uk.ac.starlink.pal

Class AOParams

java.lang.Object

uk.ac.starlink.pal.AOParams

public class AOParams
extends Object

Star-independent apparent-to-observed Parameters

Constructor Summary

Constructors

Constructor and Description
AOParams() Initialise apparent-to-observed Parameters (with zero values)
AOParams(double glat, double mag, double ht, double temp, double pres, double humid, double wavel, double lapse, double ra, double rb, double longr, double loc) Star-independent apparent-to-observed Parameters

Method Summary

Modifier and Type	Method and Description
double	getDabb() Get magnitude of diurnal aberration vector
double	getHeight() Get height
double	getHumidity() Get relative humidity
double	getLapserate() Get lapse rate
double	getLat() Get Geodetic latitude
double	getLatcos() Get cosine of Geodetic latitude
double	getLatsin() Get sine of Geodetic latitude
double	getLocalTime() Get local apparent sidereal time
double	getLongplus() Get longitude + eqn of equinoxes + "sidereal ΔUT"
double	getPressure() Get pressure
double	getRefractA() Get refractive index A
double	getRefractB() Get refractive index B
double	getTemp() Get ambient temperature
double	getWavelength() Get wavelength
void	setDabb(double dabb) Set magnitude of diurnal aberration vector
void	setHeight(double h) Set height
void	setHumidity(double rh) Set relative humidity
void	setLapserate(double lr) Set lapse rate
void	setLat(double g) Set geodetic latitude
void	setLocalTime(double lt) Set local apparent sidereal time
void	setLongplus(double lplus) Set longitude + eqn of equinoxes + "sidereal ΔUT"
void	setPressure(double p) Set Pressure
void	setRefractA(double rfa) Set refractive index A
void	setRefractB(double rfb) Set refractive index B
void	setTemp(double a) Set ambient temperature
void	setWavelength(double wl) Set wavelength
String	toString() Get the parameters as a String

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

AOParams

public AOParams()

Initialise apparent-to-observed Parameters (with zero values)

AOParams

public AOParams(double glat,
                double mag,
                double ht,
                double temp,
                double pres,
                double humid,
                double wavel,
                double lapse,
                double ra,
                double rb,
                double longr,
                double loc)

Star-independent apparent-to-observed Parameters

Parameters:

glat - Geodetic latitude (radians)

mag - Magnetude of diurnal aberration vector

ht - Height (metres above sea level)

temp - Ambient temperature (degrees K)

pres - Pressure (millibars)

humid - Relative humidity (0-1)

wavel - Wavelength (μm)

lapse - Lapse rate (degrees K per metre)

ra - Refraction constant A (radians)

rb - Refraction constant B (radians)

longr - Longitude + eqn of equinoxes + "sidereal ΔUT"

loc - Local apparent sidereal time (radians)

Method Detail

getLat

public double getLat()

Get Geodetic latitude

Returns:

Geodetic latitude (radians)

getLatsin

public double getLatsin()

Get sine of Geodetic latitude

Returns:

Sine of Geodetic latitude

getLatcos

public double getLatcos()

Get cosine of Geodetic latitude

Returns:

Cosine of Geodetic latitude

getHeight

public double getHeight()

Get height

Returns:

Height

getDabb

public double getDabb()

Get magnitude of diurnal aberration vector

Returns:

Magnitude of diurnal aberration vector

getTemp

public double getTemp()

Get ambient temperature

Returns:

Ambient temperature

getPressure

public double getPressure()

Get pressure

Returns:

Pressure

getHumidity

public double getHumidity()

Get relative humidity

Returns:

Relative humidity

getWavelength

public double getWavelength()

Get wavelength

Returns:

Wavelength

getLapserate

public double getLapserate()

Get lapse rate

Returns:

Lapse rate

getRefractA

public double getRefractA()

Get refractive index A

Returns:

Refractive index A

getRefractB

public double getRefractB()

Get refractive index B

Returns:

Refractive index B

getLongplus

public double getLongplus()

Get longitude + eqn of equinoxes + "sidereal ΔUT"

Returns:

Longitude + eqn of equinoxes + "sidereal ΔUT"

getLocalTime

public double getLocalTime()

Get local apparent sidereal time

Returns:

Local apparent sidereal time (radians)

setLat

public void setLat(double g)

Set geodetic latitude

Parameters:

g - Geodetic latitude (radians)

setDabb

public void setDabb(double dabb)

Set magnitude of diurnal aberration vector

Parameters:

dabb - Magnitude of diurnal aberration vector

setHeight

public void setHeight(double h)

Set height

Parameters:

h - Height

setTemp

public void setTemp(double a)

Set ambient temperature

Parameters:

a - Ambient temperature

setPressure

public void setPressure(double p)

Set Pressure

Parameters:

p - Pressure

setHumidity

public void setHumidity(double rh)

Set relative humidity

Parameters:

rh - Relative humidity

setWavelength

public void setWavelength(double wl)

Set wavelength

Parameters:

wl - Wavelength

setLapserate

public void setLapserate(double lr)

Set lapse rate

Parameters:

lr - Lapse rate

setRefractA

public void setRefractA(double rfa)

Set refractive index A

Parameters:

rfa - Refractive index A

setRefractB

public void setRefractB(double rfb)

Set refractive index B

Parameters:

rfb - Refractive index B

setLongplus

public void setLongplus(double lplus)

Set longitude + eqn of equinoxes + "sidereal ΔUT"

Parameters:

lplus - Longitude + eqn of equinoxes + "sidereal ΔUT"

setLocalTime

public void setLocalTime(double lt)

Set local apparent sidereal time

Parameters:

lt - Local apparent sidereal time (radians)

toString

public String toString()

Get the parameters as a String

Overrides:

toString in class Object

Returns:

Parameter string