C-Index

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z _

C

C - Static variable in class astro.Astro
C1 - Static variable in class astro.HauckCatalog.StromgrenStar: ID for c1.
c1 - Variable in class astro.HauckCatalog.StromgrenStar
C1 - Static variable in class stella.sensor.DewPoint: Constant C1.
C15 - Static variable in class stella.sensor.DewPoint: Constant C15.
C1EQC - Static variable in class astro.Broker: The quadratic coefficient in equation of center of the sun.
C1EQC - Static variable in class globals.value.SolLambda: The quadratic coefficient in equation of center of the sun.
C2 - Static variable in class stella.sensor.DewPoint: Constant C2.
C3 - Static variable in class stella.sensor.DewPoint: Constant C3.
C4 - Static variable in class stella.sensor.DewPoint: Constant C4.
CabinetSwitch - Class in stella.telescope: A switch to turn the power in the switch cabinet of the telescope on and off.
CabinetSwitch(Map) - Constructor for class stella.telescope.CabinetSwitch: Constructs a new living reference of a cabinet switch.
cache - Variable in class globals.parameter.AbstractCachedParameter: The cached value.
cache - Variable in class io.SerialValue: The old value, if reading fails.
cache - Variable in class net.LatestURL: The collection of all refences matching the filter retrieved lately.
cache - Variable in class stella.io.CacheEvent: The key in the cache, i.e.
cache - Variable in class stella.io.PollingRS485Server: The hashtable linking read-commands to results.
cache - Variable in class stella.math.ImageMomentsLayout: Cache is updated at each call to #getImageMoment with no hit.
cache - Variable in class stella.mxio.GenericMoxaRead: The last result used for caching.
cache - Variable in class stella.net.AbstractVariableMonitor: The actual cache.
cache - Variable in class stella.net.modbus.MasterPollingRead: The last result used for caching.
cache - Variable in class stella.nut.UpsDriver.UpsRefresh: The cache I serve.
cache - Static variable in class stella.ow.ServerClient: A cache for diverse path's.
cache - Variable in class stella.rmi.SensorDump
cache - Variable in class stella.roof.BaaderDome: We have to cache valid azimuth reading due to faulty hardware.
CacheCaster - Interface in stella.io: The interface describing generic casting capabilities of cache events.
CacheChangedCaster - Interface in stella.io: The interface describing generic casting capabilities of cache changed events.
CacheChangedEvent - Class in stella.io: An event signaling that the value mapped to a specific key in a polling server's cache has changed.
CacheChangedEvent(Object, String, Object) - Constructor for class stella.io.CacheChangedEvent: Constructs a new cache changed event.
CacheChangedListener - Interface in stella.io: The interface describing objects interested in receiving notification if the value (i.e.
cachedDeserFactories - Variable in class Sesame_pkg.SesameSoapBindingStub
cachedDeserFactories - Variable in class VizieR_pkg.VizieRSoapBindingStub
cachedSerClasses - Variable in class Sesame_pkg.SesameSoapBindingStub
cachedSerClasses - Variable in class VizieR_pkg.VizieRSoapBindingStub
cachedSerFactories - Variable in class Sesame_pkg.SesameSoapBindingStub
cachedSerFactories - Variable in class VizieR_pkg.VizieRSoapBindingStub
cachedSerQNames - Variable in class Sesame_pkg.SesameSoapBindingStub
cachedSerQNames - Variable in class VizieR_pkg.VizieRSoapBindingStub
CacheDump() - Constructor for class stella.io.PollingRS485Server.CacheDump
CacheEvent - Class in stella.io: An event signaling that the value mapped to a specific key in a polling server's cache has changed.
CacheEvent(Object, Map<String, Object>) - Constructor for class stella.io.CacheEvent: Constructs a new cache event.
cachelast - Variable in class stella.sensor.CachingTcpIpSensor
cachelist - Variable in class stella.environment.EnvironmentMaster: A list of all cache values we should register to.
cachelisten - Variable in class stella.io.PollingRS485Server: The hashtable matching keys to registered cache changed listeners.
CacheListener - Interface in stella.io: The interface describing objects interested in receiving notification if a cache has been entirely refreshed, normally during a polling cycle.
cachetime - Static variable in class stella.ow.ServerClient: The attached time cache.
cachevalue - Variable in class stella.sensor.CachingTcpIpSensor
CachingTcpIpSensor - Class in stella.sensor
CachingTcpIpSensor(Map<String, String>) - Constructor for class stella.sensor.CachingTcpIpSensor
CADCPATH - Static variable in class net.DigitizedSkySurvey: The cgi-path for the default server.
CADCPROTOCOL - Static variable in class net.DigitizedSkySurvey: The protocol of the default server.
CADCSERVER - Static variable in class net.DigitizedSkySurvey: The server for the default retrieval method.
calc(String, String, String, String) - Method in class mysql.SqlAccess: Returns a result set.
calc(int, int) - Method in class stella.ccd.E2VGeometry
calc(int, int) - Method in class stella.ccd.MultiModeWifsipGeometry
calc(int, int) - Method in class stella.ccd.WifsipMaster.WifsipGeometry
calc - Static variable in class stella.command.AcquireExposureAdapter: The exposure time calculator.
calc - Static variable in class stella.command.GuidingExposureAdapter: The exposure time calculator.
calc - Static variable in class stella.command.ScientificCcd: The exposure time calculator.
calcDistances(List<? extends Glint>) - Static method in class stella.acquire.BilinearCatalogMatch: Calculates all distances between pixels.
calcDistances(List<Guiding.RawStar>) - Static method in class stella.adapter.RectangularMatcher: Calculates all distances between pixels.
calcDistances() - Method in class stella.adapter.StarRegister: Calculates and stores the polar coordinate distances for each pairs of star in the CCD image and in the catalog.
calcFake(int, int) - Method in class stella.ccd.E2VGeometry
calcLambda() - Method in class astro.SimpleSol: Calculates the ecliptical longitude of the Sun and transfers it into Lambda.
calcPolynom() - Method in class stella.math.Extrapolation: The abstract method returning the extrapolating polynom.
calcPolynom() - Method in class stella.math.LinearExtrapolation: Calculates the extrapolating polynom.
calcPolynom() - Method in class stella.math.ParabolicExtrapolation: Calculates the extrapolating polynom.
calcRaDec() - Method in class astro.MoonPosition: Calculates the right ascension and the declination of the moon.
calcRaDec() - Method in class astro.SimpleSol: Calculates the right ascension and the declination of an object with the given ecliptical longitude and a latitude of zero.
calcSum(int) - Method in class stella.math.Extrapolation: Calculates the data sums according to the following schema: First, the ∑y_k is calculated and stored in sum[0]. Now, as long as j is less or equal the argument, ∑k^jy_k is evaluated and stored at sum[j].
calcTau(double, double, double) - Method in class globals.value.AltTarget: Calculates the remaining time until a given height is reached.
calcthread - Variable in class globals.rmi.FitsMoments: The thread that does the calculation.
calcTime(double, double, double, TargetDefinition) - Method in class globals.value.AzTarget: Calculates the remaining time until a given az is reached.
calcTime(double, double, double) - Method in class globals.value.MoonAzimuth: Calculates the remaining time until a given az is reached.
calcTime(double, double, double) - Method in class globals.value.SolAzimuth: Calculates the remaining time until a given az is reached.
calcTrig() - Method in class astro.Location
calcTrue(int, int) - Method in class stella.ccd.E2VGeometry
calcTrue(int, int) - Method in class stella.ccd.MultiModeWifsipGeometry
Calculate() - Constructor for class astro.OrbitModel.Calculate
Calculate(MFits, Date, long, double) - Constructor for class globals.rmi.FitsMoments.Calculate
calculate(Number, double) - Static method in class globals.value.AirmassTarget: Calculates the airmass using the hour angle and the declination of the target.
calculate(Number, Number) - Method in class globals.value.AltTarget: Calculates the height using the hour angle and the declination of the target.
calculate(Number) - Method in class globals.value.AltVelocity: Calculates the airmass using the hour angle and the declination of the target.
calculate(Number, Number) - Method in class globals.value.AzTarget: Calculates the azimuth using the hour angle and the declination of the target.
calculate(Number, Number) - Method in class globals.value.AzVelocity: Calculates the azimuthal velocity of the az/h location.
calculate(double, double, double) - Method in class globals.value.BarycentricVelocity: Calculates the corrections in meter/sec.
calculate(double, double) - Method in class globals.value.DiurnalVelocity: Calculates the amount of the diurnal velocitry contribution to the barycentric velocity.
calculate(Number) - Method in class globals.value.EnvironmentFocus: Calculates the environmental focus according to:
calculate(Number, Number) - Method in class globals.value.HjdCorrection: Calculates the helicentric correction for an object at the given sky position in ms.
calculate(Number, Number, Number) - Method in class globals.value.ImageRevolution: Calculates the image rotation angle in the focal plane.
calculate(Number, Number, Number) - Method in class globals.value.ParallacticAngle: Calculates the image rotation angle in the focal plane.
calculate(Number) - Method in class globals.value.SolOpposition: Calculates the required solar longitude for opposition and calls the static SolOpposition.longitudeInvert(double, double) method.
calculate(double, double) - Static method in class globals.value.TauTarget: Calculates the hour angle using the current sidereal time and the handed over right ascension.
calculate(Number, Number) - Method in class globals.value.TrackVelocity: Calculates the airmass using the hour angle and the declination of the target.
calculate(Number, Number) - Method in class stella.globals.Horizon: Calculates the azimuth using the hour angle and the declination of the target.
calculate(double, double[]) - Method in class stella.merit.PhaseCoherentMerit: Calculates the merit at the given phase, which must be between zero and one.
calculateBoolean(GlobalGrouping) - Method in class stella.util.ExpressionEvaluator: Returns the actual value of the expression if the target is of no importance.
calculateBoolean(GlobalGrouping, TargetDefinition, Map<String, Object>) - Method in class stella.util.ExpressionEvaluator: Returns the actual value of the expression.
calculateDither(int, double, double, double, double, int) - Static method in class stella.globals.DitherParameter: Calculates a spiral-like pattern dither, where the first number is the current dither count.
calculateIn(Number, Number, double) - Method in class globals.value.AltTarget: Calculates the azimuth using the hour angle and the declination of the target.
calculateIn(Number, Number, double) - Method in class globals.value.AzTarget: Calculates the azimuth using the hour angle and the declination of the target.
calculateMnk(int, int) - Method in class stella.math.ImageMomentsLayout
calculateNumber(GlobalGrouping) - Method in class stella.util.ExpressionEvaluator: Returns the actual value of the expression if the target is of no importance.
calculateNumber(GlobalGrouping, TargetDefinition, Map<String, Object>) - Method in class stella.util.ExpressionEvaluator: Returns the actual value of the expression.
calculateTime(Number, Number) - Method in class globals.value.TauTarget: Calculates the remaining time out of the target tau and the current tau.
calculateZ(Date) - Method in class stella.sensor.SolZSensor: Calculate the cosine of the solar zenith distance at the given time.
CalibrationAccess - Class in stella.calibration
CalibrationAccess() - Constructor for class stella.calibration.CalibrationAccess: Constructs a new building access instance.
CalibrationCaster - Class in stella.rmi: A concret caster client that connects to the telescope control.
CalibrationCaster(Map) - Constructor for class stella.rmi.CalibrationCaster: Constructs a new Telescope Caster.
CalibrationCommand - Interface in stella.calibration: A marker interface to distinguish normal command events from commands only ment for the adapter.
CalibrationControlling - Interface in stella.rmi: An interface defining remote-access capabilities to the adapter master.
calibrationdead - Variable in class stella.calibration.CalibrationSimulator: True, if a no-calibration error was thrown.
calibrationLight() - Method in class stella.calibration.CalibrationMaster: Returns the trigger state of the calibration light switch.
CalibrationMaster - Class in stella.calibration: This class is an intermediate step to a adapter that is capable only of steering the calibrational units.
CalibrationMaster(Map<String, String>) - Constructor for class stella.calibration.CalibrationMaster: Constructs a new adapter master.
calibrationMove() - Method in class stella.calibration.CalibrationMaster: Changes the calibration unit for input of thar.
calibrationMove() - Method in interface stella.rmi.CalibrationControlling: Moves calibration unit to ThAr position.
calibrationOff() - Method in class stella.calibration.CalibrationMaster: Switches calibration light off.
calibrationOff() - Method in interface stella.rmi.CalibrationControlling: Switches calibration light off.
CalibrationOffAdapter - Class in stella.command: The command to turn off the calibration light.
CalibrationOffAdapter(Object) - Constructor for class stella.command.CalibrationOffAdapter: Constructs a new calibration-off command.
CalibrationOffAdapter(Object, String, long) - Constructor for class stella.command.CalibrationOffAdapter: Constructs a new calibration-off command.
calibrationOn() - Method in class stella.calibration.CalibrationMaster: Switches calibration light on.
calibrationOn() - Method in interface stella.rmi.CalibrationControlling: Switches calibration light on.
CalibrationOnAdapter - Class in stella.command: The command to turn on the calibration light.
CalibrationOnAdapter(Object) - Constructor for class stella.command.CalibrationOnAdapter: Constructs a new calibration-on command.
CalibrationOnAdapter(Object, String, long) - Constructor for class stella.command.CalibrationOnAdapter: Constructs a new calibration-on command.
CalibrationSimulator - Class in stella.calibration: Simulates the action of the adapter.
CalibrationSimulator(Map) - Constructor for class stella.calibration.CalibrationSimulator: Constructs a new adapter simulator.
CALIBRATIONTYPE - Static variable in class mysql.ObserveSql: The image type qualifier for scientific observations.
CalibStaticLockUnit - Class in stella.calibunit
CalibStaticLockUnit(Map<String, String>) - Constructor for class stella.calibunit.CalibStaticLockUnit: Constructor.
CalibUnit - Class in stella.calibunit
CalibUnit(Map<String, String>) - Constructor for class stella.calibunit.CalibUnit: Constructor.
CalibUnit.Concurrent - Class in stella.calibunit
CalibUnit.gohome - Class in stella.calibunit
CalibUnit.Relative - Class in stella.calibunit: Steps the motor relatively for the given number of steps.
CalibUnit.setpos1 - Class in stella.calibunit
CalibUnit.setpos2 - Class in stella.calibunit
CalibUnit.setpos3 - Class in stella.calibunit
CalibUnit.setpos4 - Class in stella.calibunit
CalibUnit.setpos5 - Class in stella.calibunit
CalibUnit.Status - Class in stella.calibunit: Retrieves all of the status there is and pipe it to standard out.
CalibUnit.Test - Class in stella.calibunit: Test the class.
Calima - Class in stella.log: We scan a webpage for calima warnings.
Calima(Map<String, String>) - Constructor for class stella.log.Calima
Calima.Div - Class in stella.log
callback(VectorG) - Method in interface util.rmi.CallbackClient: The server call this method after registering.
callback(VectorG) - Method in class util.rmi.CallbackClientImpl
CallbackClient - Interface in util.rmi: A callback client registers at a CallbackServer.
CallbackClientImpl - Class in util.rmi: Implementation of a callback client.
CallbackClientImpl() - Constructor for class util.rmi.CallbackClientImpl
CallbackServer - Interface in util.rmi: An interface for testing binding, server and callback methods.
CallbackServerImpl - Class in util.rmi: Implementation of a callback client.
CallbackServerImpl() - Constructor for class util.rmi.CallbackServerImpl
CALT - Static variable in class stella.util.PointingModel.PseudoModel
camera - Static variable in class stella.ccd.AbstractCCDParameter: The static reference to the main camera object.
camera - Variable in class stella.ccd.CameraMaster: The driver object for the camera.
CameraAccess - Class in stella.ccd: A small program allowing access to SesControlling enhanced objects.
CameraAccess() - Constructor for class stella.ccd.CameraAccess: Constructs a new camera access instance.
cameracache - Static variable in class stella.ccd.AbstractCCDParameter: The cached camera info.
CameraControlling - Interface in stella.rmi: An interface specifying the necessary camera commands to allow remote access.
CameraMaster - Class in stella.ccd: The class that handles the communication of the CCD controler back with the SCS.
CameraMaster(Map<String, String>) - Constructor for class stella.ccd.CameraMaster: Constructs a new CCD master.
CameraMaster.CardInfo - Class in stella.ccd
CameraMaster.CcdWatch - Class in stella.ccd: This class reads from the CCD the current values of temperature and pressure and compares them to set values.
CameraMaster.HeaderGather - Class in stella.ccd
CameraMaster.When - Enum in stella.ccd
cancel - Variable in class ccd.SynchronousCcdDriver.MakeImage: True, if this thread should die.
cancel() - Method in class ccd.SynchronousCcdDriver.MakeImage: Sets the cancel flag.
cancel - Variable in class ccd.SynchronousCcdDriver.ReduceImage: Gets true if we should cancel.
cancel() - Method in class ccd.SynchronousCcdDriver.ReduceImage: Sets the cancel flag.
cancel - Variable in class globals.rmi.ParameterStub: The cancel flag for the binding thread.
cancel() - Method in class globals.rmi.ParameterStub: Cancels the binding thread.
cancel - Variable in class stella.acquire.AcquireMaster.ContinuousExposure: Gets zero, if we should exit.
cancel() - Method in class stella.acquire.AcquireMaster.ContinuousExposure: Called, if we should cancle after the readout of the current exposure.
cancel() - Method in class stella.adapter.AuxiliaryGuidingUnit: Canceling means stop the continuous mode.
cancel - Variable in class stella.adapter.AuxiliaryMaster.ContinuousExposure: Gets true, if we should exit.
cancel() - Method in class stella.adapter.AuxiliaryMaster.ContinuousExposure: Called, if we should cancle after the readout of the current exposure.
cancel - Variable in class stella.adapter.OffAxisTracker.GuiderLoop: If cancel was called lately.
cancel() - Method in class stella.adapter.OffAxisTracker.GuiderLoop: Also allow immediate exits in our loop.
cancel - Variable in class stella.adapter.SpillageGuider.GuiderLoop: If cancel was called lately.
cancel() - Method in class stella.adapter.SpillageGuider.GuiderLoop: Also allow immediate exits in our loop.
cancel - Variable in class stella.adapter.StellaGuider.ExposeThread: True, if this thread should die.
cancel() - Method in class stella.adapter.StellaGuider.ExposeThread: Sets the cancel flag.
cancel - Variable in class stella.adapter.StellaGuider.ReduceThread: Gets true if we should cancel.
cancel() - Method in class stella.adapter.StellaGuider.ReduceThread: Sets the cancel flag.
cancel - Variable in class stella.ccd.CameraMaster.HeaderGather
cancel - Variable in class stella.globals.FlatQuality.Gather
cancel() - Method in class stella.io.PollingRS485Server.Poller: Cancels this polling thread.
cancel - Variable in class stella.io.RS485ReadWriteServer.ReadWrite: The cancel flag.
cancel - Variable in class stella.log.ErrorEcho: True if the logger should die.
cancel() - Method in class stella.log.ErrorEcho: Cancels this logger.
cancel - Variable in class stella.MasterMind: True if the master mind should stop.
cancel() - Method in class stella.MasterMind: Cancels execution of the master mind program.
cancel - Variable in class stella.net.CasterClient.CommandSender: Gets true if this thread should terminate unexpectedly.
cancel() - Method in class stella.net.CasterClient.CommandSender: Cancels the current cycle.
cancel() - Method in class stella.net.CommandReceiver: Cancels the server.
cancel - Variable in class stella.net.CommandReceiver.CommandHandler: Becomes true if the protocol should be terminated.
cancel() - Method in class stella.net.CommandReceiver.CommandHandler: Indicates that the protocol submission should be terminated.
cancel() - Method in class stella.net.ErrorReceiver: Cancels the parameter server.
cancel - Variable in class stella.net.ErrorReceiver.ErrorHandler: Becomes true if the protocol should be terminated.
cancel() - Method in class stella.net.ErrorReceiver.ErrorHandler: Indicates that the protocol submission should be terminated.
cancel - Variable in class stella.net.gregor.CommunicationHandler.ReceiverThread
cancel() - Method in class stella.net.gregor.CommunicationHandler.ReceiverThread: We set the cancel flag to true, this will terminate the sender thread on next wakeup.
cancel - Variable in class stella.net.gregor.CommunicationHandler.SenderThread: If true, we cancel on next invocation.
cancel() - Method in class stella.net.gregor.CommunicationHandler.SenderThread: We set the cancel flag to true, this will terminate the sender thread on next wakeup.
cancel - Variable in class stella.net.gregor.PacketServer
cancel - Variable in class stella.net.gregor.PacketServer.ReceiverThread
cancel() - Method in class stella.net.gregor.PacketServer.ReceiverThread: We set the cancel flag to true, this will terminate the sender thread on next wakeup.
cancel - Variable in class stella.net.gregor.PacketServer.SenderThread: If true, we cancel on next invocation.
cancel() - Method in class stella.net.gregor.PacketServer.SenderThread: We set the cancel flag to true, this will terminate the sender thread on next wakeup.
cancel() - Method in class stella.net.ParameterRelay: Cancels the parameter server.
cancel - Variable in class stella.net.ParameterRelay.ParameterHandler: Becomes true if the protocol should be terminated.
cancel() - Method in class stella.net.ParameterRelay.ParameterHandler: Indicates that the protocol submission should be terminated.
cancel() - Method in class stella.net.ParameterServer: Cancels the parameter server.
cancel - Variable in class stella.net.ParameterServer.ParameterHandler: Becomes true if the protocol should be terminated.
cancel() - Method in class stella.net.ParameterServer.ParameterHandler: Indicates that the protocol submission should be terminated.
cancel - Variable in class stella.net.ReceiverServer: Gets true if this thread should exit.
cancel() - Method in class stella.net.ReceiverServer: Cancels the server thread.
cancel - Variable in class stella.roof.BaaderDome.AzimuthRead: Set to true and thread dies.
cancel - Variable in class stella.roof.DomeReceiver.Slew: Signals a cancel issued from the outside.
cancel() - Method in class stella.roof.DomeReceiver.Slew: Cancels this thread.
cancel() - Method in class stella.sensor.BeckhoffRainSensor: Cancels the rain sensor.
cancel() - Method in class stella.sensor.RS485RainImminentSensor: Cancels the rain sensor.
cancel() - Method in class stella.sensor.RS485RainSensor: Cancels the rain sensor.
cancel() - Method in interface stella.sensor.Telemetering: Cancels this sensor.
cancel() - Method in class stella.sensor.TimerTaskSensor: Stops the execution of this thread.
cancel() - Method in class stella.sensor.Ups: Cancels this sensor reading thread.
cancel() - Method in class stella.util.Alarm: Cancels this alarm.
cancel - Variable in class stella.util.DummySequencer: The prematurely stop the sequencer.
cancel() - Method in class stella.util.DummySequencer: Cancels the execution of the sequencer.
cancel() - Method in class stella.util.SimulatorSequencer: Does nothing.
cancel - Variable in class stella.util.TransferListener.TransferThread: If true, we cancel.
cancel - Variable in class stella.xml.LoopingSequencer: The cancel flag.
cancel() - Method in class stella.xml.LoopingSequencer: Cancel this sequencer.
cancel - Variable in class stella.xml.XMLSequencer: The cancel flag.
cancel() - Method in class stella.xml.XMLSequencer: Cancel this sequencer.
cancel - Variable in class util.AppletServer
cancelClose - Variable in class stella.roof.RoofReceiver: A trigger indicating that the close-movement should be canceled.
cancelCommand() - Method in class stella.io.RS485ReadWriteServer: Cancels the command-read thread.
cancelContinuous() - Method in interface ccd.Continuous: Signals that a continuous read-out should be canceled.
cancelContinuous() - Method in class ccd.SynchronousCcdDriver: Stops a continuous guiding exposure.
cancelContinuous() - Method in class stella.adapter.StellaGuider: Stops a continuous guiding exposure.
cancelDownloadPrg() - Method in class stella.omc.OmcMotor: Cancels downloading the program.
cancelGuiding() - Method in class stella.acquire.AbstractAutoGuider: Method to ensure that continuous operation will be canceled as soon as possible.
cancelOpen - Variable in class stella.roof.RoofReceiver: A trigger indicating that the open-movement should be canceled.
canConnect() - Method in class mysql.SqlAccess
CannotCloseMirrorCover - Class in stella.error: An error event sent by the telescope if the mirror cover cannot be closed.
CannotCloseMirrorCover(Object) - Constructor for class stella.error.CannotCloseMirrorCover: Constructs a software error.
CannotCloseRoof - Class in stella.error: An error event sent by the environment if the roof cannot be closed and it needs human interference.
CannotCloseRoof(Object) - Constructor for class stella.error.CannotCloseRoof: Constructs a software error.
CannotFocusMirror - Class in stella.error: An error event sent by the telescope if the secondary mirror cannot be moved, i.e.
CannotFocusMirror(Object) - Constructor for class stella.error.CannotFocusMirror: Constructs a software error.
CannotInitAdapter - Class in stella.error: An error event sent by the adapter if the initialization of the adapter fails.
CannotInitAdapter(Object) - Constructor for class stella.error.CannotInitAdapter: Constructs a software error.
CannotInitCcd - Class in stella.error: An error event sent by the ccd if initialization fails.
CannotInitCcd(Object) - Constructor for class stella.error.CannotInitCcd: Constructs a software error.
CannotInitTelescope - Class in stella.error: An error event sent by the telescope if the initialization of the telescope fails.
CannotInitTelescope(Object) - Constructor for class stella.error.CannotInitTelescope: Constructs a software error.
CannotMatchException - Exception in stella.exception: An exception signaling that a requested guiding frame is illegal.
CannotMatchException() - Constructor for exception stella.exception.CannotMatchException: Constructs an empty CannotMatchException.
CannotMatchException(String) - Constructor for exception stella.exception.CannotMatchException: Constructs an CannotMatchException with the given error message.
CannotMoveDome - Class in stella.error: An error event sent by the telescope if the telescope cannot be moved.
CannotMoveDome(Object) - Constructor for class stella.error.CannotMoveDome: Constructs a software error.
CannotMoveTelescope - Class in stella.error: An error event sent by the telescope if the telescope cannot be moved.
CannotMoveTelescope(Object) - Constructor for class stella.error.CannotMoveTelescope: Constructs a software error.
CannotOffsetTelescope - Class in stella.error: An error event sent by the telescope if applying the offset fails.
CannotOffsetTelescope(Object) - Constructor for class stella.error.CannotOffsetTelescope: Constructs a software error.
CannotOpenMirrorCover - Class in stella.error: An error event sent by the telescope if the mirror cover cannot be opened.
CannotOpenMirrorCover(Object) - Constructor for class stella.error.CannotOpenMirrorCover: Constructs a software error.
CannotOpenRoof - Class in stella.error: An error event sent by the environment if the roof cannot be opened and it needs human interference. This error should spark e-mailing of someone responsible at the home institute.
CannotOpenRoof(Object) - Constructor for class stella.error.CannotOpenRoof: Constructs a software error.
CannotParkTelescope - Class in stella.error: An error event sent by the telescope if the initialization of the telescope fails.
CannotParkTelescope(Object) - Constructor for class stella.error.CannotParkTelescope: Constructs a software error.
CannotWriteFile - Class in stella.error: An error event sent by the ccd if recorded data cannot be stored on the hard disk due to missing hard disk space.
CannotWriteFile(Object) - Constructor for class stella.error.CannotWriteFile: Constructs a software error.
canrate - Variable in class stella.xml.SporeTarget: The expression to fulfill for a rating to take place.
canRead() - Method in class mysql.SqlAccess: If true, we can read to the database.
canUseCentral() - Method in class stella.adapter.AuxiliaryCaptureUnit: This method returns true if we should and can use the central star.
canvas(List<SextractorStar>, Dimension) - Method in class stella.util.SextractorRegions: Converts a sectractor list to a JNormalizedCanvas shape list.
canvasLine(Dimension, double, double, ShapeFactory.Paths, double, double, Color) - Static method in class stella.util.SextractorRegions
canWrite() - Method in class mysql.SqlAccess: If true, we can write to the database.
cap - Variable in class stella.globals.Horizon: The vignetting instance.
CardInfo(String) - Constructor for class stella.ccd.CameraMaster.CardInfo
CardInfo(String, String, CameraMaster.When, Constructor<?>) - Constructor for class stella.ccd.CameraMaster.CardInfo
CAST - Static variable in class stella.net.CasterClient: An internal counter for automatic naming of the main command caster.
castCommand(CommandEvent) - Method in interface stella.CommandCasting: The interface to the command casting routine.
castCommand(CommandEvent) - Method in interface stella.CommandLaunching: The interface to the command casting routine.
castCommand(CommandEvent) - Method in class stella.MasterLauncher: Cast the command to the SCS.
castCommand(CommandEvent) - Method in class stella.net.CasterClient: The public method called to cast a command to the specified receiver.
castCommand(CommandEvent) - Method in class stella.net.PilarLauncher
castCommand(CommandEvent) - Method in class stella.rmi.CasterTorso: The public method called to cast a command to registered listeners.
castCommandAndWait(TelescopeCommand, long) - Method in class stella.adapter.AdapterTelescopeCaster: Only used for manual acquire.
castCommandAndWait(TelescopeCommand, long) - Method in interface stella.adapter.OffsetCaster: Only used for manual acquire.
castCommandAndWait(CommandEvent) - Method in class stella.net.TelescopeClient.Blocking: Casts the command and blocks.
castCommandAndWait(TelescopeCommand) - Method in class stella.util.TelescopeSubsidiaryCaster: Only used for manual acquire.
castCommandAndWait(TelescopeCommand, long) - Method in class stella.util.TelescopeSubsidiaryCaster: Only used for manual acquire.
castCommandNoWait(TelescopeCommand) - Method in class stella.util.TelescopeSubsidiaryCaster: Casts the offset command to the telescope during guiding phase.
castDitherAndWait(DitherTelescope) - Method in class stella.adapter.AdapterTelescopeCaster: Casts the dither command to the telescope and waits for notification on the appropriate done event.
castDitherAndWait(DitherTelescope) - Method in class stella.adapter.GregorTelescopeCaster: Casts the dither command to the telescope and waits for notification on the appropriate done event.
castDitherAndWait(DitherTelescope) - Method in interface stella.adapter.OffsetCaster: Casts a dither offset to the telescope, which is an offset in ra/de.
castDitherAndWait(DitherTelescope) - Method in class stella.adapter.PilarTelescopeCaster: Casts the dither command to the telescope and waits for notification on the appropriate done event.
Caster - Interface in stella: A marker interfaced all Casters must extend.
CasterClient - Class in stella.net: The class to send commands as ascii strings via sockets.
CasterClient(Map) - Constructor for class stella.net.CasterClient: Constructs a new caster with the specified properties.
CasterClient.CommandSender - Class in stella.net: The helper thread for this ascii caster to handle a command/acknowledge/done sequence.
CasterTorso - Class in stella.rmi: The class to send commands.
CasterTorso(Map) - Constructor for class stella.rmi.CasterTorso: Constructs a new caster with the specified properties.
CastingContainer - Class in stella: Extends an rmi caster to act additionally as an error caster.
CastingContainer(Map) - Constructor for class stella.CastingContainer
CastingRS485Server - Class in stella.io: A class that acts as a serial caster, additionally to its RS485 server capabilities.
CastingRS485Server(Map<String, String>) - Constructor for class stella.io.CastingRS485Server: Constructs a new casting RS485 server.
castOffsetAndWait(OffsetTelescope) - Method in class stella.adapter.AdapterTelescopeCaster: Casts the offset command to the telescope and waits for notification on the appropriate done event.
castOffsetAndWait(OffsetTelescope) - Method in class stella.adapter.GregorTelescopeCaster: Casts the offset command to the telescope and waits for notification on the appropriate done event.
castOffsetAndWait(OffsetTelescope) - Method in interface stella.adapter.OffsetCaster: Casts the offset command to the telescope and waits for notification on the appropriate done event.
castOffsetAndWait(OffsetTelescope) - Method in class stella.adapter.PilarTelescopeCaster: Casts the offset command to the telescope and waits for notification on the appropriate done event.
castOffsetAtGuide(OffsetTelescope) - Method in class stella.adapter.AdapterTelescopeCaster: Casts the offset command to the telescope during guiding phase.
castOffsetAtGuide(OffsetTelescope) - Method in class stella.adapter.GregorTelescopeCaster: Casts the offset command to the telescope during guiding phase.
castOffsetAtGuide(OffsetTelescope) - Method in interface stella.adapter.OffsetCaster: Casts the offset command to the telescope during guiding phase.
castOffsetAtGuide(OffsetTelescope) - Method in class stella.adapter.PilarTelescopeCaster: Casts the offset command to the telescope during guiding phase.
catalog - Variable in class astro.WcsFit: The model uses these catalog positions to the stars in the image.
catalog - Variable in class astro.WcsMatch.Stereographic: The catalog with all valid measures.
catalog - Variable in class stella.acquire.AbstractFieldOfView: All stars submitted to the acquire unit in a FindAdapter.
catalog - Variable in class stella.acquire.AcquireMaster: The foV can change with every acquisition.
catalog - Variable in class stella.acquire.BilinearCatalogMatch: Pixel coordinates as deduced from the catalog.
catalog - Variable in class stella.adapter.BeamSplitterGuider: Extra space on guiding, normally zero.
catalog - Variable in class stella.adapter.GuiderInfo: The list of Guiding.RawStars catalog entries.
catalog - Variable in class stella.adapter.OffAxisTracker: Extra space on guiding, normally zero.
catalog - Variable in class stella.adapter.RectangularMatcher: Pixel coordinates as deduced from the catalog.
catalog - Variable in class stella.adapter.SpillageGuider: Extra space on guiding, normally zero.
catalogdist - Variable in class stella.acquire.BilinearCatalogMatch: Distance of star at first index to star on second, catalog space.
catalogdist - Variable in class stella.adapter.RectangularMatcher: Distance of star at first index to star on second, catalog space.
CatalogFrame() - Constructor for class stella.adapter.OffAxisGuider.CatalogFrame
CatalogFrameProviding - Interface in stella.adapter: This interface marks guider that provide their special catalog frame.
CatalogMatch - Class in stella.sql
CatalogMatch(Map<String, String>) - Constructor for class stella.sql.CatalogMatch
CatalogMatch.TwoMass - Class in stella.sql: Gets 2Mass identifier for all targets for the specified stella telescope.
CatalogMatching - Interface in stella.acquire: Matches a list of detected stars on a CCD to a list of catalog stars using provided expected errors in position and magnitudes.
catalogname - Variable in class globals.parameter.TargetCatalogName: The target name.
CatalogServlet() - Constructor for class astro.Resolver.CatalogServlet
cataloguesData(String, double, String, String) - Method in interface VizieR_pkg.VizieR
cataloguesData(String, double, String, String, String) - Method in interface VizieR_pkg.VizieR
cataloguesData(String, double, String, String) - Method in class VizieR_pkg.VizieRSoapBindingStub
cataloguesData(String, double, String, String, String) - Method in class VizieR_pkg.VizieRSoapBindingStub
cataloguesMetaData(String, double, String, String) - Method in interface VizieR_pkg.VizieR
cataloguesMetaData(String, double, String, String, String) - Method in interface VizieR_pkg.VizieR
cataloguesMetaData(String, double, String, String) - Method in class VizieR_pkg.VizieRSoapBindingStub
cataloguesMetaData(String, double, String, String, String) - Method in class VizieR_pkg.VizieRSoapBindingStub
catmag - Variable in class astro.StarMatchedSextractor: The magnitude in the catalog.
catmagerr - Variable in class astro.StarMatchedSextractor: The magnitude error.
cats - Variable in class astro.WcsFit.Parser: Provided after parsing and processing of command line arguments.
CAZ - Static variable in class stella.util.PointingModel.PseudoModel: The pseudo-parameters for the azimuth model, current robotel.
CCAMPM - Static variable in class globals.value.BarycentricVelocity: Amplitudes CCAMPM(n,k) of the perturbations of the moon.
CCAMPS - Static variable in class globals.value.BarycentricVelocity: Amplitudes CCAMPS(n,k) of the short-period perturbations.
ccd - package ccd
CCD - Interface in ccd: A collection of constants used by the "CCD" ONC/RPC program.
ccd - Variable in class stella.adapter.StellaGuider: My guider ccd camera.
ccd - Variable in class stella.ccd.CameraMaster.CcdWatch
ccd - Variable in class stella.util.MomentsFocusser: The CCD to take images with.
ccd - Variable in class stella.util.OffAxisRank: Point to guide on off-axis guider CCD.
ccd.ses231 - package ccd.ses231
ccd.sta0500 - package ccd.sta0500
ccd.sta0501 - package ccd.sta0501
ccd.sta0502 - package ccd.sta0502
ccd.sta4240 - package ccd.sta4240
CcdAcquisition - Class in stella.acquire
CcdAcquisition() - Constructor for class stella.acquire.CcdAcquisition
CCDCaster - Class in stella.rmi: A concret caster client that connects to the ccd control.
CCDCaster(Map) - Constructor for class stella.rmi.CCDCaster: Constructs a new Telescope Caster.
CCDClient - Class in ccd: The class CCDClient implements the client stub proxy for the SEND_GUIDER remote program.
CCDClient(InetAddress, int) - Constructor for class ccd.CCDClient: Constructs a CCDClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
CCDClient(InetAddress, int, int) - Constructor for class ccd.CCDClient: Constructs a CCDClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
CCDClient(OncRpcClient) - Constructor for class ccd.CCDClient: Constructs a CCDClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
CCDClient(InetAddress, int, int, int) - Constructor for class ccd.CCDClient: Constructs a CCDClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
CCDClient(InetAddress, int, int, int, int) - Constructor for class ccd.CCDClient: Constructs a CCDClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
ccdclient - Variable in class ccd.FechnerDriver: RPC client instance.
ccdclient - Static variable in class ccd.ScienceCcdDriver: RPC client instance.
ccdclient - Static variable in class ccd.ses231.SesDriver: RPC client instance.
ccdclient - Static variable in class ccd.sta0500.MagellanDriver: RPC client instance.
ccdclient - Static variable in class ccd.sta0501.MagellanDriver: RPC client instance.
ccdclient - Static variable in class ccd.sta0502.MagellanDriver: RPC client instance.
ccdclient - Static variable in class ccd.sta4240.E2VDriver: RPC client instance.
ccdclient - Static variable in class ccd.StreamingCcdDriver: RPC client instance.
ccdclient - Variable in class stella.ccd.JanosDriver: RPC client instance.
CcdCommand - Interface in stella.ccd: A marker interface to distinguish normal command events from commands only ment for the ccd.
CcdControlling - Interface in util.rmi: Exports basic functionality of a CCD to a remote interface
CcdDriver - Interface in ccd: The interface definition to a ccd driver tailored to work with Thomas Fechner's RPC-server implementation.
ccdfits - Variable in class stella.ccd.CameraMaster: CCD info fits.
ccdinfo - Variable in class stella.ccd.CameraMaster: Last info retrieved.
CCDLn2Temp - Class in stella.ccd: Returns the cold point temperature of the CCD.
CCDLn2Temp(Map<String, String>) - Constructor for class stella.ccd.CCDLn2Temp: Constructs a CCD Ln2 temperature object.
ccdlock - Variable in class ccd.SynchronousCcdDriver: And my lock.
ccdlock - Variable in class stella.adapter.StellaGuider: And my lock.
CcdParametersOff - Class in stella.error: An error event sent by the CCD master when any CCD parameter are off from their requested value.
CcdParametersOff(Object) - Constructor for class stella.error.CcdParametersOff: Constructs a software error.
CcdReference - Interface in stella.acquire: Defines methods for the reference frame of the CCD with respect to right ascension-declination and horizontal systems.
CCDRefTemp - Class in stella.ccd: Returns the reference temperature of the CCD.
CCDRefTemp(Map<String, String>) - Constructor for class stella.ccd.CCDRefTemp: Constructs a CCD reference temperature object.
ccdReset(CcdDriver) - Method in class stella.acquire.AcquireMaster
CCDSEC - Static variable in class ccd.ses231.SesDriver: Fits key for entering y-pregap info to header.
CCDSEC - Static variable in class ccd.sta0500.MagellanDriver: Fits key for entering y-pregap info to header.
CCDSEC - Static variable in class ccd.sta0501.MagellanDriver: Fits key for entering y-pregap info to header.
CCDSEC - Static variable in class ccd.sta0502.MagellanDriver: Fits key for entering y-pregap info to header.
CCDSEC - Static variable in class ccd.sta4240.E2VDriver: Fits key for entering y-pregap info to header.
CCDSECREM - Static variable in class ccd.ses231.SesDriver: Comment for entering y-pregap info to header.
CCDSECREM - Static variable in class ccd.sta0500.MagellanDriver: Comment for entering y-pregap info to header.
CCDSECREM - Static variable in class ccd.sta0501.MagellanDriver: Comment for entering y-pregap info to header.
CCDSECREM - Static variable in class ccd.sta0502.MagellanDriver: Comment for entering y-pregap info to header.
CCDSECREM - Static variable in class ccd.sta4240.E2VDriver: Comment for entering y-pregap info to header.
CCDServerStub - Class in ccd
CCDServerStub() - Constructor for class ccd.CCDServerStub
CCDServerStub(int) - Constructor for class ccd.CCDServerStub
CCDServerStub(InetAddress, int) - Constructor for class ccd.CCDServerStub
ccdStatus(CcdDriver, Pivoting) - Method in class stella.acquire.AcquireMaster
ccdtemp - Variable in class astro.fits.ImageInfo
CCDTEMP - Static variable in class ccd.ses231.SesDriver: The keyword for the CCD temperature.
CCDTEMP - Static variable in class ccd.sta0500.MagellanDriver: The keyword for the CCD temperature.
CCDTEMP - Static variable in class ccd.sta0501.MagellanDriver: The keyword for the CCD temperature.
CCDTEMP - Static variable in class ccd.sta0502.MagellanDriver: The keyword for the CCD temperature.
CCDTEMP - Static variable in class ccd.sta4240.E2VDriver: The keyword for the CCD temperature.
CCDTemp - Class in stella.ccd: Returns the actual temperature of the CCD.
CCDTemp(Map<String, String>) - Constructor for class stella.ccd.CCDTemp: Constructs a CCD temperature object.
CCDTEMP - Static variable in class stella.ccd.JanosDriver: The keyword for the CCD temperature.
ccdtemp - Variable in class stella.globals.DarkCurrent: The current temperature of the CCD.
CcdWatch(CcdDriver, List<String>, List<Double>, List<String>, List<Double>) - Constructor for class stella.ccd.CameraMaster.CcdWatch
ccdx - Variable in class astro.SextractorStar: The x-pixel coordinate on the CCD.
ccdy - Variable in class astro.SextractorStar: The y-pixel coordinate on the CCD.
CCFDI - Static variable in class globals.value.BarycentricVelocity: Constants used in the calculation of the lunar contribution .
CCKM - Static variable in class globals.value.BarycentricVelocity: Constants used in the calculation of the lunar contribution .
CCMLD - Static variable in class globals.value.BarycentricVelocity: Constants used in the calculation of the lunar contribution .
CCPAMV - Static variable in class globals.value.BarycentricVelocity: CCPAMV = a*m*dl/dt (planets)
CCSEC - Static variable in class globals.value.BarycentricVelocity: Constants of the secular perturbations in longitude.
CCSEC3 - Static variable in class globals.value.BarycentricVelocity: Constants of the secular perturbations in longitude.
CCSEL - Static variable in class globals.value.BarycentricVelocity: Constants CCSEL(I,K) of slowly changing elements .
CCSGD - Static variable in class globals.value.BarycentricVelocity: Rate ccsgd in mean anomaly.
CD1_1(Map<String, String>) - Constructor for class globals.value.WcsMatrix.CD1_1
CD1_2(Map<String, String>) - Constructor for class globals.value.WcsMatrix.CD1_2
CD2_1(Map<String, String>) - Constructor for class globals.value.WcsMatrix.CD2_1
CD2_2(Map<String, String>) - Constructor for class globals.value.WcsMatrix.CD2_2
CDSConstants - Interface in net.cds: An interface providing static strings for resolving of CDS-DTD returned with their AXIS services.
CDSParser - Class in net.cds: A base class for all xml-cds retrieval queries.
CDSParser() - Constructor for class net.cds.CDSParser
CENTER - Static variable in class applet.ResponseReader: The sexagesimal position or a resolvable name of the center.
center - Variable in class astro.Aggregation: Location (on the CCD) where star was detected.
center - Variable in class astro.Glint: Location on the CCD where star was detected.
center - Variable in class astro.SextractorStar.PixelPosition: Pixel position of the central point.
center - Variable in class astro.SimpleStar.Distance: The center to which the distance is calculated.
center - Variable in class stella.acquire.AbstractAcquisitionAndGuiding: Telescope pointing is the center of the acquisition.
center - Variable in class stella.acquire.AbstractFieldOfView: The acquisition center ra and de, degrees.
center(double[], double[], float[], float[]) - Method in class stella.acquire.AcquireMaster: Centers a field-of-view on the guider's predefined center.
center - Variable in class stella.acquire.GuiderModeReadout
center(double[], double[], float[], float[]) - Method in class stella.adapter.AdapterMaster: We center at a star by finding and acquiring it.
center(double[], double[], float[], float[]) - Method in class stella.adapter.AuxiliaryMaster: We center at a star by finding and acquiring it.
center - Variable in class stella.adapter.GuiderStar: Center of star on ccd pixel coordinates.
center(double[], double[], float[], float[]) - Method in interface stella.rmi.AcquisitionControlling: Centers a field-of-view on the guider's predefined center.
center(double[], double[], float[], float[]) - Method in interface stella.rmi.GuiderControlling: Centers a field-of-view on the guider's predefined center.
CENTER - Static variable in class stella.util.AcquireStarParser: This is the center we search the closest entry to.
center - Variable in class stella.util.MirrorCenter: The function to minimize.
Center() - Constructor for class stella.util.MirrorData.Center
centeroffset - Variable in class stella.adapter.AuxiliaryGuider: If an offset to the rotational center is set from the outside.
centeroffset - Variable in class stella.adapter.OffAxisGuider: If the guiding star should not be placed at the center of the field.
centerOfGravity(MImageHDU, Rectangle, double, double, Vector3D) - Static method in class stella.adapter.SpillSignal: Fills the 3d vector with the CoG of the image ADUs minus background within the boxing rectangle, using the background plus the maximum deviation as threshold.
centerOfGravity(MImageHDU, Rectangle, double, double) - Static method in class stella.adapter.SpillSignal: Fills the 3d vector with the CoG of the image ADUs minus background within the boxing rectangle, using the background plus the maximum deviation as threshold.
centerOfGravityPlusTwin(MImageHDU, Rectangle, double, double, int, Vector3D) - Static method in class stella.adapter.SpillSignal
centerOfGravityPlusTwin(MImageHDU, Rectangle, double, double, int) - Static method in class stella.adapter.SpillSignal
CenterOfGravityShift - Class in stella.adapter: Simple implementation of a pinhole shift detector.
CenterOfGravityShift(Map<String, String>) - Constructor for class stella.adapter.CenterOfGravityShift: Constructs a new CenterOfGravityShift object.
CenterOfGravityShift.Test - Class in stella.adapter: Test class.
central() - Method in class stella.acquire.CentralStarFieldOfView
CentralFocus - Class in stella.error: The current measure is an extra-focal measure.
CentralFocus(Object) - Constructor for class stella.error.CentralFocus: Constructs a software error.
centralStar(double, double, List<Star>) - Method in class stella.acquire.CentralStarFieldOfView
CentralStarFieldOfView - Class in stella.acquire: The easiest field of view provider: Acquire on a central star.
CentralStarFieldOfView(Map<String, String>) - Constructor for class stella.acquire.CentralStarFieldOfView
CHAINING - Static variable in interface stella.xml.DTDConstants: The type signaling pure chaining targets with no steps.
CHAINING - Static variable in class stella.xml.XMLSequencer: The type signaling pure chaining targets with no steps.
change(Map<String, Object>) - Method in interface globals.GlobalAccessible: Sets multiple parameter values.
change(Map<String, Object>) - Method in class globals.GlobalSet: Changes a bunch of parameters in this cluster.
CHANGE - Static variable in interface stella.xml.DTDConstants: The tag name to indicate an external change to the parameter cluster.
changeCalibrationPosition(String) - Method in class stella.calibration.CalibrationMaster: To allow the a cahnge of the positioning of the calibration unit during operation.
changeCalibrationPosition(String) - Method in interface stella.rmi.CalibrationControlling: To allow the a cahnge of the positioning of the calibration unit during operation.
changeCalibrationSwitch(String) - Method in class stella.calibration.CalibrationMaster: To allow the change of the calibration-light switch without change in the properties this method takes the name of the new calibration-light switch.
changeCalibrationSwitch(String) - Method in interface stella.rmi.CalibrationControlling: To allow the change of the calibration-light switch without change in the properties this method takes the name of the new calibration-light switch.
changeFlatFieldPosition(String) - Method in class stella.calibration.CalibrationMaster: To allow the a change of the positioning of the flat-field unit during operation.
changeFlatFieldPosition(String) - Method in interface stella.rmi.CalibrationControlling: To allow the a change of the positioning of the flat-field unit during operation.
changeFlatFieldSwitch(String) - Method in class stella.calibration.CalibrationMaster: To allow the change of the flat-field light switch without change in the properties this method takes the name of the new flat-field light switch.
changeFlatFieldSwitch(String) - Method in interface stella.rmi.CalibrationControlling: To allow the change of the flat-field light switch without change in the properties this method takes the name of the new flat-field light switch.
changePointingModel(String) - Method in interface stella.rmi.PointingModelControlling: Switches to the specified pointing model.
changePointingModel(String) - Method in class stella.telescope.TelescopeMaster: Switches to the specified pointing model.
changePort(int) - Method in interface stella.rmi.TelescopeControlling: Switches to the specified port.
changePort(int) - Method in class stella.telescope.TelescopeMaster: Switches to the specified port.
channel - Variable in class stella.log.LogLine: If we have a channel, this is it.
channel - Variable in class stella.sensor.OneWireADSensor: The integer equivalent of the channel key property.
channel - Variable in class stella.sensor.RS485Sensor: The integer equivalent of the channel key property.
CHANNEL_OUT_OF_RANGE - Static variable in interface stella.mxio.EthReading
check(String) - Method in class astro.fits.FitsCheck: We check an oberservation specified by its unique ID.
check(Value, double) - Method in class stella.adapter.AuxiliaryGuidingUnit: Check, if the value is non-null, its value is non-null and if this value is higher than the supplied double.
check(Value, double) - Method in class stella.adapter.BeamSplitterGuider.GuiderLoop: Check, if the value is non-null, its value is non-null and if this value is higher than the supplied double.
check(Value, double) - Method in class stella.adapter.OffAxisTracker.GuiderLoop: Check, if the value is non-null, its value is non-null and if this value is higher than the supplied double.
check(Value, double) - Method in class stella.adapter.SpillageGuider.GuiderLoop: Check, if the value is non-null, its value is non-null and if this value is higher than the supplied double.
Check() - Constructor for class stella.globals.TargetList.Check
check() - Method in class stella.globals.TelescopeError: Checks if the currently valid errors stored in the cache are recognized and should spark a error-handler notification.
check() - Method in class stella.sensor.WeatherStation: Checks if all weather sensor report clear weather.
check - Variable in class stella.sql.TargetDatabase.ConsistencyThread
check - Variable in class stella.xml.ElementHelper: The boolean expression parser, initialized at construction.
checkAcquire() - Method in class stella.adapter.AcquiringUnit: The acquiring unit can check if the last recorded offset is compatible with the suggested one.
CheckAcquireAdapter - Class in stella.command: The acquire command.
CheckAcquireAdapter(Object) - Constructor for class stella.command.CheckAcquireAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
CheckAcquireAdapter(Object, String, long) - Constructor for class stella.command.CheckAcquireAdapter: Constructs a move telescope command.
checkActionConsistancy(String) - Method in class stella.util.DataPermission: Checks the consitancy of the permission action.
checkAdu(String, String, String, boolean) - Method in class astro.fits.FitsCheck: Checks average, standard deviation and higher order moments of the stated file to be within the bounds.
checkAndPrepare(CcdDriver, Star, ExposureTimeProviding) - Method in class stella.auxiliary.PinholeViewingMaster
checkArguments(String, double, String, String) - Method in class net.cds.Vizier: Convenience method that transfers the arguments into a argument list which is then passed to the parental CDSParser.checkCache(java.util.List<java.lang.Object>) method.
checkBias(String) - Method in class astro.fits.FitsCheck: In the basic version diverts to strcit checking of adu statistics.
checkCache(List<Object>) - Method in class net.cds.CDSParser: Checks, if the actual query was already processed.
checkCalima(String, List<String>) - Method in class stella.log.Calima
checkCentroid(String, float, float) - Method in class astro.fits.FitsCheck: From the unique id of a flat observation, we check if the centroid is withinin bounds.
checkCentroidFromAverage(double[], double, double) - Method in class astro.fits.FitsCheck: From the average of a flat observation, we check if the centroid is withinin bounds.
checkConstraints(GlobalGrouping, List<Appointable.Constraint>) - Method in class stella.xml.ParsedTarget: Checks the constraints if any are over.
checkDark(String) - Method in class astro.fits.FitsCheck: In the basic version diverts to strcit checking of adu statistics.
checker - Variable in class stella.environment.ShelterMaster: Timer to check nominal against actual state on automatic shelter ops.
checkFlat(String) - Method in class astro.fits.FitsCheck: In the basic version diverts to strict checking of adu statistics.
checkFollow(String, Object) - Method in class stella.xml.ElementHelper
checkForFatalErrors(Collection<Map<TsiError, Shelf<Date>>>, Date) - Method in class stella.telescope.OpenPilarSocket: We go through a list of errors and see if a fatal condition occured from the last error-clearing time provided.
checkForFatalErrors(List) - Method in class stella.telescope.Pilar3Socket: We compare a list of errors found to be present on the telescope with a list of fatal errors described by the Pilar3Socket.KEY_FATALERRORS property.
checkForFullOffset() - Method in class stella.acquire.AbstractAutoGuider: This method is called if the guide star was still recovered, but has never been on the pinhole for quite some time.
checkForIgnoreErrors(List) - Method in class stella.telescope.Pilar3Socket: We compare a list of errors found to be present on the telescope with a list of ignorable errors described by the Pilar3Socket.KEY_IGNOREERRORS property.
checkForObject(String) - Static method in class stella.sql.TargetConsistency: Checks and prepares for updates of the target-db for the given new star.
checkForStarInPinhole(Point2D, MImageHDU, Rectangle, Dimension, int, int, double, double, double) - Method in class stella.acquire.PromptVanish: We check if a star is already vanishing in the pinhole.
checkForStarInPinhole(MImageHDU, Rectangle, Dimension, Point2D, int, int, double, double, double) - Static method in class stella.adapter.PrimeFocusCamera: We check if a star is already vanishing in the pinhole.
checkForStartTime(Appointable, Collection<Appointable>, GlobalGrouping) - Method in class stella.merit.AfterPickMerit: Checks for the starting time.
checkForStartTime(Appointable, Collection, GlobalGrouping) - Method in class stella.merit.ConsecutiveMerit: Checks if we can deduce a start-time from the targets handed over.
checkForStartTime(Appointable, Collection, GlobalGrouping) - Method in class stella.merit.FollowingProgramMerit: Checks if we can deduce a start-time from the targets handed over.
checkForStartTime(Appointable, Collection<Appointable>, GlobalGrouping) - Method in class stella.merit.SuccessorCloseMerit: Checks if we can deduce a start-time from the targets handed over.
checkForStartTime(Appointable, Collection, GlobalGrouping) - Method in class stella.merit.SuccessorMerit: Checks if we can deduce a start-time from the targets handed over.
checkForTrivialErrors(Collection<Map<TsiError, Shelf<Date>>>, Date) - Method in class stella.telescope.OpenPilarSocket: We go through a collection of all errors and check, if all of them are ignorable, INFOs or have a reset lag of zero.
checkForward(String) - Method in class stella.MasterLauncher.MasterHelper: Checks the embedding's reply pattern list for a match to a reply event constructed from the type handed over and the command event registered.
checkForward(ReplyEvent) - Method in class stella.net.CasterClient: Checks if the received reply message should be forwarded to the registered reply subscriber.
checkForward(ReplyEvent) - Method in class stella.rmi.CasterTorso: Checks if the received reply message should be forwarded to the registered reply subscriber.
checkGlobalConstraints(GlobalGrouping, Appointable) - Method in class stella.AbstractScheduler: Checks, if the target is observable under all global constraints.
checkGlobalConstraints(GlobalGrouping, TargetDefinition) - Method in class stella.util.SubTargets: Checks, if the target is observable under all global constraints.
checkGroup(TargetDefinition) - Method in class stella.globals.FlatMatch: Matches the target's flat group setup to the current requested flat group.
checkit - Variable in class stella.environment.ShelterMaster: The task the does the ckeck.
checkLayout(MImageHDU, ArrayLayout) - Static method in class astro.fits.FitsReduction
checkLayout(ReadFits, ReadFits) - Method in class stella.util.TransferListener
checkMagAndHeight(Object, Object) - Method in class stella.globals.FocusStar: Checks if the magnitude of the star is bright enough and its height is high enough to be used as a target star.
checkMoments(List<CentralMoments>) - Method in class globals.rmi.MomentsTrigger: We scan our properties for moment ranges and return true, if we are in the correct range or false if we are not.
checkNameConsistancy(String) - Method in class stella.util.DataPermission: Checks the consistancy of the permission name.
checkOver(GlobalGrouping, List<?>) - Method in class stella.xml.ParsedTarget: Checks the list of merits for possible end point-defining merits.
checkScience(String) - Method in class astro.fits.FitsCheck: In the basic version, do a non-strict checking of adu statistic (failure only if all quadrants fail for the same reason).
checkShift(Vector2D, double) - Method in class stella.acquire.FixedFrameAcquisition
checkState(TplCommand) - Method in class stella.telescope.OpenPilarSocket.Monitor: Checks, if the incoming class is watched by this monitor.
checkState(TplCommand) - Method in class stella.telescope.Pilar3Socket.Monitor: Checks, if the incoming class is watched by this monitor.
checkStep(Object) - Method in class stella.xml.DOMSequence: Returns true if the object can be inserted as a step into the sequence.
checkString(String) - Method in class net.cds.NameResolver: Convenience method that transforms the single query string into a one-element list of strings and passes this list to the parent method.
checkString(String, int) - Method in class stella.omc.OmcMotor: Check the length of a string and complete it with spaces to the required length if it is shorter, or throws IllegalArgumentException if the string is longer.
Checksum() - Constructor for class stella.io.RS485ReadWriteServer.Checksum
Checksum() - Constructor for class stella.io.RS485Server.Checksum
ChecksumException - Exception in stella.exception: An exception to signal checksumming errors.
ChecksumException() - Constructor for exception stella.exception.ChecksumException: Constructs a new checksum exception with no detailed error message.
ChecksumException(String) - Constructor for exception stella.exception.ChecksumException: Constructs a new checksum exception with a detailed error message.
checksumming - Variable in class stella.io.RS485ReadWriteServer: True if checksumming is enabled.
checksumming - Variable in class stella.io.RS485Server: True if checksumming is enabled.
checkTargetXml(String, Map<String, SporeTarget>) - Static method in class stella.sql.TargetConsistency: Checks for all targets in the collection if the modification time of the file resource is younger than the modification time stored.
checkType(String) - Method in class stella.MessageEvent: A method that checks if the stated type is in the allowed range.
checkUpdateProposal(TargetDefinition) - Static method in class stella.sql.TargetConsistency: Checks and updates the proposal sql if the propsal is not found.
checkUpdateUser(TargetDefinition) - Static method in class stella.sql.TargetConsistency: Checks and updates the user sql if the user is not found.
chef - Variable in class stella.MasterLauncher: The master mind.
chef - Variable in class stella.xml.LoopingSequencer: A link to the master command renderer.
chef - Variable in class stella.xml.XMLSequencer: A link to the master command renderer.
chicos - Variable in class stella.asiva.AltAzFromFits: Sine and cosine of Euler angle.
childID_ - Variable in class htm.core.QuadNode
children(ParsedTarget) - Method in class stella.MasterMind
chisin - Variable in class stella.asiva.AltAzFromFits: Sine and cosine of Euler angle.
chkErr(int) - Static method in class stella.mxio.EthReadRTD
choices - Variable in class stella.xml.ElementHelper: Variable names to comma-separated choices as strings.
choreography - Variable in class stella.telescope.Waltz: The timer for the coreography.
ChunkTimeMerit - Class in stella.merit: This merit represents a merit that allows putting together chunks of observing periods by featuring a list of block-start JDs and a length parameter (days), either given as a single value or as a list of equal length than jd0.
ChunkTimeMerit(Map<String, String>) - Constructor for class stella.merit.ChunkTimeMerit: Constructs a new after-start merit.
Circular() - Constructor for class astro.Aperture.Circular
Circular() - Constructor for class mysql.UserSql.Circular
Circular100() - Constructor for class astro.Aperture.Circular100
CLASS - Static variable in interface stella.xml.DTDConstants: Attribute to elements stating the name of the java class to use.
ClassicModel() - Constructor for class stella.util.PointingFunction.ClassicModel
ClassicPointingModel - Class in stella.globals: A class representing a classical pointing model with normalized parameters.
ClassicPointingModel(Map<String, String>) - Constructor for class stella.globals.ClassicPointingModel: Constructs a new constant offset parameter.
ClassicPointingModel.Test - Class in stella.globals
classList(String) - Static method in class stella.rmi.DistinctCaster: Constructs a list of command events from a comma separated string.
classname - Variable in class stella.log.LogLine: The class that called the logger, without package.
classNameToTemplate(String) - Static method in class stella.CommandEvent: Converts a class name to the command string.
classpath - Variable in class stella.rmi.SwitchSsh
CLEAN - Static variable in class stella.adapter.StellaGuider: Flag for writing clean-images.
CLEANNAME - Static variable in class stella.adapter.StellaGuider: Ending of fits for clean image.
CleansedAcquireField - Class in stella.error: Sent with a list of stars we expect to see in the guider field.
CleansedAcquireField(Object) - Constructor for class stella.error.CleansedAcquireField: Constructs a new expected acquire field.
CleansedGuiderField - Class in stella.error: Sent with a list of stars we expect to see in the guider field.
CleansedGuiderField(Object) - Constructor for class stella.error.CleansedGuiderField: Constructs a new expected acquire field.
CleansedStarField - Class in stella.error
CleansedStarField(Object) - Constructor for class stella.error.CleansedStarField
clear() - Method in class globals.value.ShelfStatistic: Clears the shelf data on request.
clear() - Method in class htm.core.Domain: Clear domain, empty convex list
clear() - Method in class stella.globals.TargetList: Empties the targets hash map.
clear() - Method in class stella.rmi.AcquireOffsetParameter: Clears the offset without notifying the monitor.
clear() - Method in interface stella.rmi.TelescopeControlling: Clears the telescope.
clear - Variable in class stella.sensor.WeatherStation.WeatherStationData: The overall weather condition.
clear() - Method in class stella.sql.TargetDatabase: Empties the targets hash map.
clear() - Method in interface stella.TargetProviding: Deletes all targets from all lists.
clear() - Method in class stella.telescope.TelescopeMaster: Clear the telescope errors.
clear() - Method in class util.PIDControl: Clears the PID and allows for a new run.
CLEAR_TEL - Static variable in class stella.ErrorEvent: The follow-up for resetting the telescope.
clearAll() - Method in class stella.util.TelescopeSubsidiaryCaster: Clears all cummulated reply events we are waiting for, but which have never been removed.
clearArguments() - Method in class ccd.FechnerDriver: Initalizies the RPC function arguments.
clearDom() - Method in class stella.xml.DOMSequence: Clears the document file.
clearErrors - Variable in class stella.net.JPilar3
clearErrors(CommandEvent) - Method in class stella.telescope.TelescopeMaster: Clears any errors that are present on the telescope.
clearErrorsActionPerformed(ActionEvent) - Method in class stella.net.JPilar3: Clear telescope error action.
CLEARFILTER - Static variable in class stella.command.SelectClearFilterCalibration: The name of the filter to set.
clearHistory() - Method in class stella.xml.SporeTarget: Deletes the entire history.
clearingExposure(CcdDriver, long, Rectangle, Dimension) - Method in class stella.acquire.AcquireMaster
clearLastError() - Method in interface stella.roof.DomeOperating: Clears the last error event generated.
clearLastError() - Method in class stella.roof.DomeReceiver: Clears the last error event.
clearLastError() - Method in interface stella.roof.RoofOperating: Clears the last error event generated.
clearLastError() - Method in class stella.roof.RoofReceiver: Clears the last error event.
clearLine() - Method in class stella.io.RS485Server: Clear a line
clearObservables() - Method in class stella.globals.ObservableList: Clears the list of observable targets.
clearPhases(HistoryAware, int) - Method in class stella.merit.PhaseFillerMerit: Grabs a target and goes backward through its success list, deleting on the way all phases already observed.
clearPIDs() - Method in class stella.acquire.AutoGuidingMode: We clear the PIDs.
clearPIDs() - Method in class stella.adapter.GuiderMode: We clear the PIDs.
clearPointingMeasures() - Method in class stella.telescope.TelescopeMaster: Clear all pointing measures from the Pilar list.
clearPointings() - Method in interface stella.rmi.PointingModelControlling: Clears all measured pointings from the internal list
clearPointings() - Method in class stella.telescope.TelescopeMaster: Clears current pointing measures.
clearStats() - Method in class stella.sql.OffLimitAlarm
clerror(String, Object) - Static method in class stella.util.Message: Prints a general warning to System.err.
Client() - Constructor for class net.cds.NameResolver.Client: Constructs a new access client.
client - Variable in class stella.net.Handler: The client socket this handler is connected to.
Client() - Constructor for class stella.nut.UpsDriver.Client
Client() - Constructor for class util.AppletDownload.Client
clip(int, double) - Method in class astro.WcsFit: After solving, this method rejects up to the maximum stated number of measures that are outside the specified RMS-range.
clip(int, VectorG) - Method in class astro.WcsFit: After solving, this method rejects up to the maximum stated number of measures that are outside the specified RMS-range.
clip - Variable in class astro.WcsFit.Parser: Provided after parsing and processing of command line arguments.
CLK_TEST_1 - Static variable in interface ccd.ScienceGrade
CLK_TEST_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure CLK_TEST_1.
CLK_TEST_1(icmd) - Method in class ccd.ScienceGradeServerStub
CLK_TEST_1 - Static variable in interface ccd.Stream
CLK_TEST_1(cmd) - Method in class ccd.StreamClient: Call remote procedure CLK_TEST_1.
CLK_TEST_1(cmd) - Method in class ccd.StreamServerStub
CLK_TEST_2 - Static variable in interface ccd.ses231.SesMagellan
CLK_TEST_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure CLK_TEST_2.
CLK_TEST_2 - Static variable in interface ccd.sta0500.WifsipMagellan
CLK_TEST_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure CLK_TEST_2.
CLK_TEST_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
CLK_TEST_2 - Static variable in interface ccd.sta0501.WifsipMagellan
CLK_TEST_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure CLK_TEST_2.
CLK_TEST_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
CLK_TEST_2 - Static variable in interface ccd.sta0502.WifsipMagellan
CLK_TEST_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure CLK_TEST_2.
CLK_TEST_2 - Static variable in interface ccd.sta4240.E2VMagellan
CLK_TEST_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure CLK_TEST_2.
Clock - Variable in class astro.SimpleSol: The date used for the calculations.
clock - Variable in class stella.net.AbstractVariableMonitor: Used for polling the variable list at fixed delay.
close() - Method in class ccd.FechnerDriver: Close the RPC communication.
close() - Method in class ccd.ScienceCcdDriver: Close the RPC communication.
close() - Method in class ccd.ses231.SesDriver: Close the RPC communication.
close() - Method in class ccd.sta0500.MagellanDriver: Close the RPC communication.
close() - Method in class ccd.sta0501.MagellanDriver: Close the RPC communication.
close() - Method in class ccd.sta0502.MagellanDriver: Close the RPC communication.
close() - Method in class ccd.sta4240.E2VDriver: Close the RPC communication.
close() - Method in class ccd.StreamingCcdDriver: Close the RPC communication.
close() - Method in class io.AbstractSerialDriver: Closes the serial port.
close() - Method in class io.AbstractSocketDriver: Disconnect from remote host.
close() - Method in interface io.Driver: Performs clean-up step when the driver is unloaded.
close() - Method in class io.SerialDriver: Additionally closes the input buffered reader.
close() - Method in class stella.ccd.JanosDriver: Close the RPC communication.
close() - Method in class stella.environment.ShelterMaster: Closes all roofs if in manual mode.
close() - Method in class stella.ethcam.AbstractGigeDriver: Close the RPC communication.
close() - Method in interface stella.ethcam.EthcamClient: From the client stub.
close() - Method in class stella.firecam.FireDriver: Close the RPC communication.
close() - Method in class stella.io.DummyRS485: Returns, there was nothing opened.
close() - Method in class stella.io.PollingRS485Server: Closes the port.
close() - Method in class stella.io.WatchdogRS485Server: Closes the serial server.
close() - Method in class stella.mxio.GenericMoxa: We close the connection if the handle is valid.
close() - Method in class stella.net.ads.AdsSocketChannel
Close() - Constructor for class stella.net.ads.AdsSocketChannel.Close
close() - Method in class stella.net.CasterClient: Closes the socket and the associated streams.
close() - Method in class stella.net.gregor.CommunicationHandler: On close, we additionally.
close() - Method in class stella.net.Handler: Closes the input and output streams and the associated socket.
close() - Method in class stella.net.modbus.TcpMaster: We close the connection if the tcp master is not null.
close() - Method in class stella.nut.UpsDriver: Cancels this sensor reading thread.
close() - Method in class stella.omc.RelativeWheel: If desired, we move the wheel close to the zero point on close to shorten the next init.
close() - Method in class stella.omc.WifsipWheel: If desired, we move the wheel close to the zero point on close to shorten the next init.
close() - Method in class stella.ow.PythonClient: Closes the driver.
close() - Method in interface stella.rmi.ShelterControlling: Closes all roofs.
close() - Method in class stella.roof.BaaderDome: Close the RPC communication.
Close() - Constructor for class stella.roof.BaaderDome.Close
close(boolean) - Method in class stella.roof.BeckhoffRoof: Issues a close roof to the PLC.
close(boolean) - Method in class stella.roof.DomeReceiver: Closes the dome.
close(boolean) - Method in class stella.roof.RoofReceiver: Processes an entire close cycle for both roof halfes.
close(boolean) - Method in interface stella.roof.Sheltering: Directly closes all roofs.
CLOSE - Static variable in class stella.roof.ShelterTrigger: The close flavor.
close() - Method in class stella.telescope.AbstractRpcTelescope
close() - Method in class stella.telescope.GregorDriver: On close, we dispose the message pane.
close(boolean) - Method in class stella.telescope.GregorDriver: On close, we dispose the message pane.
close() - Method in class stella.telescope.GregorDriver.KeyIn
close() - Method in class stella.telescope.OpenPilarSocket: Closes the connection by sending disconnect.
close() - Method in class stella.telescope.Pilar3Socket: Closes the connection by sending disconnect.
close() - Method in class util.log.JStatusHandler
CLOSE_1 - Static variable in interface stella.ethcam.Ethcam
CLOSE_1 - Static variable in interface stella.ethcam.Ethcam1600
CLOSE_1() - Method in class stella.ethcam.Ethcam1600Client: Call remote procedure CLOSE_1.
CLOSE_1 - Static variable in interface stella.ethcam.Ethcam2000
CLOSE_1() - Method in class stella.ethcam.Ethcam2000Client: Call remote procedure CLOSE_1.
CLOSE_1 - Static variable in interface stella.ethcam.EthcamAll
CLOSE_1() - Method in class stella.ethcam.EthcamAllClient: Call remote procedure CLOSE_1.
CLOSE_1() - Method in interface stella.ethcam.EthcamClient: Call remote procedure CLOSE_1.
CLOSE_1 - Static variable in interface stella.firecam.Firecam
CLOSE_1() - Method in class stella.firecam.FirecamClient: Call remote procedure CLOSE_1.
CLOSE_1() - Method in class stella.firecam.FirecamServerStub
CLOSE_1 - Static variable in interface stella.telescope.TcpRpc
CLOSE_1() - Method in class stella.telescope.TcpRpcClient: Call remote procedure CLOSE_1.
CLOSE_COVER - Static variable in class stella.ErrorEvent: The follow-up for close cover.
CLOSE_ROOF - Static variable in class stella.ErrorEvent: The follow-up for close roof.
CLOSE_SHUTTER - Static variable in class stella.ErrorEvent: The follow-up for close shutter.
closeAllOffsetStreams() - Method in class stella.acquire.AbstractAutoGuider: Makes sure that all streams are closed.
closeBlink() - Method in class stella.roof.RoofReceiver: Does blinking phase on open roof.
closeConnections() - Method in class mysql.SqlAccess: Closes all connections on a best-effort base.
closeCover() - Method in interface stella.rmi.TelescopeControlling: Protects the telescope.
closeCover() - Method in class stella.telescope.TelescopeMaster: Protects the telescope by closing the covers.
CloseCoverTelescope - Class in stella.command: The command for closing the mirror covers without parking for immediate protection.
CloseCoverTelescope(Object) - Constructor for class stella.command.CloseCoverTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
CloseCoverTelescope(Object, String, long) - Constructor for class stella.command.CloseCoverTelescope: Construct a fully qualified abort telescope command.
closeDome() - Method in class stella.roof.BaaderDome: Closes the dome.
closeDome() - Method in interface stella.roof.DomeDriver: Closes the dome.
closeHatch() - Method in class stella.environment.DomeMaster: Closes the hatch of the dome.
closeHatch() - Method in interface stella.rmi.DomeControlling: Closes the left roof.
closeHatch() - Method in class stella.roof.BaaderDome: Closes the hatch.
CloseHatch(long) - Constructor for class stella.roof.BaaderDome.CloseHatch: Creates and starts a open-hatch thread with the specified timeout.
closeHatch() - Method in interface stella.roof.DomeDriver: Closes the hatch, throws UnsupportedOperationException if not applicabale.
closeHatch() - Method in interface stella.roof.DomeOperating: Directly closes the left roof.
closeHatch() - Method in class stella.roof.DomeReceiver: Directly closes the hatch, if possible.
CloseHatchRoof - Class in stella.command: The close roof command.
CloseHatchRoof(Object) - Constructor for class stella.command.CloseHatchRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
CloseHatchRoof(Object, String, long) - Constructor for class stella.command.CloseHatchRoof: Construct a fully qualified open roof command.
closeLeft() - Method in class stella.environment.EnvironmentMaster: Closes the left roof if in manual mode.
closeLeft() - Method in interface stella.rmi.BuildingControlling: Closes the left roof.
closeLeft() - Method in interface stella.roof.RoofOperating: Directly closes the left roof.
closeLeft() - Method in class stella.roof.RoofReceiver: Closes the left roof, regardless of its current state.
CloseLeftRoof - Class in stella.command: The close roof command.
CloseLeftRoof(Object) - Constructor for class stella.command.CloseLeftRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
CloseLeftRoof(Object, String, long) - Constructor for class stella.command.CloseLeftRoof: Construct a fully qualified open roof command.
CLOSEMASK - Static variable in class stella.roof.OneReadTrigger: The bits masking to the close-roof switches.
CLOSEMASK - Static variable in class stella.roof.SwitchTrigger: The bits masking to the close-roof switches.
closeParentConnection(ResultSet) - Method in class mysql.SqlAccess: Closes the parental connection of a result set.
closeParentConnection(PreparedStatement) - Method in class mysql.SqlAccess: Closes the parental connection of a result set.
closePath() - Method in class astro.SkyPath: Closes the path.
CLOSEPOLE - Static variable in class astro.Precesser: The sin of a declination considered close to pole.
closeRight() - Method in class stella.environment.EnvironmentMaster: Closes the right roof if in manual mode.
closeRight() - Method in interface stella.rmi.BuildingControlling: Closes the right roof.
closeRight() - Method in interface stella.roof.RoofOperating: Directly closes the right roof.
closeRight() - Method in class stella.roof.RoofReceiver: Closes the right roof, regardless of its current state.
CloseRightRoof - Class in stella.command: The close roof command.
CloseRightRoof(Object) - Constructor for class stella.command.CloseRightRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
CloseRightRoof(Object, String, long) - Constructor for class stella.command.CloseRightRoof: Construct a fully qualified open roof command.
CloseRoof - Class in stella.command: The close roof command.
CloseRoof(Object) - Constructor for class stella.command.CloseRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
CloseRoof(Object, String, long) - Constructor for class stella.command.CloseRoof: Construct a fully qualified open roof command.
closeShutter() - Method in class stella.ccd.CameraMaster: For cameras with a 'manual' shutter, i.e., a shutter that is not auto-operated by the CCD controller.
closeShutter() - Method in class stella.ccd.SesMaster
closeShutter() - Method in class stella.ccd.WifsipMaster
closeShutter() - Method in interface stella.omc.Shutter
closeShutter() - Method in class stella.omc.WindmillShutter
closeSimulate() - Method in class stella.roof.BeckhoffRoof
closeSlit() - Method in class stella.environment.DomeMaster: Closes the slit of the dome.
closeSlit() - Method in interface stella.rmi.DomeControlling: Closes the right roof.
closeSlit() - Method in class stella.roof.BaaderDome: Closes the slit.
CloseSlit(long) - Constructor for class stella.roof.BaaderDome.CloseSlit: Creates and starts a open-hatch thread with the specified timeout.
closeSlit() - Method in interface stella.roof.DomeDriver: Closes the slit, throws UnsupportedOperationException if not applicabale.
closeSlit() - Method in interface stella.roof.DomeOperating: Directly closes the right roof.
closeSlit() - Method in class stella.roof.DomeReceiver: Directly closes the slit, if possible.
CloseSlitRoof - Class in stella.command: The close roof command.
CloseSlitRoof(Object) - Constructor for class stella.command.CloseSlitRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
CloseSlitRoof(Object, String, long) - Constructor for class stella.command.CloseSlitRoof: Construct a fully qualified open roof command.
CloseSocket - Class in stella.command: The close socket command.
CloseSocket(Object) - Constructor for class stella.command.CloseSocket: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
CloseSocket(Object, String, long) - Constructor for class stella.command.CloseSocket: Construct a fully qualified open roof command.
closeSocket() - Method in class stella.ow.PythonClient: Closes the socket without sending a stop to the Python server.
closeSocket() - Method in class stella.sensor.Ups: Closes a client-socket to the ups server.
Closest() - Constructor for class stella.adapter.SpillSignal.Closest
closeStream(OutputStream) - Method in class stella.acquire.AbstractAutoGuider: Makes sure that the specified stream is closed.
closestToCenter(double, double, float) - Method in class stella.auxiliary.AuxiliaryFieldOfView: Returns the star closest to the axis and also above the limiting magnitude.
closestToFiber(List, double) - Method in class stella.adapter.AdapterGuider: During guiding we assume that the target star is close to the direct mirror position.
closestToPinhole(List<Guiding.RawStar>, double) - Method in class stella.adapter.AbstractStarGuider: During guiding we assume that the target star is close to the direct mirror position.
closestToPixel(Point2D, List<Guiding.RawStar>, double) - Static method in class stella.adapter.AbstractStarGuider: During guiding we assume that the target star is close to the direct mirror position.
CloseThread(int) - Constructor for class stella.roof.RoofReceiver.CloseThread: Constructs a new open thread.
closeToLast(HistoryAware, GlobalGrouping) - Method in class stella.merit.PhaseCoherentMerit: Check if the last successful pick was close, then alsways return zero merit.
closeWithPlc() - Method in class stella.roof.BeckhoffRoof
closing - Variable in class stella.roof.BeckhoffRoof: Internal signal of an ongoing closing operation, false if completed.
closing - Variable in class stella.roof.RoofReceiver: A trigger indicating that the roof is closing.
clout(String, Object) - Static method in class stella.util.Message: Prints a general warning to System.err.
ClusterAccess - Class in stella.util: A tiny helper class that dumps the value of the stated parameter to the command line.
ClusterAccess() - Constructor for class stella.util.ClusterAccess: Constructs a new parameter cluster dump instance.
ClusterDepending - Interface in stella: A interface that all classes should implement that need a GlobalGrouping instance for proper functionality.
CM - Static variable in class astro.Broker: The quadratic coefficient in geometric mean longitude.
CM - Static variable in class globals.value.SolLambda: The quadratic coefficient in geometric mean longitude.
Cmd() - Constructor for class astro.fits.ImageEnhance.Cmd
cmd - Class in ccd
cmd() - Constructor for class ccd.cmd
cmd(XdrDecodingStream) - Constructor for class ccd.cmd
cmd - Variable in class ccd.cmd
cmd - Variable in class ccd.icmd
cmd - Class in ccd.ses231
cmd() - Constructor for class ccd.ses231.cmd
cmd(XdrDecodingStream) - Constructor for class ccd.ses231.cmd
cmd - Variable in class ccd.ses231.cmd
cmd - Class in ccd.sta0500
cmd() - Constructor for class ccd.sta0500.cmd
cmd(XdrDecodingStream) - Constructor for class ccd.sta0500.cmd
cmd - Variable in class ccd.sta0500.cmd
cmd - Class in ccd.sta0501
cmd() - Constructor for class ccd.sta0501.cmd
cmd(XdrDecodingStream) - Constructor for class ccd.sta0501.cmd
cmd - Variable in class ccd.sta0501.cmd
cmd - Class in ccd.sta0502
cmd() - Constructor for class ccd.sta0502.cmd
cmd(XdrDecodingStream) - Constructor for class ccd.sta0502.cmd
cmd - Variable in class ccd.sta0502.cmd
cmd - Class in ccd.sta4240
cmd() - Constructor for class ccd.sta4240.cmd
cmd(XdrDecodingStream) - Constructor for class ccd.sta4240.cmd
cmd - Variable in class ccd.sta4240.cmd
Cmd() - Constructor for class globals.value.BarycentricVelocity.Cmd: Constructs the parser to the sensor tester.
cmd - Variable in class stella.MasterLauncher.MasterHelper: The command to process.
Cmd(int) - Constructor for enum stella.net.ads.protocol.AdsCommand.Cmd
cmd - Variable in class stella.rmi.ReceiverTorso.CommandHandler: The command to process.
CMD_DESC - Static variable in class stella.nut.UpsDriver: The description command.
CMD_GET - Static variable in class stella.nut.UpsDriver: The request command.
CMD_LOGIN - Static variable in class stella.nut.UpsDriver: The login command.
CMD_LOGIN - Static variable in class stella.sensor.Ups: The login command.
CMD_LOGOUT - Static variable in class stella.nut.UpsDriver: The logout command.
CMD_LOGOUT - Static variable in class stella.sensor.Ups: The logout command.
CMD_PASSWORD - Static variable in class stella.nut.UpsDriver: The password command.
CMD_PASSWORD - Static variable in class stella.sensor.Ups: The password command.
CMD_REQUEST - Static variable in class stella.sensor.Ups: The request command.
CMD_USER - Static variable in class stella.nut.UpsDriver: The username command.
CMD_USER - Static variable in class stella.sensor.Ups: The username command.
CMD_VAR - Static variable in class stella.nut.UpsDriver: The variable command.
CNULL - Static variable in class astro.Broker: The quadratic coefficient in geometric mean anomaly.
CNULL - Static variable in class globals.value.SolLambda: The quadratic coefficient in geometric mean anomaly.
COARSE - Static variable in class astro.fits.MFitsStarFind.Reduce: Defines the coarse acquire frame.
Coarse() - Constructor for class astro.WcsMatch.Coarse
COARSE - Static variable in class stella.adapter.AcquiringUnit: Coarse acquire only.
COARSE - Static variable in class stella.util.GoodPrimeFocusParser: If we find this string, coarse was truely successful.
coarseAcquire(long, Dimension, int, int, int, double, double) - Method in class stella.adapter.OffAxisUnit: Do a coarse acquire with the specified calculated exposure time.
coarseAcquire(long, Dimension, int, int, int, double, double) - Method in class stella.adapter.PrimeFocusCamera: Do a coarse acquire with the specified calculated exposure time.
coarseAcquire(long, Dimension, int, int, int, double, double) - Method in class stella.adapter.ScienceAcquire: Do a coarse acquire with the specified calculated exposure time.
CoarseAcquiring - Interface in stella.acquire
coarseAcquisition(Acquisition, TransparencyMeasuring) - Method in interface stella.acquire.CoarseAcquiring: This method is called to conduct an entire coarse acquisition cycle.
coarseAcquisition(Acquisition, TransparencyMeasuring) - Method in class stella.acquire.CoarseStarAcquisition
COARSEFINE - Static variable in class stella.adapter.AcquiringUnit: Coarse and fine acquire in a row.
coarseFocus(double, CcdDriver, Star, ExposureTimeProviding, TransparencyMeasuring) - Method in interface stella.auxiliary.Focussing: Returns the coarse focus estimate.
coarseFocus(double, CcdDriver, Star, ExposureTimeProviding, TransparencyMeasuring) - Method in class stella.auxiliary.MomentsFocussing: Returns the coarse focus estimate.
coarseShift(Rectangle, Dimension, double, MImageHDU, Acquisition) - Method in interface stella.acquire.CoarseAcquiring: This method should return a pixel shift from checking the apparent position through an acquisition camera.
coarseShift(Rectangle, Dimension, double, MImageHDU, Acquisition) - Method in class stella.acquire.CoarseStarAcquisition
CoarseStarAcquisition - Class in stella.acquire
CoarseStarAcquisition(Map<String, String>) - Constructor for class stella.acquire.CoarseStarAcquisition
coarsetask - Variable in class stella.acquire.AcquireMaster: Is an instance of coarse acquisition after init.
coarsetask - Variable in class stella.adapter.AuxiliaryMaster: The acquire unit doing the coarse acquire task.
coarseType() - Method in class stella.adapter.AuxiliaryMaster: Delivers a unique id for the currently active target in guiding mode.
COARSETYPE - Static variable in class stella.adapter.AuxiliaryUnit: Acquire frames start with this header, followed by date and count.
Coco() - Constructor for class mysql.ObserveSql.Coco
code - Variable in enum stella.net.ads.AdsSocketChannel.Group
code - Variable in enum stella.net.ads.AdsValue.Types
code - Variable in enum stella.net.ads.protocol.AdsCommand.Cmd
code - Variable in enum stella.roof.BeckhoffRoof.Status
code(int) - Static method in enum stella.roof.BeckhoffRoof.Status
CODETOBAUD - Static variable in class stella.io.NudamConfig: A look-up table matching NuDam config codes to baud rates.
CODETOBAUD - Static variable in class stella.io.RS485Configurator: A hash map matching baud codes to baud rates.
COIL_TYPE_ERROR - Static variable in interface stella.mxio.EthReading
collect - Variable in class mysql.PpmXlDatabaseFeeder: All stars worthy to keep from file.
collect - Variable in class mysql.Ucac4DatabaseFeeder: All stars worthy to keep from file.
collect - Variable in class stella.sensor.SensorRepository: The data-collector classes to use for processing the averages.
collected - Variable in class stella.ccd.CameraMaster.HeaderGather
collected - Variable in class stella.globals.FlatQuality.Gather
collectNow(CameraMaster.When) - Method in class stella.ccd.CameraMaster.HeaderGather
COLON - Static variable in class stella.net.tpl.TsiError: The separator char between the group, the component and the list.
COLON - Static variable in class stella.roof.BeckhoffRoof.PlcTrigger
COLON - Static variable in class stella.util.DataPermission: The separator string between Affiliation, user name and propid.
COLON - Static variable in class stella.xml.LoopingSequencer: The seperator char between command templates and ref-attributes.
COLON - Static variable in class stella.xml.XMLSequencer: The seperator char between command templates and ref-attributes.
color - Variable in class astro.SimpleStar: The color of the star.
COLOR - Static variable in interface astro.Star: The color index shortcut.
color - Variable in class mysql.UserSql.SqlProfile: The drawing color.
COLOR - Static variable in class util.ColorHash
COLORFILTER - Static variable in interface stella.xml.ReservedConstants: The desired filter set-up section.
ColorHash - Class in util: Hashtable: Color names, as defined in Color class -> Color.
ColorHash() - Constructor for class util.ColorHash
colorint - Variable in class stella.applet.SimpleUserProfile: The integer of the color.
COLORNAME - Static variable in class util.ColorHash
colortable - Variable in class stella.ccd.WifsipMaster: Additional correction to focus star and the color of focus star.
ColorTransformation - Class in astro: Contains some color transformation classes as multidimensionals.
ColorTransformation() - Constructor for class astro.ColorTransformation
ColorTransformation.Abstract2Mass - Class in astro
ColorTransformation.HalphaNarrow - Class in astro: Transformation from g' and g'-r' to Halpha using synthetic transformation on black-body radiation folded for filters.
ColorTransformation.HalphaWide - Class in astro: Transformation from g' and g'-r' to Halpha using synthetic transformation on black-body radiation folded for filters.
ColorTransformation.HbetaNarrow - Class in astro: Transformation from g' and g'-r' to Hbeta using syntetic transformation on black-body radiation folded for filters.
ColorTransformation.HbetaWide - Class in astro: Transformation from g' and g'-r' to Hbeta using syntetic transformation on black-body radiation folded for filters.
ColorTransformation.Ident - Class in astro
ColorTransformation.JohnsonB - Class in astro: Transformation from Landolt (1992) data.
ColorTransformation.JohnsonI - Class in astro: Transformation from Landolt (1992) data.
ColorTransformation.JohnsonR - Class in astro: Transformation from Landolt (1992) data.
ColorTransformation.JohnsonU - Class in astro: Transformation from Landolt (1992) data.
ColorTransformation.SloanG - Class in astro: Transformation from ColorTransformation.SloanI - Class in astro; Transformation from ColorTransformation.SloanR - Class in astro; Transformation from ColorTransformation.SloanU - Class in astro; Transformation from ColorTransformation.SloanZ - Class in astro; Transformation from ColorTransformation.StromgrenB - Class in astro; Transformation from Hauck (1997) data.
ColorTransformation.StromgrenU - Class in astro: Transformation from Hauck (1997) data using c1 = (u-b)-(b-y)
ColorTransformation.StromgrenV - Class in astro: Transformation from Hauck (1997) data using m1 = (v-b)-(b-y)
ColorTransformation.Test - Class in astro
columnNameWrap(String) - Static method in class mysql.SqlAccess: Could you believe that upper case column names are allowed in SQL, but if put on the query and not protected by double quotes, they are converted to lower case letters and than the lookup fails with 'no such column'? What sounds like a bad joke is realized in SQL.
Columns() - Constructor for class mysql.AbstractSql.Columns: Constructs the parser to the sensor tester.
com - Variable in class stella.adapter.AuxiliaryMaster: The adapter-to-telescope communication.
COMMA - Static variable in class stella.net.tpl.TsiError: The separator char between individual groups.
command - Variable in class ccd.FechnerDriver: cmd instance to specify the arguments for client functions.
command(CommandEvent) - Method in interface stella.CommandListener: The method called by registered telescope command casters.
Command() - Constructor for class stella.io.RS485ReadWriteServer.Command
command - Variable in class stella.io.RS485ReadWriteServer.ReadWrite: The command to write to the serial line.
Command() - Constructor for class stella.io.RS485Server.Command
command - Variable in class stella.MasterLauncher: The list of rmi-command listeners.
command - Variable in class stella.net.ads.protocol.AdsHeader
command - Variable in class stella.net.CasterClient.CommandSender: The command to send to the server.
COMMAND - Static variable in class stella.net.tpl.TplEvent: Events following a command.
command - Variable in class stella.net.vatt.VattMessage: Each message has an integer command from CommandCodes.
COMMAND - Static variable in interface stella.xml.DTDConstants: The tag name of the command section within a sequence task (Command).
CommandAborted - Class in stella.error: An error event signaling that a command was aborted.
CommandAborted(Object) - Constructor for class stella.error.CommandAborted: Constructs a command aborted error.
commandAndResponse(String) - Method in class io.AsciiSocketDriver
CommandCaster - Interface in stella: The interface comprising the capabilities of adding and removing acknowledge listeners.
CommandCasting - Interface in stella: This interface defines command-casting abilities.
CommandCodes - Interface in stella.net.vatt: Copied from clserve.h and transformed to java interface.
CommandConflict - Class in stella.error: An error event signaling that a command could not be parsed.
CommandConflict(Object) - Constructor for class stella.error.CommandConflict: Constructs a software error.
CommandEvent - Class in stella: The generic command event class.
CommandEvent(Object, String, long) - Constructor for class stella.CommandEvent: A fully qualified command.
CommandEvent.Create - Class in stella: Test.
commandGroup - Static variable in class stella.net.CasterClient: The thread group command senders run in.
commandgroup - Variable in class stella.net.CommandReceiver: The thread group commands run in.
commandGroup - Variable in class stella.rmi.ReceiverTorso: The thread group command handlers run in.
CommandHandler(ErrorProcessing, Socket, ThreadGroup, String) - Constructor for class stella.net.CommandReceiver.CommandHandler: Constructs a new command-handling thread.
CommandHandler(ThreadGroup, CommandEvent) - Constructor for class stella.rmi.ReceiverTorso.CommandHandler: Constructs a new command-handling thread.
commandid - Variable in class stella.telescope.AbstractPilarDriver: The command id counter.
COMMANDID - Static variable in interface stella.xml.DTDConstants: The command id attribute.
commandid - Variable in class stella.xml.SequenceTask: Lookup table of command templates (keys) to their unique id.
COMMANDINIT - Static variable in interface stella.xml.DTDConstants: The command reference to a parameter.
commandinit - Variable in class stella.xml.SequenceTask: Lookup table of command templates to their single initializer.
CommandKnowledge - Interface in stella.error: An interface indicating that this error knows about the command it was connected to.
COMMANDLAST - Static variable in interface stella.xml.DTDConstants: The reference attribute value for refering to last command occurence.
CommandLaunching - Interface in stella: This interface defines command-casting abilities.
CommandLineProviding - Interface in stella.command: Simple interface to allow parameters to directly interact with commands.
commandList - Variable in class stella.net.CasterClient: The registered command listeners.
commandList - Variable in class stella.rmi.CasterTorso: The registered command listeners.
CommandListener - Interface in stella: The listener interface for receiving command events.
CommandMessage - Class in stella.net.gregor: Extends a normal GREGOR message to be of the command type.
CommandMessage(Object, Object, String) - Constructor for class stella.net.gregor.CommandMessage: Creates amessage with source, destination and data section.
CommandMessage(Object, Object, String, long) - Constructor for class stella.net.gregor.CommandMessage: Creates amessage with source, destination, data section and flags.
CommandMessage(Object, Object, String, long, long) - Constructor for class stella.net.gregor.CommandMessage: Creates amessage with source, destination, data section and flags.
CommandMessage(Object, Object, String, short, long, long) - Constructor for class stella.net.gregor.CommandMessage: Full constructor, hidden from the outside.
COMMANDPACKAGE - Static variable in class stella.CommandEvent: The package name of the commands to prepend to the class name.
COMMANDPARAMETER - Static variable in interface stella.xml.DTDConstants: The command reference to a parameter.
commandparameter - Variable in class stella.xml.SequenceTask: Lookup table of command templates to their single parameter name.
CommandReceiver - Class in stella.net: The command receiver, acting as a server.
CommandReceiver(Map) - Constructor for class stella.net.CommandReceiver: Constructs a new receiver with the specified properties.
CommandReceiver.CommandHandler - Class in stella.net: Handles the command protocol.
CommandReceiver.CommandHandler.OneCommandCycle - Class in stella.net: A class that deals with the completion of one command cycle.
COMMANDREF - Static variable in interface stella.xml.DTDConstants: The command reference attribute.
commandref - Variable in class stella.xml.SequenceTask: Lookup table of command templates (keys) to their unique reference.
CommandRendering - Interface in stella: An interface that allows the rendering of fully qualified commands from command templates.
COMMANDREQUEST - Static variable in class stella.net.ads.protocol.AdsCommand
COMMANDS - Static variable in class stella.adapter.AdapterSimulator: The known command types, used for acknowledges and true dones.
COMMANDS - Static variable in class stella.auxiliary.AuxiliarySimulator: The known command types, used for acknowledges and true dones.
COMMANDS - Static variable in class stella.calibration.CalibrationSimulator: The known command types, used for acknowledges and true dones.
COMMANDS - Static variable in class stella.ccd.SesSimulator: The known command types, used for acknowledges and true dones.
COMMANDS - Static variable in class stella.ccd.WifsipSimulator: The known command types, used for acknowledges and true dones.
COMMANDS - Static variable in class stella.environment.DomeSimulator: The known command types, used for acknowledges.
COMMANDS - Static variable in class stella.environment.EnvironmentSimulator: The known command types, used for acknowledges.
COMMANDS - Static variable in class stella.net.ads.Protocol: Known command ids.
commands - Variable in class stella.telescope.OpenPilarSocket.Monitor: The list of commands monitored.
commands - Variable in class stella.telescope.Pilar3Socket.Monitor: The list of commands monitored.
COMMANDS - Static variable in class stella.telescope.TelescopeSimulator: The known command types, used for acknowledges and true dones.
commands - Variable in class stella.xml.SequenceTask: All command templates in this task, filled in at run-time.
CommandSender(ThreadGroup, CommandEvent) - Constructor for class stella.net.CasterClient.CommandSender: Constructs a new command sender.
COMMANDSEPARATOR - Static variable in class stella.ow.PythonClient: The separator string between multi-part commands.
commandSuccess - Variable in class stella.DoneEvent: The success of the progenitor command.
commandthread - Static variable in class stella.io.RS485ReadWriteServer: The server's read/write thread for command issuing.
commandTime - Variable in class stella.ReplyEvent: The command time tag this acknowledge event follows.
commandtimes - Variable in class io.AbstractSimulatingDriver: For recording the various times.
commandType - Variable in class stella.ReplyEvent: The command type this acknowledge event follows.
commenceAbort() - Method in class stella.telescope.AbstractRpcTelescope
commenceAbort() - Method in class stella.telescope.GregorDriver: Aborts all active commands.
commenceAbort() - Method in class stella.telescope.OpenPilarSocket: Aborts all telescope operation.
commenceAbort() - Method in class stella.telescope.Pilar3Socket: Aborts all telescope operation.
commenceAbort() - Method in interface stella.telescope.TelescopeDriver: Aborts all active commands.
commenceAbort() - Method in class stella.telescope.VattDriver
commenceAbsoluteOffset(double, double) - Method in class stella.telescope.AbstractRpcTelescope
commenceAbsoluteOffset(double, double, double) - Method in class stella.telescope.AbstractRpcTelescope
commenceAbsoluteOffset(double, double, double) - Method in class stella.telescope.GregorDriver: Applies an absolute offset to the telescope axis.
commenceAbsoluteOffset(double, double) - Method in class stella.telescope.GregorDriver: Applies an absolute offset to the telescope axis.
commenceAbsoluteOffset(double, double) - Method in interface stella.telescope.OffsetAccessible: Applies an absolute offset to the telescope axis.
commenceAbsoluteOffset(double, double, double) - Method in interface stella.telescope.OffsetAccessible: Applies an absolute offset to the telescope axis.
commenceAbsoluteOffset(double, double) - Method in class stella.telescope.OpenPilarSocket: Applies an AZ-ALT offset to the current telescope position.
commenceAbsoluteOffset(double, double, double) - Method in class stella.telescope.OpenPilarSocket: Applies an AZ-ALT offset to the current telescope position.
commenceAbsoluteOffset(double, double) - Method in class stella.telescope.Pilar3Socket: Applies an AZ-ALT offset to the current telescope position.
commenceAbsoluteOffset(double, double, double) - Method in class stella.telescope.Pilar3Socket: Applies an AZ-ALT offset to the current telescope position.
commenceAbsoluteOffset(double, double) - Method in class stella.telescope.VattDriver
commenceAbsoluteOffset(double, double, double) - Method in class stella.telescope.VattDriver
commenceClear() - Method in interface stella.net.tpl.PilarDriver: Clears all errors the telescope.
commenceClear() - Method in class stella.telescope.OpenPilarSocket: Try to clear the telescope errors.
commenceClear() - Method in class stella.telescope.Pilar3Socket: Try to clear the telescope errors.
commenceCommand() - Method in class stella.net.tpl.TplCommand: Commences the command.
commenced - Variable in class stella.net.tpl.TplCommand: The time-stamp the commands commence-method has been called.
commenceDerotator(double) - Method in class stella.telescope.AbstractRpcTelescope
commenceDerotator(double) - Method in interface stella.telescope.DerotatorAccessible: Sets the derotator position in the system's coordinate system, which is in degrees.
commenceDerotator(double) - Method in class stella.telescope.GregorDriver: Sets the derotator position in the system's coordinate system, which is in degrees.
commenceDerotator(double) - Method in class stella.telescope.OpenPilarSocket: Sets the absolut position of the telescope derotator and disables tracking adjustment.
commenceDerotator(double) - Method in class stella.telescope.Pilar3Socket: Sets the absolut position of the telescope derotator and disables tracking adjustment.
commenceDerotator(double) - Method in class stella.telescope.VattDriver
commenceDerotatorOffset(double) - Method in class stella.telescope.AbstractRpcTelescope
commenceDerotatorOffset(double) - Method in interface stella.telescope.DerotatorAccessible: Offsets the derotator position in the system's coordinate system, which is in degrees.
commenceDerotatorOffset(double) - Method in class stella.telescope.GregorDriver: Offsets the derotator position in the system's coordinate system, which is in degrees.
commenceDerotatorOffset(double) - Method in class stella.telescope.OpenPilarSocket: Sets the offset of the telescope derotator and prepares the telescope for derotator tracking adjustment.
commenceDerotatorOffset(double) - Method in class stella.telescope.Pilar3Socket: Sets the offset of the telescope derotator and prepares the telescope for derotator tracking adjustment.
commenceDerotatorOffset(double) - Method in class stella.telescope.VattDriver
commenceFocus(double) - Method in class stella.telescope.AbstractRpcTelescope
commenceFocus(double) - Method in interface stella.telescope.FocusAccessible: Sets a new focus position.
commenceFocus(double) - Method in class stella.telescope.GregorDriver: Sets a new focus position.
commenceFocus(double) - Method in class stella.telescope.OpenPilarSocket: Sets the absolut position of the telescope primary focus (in mm).
commenceFocus(double) - Method in class stella.telescope.Pilar3Socket: Sets the absolut position of the telescope primary focus (in mm).
commenceFocus(double) - Method in class stella.telescope.VattDriver
commenceFocusOffset(double) - Method in class stella.telescope.AbstractRpcTelescope
commenceFocusOffset(double) - Method in interface stella.telescope.FocusAccessible: Sets a new focus offset.
commenceFocusOffset(double) - Method in class stella.telescope.GregorDriver: Sets a new focus offset.
commenceFocusOffset(double) - Method in class stella.telescope.OpenPilarSocket: Sets the offset position of the telescope primary focus (in mm).
commenceFocusOffset(double) - Method in class stella.telescope.Pilar3Socket: Sets the offset position of the telescope primary focus (in mm).
commenceFocusOffset(double) - Method in class stella.telescope.VattDriver
commenceGuiding(boolean) - Method in class stella.telescope.AbstractRpcTelescope
commenceGuiding(boolean) - Method in class stella.telescope.GregorDriver: Starts or stops tracking of the telescope and waits until the new tracking state is reached.
commenceGuiding(boolean) - Method in interface stella.telescope.OffsetAccessible: Starts or stops tracking of the telescope and waits until the new tracking state is reached.
commenceGuiding(boolean) - Method in class stella.telescope.OpenPilarSocket: Starts/stops telescope tracking and waits until pilar acknowledges the new state.
commenceGuiding(boolean) - Method in class stella.telescope.Pilar3Socket: Starts/stops telescope tracking.
commenceGuiding(boolean) - Method in class stella.telescope.VattDriver
commenceInit() - Method in class stella.telescope.AbstractRpcTelescope
commenceInit() - Method in class stella.telescope.GregorDriver: Initializes the telescope.
commenceInit() - Method in class stella.telescope.OpenPilarSocket: Initializes the telescope.
commenceInit() - Method in class stella.telescope.Pilar3Socket: Initializes the telescope.
commenceInit() - Method in interface stella.telescope.TelescopeDriver: Initializes the telescope.
commenceInit() - Method in class stella.telescope.VattDriver
commenceMove(double, double) - Method in class stella.telescope.AbstractRpcTelescope
commenceMove(double, double, double, boolean) - Method in class stella.telescope.AbstractRpcTelescope
commenceMove(double, double) - Method in class stella.telescope.GregorDriver: Moves the telescope to the given ra/dec position in J2000.0 equinox.
commenceMove(double, double, double, boolean) - Method in class stella.telescope.GregorDriver: Moves the telescope to the given ra/dec position in J2000.0 equinox.
commenceMove(double, double) - Method in class stella.telescope.OpenPilarSocket: Moves the telescope into a new RA-DE position.
commenceMove(double, double, double, boolean) - Method in class stella.telescope.OpenPilarSocket: Moves the telescope into a new RA-DE position.
commenceMove(double, double, double, boolean, boolean) - Method in class stella.telescope.OpenPilarSocket: Moves the telescope into a new RA-DE position.
commenceMove(double, double) - Method in class stella.telescope.Pilar3Socket: Moves the telescope into a new RA-DE position.
commenceMove(double, double, double, boolean) - Method in class stella.telescope.Pilar3Socket: Moves the telescope into a new RA-DE position.
commenceMove(double, double, double, boolean, boolean) - Method in class stella.telescope.Pilar3Socket: Moves the telescope into a new RA-DE position.
commenceMove(double, double) - Method in interface stella.telescope.PointingAccessible: Moves the telescope to the given ra/dec position in J2000.0 equinox.
commenceMove(double, double, double, boolean) - Method in interface stella.telescope.PointingAccessible: Moves the telescope to the given ra/dec position in J2000.0 equinox.
commenceMove(double, double) - Method in class stella.telescope.VattDriver
commenceMove(double, double, double, boolean) - Method in class stella.telescope.VattDriver
commenceMoveAzAlt(double, double) - Method in class stella.telescope.AbstractRpcTelescope
commenceMoveAzAlt(double, double) - Method in class stella.telescope.GregorDriver: Moves the telescope to the desired alt/az position.
commenceMoveAzAlt(double, double) - Method in class stella.telescope.OpenPilarSocket: Moves the telescope into a new AZ-ALT position and stops tracking.
commenceMoveAzAlt(double, double) - Method in class stella.telescope.Pilar3Socket: Moves the telescope into a new AZ-ALT position and stops tracking.
commenceMoveAzAlt(double, double) - Method in interface stella.telescope.PointingAccessible: Moves the telescope to the desired alt/az position.
commenceMoveAzAlt(double, double) - Method in class stella.telescope.VattDriver
commencePark() - Method in class stella.telescope.AbstractRpcTelescope
commencePark() - Method in class stella.telescope.GregorDriver: Parks the telescope.
commencePark() - Method in class stella.telescope.OpenPilarSocket: Brings the telescope into its park position.
commencePark() - Method in class stella.telescope.Pilar3Socket: Brings the telescope into its park position.
commencePark() - Method in interface stella.telescope.TelescopeDriver: Parks the telescope.
commencePark() - Method in class stella.telescope.VattDriver
commenceRelativeOffset(double, double) - Method in class stella.telescope.AbstractRpcTelescope
commenceRelativeOffset(double, double, double) - Method in class stella.telescope.AbstractRpcTelescope
commenceRelativeOffset(double, double) - Method in class stella.telescope.GregorDriver: Adds a current offset to both telescope axis.
commenceRelativeOffset(double, double, double) - Method in class stella.telescope.GregorDriver: Adds a current offset to both telescope axis.
commenceRelativeOffset(double, double) - Method in interface stella.telescope.OffsetAccessible: Adds a current offset to both telescope axis.
commenceRelativeOffset(double, double, double) - Method in interface stella.telescope.OffsetAccessible: Adds a current offset to both telescope axis.
commenceRelativeOffset(double, double) - Method in class stella.telescope.OpenPilarSocket: Adds an AZ-ZD offset to the current telescope position.
commenceRelativeOffset(double, double, double) - Method in class stella.telescope.OpenPilarSocket: Adds an AZ-ALT offset to the current telescope position.
commenceRelativeOffset(double, double) - Method in class stella.telescope.Pilar3Socket: Adds an AZ-ALT offset to the current telescope position.
commenceRelativeOffset(double, double, double) - Method in class stella.telescope.Pilar3Socket: Adds an AZ-ALT offset to the current telescope position.
commenceRelativeOffset(double, double) - Method in class stella.telescope.VattDriver
commenceRelativeOffset(double, double, double) - Method in class stella.telescope.VattDriver
commenceSetCovers(boolean) - Method in interface stella.net.tpl.PilarDriver: Sets the position of the mirror covers.
commenceSetCovers(boolean) - Method in class stella.telescope.OpenPilarSocket: Sets the position of the mirror covers.
commenceSetCovers(boolean) - Method in class stella.telescope.Pilar3Socket: Sets the position of the mirror covers.
commenceTplAbort(boolean, int, long) - Method in class stella.telescope.OpenPilarSocket: Sends a new TPL abort command.
commenceTplAbort(boolean, int) - Method in class stella.telescope.OpenPilarSocket: Sends a new TPL abort command with the default command completition timeout.
commenceTplAbort(boolean, int, long) - Method in class stella.telescope.Pilar3Socket: Sends a new TPL abort command.
commenceTplAbort(boolean, int) - Method in class stella.telescope.Pilar3Socket: Sends a new TPL abort command with the default command completition timeout.
commenceTplGet(String, long) - Method in class stella.telescope.OpenPilarSocket: Sends a new get command.
commenceTplGet(String) - Method in class stella.telescope.OpenPilarSocket: Sends a new get command with the default command completition timeout.
commenceTplGet(String, long) - Method in class stella.telescope.Pilar3Socket: Sends a new get command.
commenceTplGet(String) - Method in class stella.telescope.Pilar3Socket: Sends a new get command with the default command completition timeout.
commenceTplSet(String, long) - Method in class stella.telescope.OpenPilarSocket: Sends a new set command.
commenceTplSet(String) - Method in class stella.telescope.OpenPilarSocket: Sends a new set command with the default command completition timeout.
commenceTplSet(String, long) - Method in class stella.telescope.Pilar3Socket: Sends a new set command.
commenceTplSet(String) - Method in class stella.telescope.Pilar3Socket: Sends a new set command with the default command completition timeout.
commenceTracking(boolean) - Method in class stella.telescope.AbstractRpcTelescope
commenceTracking(boolean) - Method in class stella.telescope.GregorDriver: Starts or stops tracking of the telescope, but does not block until the telescope is in the new state.
commenceTracking(boolean) - Method in class stella.telescope.OpenPilarSocket: Starts/stops telescope tracking.
commenceTracking(boolean) - Method in class stella.telescope.Pilar3Socket: Starts/stops telescope tracking.
commenceTracking(boolean) - Method in interface stella.telescope.PointingAccessible: Starts or stops tracking of the telescope, but does not block until the telescope is in the new state.
commenceTracking(boolean) - Method in class stella.telescope.VattDriver
commenceUsePort(int) - Method in interface stella.net.tpl.PilarDriver: Uses the specified port, i.e.
commenceUsePort(int) - Method in class stella.telescope.OpenPilarSocket: Optical port, specifies used derotator and filter and will also rotate M3 (if supported by the telescope hardware).
commenceUsePort(int) - Method in class stella.telescope.Pilar3Socket: Optical port, specifies used derotator and filter and will also rotate M3 (if supported by the telescope hardware).
comment - Variable in class stella.ccd.CameraMaster.CardInfo
comment - Variable in class stella.error.MissingParameter: The additional comments.
comment - Variable in class stella.error.ParameterError: The additional comments.
comment - Variable in class stella.error.ParseError: The additional comments.
comment - Variable in class stella.error.QueueError: The additional comments.
COMMENT - Static variable in interface stella.xml.DTDConstants: Comments to an individual observation.
comment - Variable in class target.AbstractTarget.FitsEntry: The optional comment.
comment - Variable in class target.AbstractTarget.PickAdapter: A comment to this observation.
COMMENTS - Static variable in class xml.DOMEnlarge.AddFitsHeader: The comments to the variables.
COMMENTSEPARATOR - Static variable in class stella.ccd.CameraMaster: In fits-keys map the separator between values and comments.
COMMON - Static variable in class applet.ResponseReader: The boolean indicating that the return name should be the most common.
COMMON - Static variable in class mysql.SqlStar: ID for common name.
CommonModes() - Constructor for enum stella.acquire.AbstractAutoGuider.CommonModes
commonNames() - Method in class astro.StarCatalog: This is an exhaustive search on the simbad service.
CommunicationCycle - Class in stella.net.gregor: This class describes a single communication cycle within GREGOR.
CommunicationCycle(CommandMessage) - Constructor for class stella.net.gregor.CommunicationCycle: Communication cycle with default acknowledge and done timeouts.
CommunicationHandler - Class in stella.net.gregor: This class handles the low-level communication for GREGOR in providing a method to initiate message output and allows registering of a single event listener (a call-back agent) which is notified on incoming messages.
CommunicationHandler(Map<String, String>) - Constructor for class stella.net.gregor.CommunicationHandler: Low-level Communication is deferred to the parental class that provides access to an input and an output stream.
CommunicationHandler.ReceiverThread - Class in stella.net.gregor: The reciever thread waits on the input line until data comes available.
CommunicationHandler.SenderThread - Class in stella.net.gregor: This thread performs the sending of a message.
CommunicationHandler.Test - Class in stella.net.gregor: This class connects to the DCP server as stated in the command line properties, tries to connects and sends a NOP command.
comoff - Variable in class stella.adapter.AdapterMaster: The adapter-to-telescope communication.
compare(SextractorStar, SextractorStar) - Method in class astro.SextractorStar.PixelPosition: Compares the distances of the two star to the specified center.
compare(Star, Star) - Method in class astro.SimpleStar.Distance
compare(Star, Star) - Method in class astro.SimpleStar.StarComparator: Two stars are compared for their property named by the constructor field.
compare(HTMrange) - Method in class htm.core.HTMrange: this is not imlemented properly
compare(Guiding.RawStar, Guiding.RawStar) - Method in class stella.adapter.GuiderStar.Magnitude
compare(TargetDefinition, TargetDefinition) - Method in class target.AbstractTarget.TargetComparator: Throws an exception if either of the objects is not a target definition.
compareTargets(TargetDefinition, TargetDefinition) - Method in class target.AbstractTarget.TargetComparator: Compares two targets.
compareTo(Aggregation) - Method in class astro.Aggregation: Compares two raw stars.
compareTo(ImageBlock) - Method in class astro.fits.ImageBlock: Order is to first image in list.
compareTo(Glint) - Method in class astro.Glint: Compares two raw stars.
compareTo(SpectralFits.Slice) - Method in class astro.SpectralFits.Slice
compareTo(Guiding.RawStar) - Method in class stella.adapter.GuiderStar: Compares two raw stars.
compareTo(ObservableList.DateMerit) - Method in class stella.globals.ObservableList.DateMerit: We compare the dates, if they are identically, we compare the merit.
compareTo(LogLine) - Method in class stella.log.LogLine: Natural ordering according to date.
compareTo(Meteorology) - Method in class stella.sensor.Meteorology: For sorting: sort to date.
compareTo(OffAxisRank) - Method in class stella.util.OffAxisRank: Allows a standard ranking of the possible guide stars.
compareTo(ParsedTarget) - Method in class stella.xml.ParsedTarget: Compares two parsed targets.
compareTo(Allocable) - Method in class target.AbstractTarget.Allocation: Two picks are compared by comparing their date.
COMPLETE - Static variable in class stella.net.CasterClient.CommandSender: The name for alarms waiting for done or additional acknowledges.
complete(CommandMessage) - Method in class stella.net.gregor.GetterSetter: We initiate and wait.
COMPLETE - Static variable in class stella.net.tpl.TplCommand: The command has completed the callback execution.
COMPLETE - Static variable in class stella.rmi.CasterTorso: The name for alarms waiting for done or additional acknowledges.
complete - Variable in class stella.telescope.OpenPilarSocket.Monitor: The lock object for complete waits.
complete - Variable in class stella.telescope.Pilar3Socket.Monitor: The lock object for complete waits.
COMPLETE - Static variable in interface stella.xml.DTDConstants: The tag name of the complete section of a sequence task (Complete).
complete - Variable in class stella.xml.SequenceTask: The complete condition.
completed - Variable in class stella.net.tpl.TplCommand: True if command was completed with a 'COMMAND state' event.
completeWithoutErrors() - Method in class stella.net.gregor.CommunicationCycle: Returns true, if the done return code is negative.
completionTime - Variable in class stella.AcknowledgeEvent: The completion time for this acknowledge event.
CompletionTimeOut - Class in stella.error: An error event signaling a command that was not completed in time.
CompletionTimeOut(Object) - Constructor for class stella.error.CompletionTimeOut: Constructs a software error.
compliment(Domain) - Method in interface htm.core.HTMindex: Return a new domain which contains everything not in the given domain
compliment(Domain) - Method in class htm.core.HTMindexImp: not implemented yet
component - Variable in class stella.net.tpl.TsiError: The component the error occured at.
compose() - Method in class stella.util.PointingGrabber: Composes the file we write data to.
compute(Map<String, Object>) - Method in class stella.util.FilterSequenceExposureTime: We scan for the list of filters and their multiplication factors.
conciseStatus() - Method in class ccd.ses231.SesDriver: Returns the current state of the CCD.
conciseStatus() - Method in class ccd.sta0501.MagellanDriver: Returns the current state of the CCD.
conciseStatus() - Method in class ccd.sta0502.MagellanDriver: Returns the current state of the CCD.
conciseStatus() - Method in class ccd.sta4240.E2VDriver: Returns the current state of the CCD.
conciseStatus() - Method in class stella.globals.WeatherTrigger
conciseStatus() - Method in class stella.roof.BeckhoffRoof
conciseStatus() - Method in class stella.roof.DomeReceiver
conciseStatus() - Method in class stella.roof.RoofReceiver
conciseStatus() - Method in class stella.sensor.HumiditySwitch
conciseStatus() - Method in class stella.sensor.WeatherStation
conciseStatus() - Method in class stella.util.PointingScheduler
Concurrent() - Constructor for class stella.calibunit.CalibUnit.Concurrent
Concurrent() - Constructor for class stella.roof.BeckhoffRoof.Concurrent
ConcurrentCalibUnit - Class in stella.calibunit
ConcurrentCalibUnit(Map<String, String>) - Constructor for class stella.calibunit.ConcurrentCalibUnit: Constructor.
ConcurrentTest() - Constructor for class stella.io.PollingRS485Server.ConcurrentTest
CONDITION - Static variable in interface stella.xml.DTDConstants: The tag name of the condition within a sequence task (Condition).
condition - Variable in class stella.xml.ParsedTarget.RateThread: The parameters for evaluating our rating conditions.
condition - Variable in class stella.xml.SequenceTask: The condition that must evaluate to true, for this task to commence.
Conditioner(ReplyEvent) - Constructor for class stella.xml.LoopingSequencer.Conditioner: Constructs and starts a new conditioner processing the argument reply event.
Conditioner(ReplyEvent) - Constructor for class stella.xml.XMLSequencer.Conditioner: Constructs and starts a new conditioner processing the argument reply event.
conductOneMeasure() - Method in class stella.sensor.DataSensor: The modified version of the DataSensor.conductOneMeasure() method.
conductOneMeasure() - Method in class stella.sensor.TimerTaskSensor: Conducts a single measurement of the sensor value.
conductOneMeasure() - Method in class stella.sensor.WeatherSensor: Adds the judging capabilities to the readout of this sensor.
ConfigurationError - Class in stella.error: An error event signaling a configuration error.
ConfigurationError(Object) - Constructor for class stella.error.ConfigurationError: Constructs a software error.
ConfigurationException - Exception in stella.exception
ConfigurationException() - Constructor for exception stella.exception.ConfigurationException
ConfigurationException(String) - Constructor for exception stella.exception.ConfigurationException
ConfigurationException(Throwable) - Constructor for exception stella.exception.ConfigurationException
ConfigurationException(String, Throwable) - Constructor for exception stella.exception.ConfigurationException
configure() - Method in class stella.io.NudamConfig: Sends the configure command.
configureUnit() - Method in class stella.acquire.AbstractAutoGuider: We test is all common modes are available, i.e., all common modes have properties.
configureUnit() - Method in class stella.acquire.AncillaryCameraUnit
configureUnit() - Method in class stella.acquire.CoarseStarAcquisition
configureUnit() - Method in class stella.acquire.FineStarAcquisition
configureUnit() - Method in class stella.acquire.StarAcquisition
configureUnit() - Method in class stella.auxiliary.LinearPrimeFocus
Confirm() - Constructor for class mysql.ManagerSql.Confirm
confirmDialog(CommandMessage, int) - Method in class stella.telescope.GregorDriver: We display a dialog asking for confirmation.
connect - Variable in class mysql.SqlAccess: The connect URL, must be specified.
connect - Variable in class stella.net.CasterClient: The socket for this client.
CONNECT - Static variable in class stella.net.tpl.TplEvent: Connect event, will always get ID=0.
connectCamera() - Method in class stella.ethcam.AbstractGigeDriver
connected - Variable in class stella.ethcam.AbstractGigeDriver: For permanent connections: this is open connection.
connected - Variable in class util.AppletServer.Transfer
ConsecutiveMerit - Class in stella.merit: A consecutive merit guarantees a merit that is raised from the scale factor after it has been successfully observed for at least ConsecutiveMerit.KEY_SUCCESSCOUNT times.
ConsecutiveMerit(Map<String, String>) - Constructor for class stella.merit.ConsecutiveMerit: Constructs a new successor merit.
ConsistencyThread(Map<String, SporeTarget>) - Constructor for class stella.sql.TargetDatabase.ConsistencyThread
consistsOf(String, char) - Static method in class stella.calibunit.CalibStaticLockUnit: Checks if a response string consists of only a single char, in arbitrary repetition.
consistsOf(String, char) - Static method in class stella.calibunit.CalibUnit: Checks if a response string consists of only a single char, in arbitrary repetition.
consistsOf(String, char) - Static method in class stella.calibunit.ConcurrentCalibUnit: Checks if a response string consists of only a single char, in arbitrary repetition.
consistsOf(String, char) - Static method in class stella.calibunit.WrongCalibUnit: Checks if a response string consists of only a single char, in arbitrary repetition.
CONST - Static variable in class astro.Broker: Constants required for the siderael time algorithm.
CONST - Static variable in class astro.ConstellationFactory
Const - Static variable in class astro.SimpleSid: Constants for linear tranformation of solar time into sidereal time.
CONST - Static variable in class globals.value.SiderealGreenwich: Constants required for the algorithm.
CONST - Static variable in class globals.value.SiderealGreenwichApparent: Constants required for the algorithm.
CONST - Static variable in class globals.value.SiderealTime: Constants required for the algorithm.
constant - Variable in class globals.parameter.TargetSetupParameter: The number of repetition for this target.
CONSTANT - Static variable in interface stella.xml.DTDConstants: The constants in individual Meriting instances.
ConstantMerit - Class in stella.merit: A class defining a constant merit.
ConstantMerit(Map) - Constructor for class stella.merit.ConstantMerit: Constructs a constant merit, defaulting the ConstantMerit.KEY_IMPACT parameter.
CONSTANTNAME - Static variable in interface stella.xml.DTDConstants: The name of the Meriting constant.
ConstantOffset - Class in stella.globals: A class representing a contant offset in two telescope axes, azimuth and altitude.
ConstantOffset(Map) - Constructor for class stella.globals.ConstantOffset: Constructs a new constant offset parameter.
Constants - Interface in astro: A collection of astronomical constants.
constants - Variable in class stella.xml.ElementHelper: The mapping of constant names to their values or to null if undefined.
constants - Variable in class target.AbstractTarget.Setup: The lookup table of constants for this setup.
CONSTANTVALUE - Static variable in interface stella.xml.DTDConstants: The value of the Meriting constant.
CONSTELLATIONEXTENSION - Static variable in class astro.ConstellationFactory: The constellation extension.
ConstellationFactory - Class in astro: A class to provide outlines of constellations as shapes.
ConstellationFactory() - Constructor for class astro.ConstellationFactory
ConstellationFactory.Hip - Class in astro: A class to convert constellation input files that use HIP-numbers to parsable SkyPath objects.
ConstellationShape - Class in astro: A helper class that allows drawing the classical star constellations.
ConstellationShape() - Constructor for class astro.ConstellationShape
Constraint - Class in htm.core: The Constraint is really a cone on the sky-sphere.
Constraint() - Constructor for class htm.core.Constraint: Default Constructor
Constraint(double) - Constructor for class htm.core.Constraint: Construct by setting only the distance
Constraint(Vector3d, double) - Constructor for class htm.core.Constraint: Initialization constructor
Constraint(double, double, double, double) - Constructor for class htm.core.Constraint: Initialization constructor
Constraint(Constraint) - Constructor for class htm.core.Constraint: Copy constructor
CONSTRAINT - Static variable in interface stella.xml.DTDConstants: The global description subelement to Environment (Global).
Constraint(String, double, long, Number, Number, Number, Number, Number, Number) - Constructor for class stella.xml.SporeTarget.Constraint: Constructs a new constraints object giving the parameter name and specifying one parameter constraint.
ConstraintAdapter(String) - Constructor for class target.AbstractTarget.ConstraintAdapter: Constructs a new constraints object giving the parameter name and specifying one parameter constraint.
ConstraintAdapter(String, Number, Number, Number, Number, Number, Number) - Constructor for class target.AbstractTarget.ConstraintAdapter: Constructs a new constraints object giving the parameter name and specifying one parameter constraint.
constraintChoice(Element, Object) - Static method in class stella.xml.TargetFactory: Takes a comparable object and adds attributes to the element plus the parsable conatraint text.
CONSTRAINTOVERDUE - Static variable in interface stella.xml.DTDConstants: A number ≥ 0 if constraint remaining time can be relaxed.
constraintParse(Node, String, String, String) - Static method in class stella.xml.DOMTarget: Parses a constraint node to get min/max/from-to/below-above out of it.
CONSTRAINTRELAX - Static variable in interface stella.xml.DTDConstants: A number ≥ 1 if constraint remaining time can be relaxed.
constraints - Variable in class stella.xml.SporeTarget: A list of constraints.
constraints_ - Variable in class htm.core.Convex
constructTable() - Method in class stella.globals.TelescopeError
consume() - Method in class stella.ErrorEvent: Sets the consumed flag.
consumed - Variable in class stella.ErrorEvent: Indicates that this error event was already handled.
cont() - Method in class stella.MasterLauncher: For times the guiding was lost.
CONT_TIME - Static variable in class stella.ErrorEvent: The follow-up for continue internal exposure time count.
contains(int) - Method in class astro.fits.ImageEnhance.ImageStack
contains(Vector3d) - Method in class htm.core.Constraint: check whether a vector is inside this constraint
contains(Vector3d) - Method in class htm.core.Convex
contains(Vector3d) - Method in class htm.core.Domain
contains(Domain, Vector3d) - Method in interface htm.core.HTMindex: does the domain coaintain thie given point
contains(Domain, Vector3d) - Method in class htm.core.HTMindexImp
containsNight(String) - Method in class mysql.NightStatSql
containsNight(String, String) - Method in class mysql.TelStatSql
containsRemoteProperty(String) - Method in class stella.rmi.ReceiverTorso: Tests if this property container contains a certain property.
containsRemoteProperty(String) - Method in class stella.sensor.WeatherStation: Tests if this property container contains a certain property.
contbin - Variable in class ccd.SynchronousCcdDriver.MakeImage
contbox - Variable in class ccd.SynchronousCcdDriver.MakeImage
CONTENT_TYPE - Static variable in class net.tap.TableAccessProtocol
contexp - Variable in class ccd.SynchronousCcdDriver.MakeImage
contexpose - Variable in class stella.adapter.StellaGuider: If we ask for a continuous guiding, this is the exposure time.
contimage - Variable in class ccd.SynchronousCcdDriver.MakeImage
ContinueWatchMaster - Class in stella.command: The command to temporarely cease counting of the internal clock in the SCS.
ContinueWatchMaster(Object) - Constructor for class stella.command.ContinueWatchMaster: Constructs a halt watch, grabbing the type from the class name and setting the command time to the current system time.
ContinueWatchMaster(Object, String, long) - Constructor for class stella.command.ContinueWatchMaster: Constructs a move telescope command.
Continuous - Interface in ccd
continuous - Variable in class stella.acquire.AcquireMaster: If continuous exposures are underway, this is the thread.
continuous - Variable in class stella.adapter.AuxiliaryMaster: If continuous exposures are underway, this is the thread.
Continuous() - Constructor for class stella.adapter.StellaGuider.Continuous
ContinuousExposure(double) - Constructor for class stella.acquire.AcquireMaster.ContinuousExposure: Hand over the exposure time, no auto-start.
ContinuousExposure(double) - Constructor for class stella.adapter.AuxiliaryMaster.ContinuousExposure: Hand over the exposure time, no auto-start.
CONTINUOUSSEEING - Static variable in class stella.adapter.AuxiliaryGuidingUnit: Properties of the internal seeing monitor.
CONTINUOUSSEEING - Static variable in class stella.adapter.BeamSplitterGuider: Properties of the internal seeing monitor.
CONTINUOUSSEEING - Static variable in class stella.adapter.OffAxisTracker: Properties of the internal seeing monitor.
CONTINUOUSSEEING - Static variable in class stella.adapter.SpillageGuider: Properties of the internal seeing monitor.
CONTJOIN - Static variable in class ccd.SynchronousCcdDriver
contnr - Variable in class ccd.SynchronousCcdDriver.MakeImage
contobs - Variable in class ccd.SynchronousCcdDriver.MakeImage
Control() - Constructor for class stella.roof.BaaderDome.Control: Constructs the parser to the fits finder.
Control() - Constructor for class stella.roof.DomeReceiver.Control: Constructs the parser to the fits finder.
ControlAds - Class in stella.net.ads.protocol
ControlAds(int, int, ByteBuffer) - Constructor for class stella.net.ads.protocol.ControlAds
controlFrame - Variable in class stella.omc.WifsipGUI
controlPanel - Variable in class stella.omc.WifsipGUI
ControlPayload - Class in stella.net.ads.protocol
ControlPayload(int, int, ByteBuffer) - Constructor for class stella.net.ads.protocol.ControlPayload
contseeing - Variable in class stella.adapter.AuxiliaryGuidingUnit: The value with continuous seeing.
contseeing - Variable in class stella.adapter.BeamSplitterGuider: The value with continuous seeing.
contseeing - Variable in class stella.adapter.OffAxisTracker: The value with continuous seeing.
contseeing - Variable in class stella.adapter.SpillageGuider: The value with continuous seeing.
contSkyFlats(WifsipControlling, File, double) - Method in class stella.ccd.WifsipAccess: Tiny helper application to get ideal flat-field times for all filters found in the argument file.
convert(File, File) - Static method in class astro.ConstellationShape: Reads from the file in the first argument and converts it into a SkyPath-parsable string.
convert - Variable in class io.SerialValue: The function to calculate the true value out of the reading.
convert - Variable in class stella.sensor.AbstractSensor: The conversion tool to render physical quantities from raw readings.
convert - Variable in class stella.sensor.AnalogRainConversion
convertAzAlt(Vector2D[]) - Static method in class stella.util.NasmythPointingModel: We convert the argument vector2D array into to vectors, one with all azimuth data in radians, the other with cosine of zenith distance.
convertJHK(Star) - Static method in class astro.TwoMassColorTransformation
convertResultToStarList(ResultSet) - Method in class mysql.GenericStarDatabase: Converts a result set to a list of SimpleStar objects.
ConvertToPhysical - Interface in stella.sensor: An interface describing the capability of a sensor to interpret its reading in a physical sense.
convertToStatistic(Map<String, List<DataCard>>, int) - Static method in class stella.sql.OffLimitAlarm: Converts a mapping of strings to List of doubles into a mapping of strings to statistics.
Convex - Class in htm.core: The Convex class encapsulates all the code for intersection and lookup.
Convex() - Constructor for class htm.core.Convex: Default Constructor
Convex(Vector3d, Vector3d, Vector3d) - Constructor for class htm.core.Convex: Constructor from a triangle Initialize domain from a triangle.
Convex(Vector3d, Vector3d, Vector3d, Vector3d) - Constructor for class htm.core.Convex: Constructor from a rectangle Initialize convex from a rectangle.
convexes_ - Variable in class htm.core.Domain
convolve(float[], ArrayLayout, float[], ArrayLayout) - Static method in class astro.fits.Arithmetics: Convolves image data with a float matrix.
convolve(float[], ArrayLayout, float[], ArrayLayout, int) - Static method in class astro.fits.Arithmetics: Convolves image data with a float matrix.
Convolve() - Constructor for class astro.fits.Arithmetics.Convolve
Cooldown - Interface in io: An interface indicating that a driver needs certain cool-down phases for proper operating.
Copy() - Constructor for class mysql.PpmXlDatabaseFeeder.Copy
Copy() - Constructor for class mysql.Ucac4DatabaseFeeder.Copy
copy_vec(double[], double[]) - Static method in class htm.core.HTMfunc: simple utility funtion which copies one vector over another.
COPYBSCALE - Static variable in class ccd.ses231.SesDriver: Default scaling factor copied into the extensions, if not in primary.
COPYBSCALE - Static variable in class ccd.sta0500.MagellanDriver: Default scaling factor copied into the extensions, if not in primary.
COPYBSCALE - Static variable in class ccd.sta0501.MagellanDriver: Default scaling factor copied into the extensions, if not in primary.
COPYBSCALE - Static variable in class ccd.sta0502.MagellanDriver: Default scaling factor copied into the extensions, if not in primary.
COPYBSCALE - Static variable in class ccd.sta4240.E2VDriver: Default scaling factor copied into the extensions, if not in primary.
COPYBZERO - Static variable in class ccd.ses231.SesDriver: Default zero offset copied into the extensions, if not in primary.
COPYBZERO - Static variable in class ccd.sta0500.MagellanDriver: Default zero offset copied into the extensions, if not in primary.
COPYBZERO - Static variable in class ccd.sta0501.MagellanDriver: Default zero offset copied into the extensions, if not in primary.
COPYBZERO - Static variable in class ccd.sta0502.MagellanDriver: Default zero offset copied into the extensions, if not in primary.
COPYBZERO - Static variable in class ccd.sta4240.E2VDriver: Default zero offset copied into the extensions, if not in primary.
copyqueue - Variable in class stella.util.TransferListener.TransferThread: The que of the low-priority copy files.
COPYREM - Static variable in class ccd.ses231.SesDriver: Comment for a key that was copied from the primary.
COPYREM - Static variable in class ccd.sta0500.MagellanDriver: Comment for a key that was copied from the primary.
COPYREM - Static variable in class ccd.sta0501.MagellanDriver: Comment for a key that was copied from the primary.
COPYREM - Static variable in class ccd.sta0502.MagellanDriver: Comment for a key that was copied from the primary.
COPYREM - Static variable in class ccd.sta4240.E2VDriver: Comment for a key that was copied from the primary.
core - Variable in enum globals.GlobalSet.Astronomical
corner - Variable in class stella.adapter.StellaGuider.ReduceThread: On moving frames, the upper-left corner shifts.
corners_ - Variable in class htm.core.Convex
CorotChrom() - Constructor for class astro.fits.TableTools.CorotChrom
CorotImg() - Constructor for class astro.fits.TableTools.CorotImg
COSEKL - Static variable in class astro.Astro: The cosine of the inclination of the eclitic.
CosineConversion - Class in stella.sensor: The converter class used by the solz sensor.
CosineConversion(Map) - Constructor for class stella.sensor.CosineConversion: Constructs a new cosine converter.
cosLat - Variable in class astro.Location
cosLong - Variable in class astro.Location
CoudeFocusGeometry - Class in stella.acquire: In prime focus, the angle between the CCD-y axis and the elevation axis is fixed for an alt-az telescope.
CoudeFocusGeometry(Map<String, String>) - Constructor for class stella.acquire.CoudeFocusGeometry
count - Variable in class io.AbstractSerialDriver.Available: Minimum number of bytes that have to be available for notify.
count(String) - Method in class mysql.EnvironmentSql
count(String, String, String) - Method in class mysql.SqlAccess: Counts occurences of a single expression.
count - Variable in class stella.acquire.AcquisitionUnit: If we have also a running number.
count - Static variable in class stella.ccd.FitsNameGenerator: The running number.
count - Variable in class stella.command.ExposeAuxiliary: The current count.
count - Variable in class stella.error.FieldOfView: The exposure number of the current acquire/guideing try.
count - Variable in class stella.error.StarFieldOfView: The exposure number of the current acquire/guideing try.
count - Variable in class stella.globals.DitherParameter: The parameter that counts the actual exposure number.
count - Variable in class stella.globals.RunningCount: The exposure counter for this target.
COUNT - Static variable in class stella.net.ReceiverServer: An internal counter for automatic naming.
COUNT - Static variable in class stella.rmi.ReceiverTorso: An internal counter for automatic naming.
count - Variable in class stella.sensor.DataSensor: An integer counting the execution number.
count(List<Meteorology>, int, int) - Static method in class stella.sensor.Meteorology: Count the data points with calendar
COUNT - Static variable in class stella.sensor.ReadoutRepository: An internal counter for automatic naming.
COUNT - Static variable in class stella.util.Alarm: An internal counter for automatic naming.
countAll(Date, Date) - Method in class mysql.EnvironmentSql
countdown - Variable in class globals.value.CountDownWatch: The count-down start value.
CountDownTrigger - Class in globals.trigger: A trigger that has a nominal state, set by initboolean.
CountDownTrigger(Map<String, String>) - Constructor for class globals.trigger.CountDownTrigger: Constructs a new counting trigger.
CountDownWatch - Class in globals.value: A count down acts more or less like a stop watch, but in the way that it is not counting up, but counting down.
CountDownWatch(Map<String, String>) - Constructor for class globals.value.CountDownWatch: Constructs a new count-down watch.
countErrors(Collection<Map<TsiError, Shelf<Date>>>, Date) - Method in class stella.telescope.OpenPilarSocket: We count the number of errors in all component groups.
countGood(Date, Date) - Method in class mysql.EnvironmentSql
CountingTrigger - Class in globals.trigger: A trigger that counts the time whenever it is true.
CountingTrigger(Map<String, String>) - Constructor for class globals.trigger.CountingTrigger: Constructs a new counting trigger.
countObservations(HistoryAware, GlobalGrouping, long) - Method in class stella.merit.AbstractNightMerit: Counts the numbers of observations this target has been performing in the actual night.
counts - Variable in class stella.util.BeamSplitterFit: The count arra, normally deduced from a fits file, x is first index.
countSum(Point2D, int, int, int, int, int) - Method in class stella.adapter.StellaGuider: Returns the count sum around the anticipated star.
course - Variable in class stella.globals.ObservableList: A map of parsed targets to merit course.
cph - Variable in class stella.util.GuiderParametersRaDe
cpoly - Variable in class stella.merit.AfterTimeMerit: To easy evaluation, calculate polynom at construct.
crash - Variable in class stella.rmi.CasterTorso: To avoid repeating crash errors.
crbytes - Variable in class stella.io.RS485ReadWriteServer: The byte array representation of the CR.
Create() - Constructor for class stella.CommandEvent.Create
create(Object, String, String, boolean, String) - Static method in class stella.ErrorEvent: Creates a fully qualified error or status event.
CREATE_MUTEX_FAIL - Static variable in interface stella.mxio.EthReading
createAbstract(String, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.ABSTRACT element carrying the provided text in a single text-node child.
createAdapterUnit(String) - Method in class stella.adapter.AdapterMaster: Sets all required knowledge available to an adapter unit.
createAuxiliaryUnit(String) - Method in class stella.adapter.AuxiliaryMaster: Sets all required knowledge available to an adapter unit.
createCall() - Method in class Sesame_pkg.SesameSoapBindingStub
createCall() - Method in class VizieR_pkg.VizieRSoapBindingStub
createCameraClient(InetAddress, int) - Method in class stella.ethcam.AbstractGigeDriver: Forks to the different RPC-client stubs.
createCameraClient(InetAddress, int) - Method in class stella.ethcam.GigeDriver1600: Forks to the different RPC-client stubs.
createCameraClient(InetAddress, int) - Method in class stella.ethcam.GigeDriver2000: Forks to the different RPC-client stubs.
createCommand(MessageBin) - Static method in class stella.CommandEvent: Creates a full command event from a message bin.
createCommand(Object, String) - Static method in class stella.CommandEvent: Creates a new command event from a template string.
createCommandLauncher(Map) - Static method in class stella.AbstractCommandLauncher: Constructs a new command launching instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createCommandRenderer(Map<String, String>) - Static method in class stella.AbstractCommandRenderer: Constructs a new scheduling instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createCommunicator() - Method in class stella.rmi.GenericMaster
createCommunicator(String) - Method in class stella.rmi.GenericMaster: (Re)creates the communicator.
createConstant(Map<String, Object>) - Static method in class stella.xml.TargetFactory: Creates a constant element.
createConstant(Class<?>, String, Object) - Static method in class xml.DOMEnlarge: Creates a constant element.
createConversion(Map) - Static method in class stella.sensor.AbstractConversion: Constructs a new scheduling instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createDataCollector(Map<String, String>) - Static method in class stella.sensor.AbstractDataCollector: Constructs a new data collector instance using the mapping of the AbstractDataCollector.KEY_CLASS to the class name to derive the class to instantiate.
createDaughter(List, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with DTDConstants.DAUGHTER elements enclosing the provided daughter target names.
createDomeReceiver(File) - Static method in class stella.roof.DomeReceiver: Creates a dome receiver, initalizes the dome driver and all parameters.
createDriver(Map<String, String>) - Static method in class io.AbstractDriver: Creates a new driver instance using the class key found in the properties.
createDuration(Number, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.DURATION element carrying the provided user name in a single text-node child.
createElementHelper(Map<String, String>) - Static method in class stella.xml.ElementHelper: Creates a ElementHelper using the provided properties.
createElementHelpers(ResourceSupplying, String) - Static method in class stella.xml.ElementHelper: Converts a comma-separated list of property files into a list of ElementHelpers by reading the properties and passing them to the element helper constructor.
createElementHelpers(String) - Method in class stella.xml.ElementHelper: Converts a comma-separated list of property files into a list of ElementHelpers by reading the properties and passing them to the element helper constructor.
createElementWithSingleText(String, String, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment, adds an element with the given tag name to it as the first child and creates a text node that is appended to the new element as a single child.
createEmail(Collection<? extends Address>, Collection<UserProfile.Notifies>, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with an DTDConstants.EMAIL element carrying The e-mail address of the user plus additional notification elements.
createEmptyDocument() - Static method in class xml.DocumentParser: Creates a new, empty target document.
createError(Object, String) - Static method in class stella.ErrorEvent: Creates a error event with the default severeness and the default follow-up.
createError(Object, String, String) - Static method in class stella.ErrorEvent: Creates a error event with the default severeness and the specified follow-up.
createError(Object, String, boolean, String) - Static method in class stella.ErrorEvent: Creates a error event with the default severeness and the specified follow-up.
createError(Object, int, String, boolean, String) - Static method in class stella.ErrorEvent: Creates an error event with the given severeness, the defined follow-up action, the appropriate pipe flag and the human-readable part of the error as an NL-separated String.
createError(MessageBin) - Static method in class stella.ErrorEvent: Creates an error event from a message bin.
createErrorEventFromList(List) - Method in class stella.net.TestReceiver: Takes a list of error event classes and creates a living object out of it.
createErrorFinalizer(Map<String, String>) - Static method in class stella.AbstractErrorFinalizer: Constructs a new error finalizer instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createErrorHandler(Map) - Static method in class stella.AbstractErrorHandler: Constructs a new error handling instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createException(String, List, int, long, List, List, int, List, List, Map) - Static method in class stella.xml.TargetFactory: Creates an exception element.
createFile(String, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.FILE element carrying the provided file name in a single text-node child.
createFitsFile(Guiding.RawFrame, long, String) - Method in class stella.adapter.StellaGuider
createFitsHeader(String, List, Map) - Static method in class stella.xml.TargetFactory: Creates a single fits-header element from an id and a list of DTDConstants.INTERN elements.
createFitsObject(Guiding.RawFrame, long) - Method in class stella.adapter.StellaGuider
createFocusunit(String) - Method in class stella.auxiliary.PinholeViewingMaster
createFromElement(Element) - Static method in class net.cds.VizierDomTable
createFromFitsHeader(String) - Static method in enum mysql.ObserveSql.Types
createFromSql(int) - Static method in enum mysql.ObserveSql.Types
createFromType(int, int) - Static method in class stella.util.PointingFunction: We create a pointing function from a POINTING.MODEL.TYPE Currently, zero, one and 2 are supported.
createGet(Object, String) - Method in class stella.net.gregor.GetterSetter: We create a get command using the property acknowledge and completion time.
createGuiderLoop(long) - Method in class stella.adapter.BeamSplitterGuider: Creates the guider loop, which can be used as a timer task.
createGuiderLoop(long) - Method in class stella.adapter.GuidingUnit: Creates the guider loop, which can be used as a timer task.
createGuiderLoop(long) - Method in class stella.adapter.OffAxisTracker: Creates the guider loop, which can be used as a timer task.
createGuiderLoop(long) - Method in class stella.adapter.SpillageGuider: Creates the guider loop, which can be used as a timer task.
createHelperMap(ResourceSupplying, String) - Static method in class stella.xml.ElementHelper: Converts a comma-separted list of property files into a mapping of ElementHelpers to keys queried from the helpers by asking their property named according to the second argument.
createHelperMap(String) - Method in class stella.xml.ElementHelper: Converts a comma-separted list of property files into a mapping of ElementHelpers to keys queried from the helpers by asking their property named according to the second argument.
createHistory(Map) - Static method in class stella.xml.TargetFactory: Creates an empty histroy element.
createInfo(MessageBin) - Static method in class stella.InfoEvent: Creates an info event from a message bin.
createInsert() - Method in class mysql.TaskSql: Tries to create a prepared statement for entering task data into the task table.
createInstance() - Static method in class globals.GlobalSet: Creates a parameter set with mainly astronomic parameters
createInstance(Collection<GlobalSet.Astronomical>) - Static method in class globals.GlobalSet: Creates a parameter set with mainly astronomic parameters
createInstance(String) - Static method in class globals.GlobalSet: Creates a parameter set from a string.A ll names are scanned as class names in the stella.parameter package.
createInstance(Map<Class<? extends Parameter>, String>) - Static method in class globals.GlobalSet: Creates a parameter set given a mapping of parameter classes to possible construction strings
createInstitution(UserProfile.Affil, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.INSTITUTION element carrying the provided user name in a single text-node child.
createInternFitsHeader(String, String, String) - Static method in class stella.xml.TargetFactory: Creates a single intern fits-header element with the given key and variable name.
createJCommand(Object, String) - Static method in class stella.CommandEvent: Creates a new jcommand event from a template string.
createList(Map<String, String>) - Static method in class globals.GlobalSet
createLocals() - Method in class stella.xml.LoopingSequencer: Sets up the local variables.
createLogger(Map<String, String>) - Static method in class stella.log.AbstractLogger: Constructs a new logging instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createMasterDark(MHeader) - Method in class stella.util.MasterDark: Creates a master dark image HDU and ists sigma map in the following way: Depending on the number of bits, the image data is cast to an appropriate double-indexed array. The darks are traversed pixel by pixel.
createMatch(Object, String, long, CommandEvent) - Static method in class stella.ReplyEvent: Creates a reply match.
createMerit(Map<String, String>) - Static method in class stella.merit.AbstractMerit: Creates a meriting instance from a fully qualified class name.
createMerit(NodeList) - Static method in class stella.xml.DOMTools: Scans a node-list of merits into actual living merit references.
createMerit(String, String, String, Map) - Static method in class stella.xml.TargetFactory: Creates an element that contains everything that builds up a merit.
createModelFitting() - Method in class astro.OrbitFit.File
createNode(String, String) - Static method in class xml.DOMEnlarge: Creates one of the node allowed.
createObject(Star, String, List, Map) - Static method in class stella.xml.TargetFactory: Creates the object entry.
createParameter(Map<String, String>) - Static method in class globals.parameter.AbstractParameter: Creates a new trigger instance using the class key found in the properties.
createParameterCluster(Map<String, String>) - Static method in class globals.AbstractGlobalGroup: Constructs a new parameter watching instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createParameterClustering(Map<String, String>) - Static method in class stella.ParameterSet
createParameters() - Method in class stella.telescope.Waltz: Creates our parameters.
createPortEventListener(Object) - Method in class io.AbstractSerialDriver: Creates a serial port event listener that listens to this input port.
createPortEventListener(int, Object) - Method in class io.AbstractSerialDriver: Creates a serial port event listener that listens to this input port.
createPrefixes(Collection<String>) - Method in class stella.xml.LoopingSequencer: We match our reply table to a lookup of required reply event prefixes, so that we can announce our interrest, once the true command is created.
createRandom(int) - Static method in class util.rmi.CallbackServerImpl: Creates a randomized VectorG
createRate(String, List, Map) - Static method in class stella.xml.TargetFactory: Creates the select section.
createReadout(Map<String, String>) - Method in class stella.acquire.AbstractAutoGuider: The readout provide must be able to supply the required readout frame, binning and exposure time at any time within the guiding process.
createReadout(Map<String, String>) - Method in class stella.acquire.StarAutoGuider
createRealArray(Connection, VectorG) - Static method in class mysql.SqlAccess: Copied from PSQL driver 9.4.1212
createReply(MessageBin) - Static method in class stella.ReplyEvent: Creates a non-abstract subclass of a reply event from a MessageBin object.
createRmiDataCollector(Map<String, String>) - Static method in class stella.sensor.AbstractDataCollector: Returns a remote-enabled data collector instance.
createRunnablesFromList() - Method in class stella.MasterMind
createScheduler(Map<String, String>) - Static method in class stella.AbstractScheduler: Constructs a new scheduling instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createSelect(String, List, List, List, Map) - Static method in class stella.xml.TargetFactory: Creates the select section.
createSensor(Map<String, String>) - Static method in class stella.sensor.AbstractSensor: Creates a sensor using the class name found in the properties file.
createSequencer(Map<String, String>) - Static method in class stella.AbstractSequencer: Constructs a new sequencing instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createSet(Object, String, long) - Method in class stella.net.gregor.GetterSetter: We create a set command using the property acknowledge time.
createSetup(String, String, List, Map) - Static method in class stella.xml.TargetFactory: Creates a setup element using an setup-id, an instrument description as a string and a constant element.
createShelter(Map<String, String>) - Static method in class stella.roof.AbstractShelter: Constructs a new weather watching instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
createSigma(WcsFit, Dimension, int, int) - Static method in class astro.WcsFit: Save three sigma plots.
createSigma(WcsFit) - Static method in class astro.WcsFit: Save three sigma plots.
createSky(List<SextractorStar>, Rectangle) - Method in class astro.fits.AbstractSkyMaker
createStatistic(List) - Static method in class stella.globals.StatisticValue: Converts my number list into a ready-to-use statistics object.
createStatus(Object, String) - Static method in class stella.ErrorEvent: Creates a status event with the given importance level, pipe-flag and status message.
createStatus(Object, boolean, String) - Static method in class stella.ErrorEvent: Creates a status event with the given importance level, pipe-flag and status message.
createStatus(Object, int, boolean, String) - Static method in class stella.ErrorEvent: Creates a status event with the given importance level, pipe-flag and status message.
createStatusFromInfo(InfoEvent) - Static method in class stella.InfoEvent: Due to some misscoding in the ATIS-server, we have to translate some INFO messages to status messages, as they might trigger some action.
createStringArray(Connection, String[]) - Static method in class mysql.SqlAccess
createSubsystem(String, boolean, PropertyContainer) - Static method in class stella.acquire.AcquireMaster: We try to create one of the sub-systems.
createSubsystemWithSet(String) - Method in class stella.acquire.AcquireMaster: Creates a subsystem and assigne the master's parameter set, if requested.
createSubunit(String) - Method in class stella.acquire.AcquireMaster
createSuccessor(String, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.SUCCESSOR element carrying the provided successor file name in a single text-node child.
createTargetFromMap(String, String, Map) - Static method in class stella.xml.TargetFactory: Uses a map of essential STELLA-xml top-level elements to pre-created document fragments and puts them together into a single document.
createTargetName(String, String, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.TARGETNAME element and puts it into the lookup table provided.
createTaskTriggers(Collection<SequenceTask>) - Method in class stella.xml.LoopingSequencer: Scans the DOMSequence for all task references.
createTeam(List<String>, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.TEAM element carrying the provided user names in a variable-length User fassion.
createTest(Object) - Static method in class stella.error.TelescopeStatus: Creates a test status message.
createTitle(String, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.FILE element carrying the provided file name in a single text-node child.
createToggle(String, String) - Static method in class stella.sensor.AbstractToggle: Constructs a new Toggling instance for use in WeatherSensors.
createTsiError(String, String, int, String) - Static method in class stella.net.tpl.TsiError: Try to crete a customized error, if the error name matches a known class name or produce a standard error.
createUser(String, Map) - Static method in class stella.xml.TargetFactory: Creates a document fragment with a DTDConstants.USER element carrying the provided user name in a single text-node child.
createWeatherSurveyor(Map) - Static method in class stella.sensor.AbstractWeatherSurveyor: Constructs a new weather watching instance using the mapping of the PropertySupplying.KEY_CLASS to the class name to derive the class to instantiate.
cross(Vector3d) - Method in class htm.core.Vector3d: vector cross product
CrossCheck() - Constructor for class stella.sql.TargetConsistency.CrossCheck
crossRegister() - Method in class globals.GlobalSet
crossRegister() - Method in class stella.sensor.WeatherStation: Go thru the entire list of sensor and cross-register them if they are sensor depending.
crudeFocus() - Method in interface stella.auxiliary.Focussing: Returns the crude, i.e., temperature-model of the focus.
crudeFocus() - Method in class stella.auxiliary.LinearPrimeFocus: We calculate a focus position from the temperature and telescope pointing.
Crutch() - Constructor for class stella.util.PointingGrabber.Crutch
CSUN - Static variable in class astro.SimpleSol: The quadratic coefficient.
CSUN - Static variable in class globals.value.SolOpposition: The quadratic coefficient.
culminatesWhen(double) - Static method in class astro.Astro: Returns the date at which the target culminated at local midnight in the year 2000.
culminatesWith(double, double) - Static method in class astro.Astro: Calculates the culmination height of a target given the declination and longitude.
cumulateOne(double, Date) - Method in interface stella.sensor.Cumulating: The method for storing a single data point.
cumulateOne(double, Date) - Method in class stella.sensor.CumulativeSensor: The interface method for storing one raw data point and its time of measure.
Cumulating - Interface in stella.sensor: The interface defining cumulative capabilities.
CumulativeDataEvent - Class in stella.sensor: The data event that is used for shuffling a bunch of measurements into a single data event.
CumulativeDataEvent(Object) - Constructor for class stella.sensor.CumulativeDataEvent: Constructs a new data event given only the data event source.
CumulativeDataEvent(DataEvent) - Constructor for class stella.sensor.CumulativeDataEvent: Constructs a new cumulative data event from a single data event.
CumulativeSensor - Class in stella.sensor: A cumulative sensor cumulates readings.
CumulativeSensor(Map<String, String>) - Constructor for class stella.sensor.CumulativeSensor: Constructs a fully-qualified cumulative sensor, with a given size of measurements to keep.
Use of this constructor guarantees that the Map key memory is always set.
curcoarse - Variable in class stella.adapter.OffAxisUnit: Counts current coarse acquire try.
curcoarse - Variable in class stella.adapter.PrimeFocusCamera: Counts current coarse acquire try.
curcount - Variable in class ccd.SynchronousCcdDriver: The current exposure number, used by exposure thread, set reduced.
curcount - Variable in class stella.adapter.StellaGuider: The current exposure number, used by exposure thread, set reduced.
curerror - Variable in class stella.telescope.TelescopeSimulator: The currently active error symbols.
curfine - Variable in class stella.adapter.OffAxisUnit: Counts current fine acquire try.
curfine - Variable in class stella.adapter.PrimeFocusCamera: Counts current fine acquire try.
curprop - Variable in class stella.globals.ProposalTime: Proposal ID of lately registered target.
currange - Variable in class htm.core.HTMrangeIterator
current - Variable in class stella.calibunit.CalibStaticLockUnit: This is the current position.
current - Variable in class stella.calibunit.CalibUnit: This is the current position.
current - Variable in class stella.calibunit.ConcurrentCalibUnit: This is the current position.
current - Variable in class stella.calibunit.WrongCalibUnit: This is the current position.
current - Variable in class stella.command.ScientificCcd: Current active filter.
current - Variable in class stella.command.SequenceDitherAuxiliary: Current active filter.
current - Variable in class stella.command.SequenceFilterCalibration: Current active filter.
current - Variable in class stella.globals.ObservableList: If a target/error was registered.
current - Variable in class stella.globals.SeasonWeather: The time parameter.
CURRENT - Static variable in class stella.globals.UserShare: The parameter name extension to define current user group total time.
current - Variable in class stella.MasterErrorHandler: A list of currently started targets for PickConnected errors.
current - Variable in class stella.sensor.WeatherStation: The remote parameter value reporting true for currently good weather.
Current() - Constructor for class stella.util.HighestTarget.Current
currentdither - Variable in class stella.adapter.AdapterMaster: A counter for dithering offsets.
currentenv - Static variable in class stella.command.EnvironmentConfig: The environment condition, condensed in a single string.
currentenv - Variable in class stella.command.TestConfig: The environment condition, condensed in a single string.
currentguider - Variable in class stella.adapter.AuxiliaryGuidingUnit: Counting the guider frames.
currentguider - Variable in class stella.adapter.BeamSplitterGuider: Counting the guider frames.
currentguider - Variable in class stella.adapter.OffAxisTracker: Counting the guider frames.
currentguider - Variable in class stella.adapter.SpillageGuider: Counting the guider frames.
currentlyClear() - Method in class stella.sensor.BeckhoffRainSensor: The main functionality of the rain sensor is to act as a weather sensor.
currentlyClear() - Method in class stella.sensor.RS485RainImminentSensor: The main functionality of the rain sensor is to act as a weather sensor.
currentlyClear() - Method in class stella.sensor.RS485RainSensor: The main functionality of the rain sensor is to act as a weather sensor.
currentlyClear() - Method in interface stella.sensor.WeatherJudging: Returns true if this weather judging instance reports good weather conditions.
currentlyClear() - Method in class stella.sensor.WeatherSensor: Returns true if the weather is currently good.
currentlyRetarding() - Method in class stella.sensor.BeckhoffRainSensor: Returns true, if we were bad and still recovering.
currentlyRetarding() - Method in class stella.sensor.RS485RainImminentSensor: Returns true, if we were bad and still recovering.
currentlyRetarding() - Method in class stella.sensor.RS485RainSensor: Returns true, if we were bad and still recovering.
currentlyRetarding() - Method in class stella.sensor.SolHeightSensor: Returns false.
currentlyRetarding() - Method in interface stella.sensor.WeatherJudging: Returns true, if this sensor is currently in a retarding phase.
currentlyRetarding() - Method in class stella.sensor.WeatherSensor: Are we in a retarding phase?
CurrentTime - Class in globals.value: A general variable representing time.
CurrentTime(Map<String, String>) - Constructor for class globals.value.CurrentTime: Constructs a new global representing time.
currentTimeMillis() - Method in interface globals.GlobalAccessible: Gets the current time as defined in the cluster.
currentTimeMillis() - Method in class globals.GlobalSet
cval - Variable in class globals.value.SimpleValue: The constructor used for setting with strings.
cycle - Variable in class ccd.AsynchronousCcdDriver.ExposureThread: The wait time for exposure finished queries.
cycle - Variable in class stella.io.PollingRS485Server.Poller: True if polling is retrieving data.
cycle - Variable in class stella.merit.ModulusMerit: An entire cycle of on and offs.

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