gmonth, int gyear, double tm, double glong, double glat, double hp)

static double	MagSolarEclipse (double dy, int mn, int yr, int ds, int zc, double glong, double glat)
	Calculate magnitude of solar eclipse.

static double double double double double double double double q	MagSolarEclipse_L7390 (double x, double y, double igday, int gmonth, int gyear, double tm, double glong, double glat, double hp)

Static Public Attributes
static double	p
	Helper function for parallax_ha.

static double	a
	Helper function for sunrise_lct()

static double double	x

static double double double	y

static double double double double	la

static double	planetLongitude
	Calculate several planetary properties.

static double double	planetLatitude

static double double double	planetDistanceAU

static double double double double	planetHLong1

static double double double double double	planetHLong2

static double double double double double double	planetHLat

static double	qa
	Helper function for planet_long_lat()

static double double	qb

static double double double	qc

static double double	sa

static double double double	ca

static double double double double	qc

static double double double double double	qe

static double double double double double double	qa

static double double double double	qd

static double double double double double double	qf

static double	cometLongDeg
	Calculate longitude, latitude, and distance of parabolic-orbit comet.

static double double	cometLatDeg

static double	moonLongDeg
	Calculate longitude, latitude, and horizontal parallax of the Moon.

static double double	moonLatDeg

static double double	b

static double	ut
	Helper function for MoonRiseLCT.

static double double	lct

static double double double	dy1
	Local date of moonset.

static double double double int	mn1

static double double double int int	yr1

static double double double int int double	gdy

static double double double int int double int	gmn

static double	mm
	Helper function for MoonRiseLCT.

static double double	bm

static double double double	pm

static double double double double	dp

static double double double double double	th

static double double double double double double	di

static double double double double double double double	p

static double double double double double double double double	q

static double double double double double double double double double	lu

static double	dy1
	Local date of moonrise.

static double int	mn1

static double double double double double double double double double double	lct

static double	f
	Helper function for lunar_eclipse_occurrence.

static double double	dd

static double double double	e1

static double double double double	b1

static double double double double double	a

static double	paa
	Helper function for ut_max_solar_eclipse.

static double double	qaa

static double double double	xaa

static double double double double	pbb

static double double double double double	qbb

static double double double double double double	xbb

Detailed Description

Miscellaneous macro functions supporting the other classes.

Definition at line 12 of file PAMacros.cs.

Member Function Documentation

◆ Angle()

static double Angle	(	double	xx1,
		double	xm1,
		double	xs1,
		double	dd1,
		double	dm1,
		double	ds1,
		double	xx2,
		double	xm2,
		double	xs2,
		double	dd2,
		double	dm2,
		double	ds2,
		PAAngleMeasure	s
	)

static

Calculate the angle between two celestial objects.

Original macro name: Angle

Definition at line 2213 of file PAMacros.cs.

◆ CivilDateToJulianDate()

static double CivilDateToJulianDate	(	double	day,
		double	month,
		double	year
	)

static

Convert a Greenwich Date/Civil Date (day,month,year) to Julian Date.

Original macro name: CDJD

Definition at line 87 of file PAMacros.cs.

◆ DecimalDegreesDegrees()

static double DecimalDegreesDegrees ( double decimalDegrees )

static

Return Degrees part of Decimal Degrees.

Original macro name: DDDeg

Definition at line 474 of file PAMacros.cs.

◆ DecimalDegreesMinutes()

static double DecimalDegreesMinutes ( double decimalDegrees )

static

Return Minutes part of Decimal Degrees.

Original macro name: DDMin

Definition at line 490 of file PAMacros.cs.

◆ DecimalDegreesSeconds()

static double DecimalDegreesSeconds ( double decimalDegrees )

static

Return Seconds part of Decimal Degrees.

Original macro name: DDSec

Definition at line 506 of file PAMacros.cs.

◆ DecimalDegreesToDegreeHours()

static double DecimalDegreesToDegreeHours ( double decimalDegrees )

static

Convert Decimal Degrees to Degree-Hours.

Original macro name: DDDH

Definition at line 522 of file PAMacros.cs.

◆ DecimalHoursHour()

static int DecimalHoursHour ( double decimalHours )

static

Return the hour part of a Decimal Hours.

Original macro name: DHHour

Definition at line 39 of file PAMacros.cs.

◆ DecimalHoursMinute()

static int DecimalHoursMinute ( double decimalHours )

static

Return the minutes part of a Decimal Hours.

Original macro name: DHMin

Definition at line 55 of file PAMacros.cs.

◆ DecimalHoursSecond()

static double DecimalHoursSecond ( double decimalHours )

static

Return the seconds part of a Decimal Hours.

Original macro name: DHSec

Definition at line 71 of file PAMacros.cs.

◆ DegreeHoursToDecimalDegrees()

static double DegreeHoursToDecimalDegrees ( double degreeHours )

static

Convert Degree-Hours to Decimal Degrees.

Original macro name: DHDD

Definition at line 533 of file PAMacros.cs.

◆ Degrees()

static double Degrees ( double w )

static

Convert W to Degrees.

Original macro name: Degrees

Definition at line 463 of file PAMacros.cs.

◆ DegreesMinutesSecondsToDecimalDegrees()

static double DegreesMinutesSecondsToDecimalDegrees	(	double	degrees,
		double	minutes,
		double	seconds
	)

static

Convert Degrees Minutes Seconds to Decimal Degrees.

Original macro name: DMSDD

Definition at line 448 of file PAMacros.cs.

◆ EccentricAnomaly()

static double EccentricAnomaly	(	double	am,
		double	ec
	)

static

Solve Kepler's equation, and return value of the eccentric anomaly in radians.

Original macro name: EccentricAnomaly

Definition at line 850 of file PAMacros.cs.

◆ EcDec()

static double EcDec	(	double	eld,
		double	elm,
		double	els,
		double	bd,
		double	bm,
		double	bs,
		double	gd,
		int	gm,
		int	gy
	)

static

Ecliptic - Declination (degrees)

Original macro name: ECDec

Definition at line 1551 of file PAMacros.cs.

◆ EcRA()

static double EcRA	(	double	eld,
		double	elm,
		double	els,
		double	bd,
		double	bm,
		double	bs,
		double	gd,
		int	gm,
		int	gy
	)

static

Ecliptic - Right Ascension (degrees)

Original macro name: ECRA

Definition at line 1567 of file PAMacros.cs.

◆ EGstUt()

static PAWarningFlag EGstUt	(	double	gsh,
		double	gsm,
		double	gss,
		double	gd,
		int	gm,
		int	gy
	)

static

Status of conversion of Greenwich Sidereal Time to Universal Time.

Original macro name: eGSTUT

Definition at line 740 of file PAMacros.cs.

◆ EQELat()

static double EQELat	(	double	rah,
		double	ram,
		double	ras,
		double	dd,
		double	dm,
		double	ds,
		double	gd,
		int	gm,
		int	gy
	)

static

Original macro name: EQElat.

Definition at line 3697 of file PAMacros.cs.

◆ EQELong()

static double EQELong	(	double	rah,
		double	ram,
		double	ras,
		double	dd,
		double	dm,
		double	ds,
		double	gd,
		int	gm,
		int	gy
	)

static

Original macro name: EQElong.

Definition at line 3710 of file PAMacros.cs.

◆ EquatorialCoordinatesToAltitude()

static double EquatorialCoordinatesToAltitude	(	double	hourAngleHours,
		double	hourAngleMinutes,
		double	hourAngleSeconds,
		double	declinationDegrees,
		double	declinationMinutes,
		double	declinationSeconds,
		double	geographicalLatitude
	)

static

Convert Equatorial Coordinates to Altitude (in decimal degrees)

Original macro name: EQAlt

Definition at line 429 of file PAMacros.cs.

◆ EquatorialCoordinatesToAzimuth()

static double EquatorialCoordinatesToAzimuth	(	double	hourAngleHours,
		double	hourAngleMinutes,
		double	hourAngleSeconds,
		double	declinationDegrees,
		double	declinationMinutes,
		double	declinationSeconds,
		double	geographicalLatitude
	)

static

Convert Equatorial Coordinates to Azimuth (in decimal degrees)

Original macro name: EQAz

Definition at line 407 of file PAMacros.cs.

◆ ERS()

static string ERS	(	double	rah,
		double	ram,
		double	ras,
		double	dd,
		double	dm,
		double	ds,
		double	vd,
		double	g
	)

static

Rise/Set status.

Possible values: "OK", "** never rises", "** circumpolar"

Original macro name: eRS

Definition at line 1841 of file PAMacros.cs.

◆ ESunRS()

static string ESunRS	(	double	ld,
		int	lm,
		int	ly,
		int	ds,
		int	zc,
		double	gl,
		double	gp
	)

static

Sunrise/Sunset calculation status.

Original macro name: eSunRS

Definition at line 1862 of file PAMacros.cs.

◆ ESunRS_L3710()

static double double double double string s ESunRS_L3710	(	double	gd,
		int	gm,
		int	gy,
		double	sr,
		double	di,
		double	gp
	)

static

Definition at line 1905 of file PAMacros.cs.

◆ ETwilight()

static string ETwilight	(	double	ld,
		int	lm,
		int	ly,
		int	ds,
		int	zc,
		double	gl,
		double	gp,
		PATwilightType	tt
	)

static

Twilight calculation status.

Twilight type can be one of "C" (civil), "N" (nautical), or "A" (astronomical)

Original macro name: eTwilight

Returns

One of: "OK", "** lasts all night", or "** Sun too far below horizon"

Definition at line 2139 of file PAMacros.cs.

◆ ETwilight_L3710()

static double double double double string s ETwilight_L3710	(	double	gd,
		int	gm,
		int	gy,
		double	sr,
		double	di,
		double	gp
	)

static

Definition at line 2181 of file PAMacros.cs.

◆ FPart()

static double FPart ( double w )

static

Original macro name: Fpart.

Definition at line 3689 of file PAMacros.cs.

◆ Fract()

static double Fract ( double w )

static

Original macro name: FRACT.

Definition at line 3631 of file PAMacros.cs.

◆ FullMoon()

static double FullMoon	(	int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate Julian date of Full Moon.

Original macro name: FullMoon

Parameters

ds	Daylight Savings offset.
zc	Time zone correction, in hours.
dy	Local date, day part.
mn	Local date, month part.
yr	Local date, year part.

Definition at line 3567 of file PAMacros.cs.

◆ GreenwichSiderealTimeToLocalSiderealTime()

static double GreenwichSiderealTimeToLocalSiderealTime	(	double	greenwichHours,
		double	greenwichMinutes,
		double	greenwichSeconds,
		double	geographicalLongitude
	)

static

Convert Greenwich Sidereal Time to Local Sidereal Time.

Original macro name: GSTLST

Definition at line 392 of file PAMacros.cs.

◆ GreenwichSiderealTimeToUniversalTime()

static double GreenwichSiderealTimeToUniversalTime	(	double	greenwichSiderealHours,
		double	greenwichSiderealMinutes,
		double	greenwichSiderealSeconds,
		double	greenwichDay,
		int	greenwichMonth,
		int	greenwichYear
	)

static

Convert Greenwich Sidereal Time to Universal Time.

Original macro name: GSTUT

Definition at line 720 of file PAMacros.cs.

◆ HMStoDH()

static double HMStoDH	(	double	hours,
		double	minutes,
		double	seconds
	)

static

Convert a Civil Time (hours,minutes,seconds) to Decimal Hours.

Original macro name: HMSDH

Definition at line 20 of file PAMacros.cs.

◆ HorizonCoordinatesToDeclination()

static double HorizonCoordinatesToDeclination	(	double	azimuthDegrees,
		double	azimuthMinutes,
		double	azimuthSeconds,
		double	altitudeDegrees,
		double	altitudeMinutes,
		double	altitudeSeconds,
		double	geographicalLatitude
	)

static

Convert Horizon Coordinates to Declination (in decimal degrees)

Original macro name: HORDec

Definition at line 544 of file PAMacros.cs.

◆ HorizonCoordinatesToHourAngle()

static double HorizonCoordinatesToHourAngle	(	double	azimuthDegrees,
		double	azimuthMinutes,
		double	azimuthSeconds,
		double	altitudeDegrees,
		double	altitudeMinutes,
		double	altitudeSeconds,
		double	geographicalLatitude
	)

static

Convert Horizon Coordinates to Hour Angle (in decimal degrees)

Original macro name: HORHa

Definition at line 562 of file PAMacros.cs.

◆ HourAngleToRightAscension()

static double HourAngleToRightAscension	(	double	hourAngleHours,
		double	hourAngleMinutes,
		double	hourAngleSeconds,
		double	lctHours,
		double	lctMinutes,
		double	lctSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	localDay,
		int	localMonth,
		int	localYear,
		double	geographicalLongitude
	)

static

Convert Hour Angle to Right Ascension.

Original macro name: HARA

Definition at line 217 of file PAMacros.cs.

◆ IInt()

static double IInt ( double w )

static

Original macro name: IINT.

Definition at line 3647 of file PAMacros.cs.

◆ JulianDateDay()

static double JulianDateDay ( double julianDate )

static

Returns the day part of a Julian Date.

Original macro name: JDCDay

Definition at line 134 of file PAMacros.cs.

◆ JulianDateMonth()

static int JulianDateMonth ( double julianDate )

static

Returns the month part of a Julian Date.

Original macro name: JDCMonth

Definition at line 154 of file PAMacros.cs.

◆ JulianDateYear()

static int JulianDateYear ( double julianDate )

static

Returns the year part of a Julian Date.

Original macro name: JDCYear

Definition at line 175 of file PAMacros.cs.

◆ Lint()

static double Lint ( double w )

static

Original macro name: LINT.

Definition at line 3639 of file PAMacros.cs.

◆ LocalCivilTimeGreenwichDay()

static double LocalCivilTimeGreenwichDay	(	double	lctHours,
		double	lctMinutes,
		double	lctSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	localDay,
		int	localMonth,
		int	localYear
	)

static

Determine Greenwich Day for Local Time.

Original macro name: LctGDay

Definition at line 323 of file PAMacros.cs.

◆ LocalCivilTimeGreenwichMonth()

static int LocalCivilTimeGreenwichMonth	(	double	lctHours,
		double	lctMinutes,
		double	lctSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	localDay,
		int	localMonth,
		int	localYear
	)

static

Determine Greenwich Month for Local Time.

Original macro name: LctGMonth

Definition at line 340 of file PAMacros.cs.

◆ LocalCivilTimeGreenwichYear()

static int LocalCivilTimeGreenwichYear	(	double	lctHours,
		double	lctMinutes,
		double	lctSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	localDay,
		int	localMonth,
		int	localYear
	)

static

Determine Greenwich Year for Local Time.

Original macro name: LctGYear

Definition at line 356 of file PAMacros.cs.

◆ LocalCivilTimeToUniversalTime()

static double LocalCivilTimeToUniversalTime	(	double	lctHours,
		double	lctMinutes,
		double	lctSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	localDay,
		int	localMonth,
		int	localYear
	)

static

Convert Local Civil Time to Universal Time.

Original macro name: LctUT

Definition at line 237 of file PAMacros.cs.

◆ LocalSiderealTimeToGreenwichSiderealTime()

static double LocalSiderealTimeToGreenwichSiderealTime	(	double	localHours,
		double	localMinutes,
		double	localSeconds,
		double	longitude
	)

static

Convert Local Sidereal Time to Greenwich Sidereal Time.

Original macro name: LSTGST

Definition at line 705 of file PAMacros.cs.

◆ LunarEclipseOccurrence()

static string LunarEclipseOccurrence	(	int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Determine if a lunar eclipse is likely to occur.

Original macro name: LEOccurrence

Definition at line 4415 of file PAMacros.cs.

◆ LunarEclipseOccurrence_L6855()

static double double double double double double b LunarEclipseOccurrence_L6855	(	double	t,
		double	k
	)

static

Definition at line 4454 of file PAMacros.cs.

◆ MagLunarEclipse()

static double MagLunarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc
	)

static

Calculate magnitude of lunar eclipse.

Original macro name: MagLunarEclipse

Definition at line 5109 of file PAMacros.cs.

◆ MagSolarEclipse()

static double MagSolarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	glong,
		double	glat
	)

static

Calculate magnitude of solar eclipse.

Original macro name: MagSolarEclipse

Definition at line 5632 of file PAMacros.cs.

◆ MagSolarEclipse_L7390()

static double double double double double double double double q MagSolarEclipse_L7390	(	double	x,
		double	y,
		double	igday,
		int	gmonth,
		int	gyear,
		double	tm,
		double	glong,
		double	glat,
		double	hp
	)

static

Definition at line 5728 of file PAMacros.cs.

◆ MoonDist()

static double MoonDist	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate distance from the Earth to the Moon (km)

Original macro name: MoonDist

Definition at line 1456 of file PAMacros.cs.

◆ MoonHP()

static double MoonHP	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate horizontal parallax for the Moon.

Original macro name: MoonHP

Definition at line 1376 of file PAMacros.cs.

◆ MoonLat()

static double MoonLat	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate geocentric ecliptic latitude for the Moon.

Original macro name: MoonLat

Definition at line 1283 of file PAMacros.cs.

◆ MoonLong()

static double MoonLong	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate geocentric ecliptic longitude for the Moon.

Original macro name: MoonLong

Definition at line 1189 of file PAMacros.cs.

◆ MoonLongLatHP()

static double double double moonHorPara MoonLongLatHP	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Definition at line 3310 of file PAMacros.cs.

◆ MoonMeanAnomaly()

static double MoonMeanAnomaly	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate the Moon's mean anomaly.

Original macro name: MoonMeanAnomaly

Definition at line 3479 of file PAMacros.cs.

◆ MoonPhase()

static double MoonPhase	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate current phase of Moon.

Original macro name: MoonPhase

Definition at line 3458 of file PAMacros.cs.

◆ MoonRiseAz()

static double MoonRiseAz	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	gLong,
		double	gLat
	)

static

Local azimuth of moonrise.

Original macro name: MoonRiseAz

Returns: degrees

Definition at line 3964 of file PAMacros.cs.

◆ MoonRiseAz_L6680()

static double double double int int double int int gyr MoonRiseAz_L6680	(	double	x,
		int	ds,
		int	zc,
		double	gdy,
		int	gmn,
		int	gyr,
		double	g1,
		double	ut
	)

static

Definition at line 4028 of file PAMacros.cs.

◆ MoonRiseAz_L6700()

static double double double double double double double double double double double au MoonRiseAz_L6700	(	double	lct,
		int	ds,
		int	zc,
		double	dy1,
		int	mn1,
		int	yr1,
		double	gdy,
		int	gmn,
		int	gyr,
		double	gLat
	)

static

Definition at line 4050 of file PAMacros.cs.

◆ MoonRiseLcDMY()

static double int int yr1 MoonRiseLcDMY	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	gLong,
		double	gLat
	)

static

Definition at line 3849 of file PAMacros.cs.

◆ MoonRiseLcDMY_L6680()

static double double double int int double int int gyr MoonRiseLcDMY_L6680	(	double	x,
		int	ds,
		int	zc,
		double	gdy,
		int	gmn,
		int	gyr,
		double	g1,
		double	ut
	)

static

Definition at line 3920 of file PAMacros.cs.

◆ MoonRiseLcDMY_L6700()

static double double double double double double double double double double lct MoonRiseLcDMY_L6700	(	double	lct,
		int	ds,
		int	zc,
		double	dy1,
		int	mn1,
		int	yr1,
		double	gdy,
		int	gmn,
		int	gyr,
		double	gLat
	)

static

Definition at line 3942 of file PAMacros.cs.

◆ MoonRiseLCT()

static double MoonRiseLCT	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	gLong,
		double	gLat
	)

static

Local time of moonrise.

Original macro name: MoonRiseLCT

Returns: hours

Definition at line 3729 of file PAMacros.cs.

◆ MoonRiseLCT_L6680()

static double double double int int double int int gyr MoonRiseLCT_L6680	(	double	x,
		int	ds,
		int	zc,
		double	gdy,
		int	gmn,
		int	gyr,
		double	g1,
		double	ut
	)

static

Definition at line 3798 of file PAMacros.cs.

◆ MoonRiseLCT_L6700()

static double double double double double double double double double double lct MoonRiseLCT_L6700	(	double	lct,
		int	ds,
		int	zc,
		double	dy1,
		int	mn1,
		int	yr1,
		double	gdy,
		int	gmn,
		int	gyr,
		double	gLat
	)

static

Definition at line 3820 of file PAMacros.cs.

◆ MoonSetAz()

static double MoonSetAz	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	gLong,
		double	gLat
	)

static

Local azimuth of moonset.

Original macro name: MoonSetAz

Returns: degrees

Definition at line 4306 of file PAMacros.cs.

◆ MoonSetAz_L6680()

static double double double int int double int int gyr MoonSetAz_L6680	(	double	x,
		int	ds,
		int	zc,
		double	gdy,
		int	gmn,
		int	gyr,
		double	g1,
		double	ut
	)

static

Definition at line 4371 of file PAMacros.cs.

◆ MoonSetAz_L6700()

static double double double double double double double double double double double au MoonSetAz_L6700	(	double	lct,
		int	ds,
		int	zc,
		double	dy1,
		int	mn1,
		int	yr1,
		double	gdy,
		int	gmn,
		int	gyr,
		double	gLat
	)

static

Definition at line 4393 of file PAMacros.cs.

◆ MoonSetLcDMY()

static double int int yr1 MoonSetLcDMY	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	gLong,
		double	gLat
	)

static

Definition at line 4192 of file PAMacros.cs.

◆ MoonSetLcDMY_L6680()

static double double double int int double int int gyr MoonSetLcDMY_L6680	(	double	x,
		int	ds,
		int	zc,
		double	gdy,
		int	gmn,
		int	gyr,
		double	g1,
		double	ut
	)

static

Definition at line 4262 of file PAMacros.cs.

◆ MoonSetLcDMY_L6700()

static double double double double double double double double double double lct MoonSetLcDMY_L6700	(	double	lct,
		int	ds,
		int	zc,
		double	dy1,
		int	mn1,
		int	yr1,
		double	gdy,
		int	gmn,
		int	gyr,
		double	gLat
	)

static

Definition at line 4284 of file PAMacros.cs.

◆ MoonSetLCT()

static double MoonSetLCT	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	gLong,
		double	gLat
	)

static

Local time of moonset.

Original macro name: MoonSetLCT

Returns: hours

Definition at line 4073 of file PAMacros.cs.

◆ MoonSetLCT_L6680()

static double double double int int double int int gyr MoonSetLCT_L6680	(	double	x,
		int	ds,
		int	zc,
		double	gdy,
		int	gmn,
		int	gyr,
		double	g1,
		double	ut
	)

static

Definition at line 4141 of file PAMacros.cs.

◆ MoonSetLCT_L6700()

static double double double double double double double double double double lct MoonSetLCT_L6700	(	double	lct,
		int	ds,
		int	zc,
		double	dy1,
		int	mn1,
		int	yr1,
		double	gdy,
		int	gmn,
		int	gyr,
		double	gLat
	)

static

Definition at line 4163 of file PAMacros.cs.

◆ MoonSize()

static double MoonSize	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate the Moon's angular diameter (degrees)

Original macro name: MoonSize

Definition at line 1470 of file PAMacros.cs.

◆ NewMoon()

static double NewMoon	(	int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Calculate Julian date of New Moon.

Original macro name: NewMoon

Parameters

ds	Daylight Savings offset.
zc	Time zone correction, in hours.
dy	Local date, day part.
mn	Local date, month part.
yr	Local date, year part.

Definition at line 3534 of file PAMacros.cs.

◆ NewMoonFullMoon_L6855()

static double double double f NewMoonFullMoon_L6855	(	double	k,
		double	t
	)

static

Definition at line 3592 of file PAMacros.cs.

◆ NutatLong()

static double NutatLong	(	double	gd,
		int	gm,
		int	gy
	)

static

Nutation amount to be added in ecliptic longitude, in degrees.

Original macro name: NutatLong

Definition at line 600 of file PAMacros.cs.

◆ NutatObl()

static double NutatObl	(	double	greenwichDay,
		int	greenwichMonth,
		int	greenwichYear
	)

static

Nutation of Obliquity.

Original macro name: NutatObl

Definition at line 655 of file PAMacros.cs.

◆ Obliq()

static double Obliq	(	double	greenwichDay,
		int	greenwichMonth,
		int	greenwichYear
	)

static

Obliquity of the Ecliptic for a Greenwich Date.

Original macro name: Obliq

Definition at line 583 of file PAMacros.cs.

◆ ParallaxDec()

static double ParallaxDec	(	double	hh,
		double	hm,
		double	hs,
		double	dd,
		double	dm,
		double	ds,
		PACoordinateType	sw,
		double	gp,
		double	ht,
		double	hp
	)

static

Calculate corrected declination in decimal degrees.

Original macro name: ParallaxDec

HH,HM,HS,DD,DM,DS,SW,GP,HT,HP

Definition at line 1040 of file PAMacros.cs.

◆ ParallaxDecL2870()

static double double q ParallaxDecL2870	(	double	x,
		double	y,
		double	rc,
		double	rp,
		double	rs,
		double	tp
	)

static

Definition at line 1104 of file PAMacros.cs.

◆ ParallaxHA()

static double ParallaxHA	(	double	hh,
		double	hm,
		double	hs,
		double	dd,
		double	dm,
		double	ds,
		PACoordinateType	sw,
		double	gp,
		double	ht,
		double	hp
	)

static

Calculate corrected hour angle in decimal hours.

Original macro name: ParallaxHA

Definition at line 947 of file PAMacros.cs.

◆ ParallaxHAL2870()

static double double q ParallaxHAL2870	(	double	x,
		double	y,
		double	rc,
		double	rp,
		double	rs,
		double	tp
	)

static

Definition at line 1011 of file PAMacros.cs.

◆ PCometLongLatDist()

static double double double cometDistAU PCometLongLatDist	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr,
		double	td,
		int	tm,
		int	ty,
		double	q,
		double	i,
		double	p,
		double	n
	)

static

Definition at line 3233 of file PAMacros.cs.

◆ PlanetCoordinates()

static double double double double double double double planetRVect PlanetCoordinates	(	double	lh,
		double	lm,
		double	ls,
		int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr,
		string	s
	)

static

Definition at line 2253 of file PAMacros.cs.

◆ PlanetLong_L4685()

static double double qb PlanetLong_L4685 ( List< PlanetDataPrecise > pl )

static

Definition at line 2839 of file PAMacros.cs.

◆ PlanetLong_L4735()

static double double double double qe PlanetLong_L4735	(	List< PlanetDataPrecise >	pl,
		double	ms,
		double	t
	)

static

Definition at line 2857 of file PAMacros.cs.

◆ PlanetLong_L4810()

static double double double double double double double qb PlanetLong_L4810	(	List< PlanetDataPrecise >	pl,
		double	ms
	)

static

Definition at line 2883 of file PAMacros.cs.

◆ PlanetLong_L4945()

static double double double double double double double qg PlanetLong_L4945	(	double	t,
		PlanetDataPrecise	planet
	)

static

Definition at line 2922 of file PAMacros.cs.

◆ Refract()

static double Refract	(	double	y2,
		PACoordinateType	sw,
		double	pr,
		double	tr
	)

static

Calculate effects of refraction.

Original macro name: Refract

Definition at line 878 of file PAMacros.cs.

◆ RefractL3035()

static double RefractL3035	(	double	pr,
		double	tr,
		double	y,
		double	d
	)

static

Helper function for Refract.

Definition at line 924 of file PAMacros.cs.

◆ RightAscensionToHourAngle()

static double RightAscensionToHourAngle	(	double	raHours,
		double	raMinutes,
		double	raSeconds,
		double	lctHours,
		double	lctMinutes,
		double	lctSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	localDay,
		int	localMonth,
		int	localYear,
		double	geographicalLongitude
	)

static

Convert Right Ascension to Hour Angle.

Original macro name: RAHA

Definition at line 197 of file PAMacros.cs.

◆ RiseSetAzimuthRise()

static double RiseSetAzimuthRise	(	double	rah,
		double	ram,
		double	ras,
		double	dd,
		double	dm,
		double	ds,
		double	vd,
		double	g
	)

static

Azimuth of rising, in degrees.

Original macro name: RSAZR

Definition at line 1802 of file PAMacros.cs.

◆ RiseSetAzimuthSet()

static double RiseSetAzimuthSet	(	double	rah,
		double	ram,
		double	ras,
		double	dd,
		double	dm,
		double	ds,
		double	vd,
		double	g
	)

static

Azimuth of setting, in degrees.

Original macro name: RSAZS

Definition at line 1821 of file PAMacros.cs.

◆ RiseSetLocalSiderealTimeRise()

static double RiseSetLocalSiderealTimeRise	(	double	rah,
		double	ram,
		double	ras,
		double	dd,
		double	dm,
		double	ds,
		double	vd,
		double	g
	)

static

Local sidereal time of rise, in hours.

Original macro name: RSLSTR

Definition at line 1762 of file PAMacros.cs.

◆ RiseSetLocalSiderealTimeSet()

static double RiseSetLocalSiderealTimeSet	(	double	rah,
		double	ram,
		double	ras,
		double	dd,
		double	dm,
		double	ds,
		double	vd,
		double	g
	)

static

Local sidereal time of setting, in hours.

Original macro name: RSLSTS

Definition at line 1782 of file PAMacros.cs.

◆ Sign()

static double Sign ( double numberToCheck )

static

Calculate sign of number.

Parameters

numberToCheck Number to calculate the sign of.

Returns: signValue – Sign value: -1, 0, or 1

Definition at line 3657 of file PAMacros.cs.

◆ SolarEclipseOccurrence()

static string SolarEclipseOccurrence	(	int	ds,
		int	zc,
		double	dy,
		int	mn,
		int	yr
	)

static

Determine if a solar eclipse is likely to occur.

Original macro name: SEOccurrence

Definition at line 5204 of file PAMacros.cs.

◆ SolarEclipseOccurrence_L6855()

static double double double double double double b SolarEclipseOccurrence_L6855	(	double	t,
		double	k
	)

static

Definition at line 5242 of file PAMacros.cs.

◆ SolveCubic()

static double SolveCubic ( double w )

static

For W, in radians, return S, also in radians.

Original macro name: SolveCubic

Definition at line 3189 of file PAMacros.cs.

◆ SunDia()

static double SunDia	(	double	lch,
		double	lcm,
		double	lcs,
		int	ds,
		int	zc,
		double	ld,
		int	lm,
		int	ly
	)

static

Calculate Sun's angular diameter in decimal degrees.

Original macro name: SunDia

Definition at line 1127 of file PAMacros.cs.

◆ SunDist()

static double SunDist	(	double	lch,
		double	lcm,
		double	lcs,
		int	ds,
		int	zc,
		double	ld,
		int	lm,
		int	ly
	)

static

Calculate Sun's distance from the Earth in astronomical units.

Original macro name: SunDist

Definition at line 1140 of file PAMacros.cs.

◆ SunEcc()

static double SunEcc	(	double	gd,
		int	gm,
		int	gy
	)

static

Eccentricity of the Sun-Earth orbit.

Original macro name: SunEcc

Definition at line 1537 of file PAMacros.cs.

◆ SunELong()

static double SunELong	(	double	gd,
		int	gm,
		int	gy
	)

static

Mean ecliptic longitude of the Sun at the epoch.

Original macro name: SunElong

Definition at line 1507 of file PAMacros.cs.

◆ SunLong()

static double SunLong	(	double	lch,
		double	lcm,
		double	lcs,
		int	ds,
		int	zc,
		double	ld,
		int	lm,
		int	ly
	)

static

Calculate Sun's ecliptic longitude.

Original macro name: SunLong

Definition at line 760 of file PAMacros.cs.

◆ SunMeanAnomaly()

static double SunMeanAnomaly	(	double	lch,
		double	lcm,
		double	lcs,
		int	ds,
		int	zc,
		double	ld,
		int	lm,
		int	ly
	)

static

Calculate the Sun's mean anomaly.

Original macro name: SunMeanAnomaly

Definition at line 1613 of file PAMacros.cs.

◆ SunPeri()

static double SunPeri	(	double	gd,
		int	gm,
		int	gy
	)

static

Longitude of the Sun at perigee.

Original macro name: SunPeri

Definition at line 1522 of file PAMacros.cs.

◆ SunriseAZ()

static double SunriseAZ	(	double	ld,
		int	lm,
		int	ly,
		int	ds,
		int	zc,
		double	gl,
		double	gp
	)

static

Calculate azimuth of sunrise.

Original macro name: SunriseAz

Definition at line 1919 of file PAMacros.cs.

◆ SunriseAZ_L3710()

static double double double double string s SunriseAZ_L3710	(	double	gd,
		int	gm,
		int	gy,
		double	sr,
		double	di,
		double	gp
	)

static

Definition at line 1956 of file PAMacros.cs.

◆ SunriseLCT()

static double SunriseLCT	(	double	ld,
		int	lm,
		int	ly,
		int	ds,
		int	zc,
		double	gl,
		double	gp
	)

static

Calculate local civil time of sunrise.

Original macro name: SunriseLCT

Definition at line 1636 of file PAMacros.cs.

◆ SunriseLCTL3710()

static double double double double string s SunriseLCTL3710	(	double	gd,
		int	gm,
		int	gy,
		double	sr,
		double	di,
		double	gp
	)

static

Definition at line 1684 of file PAMacros.cs.

◆ SunsetAZ()

static double SunsetAZ	(	double	ld,
		int	lm,
		int	ly,
		int	ds,
		int	zc,
		double	gl,
		double	gp
	)

static

Calculate azimuth of sunset.

Original macro name: SunsetAz

Definition at line 1973 of file PAMacros.cs.

◆ SunsetAZ_L3710()

static double double double double string s SunsetAZ_L3710	(	double	gd,
		int	gm,
		int	gy,
		double	sr,
		double	di,
		double	gp
	)

static

Definition at line 2010 of file PAMacros.cs.

◆ SunsetLCT()

static double SunsetLCT	(	double	ld,
		int	lm,
		int	ly,
		int	ds,
		int	zc,
		double	gl,
		double	gp
	)

static

Calculate local civil time of sunset.

Original macro name: SunsetLCT

Definition at line 1698 of file PAMacros.cs.

◆ SunsetLCTL3710()

static double double double double string s SunsetLCTL3710	(	double	gd,
		int	gm,
		int	gy,
		double	sr,
		double	di,
		double	gp
	)

static

Definition at line 1745 of file PAMacros.cs.

◆ SunTrueAnomaly()

static double SunTrueAnomaly	(	double	lch,
		double	lcm,
		double	lcs,
		int	ds,
		int	zc,
		double	ld,
		int	lm,
		int	ly
	)

static

Calculate Sun's true anomaly, i.e., how much its orbit deviates from a true circle to an ellipse.

Original macro name: SunTrueAnomaly

Definition at line 1585 of file PAMacros.cs.

◆ TrueAnomaly()

static double TrueAnomaly	(	double	am,
		double	ec
	)

static

Solve Kepler's equation, and return value of the true anomaly in radians.

Original macro name: TrueAnomaly

Definition at line 822 of file PAMacros.cs.

◆ TwilightAMLCT()

static double TwilightAMLCT	(	double	ld,
		int	lm,
		int	ly,
		int	ds,
		int	zc,
		double	gl,
		double	gp,
		PATwilightType	tt
	)

static

Calculate morning twilight start, in local time.

Twilight type (TT) can be one of "C" (civil), "N" (nautical), or "A" (astronomical)

Original macro name: TwilightAMLCT

Definition at line 2028 of file PAMacros.cs.

◆ TwilightAMLCT_L3710()

static double double double double string s TwilightAMLCT_L3710	(	double	gd,
		int	gm,
		int	gy,
		double	sr,
		double	di,
		double	gp
	)

static

Definition at line 2066 of file PAMacros.cs.

◆ TwilightPMLCT()

static double TwilightPMLCT	(	double	ld,
		int	lm,
		int	ly,
		int	ds,
		int	zc,
		double	gl,
		double	gp,
		PATwilightType	tt
	)

static

Calculate evening twilight end, in local time.

Twilight type can be one of "C" (civil), "N" (nautical), or "A" (astronomical)

Original macro name: TwilightPMLCT

Definition at line 2084 of file PAMacros.cs.

◆ TwilightPMLCT_L3710()

static double double double double string s TwilightPMLCT_L3710	(	double	gd,
		int	gm,
		int	gy,
		double	sr,
		double	di,
		double	gp
	)

static

Definition at line 2120 of file PAMacros.cs.

◆ UniversalTime_LocalCivilDay()

static double UniversalTime_LocalCivilDay	(	double	uHours,
		double	uMinutes,
		double	uSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	greenwichDay,
		int	greenwichMonth,
		int	greenwichYear
	)

static

Get Local Civil Day for Universal Time.

Original macro name: UTLcDay

Definition at line 273 of file PAMacros.cs.

◆ UniversalTime_LocalCivilMonth()

static int UniversalTime_LocalCivilMonth	(	double	uHours,
		double	uMinutes,
		double	uSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	greenwichDay,
		int	greenwichMonth,
		int	greenwichYear
	)

static

Get Local Civil Month for Universal Time.

Original macro name: UTLcMonth

Definition at line 291 of file PAMacros.cs.

◆ UniversalTime_LocalCivilYear()

static int UniversalTime_LocalCivilYear	(	double	uHours,
		double	uMinutes,
		double	uSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	greenwichDay,
		int	greenwichMonth,
		int	greenwichYear
	)

static

Get Local Civil Year for Universal Time.

Original macro name: UTLcYear

Definition at line 307 of file PAMacros.cs.

◆ UniversalTimeToGreenwichSiderealTime()

static double UniversalTimeToGreenwichSiderealTime	(	double	uHours,
		double	uMinutes,
		double	uSeconds,
		double	greenwichDay,
		int	greenwichMonth,
		int	greenwichYear
	)

static

Convert Universal Time to Greenwich Sidereal Time.

Original macro name: UTGST

Definition at line 372 of file PAMacros.cs.

◆ UniversalTimeToLocalCivilTime()

static double UniversalTimeToLocalCivilTime	(	double	uHours,
		double	uMinutes,
		double	uSeconds,
		int	daylightSaving,
		int	zoneCorrection,
		double	greenwichDay,
		int	greenwichMonth,
		int	greenwichYear
	)

static

Convert Universal Time to Local Civil Time.

Original macro name: UTLct

Definition at line 255 of file PAMacros.cs.

◆ Unwind()

static double Unwind ( double w )

static

Convert angle in radians to equivalent angle in degrees.

Original macro name: Unwind

Definition at line 1485 of file PAMacros.cs.

◆ UnwindDeg()

static double UnwindDeg ( double w )

static

Convert angle in degrees to equivalent angle in the range 0 to 360 degrees.

Original macro name: UnwindDeg

Definition at line 1496 of file PAMacros.cs.

◆ UTDayAdjust()

static double UTDayAdjust	(	double	ut,
		double	g1
	)

static

Original macro name: UTDayAdjust.

Definition at line 3673 of file PAMacros.cs.

◆ UTEndTotalLunarEclipse()

static double UTEndTotalLunarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc
	)

static

Calculate end time of total phase of lunar eclipse (UT)

Original macro name: UTEndTotalLunarEclipse

Definition at line 5010 of file PAMacros.cs.

◆ UTEndUmbraLunarEclipse()

static double UTEndUmbraLunarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc
	)

static

Calculate end time of umbra phase of lunar eclipse (UT)

Original macro name: UTEndUmbraLunarEclipse

Definition at line 4819 of file PAMacros.cs.

◆ UTFirstContactLunarEclipse()

static double UTFirstContactLunarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc
	)

static

Calculate time of first shadow contact for lunar eclipse (UT)

Original macro name: UTFirstContactLunarEclipse

Definition at line 4570 of file PAMacros.cs.

◆ UTFirstContactSolarEclipse()

static double UTFirstContactSolarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	glong,
		double	glat
	)

static

Calculate time of first contact for solar eclipse (UT)

Original macro name: UTFirstContactSolarEclipse

Definition at line 5399 of file PAMacros.cs.

◆ UTFirstContactSolarEclipse_L7390()

static double double double double double double double double q UTFirstContactSolarEclipse_L7390	(	double	x,
		double	y,
		double	igday,
		int	gmonth,
		int	gyear,
		double	tm,
		double	glong,
		double	glat,
		double	hp
	)

static

Definition at line 5497 of file PAMacros.cs.

◆ UTLastContactLunarEclipse()

static double UTLastContactLunarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc
	)

static

Calculate time of last shadow contact for lunar eclipse (UT)

Original macro name: UTLastContactLunarEclipse

Definition at line 4650 of file PAMacros.cs.

◆ UTLastContactSolarEclipse()

static double UTLastContactSolarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	glong,
		double	glat
	)

static

Calculate time of last contact for solar eclipse (UT)

Original macro name: UTLastContactSolarEclipse

Definition at line 5517 of file PAMacros.cs.

◆ UTLastContactSolarEclipse_L7390()

static double double double double double double double double q UTLastContactSolarEclipse_L7390	(	double	x,
		double	y,
		double	igday,
		int	gmonth,
		int	gyear,
		double	tm,
		double	glong,
		double	glat,
		double	hp
	)

static

Definition at line 5612 of file PAMacros.cs.

◆ UTMaxLunarEclipse()

static double UTMaxLunarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc
	)

static

Calculate time of maximum shadow for lunar eclipse (UT)

Original macro name: UTMaxLunarEclipse

Definition at line 4496 of file PAMacros.cs.

◆ UTMaxSolarEclipse()

static double UTMaxSolarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc,
		double	glong,
		double	glat
	)

static

Calculate time of maximum shadow for solar eclipse (UT)

Original macro name: UTMaxSolarEclipse

Definition at line 5284 of file PAMacros.cs.

◆ UTMaxSolarEclipse_L7390()

static double double double double double double double double q UTMaxSolarEclipse_L7390	(	double	x,
		double	y,
		double	igday,
		int	gmonth,
		int	gyear,
		double	tm,
		double	glong,
		double	glat,
		double	hp
	)

static

Definition at line 5379 of file PAMacros.cs.

◆ UTStartTotalLunarEclipse()

static double UTStartTotalLunarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc
	)

static

Calculate start time of total phase of lunar eclipse (UT)

Original macro name: UTStartTotalLunarEclipse

Definition at line 4908 of file PAMacros.cs.

◆ UTStartUmbraLunarEclipse()

static double UTStartUmbraLunarEclipse	(	double	dy,
		int	mn,
		int	yr,
		int	ds,
		int	zc
	)

static

Calculate start time of umbra phase of lunar eclipse (UT)

Original macro name: UTStartUmbraLunarEclipse

Definition at line 4727 of file PAMacros.cs.

Member Data Documentation

◆ a [1/2]

static double double double double double a

static

Helper function for sunrise_lct()

Helper function for new_moon() and full_moon() """.

Helper function for planet_long_lat()

Helper function for e_twilight()

Helper function for twilight_pm_lct()

Helper function for twilight_am_lct()

Helper function for sunset_az()

Helper function for sunrise_az()

Helper function for e_sun_rs()

Helper function for sunset_lct().

Definition at line 1684 of file PAMacros.cs.

◆ a [2/2]

double double double double double a

static

Definition at line 4454 of file PAMacros.cs.

◆ b

double double b

static

Definition at line 3592 of file PAMacros.cs.

◆ b1

static double double double double b1

static

Definition at line 4454 of file PAMacros.cs.

◆ bm

static double double bm

static

Definition at line 3820 of file PAMacros.cs.

◆ ca

double double double ca

static

Definition at line 2883 of file PAMacros.cs.

◆ cometLatDeg

double double cometLatDeg

static

Definition at line 3233 of file PAMacros.cs.

◆ cometLongDeg

double cometLongDeg

static

Calculate longitude, latitude, and distance of parabolic-orbit comet.

Original macro names: PcometLong, PcometLat, PcometDist

Parameters

lh	Local civil time, hour part.
lm	Local civil time, minutes part.
ls	Local civil time, seconds part.
ds	Daylight Savings offset.
zc	Time zone correction, in hours.
dy	Local date, day part.
mn	Local date, month part.
yr	Local date, year part.
td	Perihelion epoch (day)
tm	Perihelion epoch (month)
ty	Perihelion epoch (year)
q	a (AU)
i	Inclination (degrees)
p	Perihelion (degrees)
n	Node (degrees)

Returns: cometLongDeg – Comet longitude (degrees)

cometLatDeg – Comet lat (degrees)

cometDistAU – Comet distance from Earth (AU)

Definition at line 3233 of file PAMacros.cs.

◆ dd

static double double dd

static

Definition at line 4454 of file PAMacros.cs.

◆ di

static double double double double double double di

static

Definition at line 3820 of file PAMacros.cs.

◆ dp

static double double double double dp

static

Definition at line 3820 of file PAMacros.cs.

◆ dy1 [1/2]

static double double double dy1

static

Local date of moonset.

Original macro names: MoonSetLcDay, MoonSetLcMonth, MoonSetLcYear

Returns: Local date (day)

Local date (month)

Local date (year)

Definition at line 3798 of file PAMacros.cs.

◆ dy1 [2/2]

double dy1

static

Local date of moonrise.

Local date of moonset.

Original macro names: MoonRiseLcDay, MoonRiseLcMonth, MoonRiseLcYear

Returns: Local date (day)

Local date (month)

Local date (year)

Original macro names: MoonSetLcDay, MoonSetLcMonth, MoonSetLcYear

Returns: Local date (day)

Local date (month)

Local date (year)

Definition at line 3849 of file PAMacros.cs.

◆ e1

static double double double e1

static

Definition at line 4454 of file PAMacros.cs.

◆ f

static double f

static

Helper function for lunar_eclipse_occurrence.

Helper function for SolarEclipseOccurrence.

Definition at line 4454 of file PAMacros.cs.

◆ gdy

static double double double int int double gdy

static

Definition at line 3798 of file PAMacros.cs.

◆ gmn

static double double double int int double int gmn

static

Definition at line 3798 of file PAMacros.cs.

◆ la

static double double double double la

static

Definition at line 1684 of file PAMacros.cs.

◆ lct [1/2]

static double double double double double double double double double double lct

static

Definition at line 3798 of file PAMacros.cs.

◆ lct [2/2]

double double double double double double double double double double lct

static

Definition at line 4050 of file PAMacros.cs.

◆ lu

static double double double double double double double double double lu

static

Definition at line 3820 of file PAMacros.cs.

◆ mm

static double mm

static

Helper function for MoonRiseLCT.

Helper function for moon_set_az.

Helper function for MoonSetLcDMY.

Helper function for MoonSetLCT.

Helper function for MoonRiseAz.

Helper function for MoonRiseLcDMY.

Definition at line 3820 of file PAMacros.cs.

◆ mn1 [1/2]

static double double double int mn1

static

Definition at line 3798 of file PAMacros.cs.

◆ mn1 [2/2]

double int mn1

static

Definition at line 3849 of file PAMacros.cs.

◆ moonLatDeg

double double moonLatDeg

static

Definition at line 3310 of file PAMacros.cs.

◆ moonLongDeg

double moonLongDeg

static

Calculate longitude, latitude, and horizontal parallax of the Moon.

Original macro names: MoonLong, MoonLat, MoonHP

Parameters

lh	Local civil time, hour part.
lm	Local civil time, minutes part.
ls	Local civil time, seconds part.
ds	Daylight Savings offset.
zc	Time zone correction, in hours.
dy	Local date, day part.
mn	Local date, month part.
yr	Local date, year part.

Returns: moonLongDeg – Moon longitude (degrees)

moonLatDeg – Moon latitude (degrees)

moonHorPara – Moon horizontal parallax (degrees)

Definition at line 3310 of file PAMacros.cs.

◆ p [1/2]

static double double double double double double double p

static

Helper function for parallax_ha.

Helper function for parallax_dec.

Definition at line 1011 of file PAMacros.cs.

◆ p [2/2]

double double double double double double double p

static

Definition at line 3820 of file PAMacros.cs.

◆ paa

static double paa

static

Helper function for ut_max_solar_eclipse.

Helper function for mag_solar_eclipse.

Helper function for ut_last_contact_solar_eclipse.

Helper function for UTFirstContactSolarEclipse.

Definition at line 5379 of file PAMacros.cs.

◆ pbb

static double double double double pbb

static

Definition at line 5379 of file PAMacros.cs.

◆ planetDistanceAU

double double double planetDistanceAU

static

Definition at line 2253 of file PAMacros.cs.

◆ planetHLat

double double double double double double planetHLat

static

Definition at line 2253 of file PAMacros.cs.

◆ planetHLong1

double double double double planetHLong1

static

Definition at line 2253 of file PAMacros.cs.

◆ planetHLong2

double double double double double planetHLong2

static

Definition at line 2253 of file PAMacros.cs.

◆ planetLatitude

double double planetLatitude

static

Definition at line 2253 of file PAMacros.cs.

◆ planetLongitude

double planetLongitude

static

Calculate several planetary properties.

Original macro names: PlanetLong, PlanetLat, PlanetDist, PlanetHLong1, PlanetHLong2, PlanetHLat, PlanetRVect

Parameters

lh	Local civil time, hour part.
lm	Local civil time, minutes part.
ls	Local civil time, seconds part.
ds	Daylight Savings offset.
zc	Time zone correction, in hours.
dy	Local date, day part.
mn	Local date, month part.
yr	Local date, year part.
s	Planet name.

Returns: planetLongitude – Ecliptic longitude, in degrees.

planetLatitude – Ecliptic latitude, in degrees.

planetDistanceAU – Earth-planet distance, in AU.

planetHLong1 – Heliocentric orbital longitude, in degrees.

planetHLong2 – NOT USED

planetHLat – NOT USED

planetRVect – Sun-planet distance (length of radius vector), in AU.

Definition at line 2253 of file PAMacros.cs.

◆ pm

static double double double pm

static

Definition at line 3820 of file PAMacros.cs.

◆ q

static double double double double double double double double q

static

Definition at line 3820 of file PAMacros.cs.

◆ qa [1/2]

static double qa

static

Helper function for planet_long_lat()

Definition at line 2839 of file PAMacros.cs.

◆ qa [2/2]

double double double double double double qa

static

Definition at line 2883 of file PAMacros.cs.

◆ qaa

static double double qaa

static

Definition at line 5379 of file PAMacros.cs.

◆ qb

static double double qb

static

Definition at line 2857 of file PAMacros.cs.

◆ qbb

static double double double double double qbb

static

Definition at line 5379 of file PAMacros.cs.

◆ qc [1/2]

static double double double qc

static

Definition at line 2857 of file PAMacros.cs.

◆ qc [2/2]

double double double double qc

static

Definition at line 2883 of file PAMacros.cs.

◆ qd

double double double double qd

static

Definition at line 2922 of file PAMacros.cs.

◆ qe

static double double double double double qe

static

Definition at line 2883 of file PAMacros.cs.

◆ qf

double double double double double double qf

static

Definition at line 2922 of file PAMacros.cs.

◆ sa

double double sa

static

Definition at line 2883 of file PAMacros.cs.

◆ th

static double double double double double th

static

Definition at line 3820 of file PAMacros.cs.

◆ ut

static double ut

static

Helper function for MoonRiseLCT.

Helper function for moon_set_az.

Helper function for MoonSetLcDMY.

Helper function for MoonSetLCT.

Helper function for MoonRiseAz.

Helper function for MoonRiseLcDMY.

Definition at line 3798 of file PAMacros.cs.

◆ x

static double double x

static

Definition at line 1684 of file PAMacros.cs.

◆ xaa

static double double double xaa

static

Definition at line 5379 of file PAMacros.cs.

◆ xbb

static double double double double double double xbb

static

Definition at line 5379 of file PAMacros.cs.

◆ y

static double double double y

static

Definition at line 1684 of file PAMacros.cs.

◆ yr1

static double double double int int yr1

static

Definition at line 3798 of file PAMacros.cs.

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

PALib/PAMacros.cs

Static Public Member Functions

Static Public Attributes

Detailed Description

Member Function Documentation

◆ Angle()

◆ CivilDateToJulianDate()

◆ DecimalDegreesDegrees()

◆ DecimalDegreesMinutes()

◆ DecimalDegreesSeconds()

◆ DecimalDegreesToDegreeHours()

◆ DecimalHoursHour()

◆ DecimalHoursMinute()

◆ DecimalHoursSecond()

◆ DegreeHoursToDecimalDegrees()

◆ Degrees()

◆ DegreesMinutesSecondsToDecimalDegrees()

◆ EccentricAnomaly()

◆ EcDec()

◆ EcRA()

◆ EGstUt()

◆ EQELat()

◆ EQELong()

◆ EquatorialCoordinatesToAltitude()

◆ EquatorialCoordinatesToAzimuth()

◆ ERS()

◆ ESunRS()

◆ ESunRS_L3710()

◆ ETwilight()

Returns

◆ ETwilight_L3710()

◆ FPart()

◆ Fract()

◆ FullMoon()

◆ GreenwichSiderealTimeToLocalSiderealTime()

◆ GreenwichSiderealTimeToUniversalTime()

◆ HMStoDH()

◆ HorizonCoordinatesToDeclination()

◆ HorizonCoordinatesToHourAngle()

◆ HourAngleToRightAscension()

◆ IInt()

◆ JulianDateDay()

◆ JulianDateMonth()

◆ JulianDateYear()

◆ Lint()

◆ LocalCivilTimeGreenwichDay()

◆ LocalCivilTimeGreenwichMonth()

◆ LocalCivilTimeGreenwichYear()

◆ LocalCivilTimeToUniversalTime()

◆ LocalSiderealTimeToGreenwichSiderealTime()

◆ LunarEclipseOccurrence()

◆ LunarEclipseOccurrence_L6855()

◆ MagLunarEclipse()

◆ MagSolarEclipse()

◆ MagSolarEclipse_L7390()

◆ MoonDist()

◆ MoonHP()

◆ MoonLat()

◆ MoonLong()

◆ MoonLongLatHP()

◆ MoonMeanAnomaly()

◆ MoonPhase()

◆ MoonRiseAz()

◆ MoonRiseAz_L6680()

◆ MoonRiseAz_L6700()

◆ MoonRiseLcDMY()

◆ MoonRiseLcDMY_L6680()

◆ MoonRiseLcDMY_L6700()

◆ MoonRiseLCT()

◆ MoonRiseLCT_L6680()

◆ MoonRiseLCT_L6700()

◆ MoonSetAz()

◆ MoonSetAz_L6680()

◆ MoonSetAz_L6700()

◆ MoonSetLcDMY()

◆ MoonSetLcDMY_L6680()

◆ MoonSetLcDMY_L6700()

◆ MoonSetLCT()

◆ MoonSetLCT_L6680()

◆ MoonSetLCT_L6700()

◆ MoonSize()