Index
All Classes and Interfaces|All Packages|Constant Field Values|Serialized Form
A
- Addet(AngleDR, double) - Method in class uk.ac.starlink.pal.Pal
-
Add the e-terms (elliptic component of annual aberration) to a pre IAU 1976 mean place to conform to the old catalogue convention.
- Amp(AngleDR, double, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert star RA,Dec from geocentric apparent to mean place.
- AMParams - Class in uk.ac.starlink.pal
-
Star-independent mean-to-apparent parameters
- Ampqk(AngleDR, AMParams) - Method in class uk.ac.starlink.pal.Pal
-
Convert star RA,Dec from geocentric apparent to mean place.
- AngleDR - Class in uk.ac.starlink.pal
-
Angle consisting of (α, δ) pairs in Radians
- AngleDR(double, double) - Constructor for class uk.ac.starlink.pal.AngleDR
-
Angle consisting of (alpha, delta).
- AngleDR(double, double, double) - Constructor for class uk.ac.starlink.pal.AngleDR
-
Angle consisting of (α, δ) pair and optional radial.
- AOParams - Class in uk.ac.starlink.pal
-
Star-independent apparent-to-observed Parameters
- AOParams() - Constructor for class uk.ac.starlink.pal.AOParams
-
Initialise apparent-to-observed Parameters (with zero values)
- AOParams(double, double, double, double, double, double, double, double, double, double, double, double) - Constructor for class uk.ac.starlink.pal.AOParams
-
Star-independent apparent-to-observed Parameters
- Aoppa(UTCdate, ObsPosition, Cartesian, double, double, double, double, double) - Method in class uk.ac.starlink.pal.Pal
-
Precompute apparent to observed place parameters required by Aopqk and Oapqk.
- Aoppat(double, AOParams) - Method in class uk.ac.starlink.pal.Pal
-
Recompute the sidereal time in the apparent to observed place star-independent parameter block.
- AUKM - Static variable in class uk.ac.starlink.pal.Pal
-
Astronomical unit to kilometers
- AUSEC - Static variable in class uk.ac.starlink.pal.Pal
-
Light time for 1 AU (sec)
B
- backChar() - Method in class uk.ac.starlink.pal.palString
-
Move the string pointer back one character
C
- C - Static variable in class uk.ac.starlink.pal.Pal
-
Speed of light (AU per day)
- Caldj(int, int, int) - Method in class uk.ac.starlink.pal.Pal
-
Gregorian calendar to Modified Julian Date.
- Cartesian - Class in uk.ac.starlink.pal
-
Cartesian Point in 2D or 3D space
- Cartesian(double, double) - Constructor for class uk.ac.starlink.pal.Cartesian
-
Cartesian Point in 2D space
- Cartesian(double, double, double) - Constructor for class uk.ac.starlink.pal.Cartesian
-
Cartesian Point in 3D space
- Cartesian(double, double, double, double, double, double) - Constructor for class uk.ac.starlink.pal.Cartesian
-
Cartesian Point in 3D space and its derivitive
- Cldj(int, int, int) - Method in class uk.ac.starlink.pal.Pal
-
Gregorian calendar to Modified Julian Date.
D
- D2S - Static variable in class uk.ac.starlink.pal.Pal
-
Seconds in a day
- Daf2r(int, int, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert degrees, arcminutes, arcseconds to radians.
- Dat(double) - Method in class uk.ac.starlink.pal.Pal
-
Increment to be applied to Coordinated Universal Time UTC to give International Atomic Time TAI.
- Dav2m(double[]) - Method in class uk.ac.starlink.pal.Pal
-
Form the rotation matrix corresponding to a given axial vector.
- Dbjin(palString, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert free-format input into double precision floating point, using Dfltin but with special syntax extensions.
- Dc62s(Cartesian) - Method in class uk.ac.starlink.pal.Pal
-
Conversion of position & velocity in Cartesian coordinates to spherical coordinates.
- Dcc2s(double[]) - Method in class uk.ac.starlink.pal.Pal
-
Direction cosines to spherical coordinates.
- Dcs2c(AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Spherical coordinates to direction cosines.
- Dd2tf(double) - Method in class uk.ac.starlink.pal.Pal
-
Convert an interval in days into hours, minutes, seconds.
- Deuler(String, double, double, double) - Method in class uk.ac.starlink.pal.Pal
-
Form a rotation matrix from the Euler angles - three successive rotations about specified Cartesian axes.
- Dfltin(palString, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert free-format input into double precision floating point.
- Dimxv(double[][], double[]) - Method in class uk.ac.starlink.pal.Pal
-
Performs the 3-d backward unitary transformation.
- Djcal(double) - Method in class uk.ac.starlink.pal.Pal
-
Modified Julian Date to Gregorian calendar, expressed in a form convenient for formatting messages (namely rounded to a specified precision, and with the fields stored in a single array).
- Djcl(double) - Method in class uk.ac.starlink.pal.Pal
-
Modified Julian Date to Gregorian year, month, day, and fraction of a day.
- Dm2av(double[][]) - Method in class uk.ac.starlink.pal.Pal
-
From a rotation matrix, determine the corresponding axial vector.
- Dmat(double[][], double[]) - Method in class uk.ac.starlink.pal.Pal
-
Matrix inversion & solution of simultaneous equations.
- Dmxm(double[][], double[][]) - Method in class uk.ac.starlink.pal.Pal
-
Product of two 3x3 matrices.
- Dmxv(double[][], double[]) - Method in class uk.ac.starlink.pal.Pal
-
Performs the 3-d forward unitary transformation.
- Dr2af(double) - Method in class uk.ac.starlink.pal.Pal
-
Convert an angle in radians into degrees, arcminutes, arcseconds.
- Dr2tf(double) - Method in class uk.ac.starlink.pal.Pal
-
Convert an angle in radians to hours, minutes, seconds.
- Drange(double) - Method in class uk.ac.starlink.pal.Pal
-
Normalize angle into range +/- pi.
- Dranrm(double) - Method in class uk.ac.starlink.pal.Pal
-
Normalize angle into range 0-2 π.
- Drverot(double, AngleDR, double) - Method in class uk.ac.starlink.pal.Pal
-
Velocity component in a given direction due to Earth rotation.
- Drvgalc(AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Velocity component in a given direction due to the rotation of the Galaxy.
- Drvlg(AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Velocity component in a given direction due to the combination of the rotation of the Galaxy and the motion of the Galaxy relative to the mean motion of the local group.
- Drvlsrd(AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Velocity component in a given direction due to the Sun's motion with respect to the dynamical Local Standard of Rest.
- Drvlsrk(AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Velocity component in a given direction due to the Sun's motion with respect to an adopted kinematic Local Standard of Rest.
- Ds2c6(Spherical) - Method in class uk.ac.starlink.pal.Pal
-
Conversion of position & velocity in spherical coordinates to Cartesian coordinates.
- Ds2tp(AngleDR, AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Projection of spherical coordinates onto tangent plane ('gnomonic' projection - 'standard coordinates').
- Dt(double) - Method in class uk.ac.starlink.pal.Pal
-
Estimate the offset between dynamical time and Universal Time for a given historical epoch.
- Dtf2d(int, int, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert hours, minutes, seconds to days.
- Dtf2r(int, int, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert hours, minutes, seconds to radians.
- Dtp2s(AngleDR, AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Transform tangent plane coordinates into spherical.
- Dtt(double) - Method in class uk.ac.starlink.pal.Pal
-
Increment to be applied to Coordinated Universal Time UTC to give Terrestrial Time TT (formerly Ephemeris Time ET).
- Dvdv(double[], double[]) - Method in class uk.ac.starlink.pal.Pal
-
Scalar product of two 3-vectors.
- Dvn(double[], double[]) - Method in class uk.ac.starlink.pal.Pal
-
Normalizes a 3-vector also giving the modulus.
- Dvxv(double[], double[]) - Method in class uk.ac.starlink.pal.Pal
-
Vector product of two 3-vectors.
E
- Ecleq(AngleDR, double) - Method in class uk.ac.starlink.pal.Pal
-
Transformation from ecliptic coordinates to J2000.0 equatorial coordinates.
- Ecmat(double) - Method in class uk.ac.starlink.pal.Pal
-
Form the equatorial to ecliptic rotation matrix (IAU 1980 theory).
- Epb(double) - Method in class uk.ac.starlink.pal.Pal
-
Conversion of Modified Julian Date to Besselian epoch.
- Epb2d(double) - Method in class uk.ac.starlink.pal.Pal
-
Conversion of Besselian epoch to Modified Julian Date.
- Epco(char, char, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert an epoch into the appropriate form - 'B' or 'J'.
- Epj(double) - Method in class uk.ac.starlink.pal.Pal
-
Conversion of Modified Julian Date to Julian epoch.
- Epj2d(double) - Method in class uk.ac.starlink.pal.Pal
-
Conversion of Julian epoch to Modified Julian Date.
- Eqecl(AngleDR, double) - Method in class uk.ac.starlink.pal.Pal
-
Transformation from J2000.0 equatorial coordinates to ecliptic coordinates.
- Eqeqx(double) - Method in class uk.ac.starlink.pal.Pal
-
Equation of the equinoxes (IAU 1994, double precision).
- Eqgal(AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Transformation from J2000.0 equatorial coordinates to IAU 1958 Galactic coordinates.
- ESPEED - Static variable in class uk.ac.starlink.pal.Pal
-
Nominal mean sidereal speed of Earth equator in km/s (the actual value is about 0.4651)
- Etrms(double) - Method in class uk.ac.starlink.pal.Pal
-
Compute the e-terms (elliptic component of annual aberration) vector.
- Evp(double, double, double[], double[], double[], double[]) - Method in class uk.ac.starlink.pal.Pal
-
Barycentric and heliocentric velocity and position of the Earth.
F
- Fk425(Stardata) - Method in class uk.ac.starlink.pal.Pal
-
Convert B1950.0 FK4 star data to J2000.0 FK5.
- Fk45z(AngleDR, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert B1950.0 FK4 star data to J2000.0 FK5 assuming zero proper motion in the FK5 frame (double precision).
- Fk524(Stardata) - Method in class uk.ac.starlink.pal.Pal
-
Convert J2000.0 FK5 star data to B1950.0 FK4.
- Fk54z(AngleDR, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert a J2000.0 FK5 star position to B1950.0 FK4 assuming zero proper motion and parallax.
- Flag - Variable in class uk.ac.starlink.pal.Pal
-
Flag for additional status information
G
- Galactic - Class in uk.ac.starlink.pal
-
Galactic longitude and latitude (radians)
- Galactic(double, double) - Constructor for class uk.ac.starlink.pal.Galactic
-
Galactic longitude and latitude
- Galeq(Galactic) - Method in class uk.ac.starlink.pal.Pal
-
Transformation from IAU 1958 Galactic coordinates to J2000.0 equatorial coordinates.
- Galsup(Galactic) - Method in class uk.ac.starlink.pal.Pal
-
Transformation from IAU 1958 Galactic coordinates to De Vaucouleurs supergalactic coordinates.
- Geoc(double, double) - Method in class uk.ac.starlink.pal.Pal
-
Convert geodetic position to geocentric.
- getAlpha() - Method in class uk.ac.starlink.pal.AngleDR
-
Get the first component of the angle
- getAngle() - Method in class uk.ac.starlink.pal.Stardata
-
Get the Angle
- getBary() - Method in class uk.ac.starlink.pal.AMParams
-
Get barycentric position of the Earth
- getChar() - Method in class uk.ac.starlink.pal.palString
-
Get the character at the current position in the string
- getChar(int) - Method in class uk.ac.starlink.pal.palString
-
Get the character at a set position in the string
- getDabb() - Method in class uk.ac.starlink.pal.AOParams
-
Get magnitude of diurnal aberration vector
- getDate() - Method in class uk.ac.starlink.pal.UTCdate
-
UTC Date
- getDay() - Method in class uk.ac.starlink.pal.mjDate
-
Get day
- getDayinYear() - Method in class uk.ac.starlink.pal.mjDate
-
Get day in year
- getDelta() - Method in class uk.ac.starlink.pal.AngleDR
-
Get the second component of the angle
- getDeriv() - Method in class uk.ac.starlink.pal.UTCdate
-
UTC Date
- getDigit() - Method in class uk.ac.starlink.pal.palString
-
Get the Digit Flag
- getEarthv() - Method in class uk.ac.starlink.pal.AMParams
-
Get barycentric Earth velocity
- getFlag() - Method in class uk.ac.starlink.pal.palString
-
Get the Status flag
- getFraction() - Method in class uk.ac.starlink.pal.mjDate
-
Get fraction
- getFraction() - Method in class uk.ac.starlink.pal.palTime
-
Get the fraction of a second
- getFraction(int) - Method in class uk.ac.starlink.pal.mjDate
-
Get fraction as integer number of places.
- getFraction(int) - Method in class uk.ac.starlink.pal.palTime
-
Get the fraction of a second to a set precision
- getGrad() - Method in class uk.ac.starlink.pal.AMParams
-
Get gravitational radius of Sun
- getHeight() - Method in class uk.ac.starlink.pal.AOParams
-
Get height
- getHeight() - Method in class uk.ac.starlink.pal.Observatory
-
Get Height
- getHeight() - Method in class uk.ac.starlink.pal.ObsPosition
-
Get the Height
- getHelio() - Method in class uk.ac.starlink.pal.AMParams
-
Get heliocentric direction of the Earth
- getHour() - Method in class uk.ac.starlink.pal.palTime
-
Get the hour
- getHumidity() - Method in class uk.ac.starlink.pal.AOParams
-
Get relative humidity
- getId() - Method in class uk.ac.starlink.pal.Observatory
-
Get identifier
- getLapserate() - Method in class uk.ac.starlink.pal.AOParams
-
Get lapse rate
- getlastChar() - Method in class uk.ac.starlink.pal.palString
-
Get the last character
- getLat() - Method in class uk.ac.starlink.pal.AOParams
-
Get Geodetic latitude
- getLat() - Method in class uk.ac.starlink.pal.Observatory
-
Get Latitude
- getLat() - Method in class uk.ac.starlink.pal.Spherical
-
Get Latitude
- getLatcos() - Method in class uk.ac.starlink.pal.AOParams
-
Get cosine of Geodetic latitude
- getLatDeriv() - Method in class uk.ac.starlink.pal.Spherical
-
Get latitude velocity component
- getLatitude() - Method in class uk.ac.starlink.pal.Galactic
-
Get the Latitude
- getLatitude() - Method in class uk.ac.starlink.pal.ObsPosition
-
Get the latitude
- getLatsin() - Method in class uk.ac.starlink.pal.AOParams
-
Get sine of Geodetic latitude
- getLocalTime() - Method in class uk.ac.starlink.pal.AOParams
-
Get local apparent sidereal time
- getLong() - Method in class uk.ac.starlink.pal.Observatory
-
Get Longitude
- getLong() - Method in class uk.ac.starlink.pal.Spherical
-
Get Longitude
- getLongDeriv() - Method in class uk.ac.starlink.pal.Spherical
-
Get longitude velocity component
- getLongitude() - Method in class uk.ac.starlink.pal.Galactic
-
Get the Longitude
- getLongitude() - Method in class uk.ac.starlink.pal.ObsPosition
-
Get the longitude
- getLongplus() - Method in class uk.ac.starlink.pal.AOParams
-
Get longitude + eqn of equinoxes + "sidereal ΔUT"
- getMin() - Method in class uk.ac.starlink.pal.palTime
-
Get the minute
- getMonth() - Method in class uk.ac.starlink.pal.mjDate
-
Get month
- getMotion() - Method in class uk.ac.starlink.pal.Stardata
-
Get the Proper motion
- getName() - Method in class uk.ac.starlink.pal.Observatory
-
Get Name
- getNextChar() - Method in class uk.ac.starlink.pal.palString
-
Get the next character of the string
- getObservatoryCount() - Static method in class uk.ac.starlink.pal.Observatory
-
Return the number of observatories available
- getObservatoryID(int) - Static method in class uk.ac.starlink.pal.Observatory
-
Get the short identifier of an observatory
- getObservatoryName(int) - Static method in class uk.ac.starlink.pal.Observatory
-
Get the name of an observatory
- getParallax() - Method in class uk.ac.starlink.pal.Stardata
-
Get the Parallax
- getPos() - Method in class uk.ac.starlink.pal.palString
-
Get the current character position
- getPrecess() - Method in class uk.ac.starlink.pal.AMParams
-
Get precession/nutation matix
- getPressure() - Method in class uk.ac.starlink.pal.AOParams
-
Get pressure
- getRad() - Method in class uk.ac.starlink.pal.ObsPosition
-
Get the radial velocity
- getRadial() - Method in class uk.ac.starlink.pal.AngleDR
-
Get the Radial component of the angle
- getRadial() - Method in class uk.ac.starlink.pal.Spherical
-
Get radial component
- getRadialDeriv() - Method in class uk.ac.starlink.pal.Spherical
-
Get radial velocity component
- getRefractA() - Method in class uk.ac.starlink.pal.AOParams
-
Get refractive index A
- getRefractB() - Method in class uk.ac.starlink.pal.AOParams
-
Get refractive index B
- getRoot() - Method in class uk.ac.starlink.pal.AMParams
-
Get square root of ( 1 - |v x v| )
- getRV() - Method in class uk.ac.starlink.pal.Stardata
-
Get the radial velocity
- getSec() - Method in class uk.ac.starlink.pal.palTime
-
Get the second
- getSign() - Method in class uk.ac.starlink.pal.palTime
-
Get the sign
- getString() - Method in class uk.ac.starlink.pal.palString
-
Get the string
- getTemp() - Method in class uk.ac.starlink.pal.AOParams
-
Get ambient temperature
- getTimeint() - Method in class uk.ac.starlink.pal.AMParams
-
Get time interval for proper motion
- getWavelength() - Method in class uk.ac.starlink.pal.AOParams
-
Get wavelength
- getX() - Method in class uk.ac.starlink.pal.Cartesian
-
Get the x component
- getXvel() - Method in class uk.ac.starlink.pal.Cartesian
-
Get the first derivitive of x ( velocity)
- getY() - Method in class uk.ac.starlink.pal.Cartesian
-
Get the y component
- getYear() - Method in class uk.ac.starlink.pal.mjDate
-
Get year
- getYvel() - Method in class uk.ac.starlink.pal.Cartesian
-
Get the first derivitive of y ( velocity)
- getZ() - Method in class uk.ac.starlink.pal.Cartesian
-
Get the z component
- getZvel() - Method in class uk.ac.starlink.pal.Cartesian
-
Get the first derivitive of z ( velocity)
- Gmst(double) - Method in class uk.ac.starlink.pal.Pal
-
Conversion from Universal Time to Sidereal Time.
- GR2 - Static variable in class uk.ac.starlink.pal.Pal
-
Gravitational radius of the Sun x 2: (2*mu/c**2, au)
I
- incrChar() - Method in class uk.ac.starlink.pal.palString
-
Move the string pointer forward one character
K
- Kbj(int, double) - Method in class uk.ac.starlink.pal.Pal
-
Select epoch prefix 'B' or 'J'.
L
M
- Map(Stardata, double, double) - Method in class uk.ac.starlink.pal.Pal
-
Transform star RA,Dec from mean place to geocentric apparent.
- Mappa(double, double) - Method in class uk.ac.starlink.pal.Pal
-
Compute star-independent parameters in preparation for conversions between mean place and geocentric apparent place.
- Mapqk(Stardata, AMParams) - Method in class uk.ac.starlink.pal.Pal
-
Quick mean to apparent place: transform a star RA,Dec from mean place to geocentric apparent place, given the star-independent parameters.
- Mapqkz(AngleDR, AMParams) - Method in class uk.ac.starlink.pal.Pal
-
Quick mean to apparent place: transform a star RA,dec from mean place to geocentric apparent place, given the star-independent parameters, and assuming zero parallax and proper motion.
- mjDate - Class in uk.ac.starlink.pal
-
Modified Julian Date
- mjDate(int, int) - Constructor for class uk.ac.starlink.pal.mjDate
-
Modified Julian Date
- mjDate(int, int, int) - Constructor for class uk.ac.starlink.pal.mjDate
-
Modified Julian Date
- mjDate(int, int, int, double) - Constructor for class uk.ac.starlink.pal.mjDate
-
Modified Julian Date
N
- Nut(double) - Method in class uk.ac.starlink.pal.Pal
-
Form the matrix of nutation for a given date (IAU 1980 theory).
- Nutc(double) - Method in class uk.ac.starlink.pal.Pal
-
Nutation: longitude & obliquity components and mean obliquity (IAU 1980 theory).
O
- Obs(int) - Method in class uk.ac.starlink.pal.Pal
-
Parameters of selected groundbased observing stations.
- Obs(String) - Method in class uk.ac.starlink.pal.Pal
-
Parameters of selected groundbased observing stations.
- Observatory - Class in uk.ac.starlink.pal
-
Observatory Data
- ObsPosition - Class in uk.ac.starlink.pal
-
Position of Observer
- ObsPosition(double, double, double) - Constructor for class uk.ac.starlink.pal.ObsPosition
-
Position of Observer
- ObsPosition(double, double, double, double) - Constructor for class uk.ac.starlink.pal.ObsPosition
-
Position of Observer
P
- Pal - Class in uk.ac.starlink.pal
-
Positional Astronomy Library.
- Pal() - Constructor for class uk.ac.starlink.pal.Pal
- palError - Exception in uk.ac.starlink.pal
-
Class for Pal exceptions
- palError(int, String) - Constructor for exception uk.ac.starlink.pal.palError
-
Create a new Pal exceptions
- palError(String) - Constructor for exception uk.ac.starlink.pal.palError
-
Create a new Pal exceptions, with zero status
- palString - Class in uk.ac.starlink.pal
-
A String with positional information
- palString(String) - Constructor for class uk.ac.starlink.pal.palString
-
Create a new string
- palTime - Class in uk.ac.starlink.pal
-
Angle defined by Hour, minute, second and fraction of a second
- palTime(int, int, int) - Constructor for class uk.ac.starlink.pal.palTime
-
Angles defined by Hour, minute, second
- palTime(int, int, int, double) - Constructor for class uk.ac.starlink.pal.palTime
-
Angle defined by Hour, minute, second, fraction
- palTime(int, int, int, double, char) - Constructor for class uk.ac.starlink.pal.palTime
-
Angle defined by Hour, minute, second, fraction and sign
- Pm(AngleDR, double[], double, double, double, double) - Method in class uk.ac.starlink.pal.Pal
-
Apply corrections for proper motion to a star RA,Dec.
- Prebn(double, double) - Method in class uk.ac.starlink.pal.Pal
-
Generate the matrix of precession between two epochs, using the old, pre-IAU1976, Bessel-Newcomb model, using Kinoshita's formulation (double precision).
- Prec(double, double) - Method in class uk.ac.starlink.pal.Pal
-
Form the matrix of precession between two epochs (IAU 1976, FK5).
- Preces(String, double, double, AngleDR) - Method in class uk.ac.starlink.pal.Pal
-
Precession - either FK4 (Bessel-Newcomb, pre-IAU1976) or FK5 (Fricke, post-IAU1976) as required.
- Precl(double, double) - Method in class uk.ac.starlink.pal.Pal
-
Form the matrix of precession between two epochs, using the model of Simon et al (1994), which is suitable for long periods of time.
- Prenut(double, double) - Method in class uk.ac.starlink.pal.Pal
-
Form the matrix of precession and nutation (IAU 1976/1980/FK5).
- printPosition() - Method in class uk.ac.starlink.pal.Observatory
-
Get the longitude, latitude and height as a string
- printPosition(int) - Method in class uk.ac.starlink.pal.Observatory
-
Get the longitude, latitude and height as a string
- printSign() - Method in class uk.ac.starlink.pal.palTime
-
Get the sign as a String
R
- R2D - Static variable in class uk.ac.starlink.pal.Pal
-
Degrees to radians
- Refco(double, double, double, double, double, double, double, double) - Method in class uk.ac.starlink.pal.Pal
-
Determine constants A and B in atmospheric refraction model dz = A tan z + B tan^3 z.
- Refro(double, double, double, double, double, double, double, double, double) - Method in class uk.ac.starlink.pal.Pal
-
Atmospheric refraction for radio and optical/IR wavelengths.
S
- setAlpha(double) - Method in class uk.ac.starlink.pal.AngleDR
-
Set the first component of the angle
- setBary(double[]) - Method in class uk.ac.starlink.pal.AMParams
-
Set barycentric position of the Earth
- setDabb(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set magnitude of diurnal aberration vector
- setDelta(double) - Method in class uk.ac.starlink.pal.AngleDR
-
Set the second component of the angle
- setDigit(int) - Method in class uk.ac.starlink.pal.palString
-
Set the Digit Flag
- setEarthv(double[]) - Method in class uk.ac.starlink.pal.AMParams
-
set barycentric Earth velocity
- setFlag(int) - Method in class uk.ac.starlink.pal.palString
-
Set the Status flag
- setGrad(double) - Method in class uk.ac.starlink.pal.AMParams
-
Set gravitational radius of Sun
- setHeight(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set height
- setHelio(double[]) - Method in class uk.ac.starlink.pal.AMParams
-
Set heliocentric direction of the Earth
- setHumidity(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set relative humidity
- setLapserate(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set lapse rate
- setLat(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set geodetic latitude
- setLocalTime(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set local apparent sidereal time
- setLongplus(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set longitude + eqn of equinoxes + "sidereal ΔUT"
- setPos(int) - Method in class uk.ac.starlink.pal.palString
-
Set the current character position
- setPrecess(double[][]) - Method in class uk.ac.starlink.pal.AMParams
-
Get precession/nutation matix
- setPressure(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set Pressure
- setRad(double) - Method in class uk.ac.starlink.pal.AngleDR
-
Set the Radial component of the angle
- setRefractA(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set refractive index A
- setRefractB(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set refractive index B
- setRoot(double) - Method in class uk.ac.starlink.pal.AMParams
-
Set square root of ( 1 - |v x v| )
- setTemp(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set ambient temperature
- setTimeint(double) - Method in class uk.ac.starlink.pal.AMParams
-
set time interval for proper motion
- setWavelength(double) - Method in class uk.ac.starlink.pal.AOParams
-
Set wavelength
- SOLSID - Static variable in class uk.ac.starlink.pal.Pal
-
Ratio between solar and sidereal time
- Spherical - Class in uk.ac.starlink.pal
-
Point in Spherical coordinates (with radial velocity)
- Spherical(double, double, double) - Constructor for class uk.ac.starlink.pal.Spherical
-
Point in Spherical coordinates
- Spherical(double, double, double, double, double, double) - Constructor for class uk.ac.starlink.pal.Spherical
-
Point in Spherical coordinates and Radial Veocity
- Stardata - Class in uk.ac.starlink.pal
-
Various characteristics of an Observation
- Stardata(AngleDR, double[], double, double) - Constructor for class uk.ac.starlink.pal.Stardata
-
Various characteristics of an Observation
- Status - Variable in class uk.ac.starlink.pal.Pal
-
Current Status flag
- Subet(AngleDR, double) - Method in class uk.ac.starlink.pal.Pal
-
Remove the e-terms (elliptic component of annual aberration) from a pre IAU 1976 catalogue RA,Dec to give a mean place.
- Supgal(Galactic) - Method in class uk.ac.starlink.pal.Pal
-
Transformation from De Vaucouleurs supergalactic coordinates to IAU 1958 Galactic coordinates.
T
- toString() - Method in class uk.ac.starlink.pal.AMParams
-
Get string representation apparent parameters
- toString() - Method in class uk.ac.starlink.pal.AngleDR
-
Get string representation of Angle as bracketed pair (or triplet)
- toString() - Method in class uk.ac.starlink.pal.AOParams
-
Get the parameters as a String
- toString() - Method in class uk.ac.starlink.pal.Cartesian
-
Get the value of the point as a string of the form (x,y,z) and the velocity (if set) in the form (aa,bb,cc)
- toString() - Method in class uk.ac.starlink.pal.Galactic
-
Get the text form of the Galactic in the form [long,lat]
- toString() - Method in class uk.ac.starlink.pal.mjDate
-
return date as string
- toString() - Method in class uk.ac.starlink.pal.Observatory
-
Get the name of the Observatory as a string
- toString() - Method in class uk.ac.starlink.pal.ObsPosition
-
Get the Observers position as a String
- toString() - Method in exception uk.ac.starlink.pal.palError
-
Get the Pal exceptions as a string
- toString() - Method in class uk.ac.starlink.pal.palString
-
Get the string
- toString() - Method in class uk.ac.starlink.pal.palTime
-
Get the Angle as a String
- toString() - Method in class uk.ac.starlink.pal.Spherical
-
Get as String
- toString() - Method in class uk.ac.starlink.pal.Stardata
-
Get the current values as a string
- toString() - Method in class uk.ac.starlink.pal.UTCdate
-
Get String representation
- toString(int) - Method in class uk.ac.starlink.pal.AngleDR
-
Get string representation of Angle to n decimal places as two (or three) numbers
- toString(int) - Method in class uk.ac.starlink.pal.mjDate
-
return date as string to required precision
- toString(int) - Method in class uk.ac.starlink.pal.palTime
-
Get the Angle as a String to a set precision
U
- uk.ac.starlink.pal - package uk.ac.starlink.pal
- UTCdate - Class in uk.ac.starlink.pal
-
UTC Date
- UTCdate(double) - Constructor for class uk.ac.starlink.pal.UTCdate
-
UTC Date
- UTCdate(double, double) - Constructor for class uk.ac.starlink.pal.UTCdate
-
UTC Date
V
Z
- Zd(double, double, double) - Method in class uk.ac.starlink.pal.Pal
-
HA, Dec to Zenith Distance.
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