|
Class Summary |
| AbstractCachedParameter |
An abstract base class providing the functionalibility of a
parameter that can cache its value, if getting is too expensive to be
commenced at any time. |
| AbstractDatabaseParameter |
An abstract implementation of a parameter that connects to a database. |
| AbstractDatabaseValue |
This Value retrieves values from a database. |
| AbstractFitsMomentsValue |
Provides basic facilities for target depending values that also need
access to fits moments. |
| AbstractFitsParameter |
A class of values that deal with read-in fits files, where a (small) window
is extracted to get some statistics. |
| AbstractFitsValue |
A class of values that deal with read-in fits files, where a (small) window
is extracted to get some statistics. |
| AbstractFitsValue.Extract |
Extracts adus from pre-saved files |
| AbstractParameter |
An abstract base class for all parameter. |
| AbstractRemoteParameter |
A skeleton implementation of a RemoteParameter. |
| AbstractRemoteSwitch |
An abstract implementation of a remote switch. |
| AbstractRemoteTrigger |
A skelleton implementation of a RemoteTrigger. |
| AbstractRemoteValue |
Abstract implementation of a Remote Parameter that acts locally as a value. |
| AbstractStatusRequestor |
An abstract base class providing the functionalibility of a
StatusRequesting parameter. |
| AbstractSwitch |
An abstract implementation for a switch. |
| AbstractTargetParameter |
An abstract base class for some target depending parameters. |
| AbstractTargetValue |
An abstract base class for some target depending parameters. |
| AbstractTime |
|
| AbstractTrigger |
An intermediate class from an abstract parameter to a concrete trigger
class. |
| AbstractValue |
An intermediate class from an abstract parameter to a concrete value
class. |
| AcceleratedJd |
Represents the current time as julian date. |
| AcceleratedTime |
A general variable representing time. |
| AirmassTarget |
Represents the airmass to the actual target. |
| AlarmWatch |
An alarm watch acts like a stop watch, but additionally implements
notification after a certain amount of time has been accumulated in the
stop watch. |
| Altitude |
A Parameter representing the latitude of the Teide
observatory. |
| AltTarget |
Represents the height of the actual target in degrees. |
| AltTelescope |
The current position of the telescope, altitude in degrees. |
| AltVelocity |
A class to calculate the velocity in altitude as a function of target
coordinates and sidereal time according to |
| AzTarget |
Represents the azimuth of the actual target in degrees. |
| AzTelescope |
The current position of the telescope, altitude in degrees. |
| AzVelocity |
A class to calculate the velocity in altitude as a function of target
coordinates and sidereal time, according to |
| BarycentricVelocity |
Computes baricentric velocity correction, based on FORTRAN-code at
bvc |
| BarycentricVelocity.Test |
Tests the class. |
| BVTarget |
A general variable representing the color index B-V of the actual object. |
| ClassicPointingModel |
A class representing a classical pointing model with normalized parameters. |
| ClassicPointingModel.Test |
|
| ConstantOffset |
A class representing a contant offset in two telescope axes, azimuth and
altitude. |
| CountDownTrigger |
A trigger that has a nominal state, set by initboolean. |
| CountDownWatch |
A count down acts more or less like a stop watch, but in the way that it
is not counting up, but counting down. |
| CountingTrigger |
A trigger that counts the time whenever it is true. |
| DataValue |
The Parameter representation of a sensor reading. |
| DateFromJd |
Converts a julian date into a human-readable date, formatted in ISO style. |
| DateTime |
|
| DecApparent |
A general variable representing the ra of the actual object, precessed
to the current equinox. |
| DecTarget |
A general variable representing the dec of the actual object. |
| DerotatorCenter |
A parameter that returns a two dimensional vector the is the right ascension
and declination offset from the center of the CCD to the center of rotation
of the derotator, in degrees. |
| 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. |
| DeviceTrigger |
Device trigger are used to mirror the status of an external command server. |
| Distance |
A classs that calculates the distance between two points on the sphere. |
| Distance.TargetDistance |
Target-depending version for distance of target to moon. |
| DitherParameter |
A dithering parameter supports exposure-number based dithering of an
imaging instrument. |
| DiurnalVelocity |
Parameter that calculates the part of the radial velocity correction
that is due to Earth's rotation. |
| EclipticObliquity |
A Value calculating the current obliquity of the ecliptic. |
| EclipticObliquity.Test |
Testing only. |
| Efficiency |
This class takes a fits file, extracts a region around AbstractFitsValue.KEY_WINDOW,
determines the total flux there and relates it to the incident flux of the
star on top of the atmosphere. |
| Efficiency.File |
Test class and class for processing fits files in-situ. |
| ElapsedTime |
An elapsed time is a value linked to a trigger. |
| EnvironmentFocus |
A parameter that calculates an optimal setting for the telescope focus
from a temperature parameter and the target height. |
| ErrorTrigger |
A trigger that gets true when a certain error event is sent to the SCS. |
| ExposureCount |
This parameter provides the running number of an exposure within a target. |
| ExposureRepeat |
A general variable representing the ra of the actual object. |
| ExposureSpan |
A general variable representing the ra of the actual object. |
| ExposureTimeLeft |
A general variable representing the the currently remaining exposure time. |
| 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. |
| 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. |
| 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. |
| FilterWheelPosition |
Records the position of a Positioning driver, which is useful
if this driver is a filter wheel. |
| 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. |
| FitsMoments |
Fits moments calculates statistical moments of the ADU distribution. |
| FitsMoments.File |
Takes a fits file and processes it. |
| FitsParameterStub |
The stub to a remote fits parameter. |
| FitsUpdateListener |
A helper class that allows this parameter to benefit from RMI-enabled
data transfer. |
| FlatExposureTime |
We estimate the exposure time for a flat field to yield a good exposure
level. |
| FlatExposureTime.FitsFile |
Reads the fits file given at the command line, extract the exposure
time and does an exposure calculation using default bias levels. |
| FlatExposureTime.Test |
Reads the fits file given at the command line, extract the exposure
time and does an exposure calculation using default bias levels. |
| FlatGroup |
This parameter conducts the automatic selection of twilight sky flats. |
| FlatGroup.Db |
Test class that retrieves statistic from db and prints it out. |
| FlatMatch |
This trigger is true only when the currently requested flat group, as
defined by the FlatGroup parameter matches the flat group
assigned to a sky flat field target. |
| 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. |
| FlatPointing |
Provides the nominal best sky-flat pointing position, as reported in
PASP 108, 944 (1996). |
| FlatQuality |
We estimate the quality of the currently accumulated flat fields. |
| FlatQuality.Test |
|
| FluxAdapter |
A parameter that utilizes incoming AdapterFwhm status messages
to derive the reported star flux (in instrumental magnitudes) out of it. |
| FocusMeasure |
We measure the focus by maximizing a central moment of the image fits. |
| FocusPosition |
A simple parameter that reflects the currently attained focus position of
the telescope. |
| FocusQuality |
This parameter returns the list of all exact focus determinations. |
| FocusQuality.Poke |
We peek into the saved datas file and print its content. |
| FocusStar |
A general variable representing the visual magnitude of the actual object. |
| FractionalExposureTime |
This parameter gives the fractional remaining exposure time. |
| FrameProvider |
A frame provider is a parameter that defines a certain rectangluar areas,
normally depending on target picked and/or error received. |
| FrameProvider.Test |
|
| FwhmAdapter |
A parameter that utilizes incoming AdapterFwhm status messages
to derive the reported star fwhm (in arcseconds) out of it. |
| HjdCorrection |
Represents the current heliocentric correction. |
| Horizon |
The horizon is a global constraint that deals with the partial vignetting
of the field of view. |
| Horizon.Ellipsoidal |
The class to calculate the shadow of two elliptical roofs, like in
STELLA. |
| Horizon.Show |
We display a panel that shows stella1-vigentting as gray-shaded |
| Horizon.Stella1 |
The vignetting introduced by the building for stella1. |
| Horizon.Stella2 |
The vignetting introduced by the building for stella2. |
| HostAddress |
Delivers a host name as an InetAddress object. |
| ImageRevolution |
This class calculates the image revolution in degrees per second. |
| ImageRotation |
This parameter gives the amount of image rotation in the focal plane. |
| ImageType |
A paramter that delivers the target name. |
| InferPark |
Tries to infer the parking state of the telescope by checking the telescope's
power state and altitude. |
| IntegerId |
An ID describable as an integer. |
| Jd |
Represents the current time as julian date. |
| Jd.Test |
Test class. |
| JFitsShow |
Displays the fits forwarded to it in a separate frame. |
| JFitsShow.Show |
We test the class by providing a fits file and a properties object. |
| Latitude |
A Parameter representing the latitude of the Teide
observatory. |
| LocalFitsParameter |
Class that deals with fits files originating from a FitsDriver. |
| Longitude |
A Parameter representing the longitude of the
observatory. |
| MirrorTemperature |
A simple parameter that reflects the currently attained focus position of
the telescope. |
| MissmatchTrigger |
A missmatch trigger is true, if the two values registered to it show an
absolute displacement higher than MissmatchTrigger.KEY_MAXOFF. |
| MomentsTrigger |
A moment trigger changes its value depending on a fits moments list
provided to it. |
| MomentsTrigger.Test |
As a test, we provide a fits file, a moment trigger properties
file and a fits moment parameter properties. |
| Moon |
A parameter representing the moon for a given time. |
| Moon.Test |
A test class. |
| MoonAngle |
A class representing the current phase angle of the moon for the center
of the moon. |
| MoonAzimuth |
A Value calculating the moon height. |
| MoonDec |
A class representing the current declination of the moon for the center of
the earth. |
| MoonHeight |
A Value calculating the moon height. |
| MoonLight |
A model of the sky brightness caused by moon-light following the
prescription of K. |
| MoonPhase |
A class representing the current phase of the moon as seen from the earth. |
| MoonRa |
A class representing the current right ascension of the moon for the center
of the earth. |
| MyRmiListener |
A helper class that allows this parameter to benefit from RMI-enabled
data transfer. |
| NasmithImageRevolution |
This parameter gives the amount of image rotation in the nashmith focal
plane. |
| NasmithImageRotation |
This parameter gives the amount of image rotation in the nashmith focal
plane. |
| NightClear |
This Value takes the registered time parameter and adds all time
intervalls the weather was clear from the database. |
| NightLength |
A class giving the length of the actual night in milliseconds. |
| NightLength.Test |
Test class. |
| NightRemain |
A class giving the remaining length of the actual night in milliseconds. |
| NightRemain.Test |
Test class. |
| ObservableList |
A parameter that is capable of cumulating a list of observable targets along
with their highest-ever merit. |
| ObservableList.DateMerit |
A combination of a date and a merit. |
| Observing |
A trigger that is true if the obersavtory is currently in the observing mode. |
| OneWireMultiSwitch |
A class providing access to a one-wire switches simultaneously. |
| OneWireSwitch |
A class providing access to a one-wire switch. |
| ParameterSkeleton |
A parameter that takes a non-remote parameter and exports it to the
registry. |
| ParameterSkeleton.Finger |
A class that allows access to parameter skeletons. |
| ParameterStub |
The stub to a remote parameter. |
| ParameterStub.Finger |
A class that allows access to parameter skeletons. |
| PilarParameter |
Parameters that are linked to a pilar3 telescope parameter. |
| PilarTrigger |
No true triggers (true/false) exist in Pilar, only values. |
| PilarValue |
Telescope parameters whose string representation can be parsed into a number |
| PointingModelOffset |
A class representing a contant offset in two telescope axes, azimuth and
altitude. |
| PowerTelescope |
The current power state of the telescope, as parsed from a status event. |
| PropDecTarget |
A general variable representing the proper motion in dec
of the actual object. |
| PropRaTarget |
A general variable representing the proper motion in ra, most likely
in miliarcsec/yr, of the actual object. |
| RaApparent |
A general variable representing the ra of the actual object, precessed
to the current equinox. |
| RankProvider |
A frame provider is a parameter that defines a certain rectangluar areas,
normally depending on target picked and/or error received. |
| RaTarget |
A general variable representing the ra of the actual object. |
| RefractionModel |
A paramter that combines necessary environment data to allow the
determination of the refraction. |
| RemoteSensorAverage |
Returns the average of a sensor. |
| RemoteSensorMaximum |
Returns the average of a sensor. |
| RemoteSensorShelf |
This value registers to a sensor that is a RmiDataCaster. |
| RemoteSensorStatistic |
This value registers to a sensor that is a RmiDataCaster. |
| RemoteSensorStub |
This class is a parameter stub, intended to bind to a remotely running
sensor. |
| RemoteShelfAverage |
Returns the average of a sensor. |
| RemoteShelfMaximum |
Returns the average of a sensor. |
| RMagTarget |
A general variable representing the R magnitude of the actual object. |
| RollOverWatch |
A stopwatch counting time with the possibility of re-nulling at certain
times. |
| RS485Switch |
A class providing access to a RS485-enabled switch. |
| SeasonWeather |
A trigger that mimics seasonal weather on the STELLA site. |
| SensorShelf |
Links averaging to a data sensor. |
| SensorStatistic |
A sensor statistic acts as a data listener, where every data event received
is added to the statistic. |
| SensorValue |
A parameter that represents a sensor that is running locally on the same
host. |
| SerialValue |
A class providing access to a RS485-enabled switch. |
| SerialValue.DewarPressure |
Dewar pressure conversion function. |
| SerialValue.Test |
Test class. |
| ServerPort |
Diverts a property into a port number. |
| SettableTime |
A general variable representing time. |
| ShelfStatistic |
This class hooks on to a shelf to generate minima/maxima or averages. |
| ShelfStatistic.Average |
Useable class returning the average. |
| ShelfStatistic.Maximum |
Useable class returning the average. |
| ShelfStatistic.Minimum |
Useable class returning the average. |
| ShelfStatistic.Test |
Test class. |
| ShutterTimes |
Wraps on a shutter and provides timing information. |
| SiderealGreenwich |
And yet another implementation of a sidereal time computation}, for the
zero-meridian at Greenwich. |
| SiderealGreenwich.Now |
Reads the first command line argument and parses it into a date. |
| SiderealGreenwichApparent |
The apparent sidereal time in Greenwich. |
| SiderealGreenwichApparent.Now |
Reads the first command line argument and parses it into a date. |
| SiderealTime |
And yet another implementation of a sidereal time computation. |
| SiderealTime.Now |
Reads the first command line argument and parses it into a date. |
| SignalToNoise |
From a fits file, we extract a window and estimate the Signal-to-Noise from
photon statistics. |
| SignalToNoise.File |
Test class and class for processing fits files in-situ. |
| SimpleEventTrigger |
An abstract implementation for an event trigger. |
| SimpleParameter |
A helper class providing a simple parameter. |
| SimpleRemoteSwitch |
A helper class providing a simulated switch that can be exported remotely. |
| SimpleRemoteTrigger |
A helper class providing a simple trigger. |
| SimpleRemoteValue |
A simple value with remote capabilites. |
| SimpleTrigger |
A helper class providing a simple trigger. |
| SimpleValue |
A helper class providing a simple parameter. |
| SimpleValue.Exposure |
Simple value that implements the marjer interface to use it as an
exposure time meter. |
| SnapshotParameter |
A snapshot parameter records the value of an other parameter at a certain
time. |
| SnapshotValue |
An extension to a snapshot parameter, where the registered parameter
must be a value. |
| SolAzimuth |
A Value calculating the solar zenith height. |
| SolDec |
A parameter giving the actual solar declination. |
| SolDistance |
A Value calculating the apparent solar distance in AU. |
| SolDistance.Test |
Testing only. |
| SolHeight |
A Value calculating the solar zenith height. |
| SolLambda |
A Value calculating the apparent solar ecliptical longitude. |
| SolLambda.Test |
Testing only. |
| SolOpposition |
A Value calculating the time out of a given solar ra. |
| SolOpposition.Test |
Testing only. |
| SolRa |
A parameter giving the actual solar right ascension. |
| SolRa.Test |
Testing only. |
| SolSink |
Gives the current speed of the sun-rise or sink, meaning the first
derivative of the solar height with time. |
| SolZ |
A Value calculating the solar zenith distance. |
| SolZ.Test |
Testing only. |
| StatisticValue |
A value that is reset at receiving a certain error-event, cumulates
numbers with its set method and returns statistical values on get
queris. |
| StatisticValue.Average |
Useable class returning the average. |
| StatisticValue.Maximum |
Useable class returning the average. |
| StatisticValue.Median |
Useable class returning the median. |
| StatisticValue.Minimum |
Useable class returning the average. |
| StopWatch |
A stop watch parameter counts elapsed time. |
| SumWatch |
A sum watch takes several StopWatches and returns their summed
value on request. |
| SwitchRelay |
Relay the parameter given at the first command line argument to the
local registry. |
| SwitchSkeleton |
A trigger that takes a non-remote trigger and exports it to the
registry. |
| SwitchSkeleton.Turn |
Allows rmi-access to the AbstractRemoteSwitch.switchOn(long), AbstractRemoteSwitch.switchOff(), and the
#switchOnTimeout methods. |
| SwitchStub |
The stub representation for a remote switch. |
| TargetCatalogName |
A paramter that delivers the target name in a SIMBAD-resolvable fashion. |
| TargetDistance |
A parameter that calculates the distance of a target to some given
fixed point in the sky. |
| TargetFilterFunction |
A parameter that calculates its actual target value (like an exposure time)
not only
as a function of an other target depending parameter like the airmass, but
also of the current filter selected, or, if useful, on any additional
parameter. |
| TargetFunction |
A parameter that calculates its actual target value (like an exposure time)
as a function of an other target depending parameter like the airmass. |
| TargetInstitution |
A parameter that assumes the user name of the current target. |
| TargetList |
A parameter that is capable of resolving a list of parsed targets in its
TargetList.get() method. |
| TargetList.Check |
Checks the file given on the command line. |
| TargetList.Invoke |
Mainly used for parsing input-xml files and writing them as serialized
targets. |
| TargetList.TargetDump |
A class that is a thread and dumps all of the targets registered at
VM-exit to the scheduler to the dump directory. |
| TargetMerit |
A value symbolizing the current merit of the target. |
| TargetName |
A paramter that delivers the target name. |
| TargetSetup |
A general variable representing a constant in a setup of a target. |
| TargetType |
A paramter that delivers the target name. |
| TargetUser |
A paramter that delivers the target user name. |
| TauTarget |
Represents the hour angle of the actual target. |
| TelescopeError |
A class that uses incoming TelescopeStatus errors to deduce
eventually occuring telescope errors. |
| Time |
A general variable representing time. |
| TrackTime |
A general variable representing the tracking time remaining for the actual
object. |
| TrackVelocity |
A class to calculate the tracking velocity as the sum of AzVelocity
and AltVelocity. |
| TriggerSkeleton |
A trigger that takes a non-remote trigger and exports it to the
registry. |
| TriggerStub |
An extension to parameter stub. |
| Twilight |
A twilight parameter measures the time prior and after roof opening/closing. |
| Unique |
This parameter provides a unique identifier string that may be used in
acquire/guide frames, scientific exposures or similar. |
| UserShare |
A parameter that represents the current time share of a user group. |
| ValueDifference |
Simple difference of two Values. |
| ValueFraction |
Simple fraction of two Values. |
| ValueProduct |
Simple product of two Values. |
| ValueStub |
The stub representation for a remote value. |
| ValueSum |
Simple adding of to Values. |
| VMagTarget |
A general variable representing the visual magnitude of the actual object. |
| WatchController |
A watch-controller is a super-class for instances that control a set of
RollOverWatches. |
| WcsString |
A dummy variable to allow WCS header entries formatting ra or dec as a
sexagesimal string. |
| WeatherTrigger |
A weather trigger takes a list of SensorValues, named according to
WeatherTrigger.KEY_WEATHERLIST. |