Uses of Class
stella.globals.AbstractTargetValue

Packages that use AbstractTargetValue

Package	Description
globals.value
stella.globals

Uses of AbstractTargetValue in globals.value

Subclasses of AbstractTargetValue in globals.value

Modifier and Type	Class and Description
class	AirmassTarget Represents the airmass to the actual target.
class	AltTarget Represents the height of the actual target in degrees.
class	AltVelocity A class to calculate the velocity in altitude as a function of target coordinates and sidereal time according to
class	AzTarget Represents the azimuth of the actual target in degrees.
class	AzVelocity A class to calculate the velocity in altitude as a function of target coordinates and sidereal time, according to
class	BarycentricVelocity Computes baricentric velocity correction, based on FORTRAN-code at bvc
class	BVTarget A general variable representing the color index B-V of the actual object.
class	DecApparent A general variable representing the ra of the actual object, precessed to the current equinox.
class	DecTarget A general variable representing the dec of the actual object.
class	DiurnalVelocity Parameter that calculates the part of the radial velocity correction that is due to Earth's rotation.
class	EnvironmentFocus A parameter that calculates an optimal setting for the telescope focus from a temperature parameter and the target height.
class	ExtinctionCoefficient A Value that consits of a look-up table linking well-known filter names like 'B' for Johnson-B to the effective wavelength width, which is returned in nm.
class	FilterTarget A Value that consits of a look-up table linking well-known filter names like 'B' for Johnson-B to the effective wavelength width, which is returned in nm.
class	FilterWavelength A Value that consits of a look-up table linking well-known filter names like 'B' for Johnson-B to the effective wavelength width, which is returned in nm.
class	FilterWidth A Value that consits of a look-up table linking well-known filter names like 'B' for Johnson-B to the effective wavelength width, which is returned in nm.
class	HjdCorrection Represents the current heliocentric correction.
class	ImageRevolution This class calculates the image revolution in degrees per second.
class	ImageRotation This parameter gives the amount of image rotation in the focal plane.
class	MoonLight A model of the sky brightness caused by moon-light following the prescription of K.
class	NasmithImageRevolution This parameter gives the amount of image rotation in the nashmith focal plane.
class	NasmithImageRotation This parameter gives the amount of image rotation in the nashmith focal plane.
class	ParallacticAngle The parallactic angle η also gives the amount of image rotation in the focal plane.
class	PropDecTarget A general variable representing the proper motion in dec of the actual object.
class	PropRaTarget A general variable representing the proper motion in ra, most likely in miliarcsec/yr, of the actual object.
class	RaApparent A general variable representing the ra of the actual object, precessed to the current equinox.
class	RaTarget A general variable representing the ra of the actual object.
class	RMagTarget A general variable representing the R magnitude of the actual object.
class	SolOpposition A Value calculating the time out of a given solar ra.
class	TargetDistance A parameter that calculates the distance of a target to some given fixed point in the sky.
class	TauTarget Represents the hour angle of the actual target.
class	TrackVelocity A class to calculate the tracking velocity as the sum of AzVelocity and AltVelocity.
class	VMagTarget A general variable representing the visual magnitude of the actual object.

Uses of AbstractTargetValue in stella.globals

Subclasses of AbstractTargetValue in stella.globals

Modifier and Type	Class and Description
class	AbstractFitsMomentsValue Provides basic facilities for target depending values that also need access to fits moments.
class	DarkCurrent A general variable representing the dark counts expected for a given exposure time, deduced from the current CCD temperature.
class	DerotatorOffset A derotator offset is calculated such that Wifsip always points approximately to the ground, but at the same time keeping the CCD geometry fixed.
class	ExposureRepeat A general variable representing the ra of the actual object.
class	ExposureSpan A general variable representing the ra of the actual object.
class	FlatExposureTime We estimate the exposure time for a flat field to yield a good exposure level.
class	FlatMaximumTime The maximum exposure time allowed for flats is a filter function, because it basically defines when too much star light is visible in the flat.
class	FlatQuality We estimate the quality of the currently accumulated flat fields.
class	FocusMeasure We measure the focus by maximizing a central moment of the image fits.
class	Horizon The horizon is a global constraint that deals with the partial vignetting of the field of view.
class	LaserAzAltDistance A parameter that calculates the distance of a target to some given point in the sky given by azimuth (astronomical, i.e.
class	LaserAzAltHtmlFtp
class	LaserAzAltHtmlList
class	LaserAzAltList A parameter dealing with varying laser pointings, each defined by an az, alt, start and duration.
class	LaserDistance
class	LaserHtmlFtp
class	LaserHtmlList
class	LaserList A parameter dealing with varying laser pointings, each defined by an az, alt, start and duration.
class	ObservableList A parameter that is capable of cumulating a list of observable targets along with their highest-ever merit.
class	ProposalTime Counts the time spent on certain proposals.
class	RankProvider A frame provider is a parameter that defines a certain rectangluar areas, normally depending on target picked and/or error received.
class	TargetMerit A value symbolizing the current merit of the target.