E-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 _

E

e - Static variable in class astro.OrbitModel.Hss348
e - Variable in class stella.omc.OmcMotor
E1K_AI_Reads(int, byte, byte, double[]) - Method in interface stella.mxio.EthReadRTD.Mxiolib
E1K_AI_Reads(int, byte, byte, double[]) - Method in interface stella.mxio.GenericMoxa.Mxiolib
E1K_DI_Reads(int, byte, byte, IntByReference) - Method in interface stella.mxio.EthReadRTD.Mxiolib
E1K_DI_Reads(int, byte, byte, IntByReference) - Method in interface stella.mxio.GenericMoxa.Mxiolib
E1K_DO_Reads(int, byte, byte, IntByReference) - Method in interface stella.mxio.EthReadRTD.Mxiolib
E1K_DO_Reads(int, byte, byte, IntByReference) - Method in interface stella.mxio.GenericMoxa.Mxiolib
E1K_DO_Writes(int, byte, byte, int) - Method in interface stella.mxio.EthReadRTD.Mxiolib
E1K_DO_Writes(int, byte, byte, int) - Method in interface stella.mxio.GenericMoxa.Mxiolib
E1K_RTD_Reads(int, byte, byte, double[]) - Method in interface stella.mxio.EthReadRTD.Mxiolib
E1K_RTD_Reads(int, byte, byte, double[]) - Method in interface stella.mxio.GenericMoxa.Mxiolib
E2VDriver - Class in ccd.sta4240: This class interfaces to Thomas Fechner's EsV controller (Magellan) type.
E2VDriver(Map<String, String>) - Constructor for class ccd.sta4240.E2VDriver: Constructor.
E2VGeometry - Class in stella.ccd: Default conversion of focus star position to readout frame on CCD for Robotel, 2k with two amp readout.
E2VGeometry(Map<String, String>) - Constructor for class stella.ccd.E2VGeometry
E2VGuider - Class in stella.adapter: A helper class that allows an adapter master (not an auxiliary master) to use the WiFSIP camera with the E2V chip for acquiring.
E2VGuider(Map<String, String>) - Constructor for class stella.adapter.E2VGuider: Constructs a new adapter helper, defaulting all properties.
E2VMagellan - Interface in ccd.sta4240: A collection of constants used by the "E2VMagellan" ONC/RPC program.
E2VMagellanClient - Class in ccd.sta4240: The class E2VMagellanClient implements the client stub proxy for the SEND_SCI remote program.
E2VMagellanClient(InetAddress, int) - Constructor for class ccd.sta4240.E2VMagellanClient: Constructs a E2VMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
E2VMagellanClient(InetAddress, int, int) - Constructor for class ccd.sta4240.E2VMagellanClient: Constructs a E2VMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
E2VMagellanClient(OncRpcClient) - Constructor for class ccd.sta4240.E2VMagellanClient: Constructs a E2VMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
E2VMagellanClient(InetAddress, int, int, int) - Constructor for class ccd.sta4240.E2VMagellanClient: Constructs a E2VMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
E2VMagellanClient(InetAddress, int, int, int, int) - Constructor for class ccd.sta4240.E2VMagellanClient: Constructs a E2VMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
ear - Variable in class stella.globals.TelescopeError: The list of registered error listeners.
ear - Variable in class stella.net.gregor.CommunicationHandler: The message listener registered to this handler.
ears - Variable in class stella.net.AbstractVariableMonitor: A set of listeners for changes on variables values per name.
ECCENTRICITY - Static variable in class astro.OrbitFit: The eccentricity of the orbit.
echo(Node) - Static method in class xml.DOMEcho: Recursive routine to print out DOM tree nodes
EchoListener - Class in stella.net.gregor: A simple class that receives a gregor message and uses the data part to construct a string out of it.
EchoListener() - Constructor for class stella.net.gregor.EchoListener
Eclipse() - Constructor for class astro.OrbitModel.Hss348.Eclipse
EclipticObliquity - Class in globals.value: A Value calculating the current obliquity of the ecliptic.
EclipticObliquity(Map) - Constructor for class globals.value.EclipticObliquity: Constructs a new sidereal time object.
EclipticObliquity.Test - Class in globals.value: Testing only.
Edge() - Constructor for class htm.core.HTMedge.Edge
edgeMatch(HTMedge.Edge) - Method in class htm.core.HTMedge: edgeMatch: fast lookup using the first index em->start_.
edges_ - Variable in class htm.core.HTMedge
ee - Variable in class stella.util.TargetChangeListener.GridThread: The target error for time, type and target name.
ef - Static variable in class stella.globals.ExposureCount: The number format for running exposures.
Efficiency - Class in globals.rmi: This class takes a fits file, extracts a region around AbstractFitsValue.KEY_WINDOW, determines the total flux there and relates it to the incident flux of the star on top of the atmosphere.
Efficiency(Map<String, String>) - Constructor for class globals.rmi.Efficiency: Constructs a new efficiency measuring tool.
EIO_CREATING_SOCKET_ERROR - Static variable in interface stella.mxio.EthReading
EIO_INIT_SOCKETS_FAIL - Static variable in interface stella.mxio.EthReading
EIO_PASSWORD_INCORRECT - Static variable in interface stella.mxio.EthReading
EIO_RESPONSE_BAD - Static variable in interface stella.mxio.EthReading
EIO_SOCKET_DISCONNECT - Static variable in interface stella.mxio.EthReading
EIO_TIME_OUT - Static variable in interface stella.mxio.EthReading
EKL - Static variable in class astro.Astro: Inclination of ecliptic in radians.
el - Variable in class stella.acquire.AbstractHorizontalGeometry: We cache the altitude parameter.
el - Variable in class stella.acquire.AcquireMaster: We cache the altitude parameter.
el - Variable in class stella.acquire.PointingModelPivot: Value that delivers target height.
ELAPSED - Static variable in interface stella.xml.DTDConstants: The time the target was on.
ElapsedTime - Class in globals.value: An elapsed time is a value linked to a trigger.
ElapsedTime(Map<String, String>) - Constructor for class globals.value.ElapsedTime: Constructs a new elapsed time parameter.
ElementHelper - Class in stella.xml: A class that allows xml-elements that require or support constant lists to easily verify if the user-supplied input is sufficient.
ElementHelper(Map<String, String>) - Constructor for class stella.xml.ElementHelper: Constructs a new constant helper.
ElementHelper.Valid - Class in stella.xml: Test the validity of an element helper.
elements() - Method in class stella.util.DataPermission.DataPermissionCollection: Convert to enumeration.
elevation - Variable in class astro.Location
Elevation - Variable in class astro.SimpleSite: The elevation of this site.
elevation - Variable in class stella.globals.OptimalAdc: Maps minimum target heights to ADC names.
ELEVATION_TEIDE - Static variable in class astro.TenerifeSite: The elevation of Teide observatory, Tenerife (2400m).
ELEVATION_WC - Static variable in class astro.AptSite: The elevation of Teide observatory, Tenerife (2400m).
elevationValid - Variable in class astro.Location
ELL - Static variable in class astro.SextractorStar
Ellipsoidal(double) - Constructor for class stella.globals.Horizon.Ellipsoidal
ellipticity - Variable in class astro.SextractorStar: The ellipticity of the star.
ElongatedSkyMaker - Class in astro.fits
ElongatedSkyMaker(Map<String, String>) - Constructor for class astro.fits.ElongatedSkyMaker
elongation - Variable in class astro.StarDetection: Elongation measure.
elongation - Variable in class stella.adapter.GuiderStar: The elongation of the star in a ccd image.
elpid - Variable in class stella.acquire.AutoGuidingMode: The PID for de/elevation/second axis.
EMAIL - Static variable in interface stella.xml.DTDConstants: The e-mail section.
email - Variable in class stella.xml.SporeTarget: A list of e-mail addresses.
emptyList(Star, Double) - Method in class astro.Resolver: Returns an empty list.
emptyList() - Static method in class stella.xml.DOMSequence: Returns an empty list.
emptyList() - Static method in class stella.xml.SequenceList: Returns an empty list.
EmptyPayload - Class in stella.net.ads.protocol: An empty payload is just that: No payload.
EmptyPayload() - Constructor for class stella.net.ads.protocol.EmptyPayload
EnableAutoClearingCcd - Class in stella.command: The abort command for the telescope.
EnableAutoClearingCcd(Object) - Constructor for class stella.command.EnableAutoClearingCcd: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
EnableAutoClearingCcd(Object, String, long) - Constructor for class stella.command.EnableAutoClearingCcd: Construct a fully qualified abort telescope command.
ENABLED - Static variable in interface stella.xml.DTDConstants: The constant pointing to an allowed access value (enabled).
enabled - Variable in class stella.xml.SporeTarget: True if target is enabled.
enableEvent(int) - Method in class io.AbstractSerialDriver: Enables the specified event for passing to the sole event listener registered on this serial port.
enableGUI(boolean) - Method in class stella.net.JPilar3: Enable or disable GUI.
encapsulate(String) - Method in class stella.omc.MotorController: Encapsulates a minilig command into a transmission telegram.
EncoderError - 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.
EncoderError(Object) - Constructor for class stella.error.EncoderError: Constructs a software error.
EncoderOffsetTelescope - Class in stella.command: The command sent from the adapter to the telescope to allow fine-guiding.
EncoderOffsetTelescope(Object) - Constructor for class stella.command.EncoderOffsetTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
EncoderOffsetTelescope(Object, String, long) - Constructor for class stella.command.EncoderOffsetTelescope: Constructs a new offset telescope command.
END - Static variable in class astro.fits.MHeaderTools: The mandatory FITS key denoting the end of the header section.
end_ - Variable in class htm.core.HTMedge.Edge
endCommand() - Method in class stella.io.RS485ReadWriteServer: For subclasses only: Read the result of a previous command on clean the line.
EndpointConstraining - Interface in stella: A further characteristic of a parameter.
EndpointDefining - Interface in stella: A further characteristic of a merit.
endTarget(Handable) - Method in interface stella.ErrorHandling: Signals that a target has finished.
endTarget(Handable) - Method in class stella.MasterErrorHandler: Removes a target from the error-handlers current list.
Endurance() - Constructor for class ccd.AbstractCcdDriver.Endurance
ensure(String, int) - Method in class stella.roof.RoofReceiver: For convenience, we catch IOExceptions.
ensureCommand(String, int) - Method in class stella.io.RS485ReadWriteServer: For very faulty serial lines, this method should ensure that a command is sent.
ensureCommand(String, int) - Method in class stella.io.RS485Server: For very faulty serial lines, this method should ensure that a command is sent.
ensureCommand(String) - Method in class stella.omc.MotorController: Ensures command write by repeating for maximum MotorController.KEY_SERIALRETRY times.
ensureConnect() - Method in class stella.net.ads.AdsSocketChannel: Establish either a new connection or return immediately if already connected.
ensureExposureFinished() - Method in class stella.ccd.CameraMaster: We wait until the camera is reading out.
ensureReady() - Method in class ccd.AsynchronousCcdDriver: If the current read-out status of the CCD is not IDLE, we query until it is.
ensureReady() - Method in interface ccd.CcdDriver: Ensures that the data can be retrieved.
ensureReady() - Method in class ccd.SynchronousCcdDriver: We are ready if we either have no exposure thread or if this thread is dead.
enterFits(String, File) - Method in class mysql.ObserveSql: Grabs a fits file and enters all fields it can, if this is the first encounter of the exposure.
enterFits(String, File, Rectangle) - Method in class mysql.ObserveSql: Grabs a fits file and enters all fields it can, if this is the first encounter of the exposure.
enterFits(String, File, Rectangle, boolean) - Method in class mysql.ObserveSql: Grabs a fits file and enters all fields it can.
enterTarget(String, SporeTarget, Document, int, long) - Method in class mysql.MailerTaskSql
enterTarget(String, SporeTarget, Document, int, long) - Method in class mysql.TaskSql
Env() - Constructor for class stella.sql.NightlyStatistic.Env
env - Variable in class stella.sql.OffLimitAlarm: The retrieved data as column names to statistics.
EnvironmentCaster - Class in stella.rmi: A concret caster client that connects to the telescope control.
EnvironmentCaster(Map) - Constructor for class stella.rmi.EnvironmentCaster: Constructs a new Telescope Caster.
EnvironmentCommand - Interface in stella.environment: A marker interface to distinguish normal command events from commands only ment for the environment, e.g.
EnvironmentConfig - Class in stella.command: The command to set the ambient pressure and temperature.
EnvironmentConfig(Object) - Constructor for class stella.command.EnvironmentConfig: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
EnvironmentConfig(Object, String, long) - Constructor for class stella.command.EnvironmentConfig: Constructs a new focus telescope command.
EnvironmentFocus - Class in globals.value: A parameter that calculates an optimal setting for the telescope focus from a temperature parameter and the target height.
EnvironmentFocus(Map<String, String>) - Constructor for class globals.value.EnvironmentFocus: Constructs a new airmass target object.
EnvironmentMaster - Class in stella.environment: The master program running at the environment control.
EnvironmentMaster(Map<String, String>) - Constructor for class stella.environment.EnvironmentMaster: Constructs a new environment master.
EnvironmentSimulator - Class in stella.environment: A class to simulate the environment.
EnvironmentSimulator(Map) - Constructor for class stella.environment.EnvironmentSimulator: Constructs a new environment simulator.
EnvironmentSql - Class in mysql
EnvironmentSql(Map<String, String>) - Constructor for class mysql.EnvironmentSql
envlist - Variable in class stella.sql.OffLimitVisual: The list of all offenders derived from the environment.
envtimes - Variable in class stella.sql.OffLimitAlarm: The retrieved data as column names to statistics.
epoch - Variable in class astro.SimpleStar: Epoch.
EPOCH - Static variable in interface astro.Star: The epoch shortcut.
EPOCH - Static variable in interface stella.xml.DTDConstants: The element holding the epoch of the star's coordinates (Epoch).
EPOCHMS - Static variable in class stella.util.GuiderParameters: The epoch of the ra/de in ms.
epsilon - Variable in class globals.value.SolDec: The obliquity of the ecliptic.
epsilon - Variable in class globals.value.SolOpposition: The obliqutiy of the ecliptic, degrees.
epsilon - Variable in class globals.value.SolRa: The obliquity of the ecliptic.
Epsilon - Static variable in class htm.core.HTMfunc
eq - Static variable in class stella.globals.ExposureCount: A query operator for running exposures.
equal(Vector3d) - Method in class htm.core.Vector3d: comparison
equalBoard(TriggerBoard) - Method in class stella.util.TriggerBoard: Two trigger boards are equal boards if they have the same trigger switches.
equalData(MultidimensionalDataModel) - Method in class astro.fits.AbstractFitsImageModel: Two fits model have equal data if their adus are the same
EQUALS - Static variable in class applet.HttpMethod: The '=' char.
equals(Object) - Method in class astro.Aggregation: Returns true if coordinates and magnitude are the same.
equals(Object) - Method in class astro.fits.HeaderCardDescriptor: Equal, key, descriptor and how.
equals(Object) - Method in class astro.fits.ImageBlock: Two image blocks are equal if they are drawn from the same telescope, have the same image type, are identical in begin and end and have the same number of ids.
equals(Object) - Method in class astro.Glint: Returns true if coordinates and magnitude are the same.
equals(Object) - Method in class astro.SimpleSite: Two sites are equal, if their geographical position and their height are identically.
equals(Object) - Method in class astro.SimpleStar: Two stars are equal if they have the same name, or if their separation is zero.
equals(Object) - Method in class astro.SpectralFits.Slice
equals(Object) - Method in class io.AbstractDriver: Two drivers are equal if their class is equal and their names match
equals(Object) - Method in class mysql.UserSql.SqlProfile
equals(Object) - Method in class net.cds.VizierDomTable: Two tables are considerd equal if their ID's match, and their data is identical, including the order.
equals(Object) - Method in class stella.acquire.AutoGuidingMode
equals(Object) - Method in class stella.adapter.GuiderStar: Returns true if coordinates and magnitude are the same.
equals(Object) - Method in class stella.globals.LaserAzAltList.LaserPointing
equals(Object) - Method in class stella.globals.LaserList.LaserPointing
equals(Object) - Method in class stella.MessageEvent: Tests for equality of two Messages.
equals(Object) - Method in class stella.net.ads.protocol.AdsHeader
equals(Object) - Method in class stella.net.tpl.TsiError: On equal, we check for equal error, level, detail and component.
equals(Object) - Method in class stella.ReplyEvent: Test additionally for equality of command type and command time progenitor equality.
equals(Object) - Method in class stella.rmi.ReceiverTorso: Two receiver torsos are equal, if their classes are equals.
equals(Object) - Method in class stella.rmi.SensorDump.SensorMeasurement
equals(Object) - Method in class stella.roof.BeckhoffRoof.PlcTrigger
equals(Object) - Method in class stella.sensor.MultiToggleSensor.Toggle
equals(Object) - Method in class stella.sensor.TimerTaskSensor: Tests for equality of two sensors.
equals(Object) - Method in class stella.util.DataPermission: Additionally check the mask.
equals(Object) - Method in class stella.util.OffAxisRank
equals(Object) - Method in class stella.util.TriggerBoard: Two trigger boards are equal if they have the same trigger switches, the same state and the same actual trigger value.
equals(Object) - Method in class stella.xml.ParsedTarget: Compares this target definition for equality.
equals(Object, Object) - Method in class target.AbstractTarget.TargetComparator: Forks to object equals.
equals(Object) - Method in class util.TimeKeeper
equalSize(List<MImageHDU>) - Static method in class astro.fits.Arithmetics: Takes a list of image hdu and returns only those that have data and match the first HDU in size.
equalSize(List<MImageHDU>, ArrayLayout) - Static method in class astro.fits.Arithmetics: Takes a list of image hdu and returns only those that have data of the specified size.
equalSize(List<MImageHDU>) - Static method in class astro.fits.MFitsTools: Takes a list of image hdu and returns only those that have data and match the first HDU in size.
equalSize(List<MImageHDU>, ArrayLayout) - Static method in class astro.fits.MFitsTools: Takes a list of image hdu and returns only those that have data of the specified size.
equalTime(MessageEvent) - Method in class stella.MessageEvent: Test whether two MessageEvents have the same generation time.
equalTime(long) - Method in class stella.MessageEvent: Test this Messages generation time against the specified time (in ms).
equinox - Variable in class astro.SimpleStar: Equinox of ra de.
EQUINOX - Static variable in interface astro.Star: The equinox shortcut.
EQUINOX - Static variable in interface stella.xml.DTDConstants: The element holding the equinox of the star's coordinates (Equinox).
erase() - Method in class stella.xml.ElementHelper: Sets up the lookup table of constant names to constant values.
erg - Class in ccd
erg() - Constructor for class ccd.erg
erg(XdrDecodingStream) - Constructor for class ccd.erg
erg - Class in ccd.ses231
erg() - Constructor for class ccd.ses231.erg
erg(XdrDecodingStream) - Constructor for class ccd.ses231.erg
erg - Class in ccd.sta0500
erg() - Constructor for class ccd.sta0500.erg
erg(XdrDecodingStream) - Constructor for class ccd.sta0500.erg
erg - Class in ccd.sta0501
erg() - Constructor for class ccd.sta0501.erg
erg(XdrDecodingStream) - Constructor for class ccd.sta0501.erg
erg - Class in ccd.sta0502
erg() - Constructor for class ccd.sta0502.erg
erg(XdrDecodingStream) - Constructor for class ccd.sta0502.erg
erg - Class in ccd.sta4240
erg() - Constructor for class ccd.sta4240.erg
erg(XdrDecodingStream) - Constructor for class ccd.sta4240.erg
ergf - Class in ccd
ergf() - Constructor for class ccd.ergf
ergf(XdrDecodingStream) - Constructor for class ccd.ergf
ergf - Class in ccd.ses231
ergf() - Constructor for class ccd.ses231.ergf
ergf(XdrDecodingStream) - Constructor for class ccd.ses231.ergf
ergf - Class in ccd.sta0500
ergf() - Constructor for class ccd.sta0500.ergf
ergf(XdrDecodingStream) - Constructor for class ccd.sta0500.ergf
ergf - Class in ccd.sta0501
ergf() - Constructor for class ccd.sta0501.ergf
ergf(XdrDecodingStream) - Constructor for class ccd.sta0501.ergf
ergf - Class in ccd.sta0502
ergf() - Constructor for class ccd.sta0502.ergf
ergf(XdrDecodingStream) - Constructor for class ccd.sta0502.ergf
ergf - Class in ccd.sta4240
ergf() - Constructor for class ccd.sta4240.ergf
ergf(XdrDecodingStream) - Constructor for class ccd.sta4240.ergf
err - Variable in class astro.fits.AbstractFitsImageModel: The errors of the measures, can be constructed from adus.
err - Variable in class stella.log.ErrorEcho: A list of error caster this error echo has subscribed to.
err - Variable in class stella.net.ads.protocol.ErrorReply: The error code.
ERR - Static variable in class stella.util.Message
erradd - Variable in class astro.OrbitModel
ErrAxisMechanicBlocked - Class in stella.net.tpl: Ignorable error.
ErrAxisMechanicBlocked(String, String, int, String) - Constructor for class stella.net.tpl.ErrAxisMechanicBlocked: Constructs a new tsi error from all its components without parsing.
ErrAzimuthEtelerror - Class in stella.net.tpl: Undocumented error.
ErrAzimuthEtelerror(String, String, int, String) - Constructor for class stella.net.tpl.ErrAzimuthEtelerror: Constructs a new tsi error from all its components without parsing.
ErrAzimuthEtelexecerror - Class in stella.net.tpl: Undocumented error.
ErrAzimuthEtelexecerror(String, String, int, String) - Constructor for class stella.net.tpl.ErrAzimuthEtelexecerror: Constructs a new tsi error from all its components without parsing.
ErrAzimuthEtelwarning - Class in stella.net.tpl: Undocumented error.
ErrAzimuthEtelwarning(String, String, int, String) - Constructor for class stella.net.tpl.ErrAzimuthEtelwarning: Constructs a new tsi error from all its components without parsing.
ErrAzmFault - Class in stella.net.tpl: Undocumented error.
ErrAzmFault(String, String, int, String) - Constructor for class stella.net.tpl.ErrAzmFault: Constructs a new tsi error from all its components without parsing.
ErrBrakeClosedfromother - Class in stella.net.tpl: Undocumented error.
ErrBrakeClosedfromother(String, String, int, String) - Constructor for class stella.net.tpl.ErrBrakeClosedfromother: Constructs a new tsi error from all its components without parsing.
errccdx - Variable in class astro.SextractorStar: The x-pixel coordinate error on the CCD.
errccdy - Variable in class astro.SextractorStar: The y-pixel coordinate error on the CCD.
ERRDEMAS - Static variable in interface net.cds.CDSConstants: The tag holding the error in the declination, in milliarcsec.
ErrElevationEtelerror - Class in stella.net.tpl: Undocumented error.
ErrElevationEtelerror(String, String, int, String) - Constructor for class stella.net.tpl.ErrElevationEtelerror: Constructs a new tsi error from all its components without parsing.
ErrElevationEtelwarning - Class in stella.net.tpl: Undocumented error.
ErrElevationEtelwarning(String, String, int, String) - Constructor for class stella.net.tpl.ErrElevationEtelwarning: Constructs a new tsi error from all its components without parsing.
ErrGpsPositionlost - Class in stella.net.tpl: Ignorable error.
ErrGpsPositionlost(String, String, int, String) - Constructor for class stella.net.tpl.ErrGpsPositionlost: Constructs a new tsi error from all its components without parsing.
errgroups - Variable in class stella.telescope.OpenPilarSocket: The collection of errors on each group.
errlist - Variable in class stella.CastingContainer: The vector containing local error listeners.
errlist - Variable in class stella.globals.DeviceTrigger: The vector of error listeners.
errlist - Variable in class stella.rmi.AbstractRmiCasterAndListener: The vector containing local error listeners.
errlist - Variable in class stella.rmi.ErrorRelay: These are the local error listeners.
errlist - Variable in class stella.sensor.AbstractSensor: The list of ErrorListeners.
errList(Date) - Method in class stella.telescope.OpenPilarSocket: Returns the list of errors, ordered by severity, then component and name.
errlist - Variable in class stella.util.PointingScheduler: This error handlers are notified on pointing model completion.
errno - Variable in class ccd.erg
errno - Variable in class ccd.ergf
errnum - Variable in class ccd.ses231.erg
errnum - Variable in class ccd.ses231.ergf
errnum - Variable in class ccd.sta0500.erg
errnum - Variable in class ccd.sta0500.ergf
errnum - Variable in class ccd.sta0501.erg
errnum - Variable in class ccd.sta0501.ergf
errnum - Variable in class ccd.sta0502.erg
errnum - Variable in class ccd.sta0502.ergf
errnum - Variable in class ccd.sta4240.erg
errnum - Variable in class ccd.sta4240.ergf
error - Variable in class astro.OrbitFit: After successfully solving for the orbit, this is the model error.
ERROR - Static variable in interface net.cds.CDSConstants: The element present in case of errors.
error - Variable in class stella.ccd.CameraMaster.CcdWatch
error - Variable in class stella.net.ads.protocol.AdsHeader
ERROR - Static variable in class stella.net.tpl.TplCommand: General indicator for errors.
ERROR - Static variable in class stella.net.tpl.TplEvent: Event severe error level.
ERROR - Static variable in class stella.net.tpl.TsiError: The bit describing a serious error, disabling parts of the telescope
error - Variable in class stella.net.tpl.TsiError: The error message as a string.
error - Variable in class stella.net.vatt.VattAcknowledgeMessage: An error code related to this acknowledge.
error - Variable in class stella.ParameterSet: The last error event that has been registered to this parameter set.
error(Exception) - Static method in class stella.sql.Database
ERROR - Static variable in class stella.telescope.GregorDriver
error(Object) - Method in interface stella.util.BuildingHandler
error(String) - Static method in class stella.util.Message: Prints a general warning to System.err.
error(String) - Method in class stella.xml.ElementHelper: Issues an error message.
error(SAXParseException) - Method in class xml.DOMEcho.MyErrorHandler
ERROR_TOKEN - Static variable in class stella.ErrorEvent: The type token for errors.
errorCamera(boolean) - Method in class stella.ethcam.AbstractGigeDriver
ErrorCaster - Interface in stella: The interface comprising the capabilities of adding and removing error listeners.
errorClass - Variable in class stella.ErrorEvent: The optional name of the error class, as a class name in the ERROR sub.
ERRORCOMBINE - Static variable in class stella.ErrorEvent: The char for combining single follow-ups.
errorDaughter(ErrorEvent, ErrorFinalizing, ParameterClustering) - Method in interface stella.Handable: Signals the target that an error has occured during the execution of a daughter of this target.
errorDaughter(ErrorEvent, ErrorFinalizing, ParameterClustering) - Method in class stella.xml.ParsedTarget: Signals that an error has occured in a daughter of this target.
ErrorDependingParameter - Interface in stella: An error depending parameter can define its value only after an ErrorEvent instance has been registered to it.
ErrorDistributor(URL, String, Sequencing<SequenceStep>) - Constructor for class stella.xml.SequenceErrorFinalizer.ErrorDistributor: Constructs a new error distributor.
ErrorDistributor(URL, String, Sequencing) - Constructor for class stella.xml.XMLErrorFinalizer.ErrorDistributor: Constructs a new error distributor.
ErrorEcho - Class in stella.log: A generic error listener.
ErrorEcho(Map<String, String>) - Constructor for class stella.log.ErrorEcho: Constructs a new error-event echo.
ErrorEvent - Class in stella: A Message describing an error event.
ErrorEvent(Object) - Constructor for class stella.ErrorEvent: Constructs an invalid ErrorEvent.
ErrorEvent(Object, String, long) - Constructor for class stella.ErrorEvent: Constructs an invalid ErrorEvent.
ErrorFinalizing - Interface in stella: An interface that describes object that can handle & finalize a single ErrorEvents.
errorgroup - Variable in class stella.net.ErrorReceiver: The thread group to use for error handlers.
ErrorHandler - Class in htm.core
ErrorHandler() - Constructor for class htm.core.ErrorHandler
errorhandler - Variable in class stella.MasterMind: The actual error handler object used.
ErrorHandler(ReceiverServer, Socket, ThreadGroup, String) - Constructor for class stella.net.ErrorReceiver.ErrorHandler: Constructs a new command-handling thread.
ErrorHandling - Interface in stella: The basic interface defining error handling capabilities.
ErrorListener - Interface in stella: The listener interface for receiving error events.
errorMain(ErrorEvent, ErrorFinalizing, ParameterClustering) - Method in interface stella.Handable: Signals the target that an error has occured during the execution of itself.
errorMain(ErrorEvent, ErrorFinalizing, ParameterClustering) - Method in class stella.xml.ParsedTarget: Signals that an error has occured in this target.
errorNum - Variable in exception htm.core.HTMException
errorOccured(ErrorEvent) - Method in interface stella.ErrorListener: The method called by registered error event casters.
errorOccured(ErrorEvent) - Method in class stella.log.ErrorEcho: Prints out the error message received to System.err
errorOccured(ErrorEvent) - Method in class stella.MasterErrorHandler: The incomming errors.
errorOccured(ErrorEvent) - Method in class stella.net.TelescopeClient: The error events coming in from the ascii-error server.
errorOccured(ErrorEvent) - Method in class stella.ParameterSet: Receiving the error event as a listener.
errorOccured(ErrorEvent) - Method in class stella.SystemErrListener: Processes the error event.
errorOnComplete() - Method in class stella.util.PointingScheduler: We check if we have enough observations for the pointing model as requested.
ERRORPACKAGE - Static variable in class stella.ErrorEvent: The package name of the error subdir to prepend to the class name.
ERRORPACKAGE - Static variable in class stella.util.DummySequencer: The package-path to the error events.
errorPower(String) - Method in class stella.omc.MotorController: Error in last stage.
ErrorProcessing - Interface in stella.net: An interface denoting error event processing capabilities.
errorReceived(String) - Method in class stella.sensor.Ups: Treats incoming error replies.
ErrorReceiver - Class in stella.net: The ascii-error receiver.
ErrorReceiver(Map) - Constructor for class stella.net.ErrorReceiver: Constructs a new receiver with the specified properties.
ErrorReceiver.ErrorHandler - Class in stella.net: Handles the error protocol.
ErrorReceiver.Run - Class in stella.net: For test purposes.
ErrorRelay - Class in stella.rmi: An rmi-error listener that acts as a local error caster.
ErrorRelay(Map<String, String>) - Constructor for class stella.rmi.ErrorRelay: We create a new error relay and start binding to the error casters in the init section.
ErrorReply - Class in stella.net.ads.protocol: An error code payload has just that, 4 bytes that define an error code.
ErrorReply(int) - Constructor for class stella.net.ads.protocol.ErrorReply
errors - Variable in class stella.globals.FrameProvider: This lookup-table links target types to lookups of error to frames .
errors - Variable in class stella.globals.RankProvider: This lookup-table links target types to lookups of error to frames .
errors - Variable in class stella.net.TestReceiver: The error classes available for this test receiver.
errors - Variable in class stella.rmi.GenericSimulator: A list of Classes generated from GenericSimulator.KEY_ERRORCLASSES.
errors() - Method in interface stella.rmi.TelescopeControlling: Dumps any errors that are present in the underlying system to the return string.
errors - Variable in class stella.rmi.TestReceiver: The error classes available for this test receiver.
errors() - Method in class stella.telescope.TelescopeMaster: Returns a list of errors present on the system.
errors - Variable in class stella.util.DummySequencer: The map of the error-event results.
ErrorSending - Interface in stella.error: Interface defining capabilities to send error and status messages to listeners, either local or remotely bound listeners.
ErrorServer - Class in stella.net: An intermediate step from the receiver server class to concrete subclasses.
ErrorServer(Map) - Constructor for class stella.net.ErrorServer
errorStep(String) - Method in class stella.omc.MotorController: Error in last stage.
errorStop(String) - Method in class stella.omc.MotorController: Error in last stage.
errorSuccessor(ErrorEvent, ErrorFinalizing, ParameterClustering) - Method in interface stella.Handable: Signals the target that an error has occured during the execution of the successor of this target.
errorSuccessor(ErrorEvent, ErrorFinalizing, ParameterClustering) - Method in class stella.xml.ParsedTarget: Signals that an error has occured in the successor to this target.
errorsymbols - Variable in class stella.error.TelescopeStatus: Error symbols active on telescope controller.
ErrorTrigger - Class in stella.globals: A trigger that gets true when a certain error event is sent to the SCS.
ErrorTrigger(Map<String, String>) - Constructor for class stella.globals.ErrorTrigger: Constructs a new error trigger.
ErrPower - Class in stella.net.tpl: Ignorable error.
ErrPower(String, String, int, String) - Constructor for class stella.net.tpl.ErrPower: Constructs a new tsi error from all its components without parsing.
ERRRAMAS - Static variable in interface net.cds.CDSConstants: The tag holding the error in the right ascension, in milliarcsec.
ErrUsvBatteryalarm - Class in stella.net.tpl: Ignorable error.
ErrUsvBatteryalarm(String, String, int, String) - Constructor for class stella.net.tpl.ErrUsvBatteryalarm: Constructs a new tsi error from all its components without parsing.
escapeQuotes(String) - Static method in class mysql.SqlAccess
eSolve(Vector3d, Vector3d, int) - Method in class htm.core.Convex: eSolve: solve the quadratic equation for the edge v1,v2 of constraint[cIndex]
ESOPATH - Static variable in class net.DigitizedSkySurvey: The cgi-path for the default server.
ESOPROTOCOL - Static variable in class net.DigitizedSkySurvey: The protocol of the default server.
ESOSERVER - Static variable in class net.DigitizedSkySurvey: The server for the default retrieval method.
estimateDataMin(Star, double) - Method in class stella.adapter.AbstractStarGuider: Estimates the datamin of a read-out stripe we will get on a star.
estimateDataMin(Star, double) - Method in class stella.adapter.AdapterGuider: Estimates the datamin of a read-out stripe we will get on a star.
estimateEfficiency(List<Double>, double, float) - Method in class globals.rmi.Efficiency: Provide a fits file, an exposure time in seconds and an R-magnitude of the object and determine the fraction of photons detected.
estimateExposureTime(double, Dimension, Star) - Method in class stella.acquire.ExposureTimeCalculator
estimateExposureTime(double, Dimension, Star) - Method in interface stella.acquire.ExposureTimeProviding: Returns the exposure time required for the guider CCD to yield the requested S/N.
estimateExposureTime(double, Dimension, Star) - Method in class stella.adapter.AbstractStarGuider: Estimates an exposure time for the guider from a desired signal-to-noise.
estimateExposureTime(double, Dimension, Star) - Method in class stella.adapter.AdapterGuider: Estimates an exposure time for the guider from a desired signal-to-noise.
estimateFwhm(MImageHDU) - Method in class stella.auxiliary.MomentsFocussing
estimateGuiderMag(long, float, float, double) - Method in class stella.adapter.AbstractStarGuider: Estimates the guider magnitude from an exposure time, a known magnitude plus color index and the current airmass.
estimateGuiderMag(long, float, float, double) - Method in class stella.adapter.AdapterGuider: Estimates the guider magnitude from an exposure time, a known magnitude plus color index and the current airmass.
estimateMagnitude(Star, double) - Method in class stella.acquire.ExposureTimeCalculator
estimateMagnitude(Star, double) - Method in interface stella.acquire.ExposureTimeProviding: Returns the expected instrumental magnitude from the guider CCD for the stated star.
estimatePeak(Star, double, Dimension, double) - Method in class stella.acquire.ExposureTimeCalculator
estimatePeak(Star, double, Dimension, double) - Method in interface stella.acquire.ExposureTimeProviding: Returns the expected (ADU) peak signal on the guider CCD for the stated star and seeing in pixel
estimateReferenceMag(Star) - Method in class stella.adapter.AbstractStarGuider: From the magnitude handed over we estimate the current R-magnitude of the star for calculation of exposure time or instrumental magnitudes.
estimateReferenceMag(float, float, double) - Method in class stella.adapter.AbstractStarGuider: From the magnitude handed over we estimate the current R-magnitude of the star for calculation of exposure time or instrumental magnitudes.
estimateReferenceMag(float, float, double) - Method in class stella.adapter.AdapterGuider: From the magnitude handed over we estimate the current R-magnitude of the star for calculation of exposure time or instrumental magnitudes.
estimateSignal(Star, double) - Method in class stella.acquire.ExposureTimeCalculator
estimateSignal(Star, double) - Method in interface stella.acquire.ExposureTimeProviding: Returns the expected (ADU) signal on the guider CCD for the stated star.
estimateSignal(List<List<CentralMoments>>) - Method in class stella.globals.FlatQuality: From the list of moments that fulfilled all selection criteria, we estimate the ADUs from the average per quadrant, subtract the bias level there and convert it via the gain factors to a number of photons.
estimateSignalToNoise(List<Double>) - Method in class globals.rmi.SignalToNoise: Provide a fits file, an exposure time in seconds and an R-magnitude of the object and determine the fraction of photons detected.
estimateSignalToNoise(Star, Dimension, double) - Method in class stella.acquire.ExposureTimeCalculator
estimateSignalToNoise(Star, Dimension, double) - Method in interface stella.acquire.ExposureTimeProviding: Returns the expected S/N for the star on the detector.
eta - Variable in class stella.acquire.AbstractHorizontalGeometry: We cache the parallactic angle parameter.
eta - Variable in class stella.acquire.AcquireMaster: We cache the parallactic angle parameter.
etc - Variable in class stella.acquire.AbstractAcquisitionAndGuiding: Exposure time calculator created on construct.
Ethcam - Interface in stella.ethcam: A collection of constants used by the "Ethcam" ONC/RPC program.
Ethcam1600 - Interface in stella.ethcam: A collection of constants used by the "Ethcam1600" ONC/RPC program.
Ethcam1600Client - Class in stella.ethcam: The class Ethcam1600Client implements the client stub proxy for the ETHCAM_PROG remote program.
Ethcam1600Client(InetAddress, int) - Constructor for class stella.ethcam.Ethcam1600Client: Constructs a Ethcam1600Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam1600Client(InetAddress, int, int) - Constructor for class stella.ethcam.Ethcam1600Client: Constructs a Ethcam1600Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam1600Client(OncRpcClient) - Constructor for class stella.ethcam.Ethcam1600Client: Constructs a Ethcam1600Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam1600Client(InetAddress, int, int, int) - Constructor for class stella.ethcam.Ethcam1600Client: Constructs a Ethcam1600Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam1600Client(InetAddress, int, int, int, int) - Constructor for class stella.ethcam.Ethcam1600Client: Constructs a Ethcam1600Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam2000 - Interface in stella.ethcam: A collection of constants used by the "Ethcam2000" ONC/RPC program.
Ethcam2000Client - Class in stella.ethcam: The class Ethcam2000Client implements the client stub proxy for the ETHCAM_PROG remote program.
Ethcam2000Client(InetAddress, int) - Constructor for class stella.ethcam.Ethcam2000Client: Constructs a Ethcam2000Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam2000Client(InetAddress, int, int) - Constructor for class stella.ethcam.Ethcam2000Client: Constructs a Ethcam2000Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam2000Client(OncRpcClient) - Constructor for class stella.ethcam.Ethcam2000Client: Constructs a Ethcam2000Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam2000Client(InetAddress, int, int, int) - Constructor for class stella.ethcam.Ethcam2000Client: Constructs a Ethcam2000Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
Ethcam2000Client(InetAddress, int, int, int, int) - Constructor for class stella.ethcam.Ethcam2000Client: Constructs a Ethcam2000Client client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
ETHCAM_PROG - Static variable in interface stella.ethcam.Ethcam
ETHCAM_PROG - Static variable in interface stella.ethcam.Ethcam1600
ETHCAM_PROG - Static variable in interface stella.ethcam.Ethcam2000
ETHCAM_PROG - Static variable in interface stella.ethcam.EthcamAll
ETHCAM_VERS - Static variable in interface stella.ethcam.Ethcam
ETHCAM_VERS - Static variable in interface stella.ethcam.Ethcam1600
ETHCAM_VERS - Static variable in interface stella.ethcam.Ethcam2000
ETHCAM_VERS - Static variable in interface stella.ethcam.EthcamAll
EthcamAll - Interface in stella.ethcam: A collection of constants used by the "EthcamAll" ONC/RPC program.
EthcamAllClient - Class in stella.ethcam: The class EthcamAllClient implements the client stub proxy for the ETHCAM_PROG remote program.
EthcamAllClient(InetAddress, int) - Constructor for class stella.ethcam.EthcamAllClient: Constructs a EthcamAllClient client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
EthcamAllClient(InetAddress, int, int) - Constructor for class stella.ethcam.EthcamAllClient: Constructs a EthcamAllClient client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
EthcamAllClient(OncRpcClient) - Constructor for class stella.ethcam.EthcamAllClient: Constructs a EthcamAllClient client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
EthcamAllClient(InetAddress, int, int, int) - Constructor for class stella.ethcam.EthcamAllClient: Constructs a EthcamAllClient client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
EthcamAllClient(InetAddress, int, int, int, int) - Constructor for class stella.ethcam.EthcamAllClient: Constructs a EthcamAllClient client stub proxy object from which the ETHCAM_PROG remote program can be accessed.
EthcamClient - Interface in stella.ethcam
EthReading - Interface in stella.mxio: A generic desription of a moxa driver that supports pure reading from a Moxa ikLogik E1210 (16 DigitalIn), E1240 (8 Analog In), or E1260 (6 Temperature in).
EthReadRTD - Class in stella.mxio
EthReadRTD() - Constructor for class stella.mxio.EthReadRTD
EthReadRTD.Mxiolib - Interface in stella.mxio
EthWriting - Interface in stella.mxio
eval(VectorG, boolean) - Method in class astro.WcsMatch.Stereographic
evaluate(double) - Method in class astro.JulianDate: Converts a time in ms into julian date.
evaluate(double) - Method in class astro.ModifiedJulianDate: Converts a time in ms into julian date.
evaluate(double) - Method in class astro.TruncatedJulianDate: Converts a time in ms into julian date.
evaluate(String, Map<String, Object>) - Static method in class astro.VizierStarParser: Evaluates a single expression.
evaluate(double) - Method in class io.SerialValue.DewarPressure
evaluate(String, ResultSet) - Static method in class mysql.GenericStarDatabase: Converts the current result set row into a number.
Evaluate() - Constructor for class stella.adapter.AbstractPinholeShift.Evaluate
evaluate(VectorG) - Method in class stella.asiva.AltAzFromFits: This is the core of the class, here we convert x/y in fits true space (starting from 1,1) to (astronomical) azimuth and altitude in degrees.
evaluate(VectorG) - Method in class stella.util.AuxiliaryFullPointing: Returns a Vector2D, x as pixel offset in x, y as pixel offset in y
evaluate(VectorG) - Method in class stella.util.AuxiliaryPointing: Retruns a Vector2D, x as azimuth, normally zero and y altitude pm, defined by the tube flexure.
evaluate(VectorG, boolean) - Method in class stella.util.BeamSplitterFit: Evaluates the functional fit.
evaluate(VectorG, boolean) - Method in class stella.util.GuiderParametersRaDe.SimpleGnomic
evaluate(VectorG, VectorG) - Method in class stella.util.NasmythPointingModel.Harmonics: The dimension of the parameter vector must match our lm-tupel.
evaluate(VectorG) - Method in class stella.util.PointingFunction.ClassicModel: The classic pointing model expects the nautic azimuth in the first argument and the zenith distance in the second, both in degrees.
evaluate(VectorG) - Method in class stella.util.PointingFunction.ExtendedModel: The classic pointing model expects the nautic azimuth in the first argument and the zenith distance in the second, both in degrees.
evaluate(VectorG) - Method in class stella.util.PointingFunction.FullModel: The classic pointing model expects the nautic azimuth in the first argument and the zenith distance in the second, both in degrees.
evaluateHole(int, int, double, double) - Method in class stella.util.BeamSplitterFit: If we want to fit the double gaussian and the pinhole as negative gaussian, we can do that here.
evaluateModel(VectorG, VectorG) - Method in class astro.fits.AbstractSkyMaker.SkyRandomModel
evaluateModel(VectorG, VectorG) - Method in class astro.OrbitModel: The model that fits an SB-1 orbit is given by
evaluateModel(VectorG, VectorG) - Method in class astro.WcsModel: We evaluate the WCS model for the given parameters and the pixel position.
evaluateModel(VectorG, VectorG) - Method in class stella.adapter.AveragePinhole.FullPinhole: Per definition, the independant variable, time, is here a two-dimensional vector specifying the location of the pixel.
evaluateModel(VectorG, VectorG) - Method in class stella.adapter.ModelDrift.PinholeDrift: Per definition, the independant variable, time, is here a two-dimensional vector specifying the location of the pixel.
evaluateModel(VectorG, VectorG) - Method in class stella.adapter.ModelShift.PinholeShift: Per definition, the independant variable, time, is here a two-dimensional vector specifying the location of the pixel.
evaluateModel(VectorG, VectorG) - Method in class stella.asiva.SkyQualityModel: The ordering of the parameters must be such that at index 0 we have Y00, then Y1-1, Y10, Y11; Y2-2, etc.
evaluateModel(VectorG, VectorG) - Method in class stella.util.PointingModel.PointingDataModel
evaluateModelGradient(VectorG, VectorG) - Method in class astro.OrbitModel
evaluateModelGradient(VectorG, VectorG) - Method in class astro.WcsModel
evaluateModelGradient(VectorG, VectorG) - Method in class stella.adapter.ModelDrift.PinholeDrift
evaluateModelGradient(VectorG, VectorG) - Method in class stella.adapter.ModelShift.PinholeShift
evaluateSingle(String, Map<String, Object>) - Static method in class astro.VizierStarParser: Evaluates a single expression.
evaluateSkyImage(VectorG) - Method in class stella.asiva.SkyQualityModel
evaluateSkyImage(VectorG, AltAzFromFits) - Method in class stella.asiva.SkyQualityModel: Using the float data provided by SkyQualityModel.evaluateSkyModel(math.VectorG) we return an ImageHDU ready to be writtn to a fits file.
evaluateSkyImageResiduals(MImageHDU, VectorG, AltAzFromFits) - Method in class stella.asiva.SkyQualityModel
evaluateSkyModel(VectorG) - Method in class stella.asiva.SkyQualityModel
evaluateSkyModel(VectorG, AltAzFromFits) - Method in class stella.asiva.SkyQualityModel: Given the probably fitted model parameters (the parameters that are the solution from the sky quality fit) we re-construct the original sky-quality fits data in a rectangular area as returned as the fits size in the provided projection (640x480 per default).
evaluateSkyResiduals(float[], VectorG, AltAzFromFits) - Method in class stella.asiva.SkyQualityModel: Given the probably fitted model parameters (the parameters that are the solution from the sky quality fit) we re-construct the original sky-quality fits data in a rectangular area as returned as the fits size in the provided projection (640x480 per default).
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.HalphaNarrow: Converts from J H K to han.
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.HalphaWide: Converts from J H K to han.
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.HbetaNarrow: Converts from J H K to hbn.
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.HbetaWide: Converts from J H K to hbn.
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.Ident
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.JohnsonB: Converts from V, B-V to B
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.JohnsonI: Converts from V, B-V and R-I to I
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.JohnsonR: Converts from V, B-V and R-I to R
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.JohnsonU: Converts from V, B-V and R-I to R
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.SloanG: Converts from J H K to g'
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.SloanI: Converts from J H K to i'
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.SloanR: Converts from J H K to r'
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.SloanU: Converts from U-B to up'
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.SloanZ: Converts from V, B-V, R-I to z'
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.StromgrenB: Converts from V, B-V to b.
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.StromgrenU: Converts from V, B-V to b.
evaluateWithNan(VectorG) - Method in class astro.ColorTransformation.StromgrenV: Converts from V, B-V to b.
evaluateWithNan(VectorG) - Method in class astro.fits.AbstractSkyMaker.GaussThumbnail
evaluateWithNan(VectorG) - Method in class astro.WcsMatch.Stereographic
evaluateWithNan(VectorG) - Method in class stella.util.BeamSplitterFit: Evaluates the functional fit.
evaluateWithNan(VectorG) - Method in class stella.util.GuiderParametersRaDe.SimpleGnomic
evaluateWithNan(VectorG) - Method in class stella.util.NasmythPointingModel.ZonalHarmonicFunction: The dimension of the parameter vector must match our lm-tupel.
evaluateWithNan(VectorG) - Method in class stella.util.SineError: Evaluate the PID.
evaluateWithNan(VectorG) - Method in class stella.util.TelescopeError: Evaluate the PID.
EvenlySpacedMerit - Class in stella.merit: A class defining evently spaced time slot merits.
EvenlySpacedMerit(Map<String, String>) - Constructor for class stella.merit.EvenlySpacedMerit: Constructs an evenly spaced merit.
event - Variable in class stella.ccd.CameraMaster.HeaderGather
EVENT - Static variable in class stella.net.tpl.TplEvent: General events not bound to commands or data.
EventTrigger - Interface in globals: A interface indicating that a (possible) trigger is linked to listening to an event, e.g.
exact - Variable in class stella.globals.FocusQuality: The lookuptable of all measures per date.
ExactFocus - Class in stella.error: An error event sent by the telescope if the secondary mirror cannot be moved, i.e.
ExactFocus(Object) - Constructor for class stella.error.ExactFocus: Constructs a software error.
EXCEPTION - Static variable in interface stella.xml.DTDConstants: The exception handling of the target.
EXCEPTIONDAUGHTER - Static variable in interface stella.xml.DTDConstants: The exception attribute for daughters of the target.
EXCEPTIONFOR - Static variable in interface stella.xml.DTDConstants: The attribute defining to which object this exception section belongs.
EXCEPTIONSUCCESSOR - Static variable in interface stella.xml.DTDConstants: The exception attribute for the successor of the target.
EXCEPTIONTHIS - Static variable in interface stella.xml.DTDConstants: The exception attribute for the target itself.
Exe() - Constructor for enum net.tap.TableAccessProtocol.Exe
execute(AdsCommand) - Method in class stella.net.ads.AdsSocketChannel
execute(String) - Method in class stella.rmi.SwitchSsh
execute(String, long) - Method in class stella.util.TransferListener: Uses the given executable command line string and executes that with a specified timeout.
executeDistinct(String) - Method in class mysql.SqlAccess
executeGet(Object, String) - Method in class stella.net.gregor.GetterSetter: We issue a getter function and wait for the result, which is returned as the cycle outcome.
executeGet(CommandMessage) - Method in class stella.net.gregor.GetterSetter: We issue a prepared getter function and wait for the result, which is returned as the cycle outcome.
executeSelect(String) - Method in class mysql.SqlAccess
executeSet(Object, String, long) - Method in class stella.net.gregor.GetterSetter: We issue a setter function and wait for the result, which is then interpret as a boolean.
executeSet(CommandMessage) - Method in class stella.net.gregor.GetterSetter: We issue a preparedsetter function and wait for the result, which is then interpret as a boolean.
executeUpdate(String, String, String) - Method in class mysql.SqlAccess: Dangerous method to directly update entries in a table.
exit() - Method in class astro.fits.FitsCheck
exit() - Method in class globals.GlobalSet: Performs an ordered shutdown.
exit() - Method in class globals.parameter.AbstractDatabaseParameter: On exit, we close the database, if we are open.
exit() - Method in class globals.parameter.AbstractParameter: If we preserve our state, we do this at exit.
exit() - Method in class globals.rmi.AbstractRemoteParameter: Unbinds from registry, if bound.
exit() - Method in class globals.rmi.FitsMoments: Unbinds from registry, if bound.
exit() - Method in class globals.rmi.ParameterStub
exit() - Method in class io.AbstractSimulatingDriver
exit() - Method in class io.AbstractSocketDriver: On exit we always close.
exit() - Method in class io.SerialDriver: Closes the port.
exit() - Method in class mysql.AbstractSql: On exit, we close the connection to the database using our username and connect string.
exit() - Method in class mysql.SqlAccess: Closes the database without throwing an exception.
exit() - Method in class mysql.SqlMaster: Closes the database access.
exit() - Method in class mysql.TaskSql: On exit we close our prepared statement, if it exists.
exit() - Method in class stella.calibration.CalibrationMaster: Turn lamps off on exit.
exit() - Method in class stella.CastingContainer: Exits by signaling to all listeners that they should deregister.
exit() - Method in class stella.ccd.CameraMaster: Stops the timer in this VM.
exit() - Method in class stella.ccd.JanosDriver: On exit, we close.
exit() - Method in class stella.environment.ShelterMaster: Exits the environement master.
exit() - Method in class stella.globals.DeviceTrigger: Cancels the pinger task on exit.
exit() - Method in class stella.globals.ObservableList: Exits this parameter.
exit() - Method in class stella.globals.RemoteSensorShelf: For orderly shutdown, de-register from the binding reference.
exit() - Method in class stella.globals.RemoteSensorStatistic: For orderly shutdown, de-register from the binding reference.
exit() - Method in class stella.globals.RemoteSensorStub: For orderly shutdown, de-register from the binding reference.
exit() - Method in class stella.globals.SensorValue: Deregisters from the sensor.
exit() - Method in class stella.globals.TargetList: Exits this parameter.
exit() - Method in class stella.globals.TelescopeError: Exits this parameter.
exit() - Method in class stella.io.CastingRS485Server: Unbind from registry, if bound after closing serial port.
exit() - Method in class stella.io.PollingBeckhoffServer
exit() - Method in class stella.io.PollingRS485Server: Stops polling before closing the serial port.
exit() - Method in class stella.io.RS485ReadWriteServer: The finalizer of the RS485 server.
exit() - Method in class stella.io.RS485Server: The finalizer of the RS485 server.
exit() - Method in class stella.log.TargetReport: On exit, we save the time table.
exit() - Method in class stella.MasterErrorHandler: Signals that the error handler is shuting down and incoming errors should be ignored.
exit() - Method in class stella.MasterLauncher: Unbind thyself from the rwgistry.
exit() - Method in class stella.MasterMind: On exit, cancel me and exit all exit-cleaning sub-objects.
exit() - Method in class stella.MessageListener: The exit-cleaning functionality.
exit() - Method in class stella.net.CasterClient: Performs an orderly exit for a threatening shutdown.
exit() - Method in class stella.net.ErrorServer: Unbinds from registry, if bound.
exit - Variable in exception stella.net.gregor.AcknowledgeException: The exit code.
exit() - Method in class stella.net.ReceiverServer: Closes the receiver socket.
exit() - Method in class stella.net.TelescopeClient: The shutdown-hook for the telescope.
exit() - Method in class stella.nut.UpsDriver: Exits, not caring about failures.
exit() - Method in class stella.ow.PythonClient: On exit we close the client socket to the server and do not care about any possible failures.
exit() - Method in class stella.rmi.AbstractRmiCasterAndListener: Removes my rmi error listeners.
exit() - Method in class stella.rmi.CasterTorso: Derigsters from the acknowledge and done casters and unbinds from the registry.
exit() - Method in class stella.rmi.GenericMaster: Exits the master by first exiting the drivers, then exiting the parameter set and then commancing super.exit.
exit() - Method in class stella.rmi.GenericSimulator: Exits the generic set.
exit() - Method in class stella.rmi.ReceiverTorso: Exits the receiver torso.
exit() - Method in class stella.roof.BeckhoffRoof
exit() - Method in class stella.sensor.AbstractSensor: Unbind from registry, if bound.
exit() - Method in class stella.sensor.AverageSensor: Close the all-sensors log file if present.
exit() - Method in class stella.sensor.BeckhoffRainSensor: Exists the rain sensor.
exit() - Method in class stella.sensor.DatabaseCurrent: Performs an orderly exit by invoking the exit methods of the database and the weather trigger.
exit() - Method in class stella.sensor.DataSensor: Unbind from registry, if bound.
exit() - Method in class stella.sensor.HumiditySwitch: We deregister from the humidity sensor prior to exiting.
exit() - Method in class stella.sensor.ReadoutRepository: Exits the read-out repository.
exit() - Method in class stella.sensor.RS485RainImminentSensor: Exists the rain sensor.
exit() - Method in class stella.sensor.RS485RainSensor: Exists the rain sensor.
exit() - Method in class stella.sensor.SensorRepository: Exits the read-out repository.
exit() - Method in class stella.sensor.TcpIpSensor
exit() - Method in class stella.sensor.WeatherStation: Exits the weather station and all sensors that are ExitCleaning instances.
exit() - Method in class stella.telescope.OpenPilarSocket: Always closes the connection on exit.
exit() - Method in class stella.telescope.Pilar3Socket: Always closes the connection on exit.
exit() - Method in class stella.util.HighestTarget: On exit, cancel me and exit all exit-cleaning sub-objects.
exit() - Method in class stella.util.PointingGrabber: On exit, we have to close the data file.
exit() - Method in class stella.util.PointingScheduler: On exit, we try to preserve our look-up table of tile numbers to successes.
exit() - Method in class stella.util.SimulatorParser
exit() - Method in class stella.util.SubTargets: Exits this parameter.
exit() - Method in class stella.util.TransferListener: Exits the receiver torso.
exitAction(TargetDefinition, HistoryAware.Pick) - Method in class stella.xml.ParsedTarget.RateThread: Always called at the end of the thread's lifetime.
exitButton - Variable in class stella.omc.WifsipGUI
exitTelescope - Variable in class stella.net.JPilar3
exitTelescopeActionPerformed(ActionEvent) - Method in class stella.net.JPilar3: Exit telescope action.
EXP - Static variable in class stella.globals.ExposureCount: The separator between unique ID and exposure counter.
EXPAND - Static variable in class net.cds.CDSParser: The entity-expanding flag.
EXPAND - Static variable in class xml.DocumentParser: Default value for ignoring whitespace element content (true).
ExpectedAcquireField - Class in stella.error: Sent with a list of stars we expect to see in the acquire field.
ExpectedAcquireField(Object) - Constructor for class stella.error.ExpectedAcquireField: Constructs a new expected acquire field.
ExpectedGuiderField - Class in stella.error: Sent with a list of stars we expect to see in the guider field.
ExpectedGuiderField(Object) - Constructor for class stella.error.ExpectedGuiderField: Constructs a new expected acquire field.
ExpectedStarField - Class in stella.error
ExpectedStarField(Object) - Constructor for class stella.error.ExpectedStarField
expid - Variable in class astro.fits.ImageInfo
expid - Variable in class stella.adapter.AdapterMaster: The internal counter for the command id.
expid - Variable in class stella.adapter.AuxiliaryMaster: The internal counter for the command id.
EXPLAIN - Static variable in class stella.log.TargetReport: All possible fields with explanations.
explanation(Map<String, String>) - Method in class stella.log.TargetReport: Get an explanation of the fields in the report.
expo - Static variable in class target.AbstractTarget: The exposure time calculator used for the target.Instrument depending.
ExponentialConversion - Class in stella.sensor: A class to convert raw readings into physical quantities.
ExponentialConversion(Map<String, String>) - Constructor for class stella.sensor.ExponentialConversion: Constructs a new polynomial conversion object.
export - Variable in class globals.rmi.ParameterSkeleton: The parameter that is to be exported.
export - Variable in class globals.rmi.TriggerSkeleton: The parameter that is to be exported.
export - Variable in class stella.rmi.SwitchSkeleton: The parameter that is to be exported.
exportIdMap(List<Star>) - Static method in class astro.SimpleStar: Exports a list of stas as a mapping of star names to stars.
exportNameMap(List<Star>) - Static method in class astro.SimpleStar: Exports a list of stas as a mapping of star names to stars.
EXPORTPORT - Static variable in class stella.rmi.RmiSystemErrListener: The port where we want to export.
EXPORTPORT - Static variable in class stella.rmi.RmiSystemOutListener: The port where we want to export.
expose() - Method in class ccd.AsynchronousCcdDriver: Make an exposure.
expose() - Method in interface ccd.CcdDriver: Takes an exposure.
expose() - Method in class ccd.FechnerDriver: Make an exposure.
expose() - Method in class ccd.ScienceCcdDriver: Make an exposure.
expose() - Method in class ccd.ses231.SesDriver: Make an exposure.
expose() - Method in class ccd.sta0500.MagellanDriver: Make an exposure.
expose() - Method in class ccd.sta0501.MagellanDriver: Make an exposure.
expose() - Method in class ccd.sta0502.MagellanDriver: Make an exposure.
expose() - Method in class ccd.sta4240.E2VDriver: Make an exposure.
expose() - Method in class ccd.StreamingCcdDriver: Make an exposure.
expose - Variable in class stella.ccd.CameraMaster: A thread doing a single exposure.
expose - Variable in class stella.command.AcquireExposureAdapter: The exposure time in seconds.
expose - Variable in class stella.command.DarkCcd: The exposure time in seconds.
expose - Variable in class stella.command.GuidingExposureAdapter: The exposure time in seconds.
expose - Variable in class stella.command.ScientificCcd: The exposure time in seconds.
EXPOSE - Static variable in class stella.ethcam.AbstractGigeDriver: Exposure time in ms.
expose() - Method in class stella.ethcam.AbstractGigeDriver: Make an exposure.
EXPOSE - Static variable in class stella.firecam.FireDriver: Exposure time in ms.
expose() - Method in class stella.firecam.FireDriver: Make an exposure.
expose - Variable in class stella.util.TelescopeError: The exposure time on the guiding unit in sec.
EXPOSE_1 - Static variable in interface stella.ccd.SesCam
EXPOSE_1() - Method in class stella.ccd.SesCamClient: Call remote procedure EXPOSE_1.
EXPOSE_1() - Method in class stella.ccd.SesCamServerStub
ExposeAdapter - Class in stella.command: The expose adapter command.
ExposeAdapter(Object) - Constructor for class stella.command.ExposeAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ExposeAdapter(Object, String, long) - Constructor for class stella.command.ExposeAdapter: Constructs a move telescope command.
ExposeAuxiliary - Class in stella.command: The expose adapter command.
ExposeAuxiliary(Object) - Constructor for class stella.command.ExposeAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ExposeAuxiliary(Object, String, long) - Constructor for class stella.command.ExposeAuxiliary: Constructs a move telescope command.
exposeBias() - Method in class ccd.AsynchronousCcdDriver: Makes a bias exposure.
exposeBias() - Method in interface ccd.CcdDriver: Takes a bias exposure.
exposeBias() - Method in class ccd.FechnerDriver: Makes a bias exposure.
exposeBias() - Method in class ccd.ScienceCcdDriver: Makes a bias exposure.
exposeBias() - Method in class ccd.ses231.SesDriver: Makes a bias exposure.
exposeBias() - Method in class ccd.sta0500.MagellanDriver: Makes a bias exposure.
exposeBias() - Method in class ccd.sta0501.MagellanDriver: Makes a bias exposure.
exposeBias() - Method in class ccd.sta0502.MagellanDriver: Makes a bias exposure.
exposeBias() - Method in class ccd.sta4240.E2VDriver: Makes a bias exposure.
exposeBias() - Method in class ccd.StreamingCcdDriver: Makes a bias exposure.
exposeBias() - Method in class stella.ethcam.AbstractGigeDriver: Not supported.
exposeBias() - Method in class stella.firecam.FireDriver: Not supported.
exposecommand - Variable in class stella.ccd.SesSimulator: The last exposure command.
exposecommand - Variable in class stella.ccd.WifsipSimulator: The last exposure command.
exposeDark() - Method in class ccd.AsynchronousCcdDriver: Makes a dark exposure.
exposeDark() - Method in interface ccd.CcdDriver: Takes a dark exposure.
exposeDark() - Method in class ccd.FechnerDriver: Makes a dark exposure.
exposeDark() - Method in class ccd.ScienceCcdDriver: Makes a dark exposure.
exposeDark() - Method in class ccd.ses231.SesDriver: Makes a dark exposure.
exposeDark() - Method in class ccd.sta0500.MagellanDriver: Makes a dark exposure.
exposeDark() - Method in class ccd.sta0501.MagellanDriver: Makes a dark exposure.
exposeDark() - Method in class ccd.sta0502.MagellanDriver: Makes a dark exposure.
exposeDark() - Method in class ccd.sta4240.E2VDriver: Makes a dark exposure.
exposeDark() - Method in class ccd.StreamingCcdDriver: Makes a dark exposure.
exposeDark() - Method in class stella.ethcam.AbstractGigeDriver: Not supported.
exposeDark() - Method in class stella.firecam.FireDriver: Not supported.
ExposeThread(String) - Constructor for class stella.adapter.StellaGuider.ExposeThread: Constructs a new exposure thread.
EXPOSURE - Static variable in class astro.Seeing.Motion: Default windspeed.
Exposure() - Constructor for enum ccd.AbstractCcdDriver.Exposure
Exposure() - Constructor for class globals.value.SimpleValue.Exposure: Constructs a simple parameter without any properteis.
Exposure(double) - Constructor for class globals.value.SimpleValue.Exposure: Constructs a simple parameter without any properties.
Exposure(Map<String, String>) - Constructor for class globals.value.SimpleValue.Exposure: Constructs a simple parameter without any specific need for the properties argument.
Exposure() - Constructor for class stella.adapter.AbstractStarGuider.Exposure
Exposure() - Constructor for class stella.adapter.AdapterGuider.Exposure
exposure - Variable in class stella.util.GuiderData: The exposure time (ms).
EXPOSURE_1 - Static variable in interface ccd.CCD
EXPOSURE_1(cmd) - Method in class ccd.CCDClient: Call remote procedure EXPOSURE_1.
EXPOSURE_1(cmd) - Method in class ccd.CCDServerStub
EXPOSURE_1 - Static variable in interface ccd.ScienceGrade
EXPOSURE_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure EXPOSURE_1.
EXPOSURE_1(icmd) - Method in class ccd.ScienceGradeServerStub
EXPOSURE_1 - Static variable in interface ccd.Stream
EXPOSURE_1(cmd) - Method in class ccd.StreamClient: Call remote procedure EXPOSURE_1.
EXPOSURE_1(cmd) - Method in class ccd.StreamServerStub
EXPOSURE_2 - Static variable in interface ccd.ses231.SesMagellan
EXPOSURE_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure EXPOSURE_2.
EXPOSURE_2 - Static variable in interface ccd.sta0500.WifsipMagellan
EXPOSURE_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure EXPOSURE_2.
EXPOSURE_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
EXPOSURE_2 - Static variable in interface ccd.sta0501.WifsipMagellan
EXPOSURE_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure EXPOSURE_2.
EXPOSURE_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
EXPOSURE_2 - Static variable in interface ccd.sta0502.WifsipMagellan
EXPOSURE_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure EXPOSURE_2.
EXPOSURE_2 - Static variable in interface ccd.sta4240.E2VMagellan
EXPOSURE_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure EXPOSURE_2.
ExposureAbortCcd - Class in stella.command: The exposure abortion command.
ExposureAbortCcd(Object) - Constructor for class stella.command.ExposureAbortCcd: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ExposureAbortCcd(Object, String, long) - Constructor for class stella.command.ExposureAbortCcd: Constructs a new exposure abort command.
ExposureCount - Class in stella.globals: This parameter provides the running number of an exposure within a target.
ExposureCount(Map<String, String>) - Constructor for class stella.globals.ExposureCount: We are not allowed to change any properties.
exposurecount - Variable in class stella.globals.ExposureCount: The exposure counter for this target.
ExposureFinished - Class in stella.error: A status event signaling that an exposure has started.
ExposureFinished(Object) - Constructor for class stella.error.ExposureFinished: Constructs a software error.
EXPOSUREINCREASE - Static variable in interface stella.xml.ReservedConstants: The exposure time buffer.
ExposureRepeat - Class in stella.globals: A general variable representing the ra of the actual object.
ExposureRepeat(Map<String, String>) - Constructor for class stella.globals.ExposureRepeat: Constructs a new global representing the actual object's ra.
EXPOSUREREPEAT - Static variable in interface stella.xml.ReservedConstants: The name of this global (ra).
EXPOSURESETUP - Static variable in interface stella.xml.ReservedConstants: The name of the julian date to use.
ExposureSimulation() - Constructor for class stella.omc.WindmillShutter.ExposureSimulation
ExposureSpan - Class in stella.globals: A general variable representing the ra of the actual object.
ExposureSpan(Map<String, String>) - Constructor for class stella.globals.ExposureSpan: Constructs a new global representing the actual object's ra.
ExposureStart - Class in stella.error: A status event signaling that an exposure has started.
ExposureStart(Object, long) - Constructor for class stella.error.ExposureStart: Constructs a software error.
exposuretable - Variable in class stella.ccd.WifsipMaster: The exposure time from the focus star and filter.
ExposureThread(AbstractCcdDriver.Exposure, long) - Constructor for class ccd.AsynchronousCcdDriver.ExposureThread: Constructs a new exposure thread without starting it.
ExposureThread(AbstractCcdDriver.Exposure) - Constructor for class ccd.SynchronousCcdDriver.ExposureThread: Constructs a new exposure thread without starting it.
exposuretime - Variable in class stella.command.ExposeAdapter: The desired exposure time in seconds.
exposuretime - Variable in class stella.command.ExposeAuxiliary: The desired exposure time in seconds.
exposuretime - Variable in class stella.command.StartExposingAuxiliary: The desired exposure time in seconds.
exposuretime - Variable in class stella.error.ExposureStart: The length of the exposure just started in ms.
exposuretime - Variable in class stella.globals.OptimalAdc: The exposure time set for the registered target.
ExposureTime - Class in stella.util: A class to calculate an exposure time out of an aim S/N and vice verse.
ExposureTime(Map) - Constructor for class stella.util.ExposureTime: Constructs a new exposure time calculator.
EXPOSURETIME - Static variable in interface stella.xml.ReservedConstants: The exposure time of a setup.
ExposureTimeAware - Interface in ccd: Cameras that know how much exposure time is left.
ExposureTimeCalculator - Class in stella.acquire
ExposureTimeCalculator(Map<String, String>) - Constructor for class stella.acquire.ExposureTimeCalculator
exposureTimeFor(double, double, Dimension) - Method in class stella.acquire.ExposureTimeCalculator: Calculates the exposure time from a given S/N.
exposureTimeFor(double, double) - Method in class stella.adapter.AbstractStarGuider: Calculates the exposure time from a given, binning corrected S/N.
exposureTimeFor(double, double) - Method in class stella.adapter.AdapterGuider: Calculates the exposure time from a given, binning corrected S/N.
exposuretimeleft - Variable in class stella.adapter.AuxiliaryGuidingUnit: The Value holding the exposure time left.
exposuretimeleft - Variable in class stella.adapter.BeamSplitterGuider: The Value holding the exposure time left.
exposuretimeleft - Variable in class stella.adapter.OffAxisTracker: The Value holding the exposure time left.
exposuretimeleft - Variable in class stella.adapter.SpillageGuider: The Value holding the exposure time left.
ExposureTimeLeft - Class in stella.globals: A general variable representing the the currently remaining exposure time.
ExposureTimeLeft(Map<String, String>) - Constructor for class stella.globals.ExposureTimeLeft: Constructs a new global representing the actual object's ra.
ExposureTimeMeasuring - Interface in stella.globals: Simple marker interface to allow a value to be identifyable as an adaptable exposure time.
ExposureTimeProviding - Interface in stella.acquire
EXPREM - Static variable in class stella.ethcam.AbstractGigeDriver
EXPREM - Static variable in class stella.firecam.FireDriver
expression - Variable in class stella.merit.ExpressionMerit: The parsable double expression.
expression - Variable in class stella.util.ExpressionEvaluator: The parsable double expression.
ExpressionEvaluator - Class in stella.util: An arbitrary expression that is parseable to a single number or a boolean at run-time.
ExpressionEvaluator(String) - Constructor for class stella.util.ExpressionEvaluator: Constructs a new expression evaluator.
ExpressionMerit - Class in stella.merit: An arbitrary double expression that is parseable to a single number at run-time.
ExpressionMerit(Map) - Constructor for class stella.merit.ExpressionMerit: Constructs a new expression merit.
expt - Variable in class stella.adapter.AuxiliaryGuidingUnit: The exposure time for the guider applied on the CCD.
expt - Variable in class stella.globals.DarkCurrent: The registered exposure time in seconds.
expt - Variable in class stella.util.MomentsFocusser: The exposure time in ms calculated once per focus sequence.
exptime - Variable in class globals.rmi.AbstractFitsParameter: The exposure time in seconds.
exptms - Variable in class stella.adapter.FocussingMoments: The exposure time in ms calculated once per focus sequence.
EXT - Static variable in class stella.asiva.SkyQualityModel
ExtendedModel() - Constructor for class stella.util.PointingFunction.ExtendedModel
extendedStatus() - Method in class ccd.ses231.SesDriver: Returns the current state of the CCD.
extendedStatus() - Method in class ccd.sta0501.MagellanDriver: Returns the current state of the CCD.
extendedStatus() - Method in class ccd.sta0502.MagellanDriver: Returns the current state of the CCD.
extendedStatus() - Method in class ccd.sta4240.E2VDriver: Returns the current state of the CCD.
extendedStatus() - Method in class stella.globals.WeatherTrigger: The status is a string version of the votes table.
extendedStatus() - Method in class stella.roof.BeckhoffRoof
extendedStatus() - Method in class stella.roof.DomeReceiver: Sends a status event back.
extendedStatus() - Method in class stella.roof.RoofReceiver: Sends a status event back.
extendedStatus() - Method in class stella.sensor.HumiditySwitch: As a stust, we provide also info on current weather etc.
extendedStatus() - Method in class stella.sensor.WeatherStation: Returns a detailed description of the weather status.
extendedStatus() - Method in class stella.util.PointingScheduler: Returns a string describing the progress of the pointing model.
EXTENSION - Static variable in class astro.WcsFit.Parser: Starting default.
EXTENSION - Static variable in class stella.adapter.GuiderInfo: The default extension for serialize files.
EXTENSION - Static variable in class stella.ccd.FitsNameGenerator: The fits file extension.
EXTENSION - Static variable in class stella.net.PreRecordedFiles
extern - Variable in class stella.xml.LoopingSequencer: A trigger set of external triggers.
extern - Variable in class stella.xml.XMLSequencer: A trigger set of external triggers.
external(Remote) - Method in class stella.rmi.GenericMaster: Enrolls or deregisters from an external caster.
external(Remote) - Method in interface stella.rmi.ListenerControlling: Allows or prohibits excess from an external caster.
ExternalAbort - Class in stella.error: An error event signaling that a target requires a sequence type that is unknown.
ExternalAbort(Object) - Constructor for class stella.error.ExternalAbort: Constructs a software error.
externcaster - Variable in class stella.rmi.GenericMaster: A reference to the caster, if we are in external listening mode.
Extinction() - Constructor for class stella.util.MirrorData.Extinction
ExtinctionCoefficient - Class in globals.value: A Value that consits of a look-up table linking well-known filter names like 'B' for Johnson-B to the effective wavelength width, which is returned in nm.
ExtinctionCoefficient(Map<String, String>) - Constructor for class globals.value.ExtinctionCoefficient: Constructs a new sidereal time object.
extract(String, int[]) - Method in class astro.AsciiCatalog: Extracts a string from a line.
Extract() - Constructor for class mysql.AbstractSql.Extract: Constructs the parser to the sensor tester.
Extract() - Constructor for class mysql.ObserveSql.Extract: Constructs the parser to the sensor tester.
Extract() - Constructor for class stella.acquire.AcquisitionAccess.Extract
Extract() - Constructor for class stella.adapter.GuiderAccess.Extract
extractAll(NodeList) - Method in class stella.xml.DOMSequence.TaskElement: Returns a string array of all first child nodes of the nodes found in the list.
extractAll(Element, String) - Static method in class stella.xml.SequenceTask: Returns a string array of all first child nodes of the nodes found in the list.
extractClassName(String) - Static method in class stella.ErrorEvent: Returns the error class name template.
extractDate(String) - Static method in class stella.log.LogLine: Cuts the first part of the log line, up to '[' and returns the trimmed string.
extractDouble(String, String) - Method in class astro.AsciiCatalog
extractFloat(String, String) - Method in class astro.AsciiCatalog
extractFollowUp(String) - Static method in class stella.ErrorEvent: Parses the follow-up from the first command line.
extractFromCache(Object, int) - Method in class stella.mxio.GenericMoxaRead: This method is called with the lately returned cache value and should extract the appropriate number.
extractFromCache(Object, int) - Method in class stella.mxio.MoxaAnalog: This method expects the cache to be an array of Doubles.
extractFromCache(Object, int) - Method in class stella.mxio.MoxaDigital: This method expects the cache to be an Integer.
extractFromCache(Integer, int) - Method in class stella.mxio.MoxaDigitalReadWrite: This method expects the cache to be an Integer.
extractFromCache(Object, int) - Method in class stella.mxio.MoxaTemperature: This method expects the cache to be an array of Doubles.
extractFromCache(Object, int) - Method in class stella.net.modbus.MasterPollingRead: This method is called with the lately returned cache value and should extract the appropriate number.
extractFromCache(Object, int) - Method in class stella.net.modbus.PollAnalog: This method extracts the values as unsigned shorts as defined in the modbus protocol.
extractFromCache(Object, int) - Method in class stella.net.modbus.PollDigital: This method expects the cache to be an Integer.
extractLevel(String) - Static method in class stella.log.LogLine: Returns the part of the line between '[' and ']', not including these sparators.
extractMoments(Value, int) - Method in class stella.globals.FocusMeasure: We calculate an exposure time from the light sensor.
extractObject(String, Class<?>) - Method in class astro.AsciiCatalog
extractPipe(String) - Static method in class stella.ErrorEvent: Returns the value of the pipe-through flag.
extractRemainder(String) - Static method in class stella.log.LogLine: Returns the part of the line between '[' and ']', not including these sparators.
extractStars(String) - Method in class stella.acquire.AcquisitionAccess: Parses the star data out of a target xml file.
extractStars(String) - Method in class stella.adapter.GuiderAccess: Parses the star data out of a target xml file.
extractStars(List<OffAxisRank>) - Static method in class stella.util.OffAxisRank
extractType(Class) - Static method in class stella.CommandEvent: Converts a concrete command class to the class type as found in the command event header.
extractUnique(Map<String, List<DataCard>>) - Static method in class stella.sql.OffLimitAlarm: We take all the data cards and extract the unique IDs found for the given field names.
EXTRAFOCAL - Static variable in class stella.adapter.FocussingMoments: Extension for extrafocal image in Zernike coefficient determination.
EXTRAFOCAL - Static variable in class stella.auxiliary.MomentsFocussing: Extension for extrafocal image in Zernike coefficient determination.
ExtraFocal - Class in stella.error: The current measure is an extra-focal measure.
ExtraFocal(Object) - Constructor for class stella.error.ExtraFocal: Constructs a software error.
extrafocal - Variable in class stella.globals.FocusMeasure: The focus position to the fits moments, extrafocale.
EXTRAFOCAL - Static variable in class stella.util.MomentsFocusser: Extension for extrafocal image in Zernike coefficient determination.
extrapolate - Variable in class stella.math.Extrapolation: The polynom that is the extrapolator.
extrapolate - Variable in class stella.sensor.PredictiveSensor: The extrapolating algorithms to use.
extrapolateOne(double[], int, Extrapolation, int) - Method in class stella.util.SensorTest: Applies extrapolation to the entire data set.
Extrapolation - Class in stella.math: A class to predict sensor readings for at least 120 sec.
Extrapolation(int) - Constructor for class stella.math.Extrapolation: Constructs a new extrapolation object.
Extrapolation(double[]) - Constructor for class stella.math.Extrapolation: Constructs a new extrapolation object.
extrapolations - Variable in class stella.util.SensorTest: The list to the data derived from applying extrapolation.

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