S-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 _

S

s_ - Variable in class htm.core.Constraint
S_indexes - Static variable in class htm.core.HTMfunc
same(Object, Object) - Method in class stella.net.AbstractVariableMonitor.Update
sanityCheck(List<MImageHDU>, ArrayLayout) - Static method in class astro.fits.MFitsStatistic: Takes a list of images and returns a two-dimensional float array, first index is the image number, then element number.
sanitySize(List<MImageHDU>) - Static method in class astro.fits.MFitsStatistic: Takes a list of images and returns their layout, if equal
satisfies(TargetDefinition) - Method in interface stella.TargetCompulsory: Returns true if this target satisfies the compulsory prerequiste imposed by the implementing class, which could be a magnitude limit, or a declination requirement, etc.
satisfies(TargetDefinition) - Method in class stella.util.MagnitudeCompulsory
SATURATED - Static variable in class stella.util.TransferListener: Header cards on science averaging.
SATURATEDREM - Static variable in class stella.util.TransferListener: Header cards on science averaging.
save(File, MImageHDU) - Static method in class astro.fits.MFitsStarFind: Convenience for saving image hdu in fits files.
save(File, ArrayLayout, float[]) - Static method in class astro.fits.MFitsStarFind: Convenience for saving 16-bit image hdu in fits files.
save(File, MImageHDU) - Method in class stella.acquire.AncillaryCameraUnit: Convenience for saving image hdu in fits files.
save(File, ArrayLayout, float[]) - Method in class stella.acquire.AncillaryCameraUnit: Convenience for saving 16-bit image hdu in fits files.
save - Variable in class stella.acquire.TruncatedGaussClassification
save - Variable in class stella.adapter.FieldSerializer: List of simple class names to consider.
save(Map<String, ? extends Serializable>, long, File) - Method in class stella.util.FileRanking: Save the time as a long and serializes the provided mapping into the file.
SAVE_IMAGE_1 - Static variable in interface stella.ethcam.Ethcam
SAVE_IMAGE_1 - Static variable in interface stella.ethcam.Ethcam1600
SAVE_IMAGE_1(String) - Method in class stella.ethcam.Ethcam1600Client: Call remote procedure SAVE_IMAGE_1.
SAVE_IMAGE_1 - Static variable in interface stella.ethcam.Ethcam2000
SAVE_IMAGE_1(String) - Method in class stella.ethcam.Ethcam2000Client: Call remote procedure SAVE_IMAGE_1.
SAVE_IMAGE_1 - Static variable in interface stella.ethcam.EthcamAll
SAVE_IMAGE_1(String) - Method in class stella.ethcam.EthcamAllClient: Call remote procedure SAVE_IMAGE_1.
SAVE_IMAGE_1(String) - Method in interface stella.ethcam.EthcamClient: Call remote procedure SAVE_IMAGE_1.
SAVE_IMAGE_1 - Static variable in interface stella.firecam.Firecam
SAVE_IMAGE_1(String) - Method in class stella.firecam.FirecamClient: Call remote procedure SAVE_IMAGE_1.
SAVE_IMAGE_1(String) - Method in class stella.firecam.FirecamServerStub
saveConstraint(long, File) - Method in class stella.util.FileRanking: Tries to save the denied-by-constraint for the given time.
SAVEEXT - Static variable in class stella.command.PointingModelSave: The save-file extension.
SAVELEAD - Static variable in class stella.command.PointingModelSave: The save-file header.
saveMatches(Rectangle, long, boolean, List<Guiding.RawStar>, File) - Method in class stella.adapter.AbstractStarGuider: Saves the matching files for further tests as serialized objects.
saveMerit(long, File) - Method in class stella.util.FileRanking: Tries to save the merit-mapping for the given time
savePilarPointingMeasures(File) - Method in class stella.telescope.TelescopeMaster: Saves the current active list to the given file.
savePointingMeasures(File) - Method in class stella.telescope.TelescopeMaster: Saves the current active list to the given file.
savePointings(File) - Method in interface stella.rmi.PointingModelControlling: Saves all current pointing model measures to the given file.
savePointings(File) - Method in class stella.telescope.TelescopeMaster: Saves the pointing to a file.
saveSigma(WcsFit) - Static method in class astro.WcsFit
saveSkyFit(VectorG, File) - Method in class stella.asiva.SkyQualityFit
saveTrixel(long, HTMrange, boolean) - Method in class htm.core.Convex: adds the given trixel tot he HTMrange
SB - Static variable in class mysql.SqlStar: ID for sb integer.
scale - Variable in class astro.fits.ImageEnhance.ImageStack
Scale() - Constructor for enum astro.fits.MFitsStatistic.Scale
scale - Variable in class stella.merit.AtTimeMerit: To return a mximum merit of one.
SCALE - Static variable in class stella.util.PointingModel.Wifsip
ScaleSql - Class in mysql: A class that allows static access to a database containing observed history in block format.
ScaleSql(Map<String, String>) - Constructor for class mysql.ScaleSql: Constructs a new history database.
scaling - Variable in class stella.merit.PickRaiseMerit: To easy evaluation, calculate polynomial at construct.
scan() - Method in class globals.value.SimpleValue: We scan all known possible value pointers if they are present.
Scan() - Constructor for class io.SerialDriver.Scan
SCAN - Static variable in class mysql.SqlAccess: The resource name psql.static.conf.
Scan() - Constructor for class stella.io.RS485ReadWriteServer.Scan
Scan() - Constructor for class stella.io.RS485Server.Scan
SCAN - Static variable in class stella.sql.TargetConsistency: The resource name psql.static.conf.
scan(File) - Method in class stella.util.AcquireStarParser: Extracts the unique id plus a required offset from a log file
scan(File) - Method in class stella.util.FirstOffsetParser: Extracts the unique id plus a required offset from a log file
scan(File) - Method in class stella.util.GoodPrimeFocusParser: Extracts the unique id plus the altitude, delta T, and final focus, the latter three as a Vector3D and returns them as a mapping.
scan(File) - Method in class stella.util.RandomOffsetParser: Extracts the unique id plus a required offset from a log file
scan(File) - Method in class stella.util.SimulatorParser: Extracts the unique id plus a required offset from a log file
scan(File, String, String) - Method in class stella.util.SuggestOffsetParser: Extracts the unique id plus a required offset from a log file
scanA4(MImageHDU) - Method in class stella.adapter.FocussingMoments: We calculate the A4 parameter from second image moments following Equation 5 in PASP118, 1165, but without pixel scaling.
scanA4(MImageHDU) - Method in class stella.auxiliary.MomentsFocussing: We calculate the A4 parameter from second image moments following Equation 5 in PASP118, 1165, but without pixel scaling.
scanA4(MImageHDU) - Method in class stella.util.MomentsFocusser: We calculate the A4 parameter from second image moments following Equation 5 in PASP118, 1165, but without pixel scaling.
scanAll() - Method in class stella.util.TransferListener: On timed wakeups, we scan all our directories and see if new files have arrived.
scanDir(File, List<String>, String, SortedMap<String, List<File>>) - Method in class stella.util.TransferListener: We scan a local directory for all transfer-relevant files.
scanDonwloadedTemplates(String) - Method in class mysql.ManagerSql: Scans the local dir for downloaded templates.
scanDonwloadedTemplates(String, File) - Method in class mysql.ManagerSql: Scans the local dir for downloaded templates.
scanFocus(CcdDriver, Star, ExposureTimeProviding, TransparencyMeasuring) - Method in interface stella.auxiliary.Focussing: This method scans for a focus.
scanFocus(CcdDriver, Star, ExposureTimeProviding, TransparencyMeasuring) - Method in class stella.auxiliary.MomentsFocussing: This method scans for a focus.
scanFor(Class<? extends Remote>) - Static method in class stella.rmi.GenericAccess: Scans the local registry for bindings of the approriate type.
scanForBrightness(double) - Method in class stella.util.MirrorData: Scans for main stars and mirrors present.
scanForElement(Element, String, Object) - Static method in class xml.DOMEnlarge: Scans for elements of the given tag name.
scanForExtinction() - Method in class stella.util.MirrorData: Resolves the target star and gets its magnitude.
scanForMethods() - Static method in class net.DigitizedSkySurvey: Scan this class for all methods that return a fits and take four doubles as arguments.
scanForMirrors(double, double, double, double) - Method in class stella.util.MirrorData: Scans for main stars and mirrors present.
scanForNaN(MImageHDU) - Static method in class astro.fits.Ihdu: Any NaN encountered in the one-dimensional image is returned as index in the list.
scanForNaN(float[]) - Static method in class astro.fits.Ihdu: Any NaN encountered in the one-dimensional image is returned as index in the list.
scanFwhm(double, char) - Method in class stella.util.MomentsFocusser
scanKeys(MHeader, List<String>) - Static method in class stella.util.TransferListener
scanMaster(File, String) - Method in class stella.util.SuggestOffsetParser: Extract azimuth and height of target from master log.
scanMinMax() - Method in class globals.value.ShelfStatistic: If we removed the minima or the maxima from our shelf, and this value is no longer present in the data shelf, we have to scan the entire shelf for the new minima and maxima.
scanMultiplets(List<Star>, double, int, double) - Static method in class astro.FindMultiplets: Scans the list for multiplets.
scanStringValue(MHeader, String) - Static method in class astro.fits.MHeaderTools: Scans an mheader for the specified key and returns a non-null value only if a card to this key is found and the first card has a string value.
scanTarget(TargetDefinition) - Static method in class stella.globals.DitherParameter: We scan the target for the specific setup with the name ReservedConstants.DITHERING.
scanXtensionCentralMoments(MFits, Rectangle, int) - Static method in class astro.fits.StatisticMoments: Scans all extensions in a fits file and returns the central moments.
sched - Variable in class stella.globals.TargetList.TargetDump: The xml-scheduler reference.
schedule - Variable in class stella.sensor.SensorRepository: The timer class used for scheduling the data collector.
scheduleAtFixedRate(TimerTask, long, long) - Method in class stella.util.GuiderTimer: Schedulers a timer task with a fixed rate and a given delay and repetition time.
scheduler - Variable in class stella.MasterMind: The actual scheduling object used.
scheduler - Variable in class stella.util.HighestTarget: The actual scheduling object used.
SchedulerAccess - Class in stella.util: Allows command line access to a remote SchedulerControlling interface, in particular it allows adding and removing targets as well as updating of certain properties.
SchedulerAccess() - Constructor for class stella.util.SchedulerAccess: Constructs a new camera access instance.
SchedulerControlling - Interface in stella.rmi: This remote interface defines methods to allow remote access to a scheduler's target list.
SchedulerFileRank - Class in stella.util: This class works together with ranking files put in the archive directory structure along with the science fits.
SchedulerFileRank(String) - Constructor for class stella.util.SchedulerFileRank: As the ranking files are located in sub-dirs below some high-level, this object becomes ready only after its files has been read.
SchedulerLogging - Interface in stella.rmi: This remote interface defines additional methods that allow better tracing of particular targets for their priority runs.
SchedulerRank - Class in stella.util: An object that contains and provides access to ranking data as saved by a RankingMonitor.
SchedulerRank(String) - Constructor for class stella.util.SchedulerRank: Constructs a new scheduler ranking, providing the unique on construct.
Scheduling - Interface in stella: The interface comprising scheduling capabilities.
SchmidtIntegralTrigger - Class in stella.util
SchmidtIntegralTrigger() - Constructor for class stella.util.SchmidtIntegralTrigger
SchmidtIntegralTrigger(String) - Constructor for class stella.util.SchmidtIntegralTrigger
SchmidtIntegralTrigger(double, double, boolean, int, double, double) - Constructor for class stella.util.SchmidtIntegralTrigger
SchmidtTrigger - Class in stella.util: A Schmidt trigger.
SchmidtTrigger() - Constructor for class stella.util.SchmidtTrigger: Common constructor.
SchmidtTrigger(String) - Constructor for class stella.util.SchmidtTrigger: Constructs a new Schmidt trigger.
SchmidtTrigger(double, double) - Constructor for class stella.util.SchmidtTrigger: Constructs a new Schmidt trigger.
science - Variable in class stella.globals.FlatAndScienceGroup: The mapping of served filter names to dates of last observations.
Science() - Constructor for class stella.util.TransferListener.Science
ScienceAcquire - Class in stella.adapter: The adapter sub-unit that does acquiring on a target star with the main science camera.
ScienceAcquire(Map<String, String>) - Constructor for class stella.adapter.ScienceAcquire: Constructs a new acquire unit.
ScienceCcdDriver - Class in ccd: This class interfaces to Thomas Fechner's Wifsip controller (Magellan) type.
ScienceCcdDriver(Map<String, String>) - Constructor for class ccd.ScienceCcdDriver: Constructor.
ScienceGrade - Interface in ccd: A collection of constants used by the "ScienceGrade" ONC/RPC program.
ScienceGradeClient - Class in ccd: The class ScienceGradeClient implements the client stub proxy for the SEND_SCI remote program.
ScienceGradeClient(InetAddress, int) - Constructor for class ccd.ScienceGradeClient: Constructs a ScienceGradeClient client stub proxy object from which the SEND_SCI remote program can be accessed.
ScienceGradeClient(InetAddress, int, int) - Constructor for class ccd.ScienceGradeClient: Constructs a ScienceGradeClient client stub proxy object from which the SEND_SCI remote program can be accessed.
ScienceGradeClient(OncRpcClient) - Constructor for class ccd.ScienceGradeClient: Constructs a ScienceGradeClient client stub proxy object from which the SEND_SCI remote program can be accessed.
ScienceGradeClient(InetAddress, int, int, int) - Constructor for class ccd.ScienceGradeClient: Constructs a ScienceGradeClient client stub proxy object from which the SEND_SCI remote program can be accessed.
ScienceGradeClient(InetAddress, int, int, int, int) - Constructor for class ccd.ScienceGradeClient: Constructs a ScienceGradeClient client stub proxy object from which the SEND_SCI remote program can be accessed.
ScienceGradeServerStub - Class in ccd
ScienceGradeServerStub() - Constructor for class ccd.ScienceGradeServerStub
ScienceGradeServerStub(int) - Constructor for class ccd.ScienceGradeServerStub
ScienceGradeServerStub(InetAddress, int) - Constructor for class ccd.ScienceGradeServerStub
SCIENCETYPE - Static variable in class mysql.ObserveSql: The image type qualifier for scientific observations.
ScientificCcd - Class in stella.command: Takes a scientific exposure with the given exposure time.
ScientificCcd(Object) - Constructor for class stella.command.ScientificCcd: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ScientificCcd(Object, String, long) - Constructor for class stella.command.ScientificCcd: Constructs a new exposure abort command.
screen(List<String>, String) - Method in class stella.globals.FlatAndScienceGroup: In a non-destuctive way we screen all entries from the provided list that refer to a flat group name that has the filter in question not in it.
screen(List<String>, String) - Method in class stella.globals.FlatGroup: In a non-destructive way we screen all entries from the provided list that refer to a flat group name that has the filter in question not in it.
scs - Variable in class stella.command.ScsAddressConfig: The ip-address of the SCS.
ScsAddressConfig - Class in stella.command: The move telescope command.
ScsAddressConfig(Object) - Constructor for class stella.command.ScsAddressConfig: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ScsAddressConfig(Object, String, long) - Constructor for class stella.command.ScsAddressConfig: Constructs a move telescope command.
ScsCommand - Interface in stella: A marker interface to distinguish normal command events from commands only ment for the SCS.
ScsConnectFailure - Class in stella.error: An error event signaling that the ATIS server has lost the connection to the SCS.
ScsConnectFailure(Object) - Constructor for class stella.error.ScsConnectFailure: Constructs a software error.
ScsConnectionLost - Class in stella.error: An error event signaling that the ATIS server has lost the connection to the SCS.
ScsConnectionLost(Object) - Constructor for class stella.error.ScsConnectionLost: Constructs a software error.
SCurve - Class in stella.util: A class that simulates the movement of most modern motors, the S-curve movement.
SCurve() - Constructor for class stella.util.SCurve: Constructs a new s-curve object.
SCurve(double, double) - Constructor for class stella.util.SCurve: Constructs a new s-curve object specifying the jerk time fraction and the constatn-speed time fraction.
SCurve.Offset - Class in stella.util: A test class that reads d, j0, alpha, and beta from the command line and then splits the time into 10000 steps, where current values of the jerk, the acceleration, the velocity, and the distance are printed to system.out.
SDF - Static variable in class stella.log.TargetReport: The short date format.
SEARCH - Static variable in class stella.adapter.FocussingMoments: If the mode quals search, we always do an extensive search.
search - Variable in class stella.adapter.StellaGuider.ReduceThread: The unbinned radius of the search box.
searchbox - Variable in class stella.acquire.TruncatedGaussClassification
searchbox - Variable in class stella.adapter.BeamSplitterGuider: Search box on guiding, from guider mode.
searchbox - Variable in class stella.adapter.OffAxisTracker: Search box on guiding, from guider mode.
searchbox - Variable in class stella.adapter.SpillageGuider: Search box on guiding, from guider mode.
searchDouble(String, String, Map<String, String>, PropertySupplying) - Static method in class util.PIDControl: Searches the map for a string representation of the key in the first argument, tries to convert this to a double and set this as the second string property in the property container.
SeasonWeather - Class in stella.globals: A trigger that mimics seasonal weather on the STELLA site.
SeasonWeather(Map<String, String>) - Constructor for class stella.globals.SeasonWeather: Contructs a new season weather.
secalarms - Variable in class stella.util.TransferListener: A mapping uniques waiting to get secure to their active alarms.
SECOND - Static variable in class stella.error.TelescopeStatus: The variables in the second command line, index 2.
secunique - Variable in class stella.util.TransferListener: All secure uniques, i.e.
secure - Variable in class stella.util.TransferListener: This is the list of files that can be transferred for sure.
securedUpdate(Statement, String) - Method in class mysql.SqlAccess: If executing the update on the statement fails, we write possibly to a fail-file.
SecureUniqueAlarm(String) - Constructor for class stella.util.TransferListener.SecureUniqueAlarm
seed - Variable in class globals.value.PseudoRandom
Seeing - Class in astro: A class providing some essential seeing properties.
Seeing() - Constructor for class astro.Seeing
seeing - Variable in class stella.acquire.AbstractAutoGuider: Value that has the average seeing.
seeing - Variable in class stella.util.TelescopeError: The seeing in arc-sec, if seeing should be included.
Seeing.Motion - Class in astro: Test the image motion part.
seeingAndPhotometry(Guiding.RawStar) - Method in class stella.adapter.AuxiliaryGuidingUnit: Takes a guiding signal and estimates seeing and photometry from it.
seeingAndPhotometry(Guiding.RawStar) - Method in class stella.adapter.BeamSplitterGuider: Takes a guiding signal and estimates seeing and photometry from it.
seeingAndPhotometry(Guiding.RawStar) - Method in class stella.adapter.OffAxisTracker: Takes a guiding signal and estimates seeing and photometry from it.
seeingAndPhotometry(Guiding.RawStar) - Method in class stella.adapter.SpillageGuider: Takes a guiding signal and estimates seeing and photometry from it.
SELECT - Static variable in interface stella.xml.DTDConstants: The environment tag to object in target description.
SelectClearFilterCalibration - Class in stella.command: The command to select the clear filter wheel position.
SelectClearFilterCalibration(Object) - Constructor for class stella.command.SelectClearFilterCalibration: Constructs a select filter adapter, grabbing the type from the class name and setting the command time to the current system time.
SelectClearFilterCalibration(Object, String, long) - Constructor for class stella.command.SelectClearFilterCalibration: Constructs a select filter command.
selectFilter(CommandEvent, String) - Method in class stella.calibration.CalibrationMaster: Selects a new filter or filter wheel position within the adapter.
selectFilter(CommandEvent, String, boolean) - Method in class stella.ccd.WifsipMaster: Selects a new filter or filter wheel position within the adapter.
SelectFilterAdapter - Class in stella.command: The select filter adapter command.
SelectFilterAdapter(Object) - Constructor for class stella.command.SelectFilterAdapter: Constructs a select filter adapter, grabbing the type from the class name and setting the command time to the current system time.
SelectFilterAdapter(Object, String, long) - Constructor for class stella.command.SelectFilterAdapter: Constructs a select filter command.
SelectFilterCalibration - Class in stella.command: The select filter adapter command.
SelectFilterCalibration(Object) - Constructor for class stella.command.SelectFilterCalibration: Constructs a select filter adapter, grabbing the type from the class name and setting the command time to the current system time.
SelectFilterCalibration(Object, String, long) - Constructor for class stella.command.SelectFilterCalibration: Constructs a select filter command.
SelectInitFilterCalibration - Class in stella.command: The command to select the clear filter wheel position.
SelectInitFilterCalibration(Object) - Constructor for class stella.command.SelectInitFilterCalibration: Constructs a select filter adapter, grabbing the type from the class name and setting the command time to the current system time.
SelectInitFilterCalibration(Object, String, long) - Constructor for class stella.command.SelectInitFilterCalibration: Constructs a select filter command.
selectMethod() - Method in class stella.globals.ShutterTimes: We try to select the method stated by its name as the method to get the shutter time.
selectMode(String) - Method in interface ccd.MultiMode: select this mode.
selectMode(String) - Method in class ccd.ses231.SesDriver: Select this mode, if supported.
selectMode(String) - Method in class ccd.sta4240.E2VDriver: Select this mode, if supported.
selectMode(String) - Method in class stella.ccd.E2VGeometry: Select this mode, if supported.
selectMode(String) - Method in class stella.ccd.MultiModeWifsipGeometry: Select this mode, if supported.
SelectModeCcd - Class in stella.command: Takes a dark exposure with the given exposure time.
SelectModeCcd(Object) - Constructor for class stella.command.SelectModeCcd: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
SelectModeCcd(Object, String, long) - Constructor for class stella.command.SelectModeCcd: Constructs a new exposure abort command.
selectPointingModel(CommandEvent, String) - Method in class stella.telescope.TelescopeMaster: Selects a pointing model.
selectReadoutMode(String) - Method in class stella.ccd.MagellanMaster: In manual mode we allow this.
selectReadoutMode(String) - Method in interface stella.rmi.ReadoutModeControlling: This method tries to select the given readout mode for its camera.
SEMICOLON - Static variable in class stella.net.tpl.TsiError: The separator char between the list of errors on same group.
send(String) - Method in class stella.sensor.Ups: Writes to the socket writer.
send(TplCommand) - Method in class stella.telescope.OpenPilarSocket: Sends the specified command to the server socket and puts the command to the OpenPilarSocket.sending lookup table.
send(TplCommand) - Method in class stella.telescope.Pilar3Socket: Sends the specified command to the server socket and puts the command to the Pilar3Socket.sending lookup table.
SEND_GUIDER - Static variable in interface ccd.CCD
SEND_GUIDER - Static variable in interface ccd.Stream
SEND_GUIDER_CMD_1 - Static variable in interface ccd.CCD
SEND_GUIDER_CMD_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SEND_GUIDER_CMD_1.
SEND_GUIDER_CMD_1(cmd) - Method in class ccd.CCDServerStub
SEND_GUIDER_CMD_1 - Static variable in interface ccd.Stream
SEND_GUIDER_CMD_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SEND_GUIDER_CMD_1.
SEND_GUIDER_CMD_1(cmd) - Method in class ccd.StreamServerStub
SEND_GUIDER_CMD_VERS - Static variable in interface ccd.CCD
SEND_GUIDER_CMD_VERS - Static variable in interface ccd.Stream
SEND_SCI - Static variable in interface ccd.ScienceGrade
SEND_SCI - Static variable in interface ccd.ses231.SesMagellan
SEND_SCI - Static variable in interface ccd.sta0500.WifsipMagellan
SEND_SCI - Static variable in interface ccd.sta0501.WifsipMagellan
SEND_SCI - Static variable in interface ccd.sta0502.WifsipMagellan
SEND_SCI - Static variable in interface ccd.sta4240.E2VMagellan
SEND_SCI_CMD_1 - Static variable in interface ccd.ScienceGrade
SEND_SCI_CMD_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SEND_SCI_CMD_1.
SEND_SCI_CMD_1(icmd) - Method in class ccd.ScienceGradeServerStub
SEND_SCI_CMD_2 - Static variable in interface ccd.ses231.SesMagellan
SEND_SCI_CMD_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SEND_SCI_CMD_2.
SEND_SCI_CMD_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SEND_SCI_CMD_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SEND_SCI_CMD_2.
SEND_SCI_CMD_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SEND_SCI_CMD_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SEND_SCI_CMD_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SEND_SCI_CMD_2.
SEND_SCI_CMD_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SEND_SCI_CMD_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SEND_SCI_CMD_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SEND_SCI_CMD_2.
SEND_SCI_CMD_2 - Static variable in interface ccd.sta4240.E2VMagellan
SEND_SCI_CMD_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SEND_SCI_CMD_2.
SEND_SCI_CMD_VERS - Static variable in interface ccd.ScienceGrade
SEND_SCI_CMD_VERS - Static variable in interface ccd.ses231.SesMagellan
SEND_SCI_CMD_VERS - Static variable in interface ccd.sta0500.WifsipMagellan
SEND_SCI_CMD_VERS - Static variable in interface ccd.sta0501.WifsipMagellan
SEND_SCI_CMD_VERS - Static variable in interface ccd.sta0502.WifsipMagellan
SEND_SCI_CMD_VERS - Static variable in interface ccd.sta4240.E2VMagellan
sendAllPrematureDone() - Method in class stella.rmi.ReceiverTorso: Terminates all command currently processed except Aborting commands.
sendAndWait(Mailer, Address, Address[], Address[], Address[], String, String) - Method in class mysql.MailerTaskSql
sendCommand(VattCommandMessage) - Method in class stella.net.vatt.VattHandler
sendCommandLine(String) - Method in class stella.io.RS485Configurator: Sends the command line to the serial port.
sendCommands(SequenceTask, Map<String, Object>) - Method in class stella.xml.LoopingSequencer: Sends the commands.
sendConfigCommand(String, String, String, String, String) - Method in class stella.io.RS485Configurator: Sends the main configure command to the serial port.
sendCString(String, boolean) - Method in class stella.ow.ServerClient: Transmit a Java String as a C-String (null terminated)
sendData(Object, int) - Method in class stella.sensor.SensorRepository.Averager: Notifies a data collecting instance using the last averaged data events.
sender - Variable in class stella.net.gregor.CommunicationHandler: This is the thread that handles the output.
sender - Variable in class stella.net.gregor.PacketServer.Single
sendError(Throwable) - Method in class stella.CastingContainer: Wraps the argumental THrowable into an error message and passes it to the error listeners.
sendError(String) - Method in class stella.CastingContainer: Wraps the argumental String into an error message and passes it to the error listeners.
sendError(ErrorEvent) - Method in class stella.CastingContainer: Sends the error message directly.
sendError(ErrorEvent) - Method in interface stella.error.ErrorSending: Send the ErrorEvent to some listeners.
sendError(Throwable) - Method in class stella.rmi.AbstractRmiCasterAndListener: Wraps the argumental THrowable into an error message and passes it to the error listeners.
sendError(String) - Method in class stella.rmi.AbstractRmiCasterAndListener: Wraps the argumental String into an error message and passes it to the error listeners.
sendError(ErrorEvent) - Method in class stella.rmi.AbstractRmiCasterAndListener: Sends the error message directly.
SenderThread(PacketOutputStream, long) - Constructor for class stella.net.gregor.CommunicationHandler.SenderThread
SenderThread(PacketOutputStream, long) - Constructor for class stella.net.gregor.PacketServer.SenderThread
sendFieldOfView(String, List<StarProspect>, List<StarDetection>, List<StarDetection>, List<StarDetection>, List<StarDetection>, List<StarDetection>) - Method in class stella.acquire.AcquisitionUnit: Sends information regarding expected and detected star fields to listeners.
sendInfo(InfoEvent) - Method in class stella.net.CommandReceiver: Sends an info message to the normal command socket.
sending - Variable in class stella.net.tpl.TplCommand: True, if command is sending.
sending - Variable in class stella.telescope.OpenPilarSocket: All active commands, those sending and those not processd.
sending - Variable in class stella.telescope.Pilar3Socket: All active commands, those sending and those not processd.
SENDING - Static variable in interface stella.xml.DTDConstants: The task done attribute for command sending in progress (sending).
sendList(List) - Method in class stella.ow.PythonClient: Send a list to the python server.
sendMasterStatus(Object) - Method in class stella.rmi.GenericMaster: Checks the argument type and either wraps it into a generic Status event or, if it is already a status message, sends it as-is.
sendOperatorEmail(long) - Method in class mysql.ManagerSql
sendPacket(int, int, int) - Method in class stella.ow.ServerClient: Send a ownet message packet
sendPrematureDone(CommandEvent) - Method in class stella.rmi.ReceiverTorso: Terminates the given command with a final done event.
sendReserved(String, String) - Method in class stella.io.RS485Configurator: Writes one of the reserved commands.
sendShifts(Vector2D, Vector2D) - Method in class stella.acquire.AcquisitionUnit
sendStatus(String) - Method in class stella.CastingContainer: Wraps the argumental String into an error message and passes it to the error listeners.
sendStatus(List) - Method in class stella.CastingContainer: Processes an entire list of status messages that should be sent to the error listeners.
sendStatus(ErrorEvent) - Method in class stella.CastingContainer: Sends the status event back to registered listeners.
sendStatus(ErrorEvent) - Method in class stella.net.CommandReceiver: Sends the status event back to registered listeners.
sendStatus(String) - Method in class stella.rmi.AbstractRmiCasterAndListener: Wraps the argumental String into an error message and passes it to the error listeners.
sendStatus(List) - Method in class stella.rmi.AbstractRmiCasterAndListener: Processes an entire list of status messages that should be sent to the error listeners.
sendStatus(ErrorEvent) - Method in class stella.rmi.AbstractRmiCasterAndListener: Sends the status event back to registered listeners.
sendStop() - Method in class stella.ow.PythonClient: Sends the stop command.
sendTelescopeOffset(double, double, boolean) - Method in class stella.acquire.AcquisitionUnit: The offsets provided are already prepared for a direct sending to TCS.
sendToSocket(String) - Method in class stella.nut.UpsDriver: Writes to the socket writer.
sendToSocket(String) - Method in class stella.sensor.Ups: Opens a socket to the ups-server, writes out a specified command, reads in the response and closes the socket before returning.
sendWarning(Date) - Method in class stella.log.OffLimitMailer: Sends mail reports.
sensor - Variable in class globals.rmi.ParameterStub: The remote instance of the sensor global.
sensor - Variable in class stella.globals.SensorValue: A reference to the data sensor we listen to for proper exiting.
Sensor() - Constructor for class stella.ow.ServerClient.Sensor
sensorbind - Variable in class stella.sensor.DailyDumpRepository: The list of sensor bind names.
SensorDepending - Interface in stella.sensor: An interface signaling that this class depends on a certain sensor clustered in a WeatherSurveying.
SensorDump - Class in stella.rmi: A rmi-based data listener.
SensorDump(Map<String, String>) - Constructor for class stella.rmi.SensorDump: Constructs a new sensor dump instance.
sensordump - Variable in class stella.sensor.DailyDumpRepository: The list of sensor dump files.
SensorDump.SensorMeasurement - Class in stella.rmi
SensorMeasurement(RawDataEvent) - Constructor for class stella.rmi.SensorDump.SensorMeasurement
SensorMeasurement(Date, double) - Constructor for class stella.rmi.SensorDump.SensorMeasurement
SensorRead() - Constructor for class stella.sensor.TimerTaskSensor.SensorRead: Constructs a new sensor read as a timer task.
SensorRepository - Class in stella.sensor: This class acts as a repository for a whole bundle of sensor values.
SensorRepository(Map<String, String>) - Constructor for class stella.sensor.SensorRepository: Constructs a new readout-repository.
SensorRepository.Averager - Class in stella.sensor: This class collects all data events generated during the averaging interval.
sensors - Variable in class mysql.WeatherSql.Radar
sensors - Variable in class stella.globals.WeatherTrigger: This are the parameters we need to register to.
sensors - Variable in class stella.sensor.MultiToggleSensor: All registered sensors.
SensorShelf - Class in stella.globals: Links averaging to a data sensor.
SensorShelf(Map<String, String>) - Constructor for class stella.globals.SensorShelf: Constructs a new sensor shelf.
SensorSql - Class in mysql: A class that provides data base access to weather sensor data.
SensorSql(Map<String, String>) - Constructor for class mysql.SensorSql: Constructs a new sql-db access object.
SensorStatistic - Class in stella.globals: A sensor statistic acts as a data listener, where every data event received is added to the statistic.
SensorStatistic(Map<String, String>) - Constructor for class stella.globals.SensorStatistic: Constructs a new sensor statistic.
SensorTest - Class in stella.util: This class test the behaviour of the linear prediction and the derivative properties of the sensors.
SensorTest(Map<String, String>) - Constructor for class stella.util.SensorTest: Constructs a new censor tester.
SensorTest.Parser - Class in stella.util: A command line parser class to allow direct parameter hand-over.
sensorThread - Variable in class stella.sensor.TimerTaskSensor: The thread this sensor runs in.
SensorValue - Class in stella.globals: A parameter that represents a sensor that is running locally on the same host.
SensorValue(Map) - Constructor for class stella.globals.SensorValue: Constructs a new sensor global.
sensorvalue - Variable in class stella.sensor.DataValue: The last measurement.
separation(double, double, double, double) - Static method in class globals.value.Distance: Calculates the distance between two right ascension, declination pairs.
separation - Variable in class globals.value.MoonLight: Distance parameter.
SEPARATOR - Static variable in class stella.log.TargetReport: Separator in report blocks.
SEPARATOR - Static variable in class stella.nut.UpsDriver: The separation between commands and instructions.
SEPCHAR - Static variable in class stella.MessageEvent: The separator char used in the header.
SEQUENCE - Static variable in interface stella.xml.DTDConstants: The tag name of the top-level embracing sequence element (Sequence).
SequenceDitherAuxiliary - Class in stella.command: The basic command to allow center points to vary short distances from the movement point of the telescope.
SequenceDitherAuxiliary(Object) - Constructor for class stella.command.SequenceDitherAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
SequenceDitherAuxiliary(Object, String, long) - Constructor for class stella.command.SequenceDitherAuxiliary: Constructs a new offset telescope command.
SequenceErrorFinalizer - Class in stella.xml: A simple error finalizer acting directly on the XMLSequencer.
SequenceErrorFinalizer(Map<String, String>) - Constructor for class stella.xml.SequenceErrorFinalizer: Constructs a new simple error handler.
SequenceErrorFinalizer.ErrorDistributor - Class in stella.xml: Helper class to speed up the return from the error listener method ErrorListener.errorOccured(stella.ErrorEvent).
SequenceExecution - Class in stella.error: An error event sent by the adapter either if the target was completely lost during a guiding process and re-aquiring is not possible/desirable or if the target could not be found at all.
This error is related to LostTarget.
SequenceExecution(Object) - Constructor for class stella.error.SequenceExecution: Constructs a software error.
SequenceFilterCalibration - Class in stella.command: The select filter adapter command.
SequenceFilterCalibration(Object) - Constructor for class stella.command.SequenceFilterCalibration: Constructs a select filter adapter, grabbing the type from the class name and setting the command time to the current system time.
SequenceFilterCalibration(Object, String, long) - Constructor for class stella.command.SequenceFilterCalibration: Constructs a select filter command.
SequenceList - Class in stella.xml: An XML-parser-application interface to read sequencer files in XML format (see SequenceList(File) - Constructor for class stella.xml.SequenceList; Constructs a new dom sequence with the specified xml-file.
SequenceList(URL) - Constructor for class stella.xml.SequenceList: Constructs a new dom sequence with the specified xml-file.
SequenceList(Document) - Constructor for class stella.xml.SequenceList: Constructs a new dom sequence with the specified target dom.
SequenceList() - Constructor for class stella.xml.SequenceList: Hidden constructor.
SequenceList.Read - Class in stella.xml: We try to read in the sequence file given on the command line and construct a sequence list out of it.
sequencer - Variable in class stella.MasterErrorHandler: A link to the main sequencer.
sequencer - Variable in class stella.MasterMind: The actual sequencer object used.
sequencer - Variable in class stella.xml.SequenceErrorFinalizer.ErrorDistributor: The sequencer whose steps are to be changed.
sequencer - Variable in class stella.xml.XMLErrorFinalizer.ErrorDistributor: The sequencer whose steps are to be changed.
SequencerDepending - Interface in stella.command: Commands that also require variables only known at run0time in the sequencer should implement this interface to be rendered successfully.
SequenceStep - Class in stella.xml: This class represents a single step in a observational sequence.
SequenceStep(Element) - Constructor for class stella.xml.SequenceStep: Constructs a new step elements and immediately parses the DOM element provided into all subsequent SequenceTask instances.
SequenceTask - Class in stella.xml: Represents a special Element, namely a Task element in an xml-sequencer file.
SequenceTask(Element) - Constructor for class stella.xml.SequenceTask: Constructs a new task element from an element and immediately parses it.
SEQUENCETYPE - Static variable in interface stella.xml.DTDConstants: The top element type attribute (type).
Sequencing<E> - Interface in stella: The interface defining sequencing capabilities.
serial - Variable in class io.AbstractSerialDriver: The instance of the communication port for issuing command.
serial - Variable in class io.SerialValue: The serial server to send commands to.
serial - Variable in class stella.adapter.StatusSerializer: The re-used container for incoming status messages.
serial - Variable in class stella.io.OneWireMultiSwitch: The serial server to send commands to.
serial - Variable in class stella.io.OneWireSwitch: The serial server to send commands to.
serial - Variable in class stella.io.RS485Switch: The serial server to send commands to.
serial - Variable in class stella.io.SerialEvent: The string writtn or read in from the serial line.
serial - Static variable in class stella.roof.RoofReceiver: The serial port server.
serial - Variable in class stella.sensor.OneWireADSensor: The instance of the polling rs485 server.
serial - Variable in class stella.sensor.RS485RainImminentSensor: The poller this rain sensor listens to.
serial - Variable in class stella.sensor.RS485RainSensor: The poller this rain sensor listens to.
serial - Variable in class stella.sensor.RS485Sensor: The instance of the polling rs485 server.
serial(SerialEvent) - Method in interface stella.SerialListener: The method called by registered serial event casters.
SERIAL - Static variable in interface stella.TargetProviding: Default extension for serialized targets, including the dot.
SerialCaster - Interface in stella: An interface describing the capability to cast SerialEvents.
SerialDriver - Class in io: A simple serial driver for use in stella.CalibStaticLockUnit.CalibUnit and MotorController
SerialDriver(Map<String, String>) - Constructor for class io.SerialDriver: Constructor.
SerialDriver.Debug - Class in io: Reads the properties from a file, open the port and writes a command to it.
SerialDriver.Scan - Class in io: Scans the comunication busses for available ports.
serialEvent(SerialPortEvent) - Method in class io.AbstractSerialDriver.Available
SerialEvent - Class in stella.io: An event cast by serial servers to indicate important read/write actions on the serial line.
SerialEvent(Object, String) - Constructor for class stella.io.SerialEvent: Constructs a new serial event with the specified serial I/O string.
SerialEvent(Object, String, boolean) - Constructor for class stella.io.SerialEvent: Constructs a new serial event with the specified serial I/O string.
serialize(FieldOfView, File) - Method in class stella.adapter.FieldSerializer: We serialize the list of stars into the file.
serialize(GuiderInfo, File) - Static method in class stella.adapter.StatusSerializer: Serializes the current GuiderInfo object using the fitsheader truncated file name, append #GUIDERINFOEXTENSION and serializes it into StatusSerializer.KEY_SAVEPATH.
SERIALIZE - Static variable in class stella.log.TargetReport: The file where the last report times are serialized.
Serialize() - Constructor for class stella.xml.DOMTarget.Serialize
serializedFoV(URL, Star, double) - Method in class astro.Resolver: Deserializes a SimpleStar list from the given URL and returns all stars within the radius around the center given.
serializedFromBrightestStars(Star, Double) - Method in class astro.Resolver: Queries the serialized version of the brightest-star catalog.
serializedFromBSC(Star, Double) - Method in class astro.Resolver: Queries the serialized version of the bright star catalog.
serializedFromHipparchos(Star, Double) - Method in class astro.Resolver: Queries the serialized version of the bright star catalog.
SerializedMatch() - Constructor for class stella.adapter.RectangularMatcher.SerializedMatch
serializeFit(SkyQualityModel, VectorG, VectorG, File) - Static method in class stella.asiva.SkyQualityFit
SerializeMerit() - Constructor for class stella.xml.DOMTarget.SerializeMerit
serializer - Static variable in class xml.DOMToXML: The transformer instance.
serializeTarget(SporeTarget, File) - Static method in class stella.xml.DOMTarget: Serializes an object to a file.
SerialListener - Interface in stella: The listener interface for receiving serial events.
SerialValue - Class in io: A class providing access to a RS485-enabled switch.
SerialValue(Map<String, String>) - Constructor for class io.SerialValue: Constructs a new light switch trigger.
SerialValue.DewarPressure - Class in io: Dewar pressure conversion function.
SerialValue.Test - Class in io: Test class.
serialVersionUID - Static variable in class astro.Aggregation
serialVersionUID - Static variable in exception astro.fits.DataFailure
serialVersionUID - Static variable in class astro.fits.HeaderCardDescriptor
serialVersionUID - Static variable in class astro.fits.ImageBlock: As of 22.10.2013.
serialVersionUID - Static variable in class astro.Glint
serialVersionUID - Static variable in class astro.HauckCatalog.StromgrenStar
serialVersionUID - Static variable in class astro.PpmXlStar
serialVersionUID - Static variable in class astro.SextractorStar
serialVersionUID - Static variable in class astro.SimpleStar
serialVersionUID - Static variable in class astro.StarDetection
serialVersionUID - Static variable in class astro.StarMatchedSextractor
serialVersionUID - Static variable in class astro.UcacStar
serialVersionUID - Static variable in class mysql.SqlStar
serialVersionUID - Static variable in class net.cds.VizierDomTable
serialVersionUID - Static variable in class stella.acquire.StarProspect
serialVersionUID - Static variable in class stella.applet.SimpleUserProfile
serialVersionUID - Static variable in class stella.calibration.AtmosphericDispersionCorrector
serialVersionUID - Static variable in class stella.command.AcquireAdapter
serialVersionUID - Static variable in class stella.command.AcquireAuxiliary
serialVersionUID - Static variable in class stella.command.AcquisitionCommand
serialVersionUID - Static variable in class stella.command.AutoFocusCcd
serialVersionUID - Static variable in class stella.command.CheckAcquireAdapter
serialVersionUID - Static variable in class stella.command.EncoderOffsetTelescope
serialVersionUID - Static variable in class stella.command.ExposeAuxiliary
serialVersionUID - Static variable in class stella.command.FieldOfViewCommand
serialVersionUID - Static variable in class stella.command.FindAdapter
serialVersionUID - Static variable in class stella.command.FindAuxiliary
serialVersionUID - Static variable in class stella.command.GeometryAcquire
serialVersionUID - Static variable in class stella.command.GeometryAdapter
serialVersionUID - Static variable in class stella.command.GeometryAuxiliary
serialVersionUID - Static variable in class stella.command.HotPixelOffsetAdapter
serialVersionUID - Static variable in class stella.command.InitialOffsetTelescope
serialVersionUID - Static variable in class stella.command.PinholeOffsetAdapter
serialVersionUID - Static variable in class stella.command.PitchAuxiliary
serialVersionUID - Static variable in class stella.command.StartExposingAuxiliary
serialVersionUID - Static variable in class stella.command.StartGuidingAdapter
serialVersionUID - Static variable in class stella.command.StartGuidingAuxiliary
serialVersionUID - Static variable in class stella.command.StopExposingAuxiliary
serialVersionUID - Static variable in class stella.command.SuggestAcquireAuxiliary
serialVersionUID - Static variable in class stella.command.TotalEncoderOffsetTelescope
serialVersionUID - Static variable in class stella.command.TotalOffsetTelescope
serialVersionUID - Static variable in class stella.DataEvent
serialVersionUID - Static variable in class stella.error.CleansedStarField
serialVersionUID - Static variable in class stella.error.DetectedStarField
serialVersionUID - Static variable in class stella.error.ExpectedStarField
serialVersionUID - Static variable in class stella.error.GhostStarField
serialVersionUID - Static variable in class stella.error.MirrorStarField
serialVersionUID - Static variable in class stella.error.NoCalibrationLight
serialVersionUID - Static variable in class stella.error.NoCalibrationUnit
serialVersionUID - Static variable in class stella.error.NoFlatFieldLight
serialVersionUID - Static variable in class stella.error.NoFlatFieldSwitch
serialVersionUID - Static variable in class stella.error.NoThArLight
serialVersionUID - Static variable in class stella.error.NoThArSwitch
serialVersionUID - Static variable in class stella.error.SpuriousStarField
serialVersionUID - Static variable in class stella.error.StarFieldOfView
serialVersionUID - Static variable in class stella.error.StripStarField
serialVersionUID - Static variable in exception stella.exception.AmbiguousPatternException
serialVersionUID - Static variable in exception stella.exception.CannotMatchException
serialVersionUID - Static variable in exception stella.exception.ConfigurationException
serialVersionUID - Static variable in exception stella.exception.FocussingException
serialVersionUID - Static variable in exception stella.exception.IllegalSearchBoxException
serialVersionUID - Static variable in exception stella.exception.IllegalWindowException
serialVersionUID - Static variable in exception stella.exception.InvalidParameterException
serialVersionUID - Static variable in exception stella.exception.InvalidPropertyException
serialVersionUID - Static variable in exception stella.exception.MasterInitException
serialVersionUID - Static variable in exception stella.exception.NoCatalogStarException
serialVersionUID - Static variable in exception stella.exception.NoShiftException
serialVersionUID - Static variable in exception stella.exception.NoStarException
serialVersionUID - Static variable in exception stella.exception.NoSuchModeException
serialVersionUID - Static variable in exception stella.exception.PositioningException
serialVersionUID - Static variable in exception stella.exception.TargetCreationException
serialVersionUID - Static variable in exception stella.exception.TimeoutException: Unique ID used for class-serializing.
serialVersionUID - Static variable in exception stella.exception.TooManyRetriesException
serialVersionUID - Static variable in class stella.io.CacheChangedEvent
serialVersionUID - Static variable in class stella.io.CacheEvent
serialVersionUID - Static variable in class stella.merit.AbstractPhaseMerit
serialVersionUID - Static variable in class stella.merit.AirmassMerit
serialVersionUID - Static variable in class stella.merit.AvoidObservablesMerit
serialVersionUID - Static variable in class stella.merit.BeforeAfterMerit
serialVersionUID - Static variable in class stella.merit.EvenlySpacedMerit
serialVersionUID - Static variable in class stella.merit.FixedBlockMerit
serialVersionUID - Static variable in class stella.merit.FixedDelayMerit
serialVersionUID - Static variable in class stella.merit.FixedRateMerit
serialVersionUID - Static variable in class stella.merit.MeridianTransitMerit: -5098097010916924029L
serialVersionUID - Static variable in class stella.merit.MiddayMerit
serialVersionUID - Static variable in class stella.merit.ModulusMerit
serialVersionUID - Static variable in class stella.merit.NightlyMerit
serialVersionUID - Static variable in class stella.merit.NightStretchMerit
serialVersionUID - Static variable in class stella.merit.PatternMerit
serialVersionUID - Static variable in class stella.merit.PerNightBlockMerit
serialVersionUID - Static variable in class stella.merit.PerNightMerit
serialVersionUID - Static variable in class stella.merit.PhaseAvoidanceMerit
serialVersionUID - Static variable in class stella.merit.PhaseCoherentMerit
serialVersionUID - Static variable in class stella.merit.PhaseFillerMerit
serialVersionUID - Static variable in class stella.merit.PhaseMerit
serialVersionUID - Static variable in class stella.merit.PriorityJumpMerit
serialVersionUID - Static variable in class stella.merit.RandomizeGroupMerit
serialVersionUID - Static variable in class stella.merit.RandomSpacedMerit
serialVersionUID - Static variable in class stella.merit.TransitOnOffMerit
serialVersionUID - Static variable in exception stella.net.ads.protocol.ReturnException
serialVersionUID - Static variable in class stella.net.JPilar3
serialVersionUID - Static variable in exception stella.net.tpl.TsiTimeoutException: Unique ID used for class-serializing.
serialVersionUID - Static variable in class stella.sensor.AbstractConversion
serialVersionUID - Static variable in class stella.sensor.AbstractDerivative
serialVersionUID - Static variable in class stella.sensor.BeckhoffRainSensor.DigitalRainConversion
serialVersionUID - Static variable in class stella.sensor.CumulativeDataEvent
serialVersionUID - Static variable in class stella.sensor.DerivativeDataEvent
serialVersionUID - Static variable in class stella.sensor.DewPointConvert
serialVersionUID - Static variable in class stella.sensor.IdenticalConversion
serialVersionUID - Static variable in class stella.sensor.PredictiveDataEvent
serialVersionUID - Static variable in class stella.sensor.RawDataEvent
serialVersionUID - Static variable in class stella.sensor.RS485RainImminentSensor.DigitalRainConversion
serialVersionUID - Static variable in class stella.sensor.RS485RainSensor.DigitalRainConversion
serialVersionUID - Static variable in class stella.sensor.SmoothDataEvent
serialVersionUID - Static variable in class stella.util.DataPermission.DataPermissionCollection
serialVersionUID - Static variable in class stella.util.OffAxisRank
serialVersionUID - Static variable in class stella.xml.ParsedTarget: Sometimes this must be changed!.
serialVersionUID - Static variable in class stella.xml.SporeTarget.Constraint
serialVersionUID - Static variable in class stella.xml.SporeTarget
serialVersionUID - Static variable in class target.AbstractTarget.Aim
serialVersionUID - Static variable in class target.AbstractTarget.Allocation
serialVersionUID - Static variable in class target.AbstractTarget.ConstraintAdapter
serialVersionUID - Static variable in class target.AbstractTarget.FitsEntry
serialVersionUID - Static variable in class target.AbstractTarget.PickAdapter
serialVersionUID - Static variable in class target.AbstractTarget.Setup
serialVersionUID - Static variable in class util.TimeKeeper
Series() - Constructor for class astro.LightCurveSimulator.Series: Constructs a new series maker.
server - Variable in class stella.globals.AbstractStatusRequestor: The command launcher that takes the AbstractStatusRequestor.urge command.
ServerClient - Class in stella.ow: Java class for accessing OWFS through owserver daemon over IP.
ServerClient(Map<String, String>) - Constructor for class stella.ow.ServerClient: Create a new instance of OWNet OWNet autoconnects to remote server when requested.
ServerClient.Sensor - Class in stella.ow: Tries to read a single temperature sensor.
ServerClient.Swi - Class in stella.ow: Tries to set a single switch.
ServerClient.Switch - Class in stella.ow: Tries to set a single switch.
ServerPort - Class in globals.value: Diverts a property into a port number.
ServerPort(Map<String, String>) - Constructor for class globals.value.ServerPort: Constructs a new target name parameter.
servers - Variable in class stella.MasterErrorHandler: A link to the command servers.
servers - Variable in class stella.MasterMind: The array of command servers from the MasterMind.KEY_RECEIVER list.
servlet - Variable in class astro.Resolver: Do not bother with DB, use servlet.
Servlet() - Constructor for class stella.applet.SimpleUserProfile.Servlet
servletDataBase(Star, double) - Method in class astro.Resolver
servletRetrieve(VizierStarParser, Star, double) - Method in class astro.Resolver
SesAccess - Class in stella.ccd: A small program allowing access to SesControlling enhanced objects.
SesAccess() - Constructor for class stella.ccd.SesAccess: Constructs a new camera access instance.
SESAME - Static variable in interface net.cds.CDSConstants: The tag name of the top-level embracing sesame element.
Sesame - Interface in Sesame_pkg
sesame(String, String) - Method in interface Sesame_pkg.Sesame
sesame(String, String, boolean) - Method in interface Sesame_pkg.Sesame
sesame(String, String, boolean, String) - Method in interface Sesame_pkg.Sesame
sesame(String) - Method in interface Sesame_pkg.Sesame
sesame(String, String) - Method in class Sesame_pkg.SesameSoapBindingStub
sesame(String, String, boolean) - Method in class Sesame_pkg.SesameSoapBindingStub
sesame(String, String, boolean, String) - Method in class Sesame_pkg.SesameSoapBindingStub
sesame(String) - Method in class Sesame_pkg.SesameSoapBindingStub
Sesame_address - Variable in class Sesame_pkg.SesameServiceLocator
Sesame_pkg - package Sesame_pkg
SESAMEFORMAT - Static variable in class net.cds.NameResolver: The query format for sesame.
sesamequery - Static variable in class net.cds.NameResolver: The access object created from the sesam service provider.
SesameService - Interface in Sesame_pkg
SesameServiceLocator - Class in Sesame_pkg
SesameServiceLocator() - Constructor for class Sesame_pkg.SesameServiceLocator
SesameServiceLocator(EngineConfiguration) - Constructor for class Sesame_pkg.SesameServiceLocator
SesameServiceLocator(String, QName) - Constructor for class Sesame_pkg.SesameServiceLocator
SesameSoapBindingStub - Class in Sesame_pkg
SesameSoapBindingStub() - Constructor for class Sesame_pkg.SesameSoapBindingStub
SesameSoapBindingStub(URL, Service) - Constructor for class Sesame_pkg.SesameSoapBindingStub
SesameSoapBindingStub(Service) - Constructor for class Sesame_pkg.SesameSoapBindingStub
SesameWSDDServiceName - Variable in class Sesame_pkg.SesameServiceLocator
sesameXML(String) - Method in interface Sesame_pkg.Sesame
sesameXML(String) - Method in class Sesame_pkg.SesameSoapBindingStub
SesCam - Interface in stella.ccd: A collection of constants used by the "SesCam" ONC/RPC program.
SESCAM_PROG - Static variable in interface stella.ccd.SesCam
SESCAM_VERS - Static variable in interface stella.ccd.SesCam
SesCamClient - Class in stella.ccd: The class SesCamClient implements the client stub proxy for the SESCAM_PROG remote program.
SesCamClient(InetAddress, int) - Constructor for class stella.ccd.SesCamClient: Constructs a SesCamClient client stub proxy object from which the SESCAM_PROG remote program can be accessed.
SesCamClient(InetAddress, int, int) - Constructor for class stella.ccd.SesCamClient: Constructs a SesCamClient client stub proxy object from which the SESCAM_PROG remote program can be accessed.
SesCamClient(OncRpcClient) - Constructor for class stella.ccd.SesCamClient: Constructs a SesCamClient client stub proxy object from which the SESCAM_PROG remote program can be accessed.
SesCamClient(InetAddress, int, int, int) - Constructor for class stella.ccd.SesCamClient: Constructs a SesCamClient client stub proxy object from which the SESCAM_PROG remote program can be accessed.
SesCamClient(InetAddress, int, int, int, int) - Constructor for class stella.ccd.SesCamClient: Constructs a SesCamClient client stub proxy object from which the SESCAM_PROG remote program can be accessed.
SesCamServerStub - Class in stella.ccd
SesCamServerStub() - Constructor for class stella.ccd.SesCamServerStub
SesCamServerStub(int) - Constructor for class stella.ccd.SesCamServerStub
SesCamServerStub(InetAddress, int) - Constructor for class stella.ccd.SesCamServerStub
SesControlling - Interface in stella.rmi: An interface specifying the necessary camera commands to allow remote access.
SesDriver - Class in ccd.ses231: This class interfaces to Thomas Fechner's SeS controller (Magellan) type.
SesDriver(Map<String, String>) - Constructor for class ccd.ses231.SesDriver: Constructor.
SesMagellan - Interface in ccd.ses231: A collection of constants used by the "SesMagellan" ONC/RPC program.
SesMagellanClient - Class in ccd.ses231: The class SesMagellanClient implements the client stub proxy for the SEND_SCI remote program.
SesMagellanClient(InetAddress, int) - Constructor for class ccd.ses231.SesMagellanClient: Constructs a SesMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
SesMagellanClient(InetAddress, int, int) - Constructor for class ccd.ses231.SesMagellanClient: Constructs a SesMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
SesMagellanClient(OncRpcClient) - Constructor for class ccd.ses231.SesMagellanClient: Constructs a SesMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
SesMagellanClient(InetAddress, int, int, int) - Constructor for class ccd.ses231.SesMagellanClient: Constructs a SesMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
SesMagellanClient(InetAddress, int, int, int, int) - Constructor for class ccd.ses231.SesMagellanClient: Constructs a SesMagellanClient client stub proxy object from which the SEND_SCI remote program can be accessed.
SesMaster - Class in stella.ccd: The class that handles the communication of the CCD controler back with the SCS.
SesMaster(Map<String, String>) - Constructor for class stella.ccd.SesMaster: Constructs a new CCD master.
SesSimulator - Class in stella.ccd: A class to simulate the scientific ccd in STELLA.
SesSimulator(Map) - Constructor for class stella.ccd.SesSimulator: Constructs a new ccd simulator.
set(String, Object) - Method in class astro.PpmXlStar
set(String, Object) - Method in class astro.SimpleStar: Sets the object.
set(String, Object) - Method in class astro.UcacStar
set(String, Object) - Method in interface globals.GlobalAccessible: Sets the value of the parameter, regardless of type.
set(String, Object) - Method in class globals.GlobalSet: Sets the value of the specified parameter as in Parameter.set(java.lang.Object) method.Note that this may result in an UnsupportedOperationException to be thrown if the specified parameter does not support setting its value.
set(Object) - Method in class globals.parameter.AbstractCachedParameter: Sets the cache value.
set(Object) - Method in class globals.parameter.AbstractDatabaseParameter: Sets the parameter from the database.
set(Object) - Method in class globals.parameter.DateFromJd: Sets the sum.
set(Object) - Method in class globals.parameter.HostAddress: Sets the target name.
set(Object) - Method in class globals.parameter.LookupParameter
set(Object) - Method in interface globals.Parameter: Sets the value of this parameter.
set(Object) - Method in class globals.parameter.SimpleParameter: Sets the value of this parameter.
set(Object) - Method in class globals.parameter.TargetCatalogName: Sets the target name.
set(Object) - Method in class globals.parameter.TargetName: Sets the target name.
set(Object) - Method in class globals.parameter.TargetSetupParameter: Allows setting via a string.
set(Object) - Method in class globals.parameter.TargetType: Sets the target name.
set(Object) - Method in class globals.parameter.TargetUser: Sets the target name.
set(Object) - Method in class globals.parameter.WcsString
set(Object) - Method in class globals.rmi.AbstractFitsParameter: Setting is not allowed.
set(Object) - Method in class globals.rmi.AbstractRemoteValue: Diverts the set method to Value.setValue(java.lang.Number), if the argument type permits it.
set(Object) - Method in class globals.rmi.ParameterSkeleton: Sets the value of this parameter.
set(Object) - Method in class globals.rmi.ParameterStub: Setting a sensor value is not allowed.
set(Object) - Method in class globals.rmi.SimpleRemoteTrigger: Diverts to my simple trigger.
set(Object) - Method in class globals.rmi.TriggerSkeleton: Sets the value of this parameter.
set(Object) - Method in class globals.rmi.Unique: Setting the unique number is only allowed vai a call to next, therefore this method throws an UnsupportedOperationException.
set(Object) - Method in class globals.trigger.AbstractTrigger: Links the Parameter.set(java.lang.Object) to the Triggering.setTrigger(java.lang.Boolean) method.
set(Object) - Method in class globals.trigger.MissmatchTrigger: This trigger is read-only.
set(Object) - Method in class globals.trigger.Observing: Sets the trigger value as the original Parameter method.
set(Object) - Method in class globals.value.AbstractValue: Links the Parameter.set(java.lang.Object) to the Value.setValue(java.lang.Number) method.
set(Object) - Method in class globals.value.DecTarget: Allows setting via a string.
set(Object) - Method in class globals.value.ImageType: Sets the target name.
set(Object) - Method in class globals.value.Moon: Sets the sidereal time.
set(Object) - Method in class globals.value.RaTarget: Allows setting via a string.
set(Object) - Method in class globals.value.SettableTime: Links the Parameter.set(java.lang.Object) to the SettableTime.setDate(java.lang.String) method.
set(Object) - Method in class globals.value.SimpleValue: Allows setting via a string.
set(Object) - Method in class globals.value.TargetSetupValue: Allows setting via a string.
set(double, double, double) - Method in class htm.core.Vector3d: Set member function: set values
set(double, double) - Method in class htm.core.Vector3d: Set member function: set values using ra/dec
set - Variable in class mysql.ObserveSql.Extract: The parameter cluster used to calculate missing columns.
set - Variable in class mysql.SqlMaster: The set used for, e.g.,calculating the non-fixed header cards.
set(Object) - Method in class stella.ccd.AbstractCCDParameter: Setting of the parameter is not allowed.
set(Object) - Method in class stella.globals.AbstractTargetValue: Links the Parameter.set(java.lang.Object) to the Value.setValue(java.lang.Number) method.
set(Object) - Method in class stella.globals.AdcOffset: Not allowed
set(Object) - Method in class stella.globals.AdcPosition: Not allowed
set(Object) - Method in class stella.globals.ConstantOffset: Not allowed.
set(Object) - Method in class stella.globals.DerotatorCenter
set(Object) - Method in class stella.globals.DitherParameter: Not allowed.
set(Object) - Method in class stella.globals.ExposureCount: Setting the unique number is only allowed vai a call to next, therefore this method throws an UnsupportedOperationException.
set(Object) - Method in class stella.globals.ExposureRepeat: Allows setting via a string.
set(Object) - Method in class stella.globals.ExposureSpan: Allows setting via a string.
set(Object) - Method in class stella.globals.FlatAndScienceGroup
set(Object) - Method in class stella.globals.FlatGroup
set(Object) - Method in class stella.globals.FlatPointing: This is not allowed.
set(Object) - Method in class stella.globals.FocusQuality: Setting is not allowed.
set(Object) - Method in class stella.globals.FocusStar: UnsupportedOperationExeption.
set(Object) - Method in class stella.globals.FrameProvider: Not allowed.
set(Object) - Method in class stella.globals.OptimalAdc
set(Object) - Method in class stella.globals.PointingModelOffset: Not allowed.
set(Object) - Method in class stella.globals.PowerTelescope: Reflect the set change also in my trigger for time updates.
set(Object) - Method in class stella.globals.SnapshotParameter: Sets the snapshot value.
set(Object) - Method in class stella.globals.TargetInstitution: Sets a new user name.
set(Object) - Method in class stella.globals.TargetList: Loads a list of target definitions to this scheduler.
set - Variable in class stella.globals.TargetMerit: The parameter set, already expanded.
set - Variable in class stella.log.TargetReport: The parameter set we use.
set - Variable in class stella.MasterErrorHandler: A link to the main parameter set.
set - Variable in class stella.net.ParameterServer: The reference to the parameters served.
SET - Static variable in class stella.net.tpl.TplSet: The set command string.
Set() - Constructor for class stella.omc.MiniWheel.Set
Set() - Constructor for class stella.omc.MotorController.Set
set(Object) - Method in class stella.rmi.AcquireOffsetParameter: Signals that an offset has been measured.
set - Variable in class stella.rmi.GenericMaster: The parameter cluster of the adapter.
set - Variable in class stella.rmi.GenericSimulator: Parameter cluster for all subclasses.
set(Object) - Method in class stella.rmi.SwitchSkeleton: Sets the value of this parameter.
set(Object) - Method in class stella.rmi.SwitchSsh
set - Variable in class stella.roof.BeckhoffRoof.SimulateToggle
set(Object) - Method in class stella.roof.ShelterTrigger: Not allowed.
set(Object) - Method in class stella.sensor.WeatherStation: Throws an unsupported exception.
set(Object) - Method in class stella.sensor.WeatherTrigger: Not allowed.
set - Variable in class stella.telescope.OpenPilarSocket: TPL set instance.
set - Variable in class stella.telescope.Pilar3Socket: TPL set instance.
set - Variable in class stella.util.DummySequencer: Reference to the parameters.
set - Variable in class stella.util.HighestTarget: The global parameter set.
set - Variable in class stella.util.SimulatorSequencer: The parameter cluster hosting the time.
set - Variable in class stella.util.SolarToggle: The solar height toggle at sun set.
set - Variable in class stella.util.SubTargets: The entire parameter cluster grabbed via the wrapping parameter.
SET - Static variable in interface stella.xml.DTDConstants: The tag name of optional set-parameter sections.
set - Variable in class stella.xml.XMLRenderer: The parameter cluster.
SET_ABORT_2 - Static variable in interface ccd.ses231.SesMagellan
SET_ABORT_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_ABORT_2.
SET_ABORT_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_ABORT_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_ABORT_2.
SET_ABORT_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_ABORT_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_ABORT_2.
SET_ABORT_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_ABORT_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_ABORT_2.
SET_AOI_1 - Static variable in interface stella.ethcam.Ethcam
SET_AOI_1 - Static variable in interface stella.ethcam.Ethcam1600
SET_AOI_1(String) - Method in class stella.ethcam.Ethcam1600Client: Call remote procedure SET_AOI_1.
SET_AOI_1 - Static variable in interface stella.ethcam.Ethcam2000
SET_AOI_1(String) - Method in class stella.ethcam.Ethcam2000Client: Call remote procedure SET_AOI_1.
SET_AOI_1 - Static variable in interface stella.ethcam.EthcamAll
SET_AOI_1(String) - Method in class stella.ethcam.EthcamAllClient: Call remote procedure SET_AOI_1.
SET_AOI_1(String) - Method in interface stella.ethcam.EthcamClient: Call remote procedure SET_AOI_1.
SET_AUTOCLEAR_1 - Static variable in interface stella.ccd.SesCam
SET_AUTOCLEAR_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_AUTOCLEAR_1.
SET_AUTOCLEAR_1(int) - Method in class stella.ccd.SesCamServerStub
SET_AUTOFLUSH_2 - Static variable in interface ccd.ses231.SesMagellan
SET_AUTOFLUSH_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_AUTOFLUSH_2.
SET_AUTOFLUSH_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_AUTOFLUSH_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_AUTOFLUSH_2.
SET_AUTOFLUSH_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_AUTOFLUSH_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_AUTOFLUSH_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_AUTOFLUSH_2.
SET_AUTOFLUSH_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_AUTOFLUSH_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_AUTOFLUSH_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_AUTOFLUSH_2.
SET_AUTOFLUSH_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_AUTOFLUSH_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_AUTOFLUSH_2.
SET_AUTOREADOUT_1 - Static variable in interface stella.ccd.SesCam
SET_AUTOREADOUT_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_AUTOREADOUT_1.
SET_AUTOREADOUT_1(int) - Method in class stella.ccd.SesCamServerStub
SET_AUTOSHUTTER_1 - Static variable in interface stella.ccd.SesCam
SET_AUTOSHUTTER_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_AUTOSHUTTER_1.
SET_AUTOSHUTTER_1(int) - Method in class stella.ccd.SesCamServerStub
SET_BINNING_1 - Static variable in interface ccd.CCD
SET_BINNING_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_BINNING_1.
SET_BINNING_1(cmd) - Method in class ccd.CCDServerStub
SET_BINNING_1 - Static variable in interface ccd.ScienceGrade
SET_BINNING_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_BINNING_1.
SET_BINNING_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_BINNING_1 - Static variable in interface ccd.Stream
SET_BINNING_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_BINNING_1.
SET_BINNING_1(cmd) - Method in class ccd.StreamServerStub
SET_BINNING_2 - Static variable in interface ccd.ses231.SesMagellan
SET_BINNING_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_BINNING_2.
SET_BINNING_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_BINNING_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_BINNING_2.
SET_BINNING_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_BINNING_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_BINNING_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_BINNING_2.
SET_BINNING_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_BINNING_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_BINNING_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_BINNING_2.
SET_BINNING_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_BINNING_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_BINNING_2.
SET_BLACKLEVEL_1 - Static variable in interface stella.ethcam.Ethcam
SET_BLACKLEVEL_1 - Static variable in interface stella.ethcam.Ethcam1600
SET_BLACKLEVEL_1(int) - Method in class stella.ethcam.Ethcam1600Client: Call remote procedure SET_BLACKLEVEL_1.
SET_BLACKLEVEL_1 - Static variable in interface stella.ethcam.Ethcam2000
SET_BLACKLEVEL_1(int) - Method in class stella.ethcam.Ethcam2000Client: Call remote procedure SET_BLACKLEVEL_1.
SET_BLACKLEVEL_1 - Static variable in interface stella.ethcam.EthcamAll
SET_BLACKLEVEL_1(int) - Method in class stella.ethcam.EthcamAllClient: Call remote procedure SET_BLACKLEVEL_1.
SET_BLACKLEVEL_1(int) - Method in interface stella.ethcam.EthcamClient: Call remote procedure SET_BLACKLEVEL_1.
SET_CLK_H_1 - Static variable in interface ccd.CCD
SET_CLK_H_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_CLK_H_1.
SET_CLK_H_1(cmd) - Method in class ccd.CCDServerStub
SET_CLK_H_1 - Static variable in interface ccd.ScienceGrade
SET_CLK_H_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_CLK_H_1.
SET_CLK_H_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_CLK_H_1 - Static variable in interface ccd.Stream
SET_CLK_H_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_CLK_H_1.
SET_CLK_H_1(cmd) - Method in class ccd.StreamServerStub
SET_CLK_H_2 - Static variable in interface ccd.ses231.SesMagellan
SET_CLK_H_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_CLK_H_2.
SET_CLK_H_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_CLK_H_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_CLK_H_2.
SET_CLK_H_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_CLK_H_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_CLK_H_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_CLK_H_2.
SET_CLK_H_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_CLK_H_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_CLK_H_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_CLK_H_2.
SET_CLK_H_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_CLK_H_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_CLK_H_2.
SET_CLK_L_1 - Static variable in interface ccd.CCD
SET_CLK_L_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_CLK_L_1.
SET_CLK_L_1(cmd) - Method in class ccd.CCDServerStub
SET_CLK_L_1 - Static variable in interface ccd.ScienceGrade
SET_CLK_L_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_CLK_L_1.
SET_CLK_L_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_CLK_L_1 - Static variable in interface ccd.Stream
SET_CLK_L_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_CLK_L_1.
SET_CLK_L_1(cmd) - Method in class ccd.StreamServerStub
SET_CLK_L_2 - Static variable in interface ccd.ses231.SesMagellan
SET_CLK_L_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_CLK_L_2.
SET_CLK_L_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_CLK_L_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_CLK_L_2.
SET_CLK_L_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_CLK_L_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_CLK_L_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_CLK_L_2.
SET_CLK_L_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_CLK_L_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_CLK_L_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_CLK_L_2.
SET_CLK_L_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_CLK_L_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_CLK_L_2.
SET_DEBUG_LEVEL_2 - Static variable in interface ccd.ses231.SesMagellan
SET_DEBUG_LEVEL_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_DEBUG_LEVEL_2.
SET_DEBUG_LEVEL_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_DEBUG_LEVEL_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_DEBUG_LEVEL_2.
SET_DEBUG_LEVEL_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_DEBUG_LEVEL_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_DEBUG_LEVEL_2.
SET_DSP_VALUE_2 - Static variable in interface ccd.ses231.SesMagellan
SET_DSP_VALUE_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_DSP_VALUE_2.
SET_DSP_VALUE_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_DSP_VALUE_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_DSP_VALUE_2.
SET_DSP_VALUE_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_DSP_VALUE_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_DSP_VALUE_2.
SET_EXPTIME_1 - Static variable in interface ccd.CCD
SET_EXPTIME_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1(cmd) - Method in class ccd.CCDServerStub
SET_EXPTIME_1 - Static variable in interface ccd.ScienceGrade
SET_EXPTIME_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_EXPTIME_1 - Static variable in interface ccd.Stream
SET_EXPTIME_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1(cmd) - Method in class ccd.StreamServerStub
SET_EXPTIME_1 - Static variable in interface stella.ccd.SesCam
SET_EXPTIME_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1(int) - Method in class stella.ccd.SesCamServerStub
SET_EXPTIME_1 - Static variable in interface stella.ethcam.Ethcam
SET_EXPTIME_1 - Static variable in interface stella.ethcam.Ethcam1600
SET_EXPTIME_1(int) - Method in class stella.ethcam.Ethcam1600Client: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1 - Static variable in interface stella.ethcam.Ethcam2000
SET_EXPTIME_1(int) - Method in class stella.ethcam.Ethcam2000Client: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1 - Static variable in interface stella.ethcam.EthcamAll
SET_EXPTIME_1(int) - Method in class stella.ethcam.EthcamAllClient: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1(int) - Method in interface stella.ethcam.EthcamClient: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1 - Static variable in interface stella.firecam.Firecam
SET_EXPTIME_1(int) - Method in class stella.firecam.FirecamClient: Call remote procedure SET_EXPTIME_1.
SET_EXPTIME_1(int) - Method in class stella.firecam.FirecamServerStub
SET_EXPTIME_2 - Static variable in interface ccd.ses231.SesMagellan
SET_EXPTIME_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_EXPTIME_2.
SET_EXPTIME_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_EXPTIME_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_EXPTIME_2.
SET_EXPTIME_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_EXPTIME_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_EXPTIME_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_EXPTIME_2.
SET_EXPTIME_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_EXPTIME_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_EXPTIME_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_EXPTIME_2.
SET_EXPTIME_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_EXPTIME_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_EXPTIME_2.
SET_FILENUM_1 - Static variable in interface ccd.ScienceGrade
SET_FILENUM_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_FILENUM_1.
SET_FILENUM_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_FILENUM_1 - Static variable in interface ccd.Stream
SET_FILENUM_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_FILENUM_1.
SET_FILENUM_1(cmd) - Method in class ccd.StreamServerStub
SET_FILENUM_2 - Static variable in interface ccd.ses231.SesMagellan
SET_FILENUM_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_FILENUM_2.
SET_FILENUM_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_FILENUM_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_FILENUM_2.
SET_FILENUM_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_FILENUM_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_FILENUM_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_FILENUM_2.
SET_FILENUM_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_FILENUM_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_FILENUM_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_FILENUM_2.
SET_FILENUM_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_FILENUM_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_FILENUM_2.
SET_FITS_DIR_1 - Static variable in interface ccd.CCD
SET_FITS_DIR_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_FITS_DIR_1.
SET_FITS_DIR_1(cmd) - Method in class ccd.CCDServerStub
SET_FITS_DIR_1 - Static variable in interface ccd.ScienceGrade
SET_FITS_DIR_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_FITS_DIR_1.
SET_FITS_DIR_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_FITS_DIR_1 - Static variable in interface ccd.Stream
SET_FITS_DIR_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_FITS_DIR_1.
SET_FITS_DIR_1(cmd) - Method in class ccd.StreamServerStub
SET_FITS_DIR_2 - Static variable in interface ccd.ses231.SesMagellan
SET_FITS_DIR_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_FITS_DIR_2.
SET_FITS_DIR_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_FITS_DIR_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_FITS_DIR_2.
SET_FITS_DIR_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_FITS_DIR_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_FITS_DIR_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_FITS_DIR_2.
SET_FITS_DIR_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_FITS_DIR_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_FITS_DIR_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_FITS_DIR_2.
SET_FITS_DIR_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_FITS_DIR_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_FITS_DIR_2.
SET_FITS_NAME_1 - Static variable in interface ccd.CCD
SET_FITS_NAME_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_FITS_NAME_1.
SET_FITS_NAME_1(cmd) - Method in class ccd.CCDServerStub
SET_FITS_NAME_1 - Static variable in interface ccd.ScienceGrade
SET_FITS_NAME_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_FITS_NAME_1.
SET_FITS_NAME_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_FITS_NAME_1 - Static variable in interface ccd.Stream
SET_FITS_NAME_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_FITS_NAME_1.
SET_FITS_NAME_1(cmd) - Method in class ccd.StreamServerStub
SET_FITS_NAME_2 - Static variable in interface ccd.ses231.SesMagellan
SET_FITS_NAME_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_FITS_NAME_2.
SET_FITS_NAME_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_FITS_NAME_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_FITS_NAME_2.
SET_FITS_NAME_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_FITS_NAME_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_FITS_NAME_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_FITS_NAME_2.
SET_FITS_NAME_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_FITS_NAME_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_FITS_NAME_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_FITS_NAME_2.
SET_FITS_NAME_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_FITS_NAME_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_FITS_NAME_2.
SET_FRAMERATE_1 - Static variable in interface stella.firecam.Firecam
SET_FRAMERATE_1(double) - Method in class stella.firecam.FirecamClient: Call remote procedure SET_FRAMERATE_1.
SET_FRAMERATE_1(double) - Method in class stella.firecam.FirecamServerStub
SET_GAIN_1 - Static variable in interface stella.ethcam.Ethcam
SET_GAIN_1 - Static variable in interface stella.ethcam.Ethcam1600
SET_GAIN_1(double) - Method in class stella.ethcam.Ethcam1600Client: Call remote procedure SET_GAIN_1.
SET_GAIN_1 - Static variable in interface stella.ethcam.Ethcam2000
SET_GAIN_1(double) - Method in class stella.ethcam.Ethcam2000Client: Call remote procedure SET_GAIN_1.
SET_GAIN_1 - Static variable in interface stella.ethcam.EthcamAll
SET_GAIN_1(double) - Method in class stella.ethcam.EthcamAllClient: Call remote procedure SET_GAIN_1.
SET_GAIN_1(double) - Method in interface stella.ethcam.EthcamClient: Call remote procedure SET_GAIN_1.
SET_GAIN_1 - Static variable in interface stella.firecam.Firecam
SET_GAIN_1(int) - Method in class stella.firecam.FirecamClient: Call remote procedure SET_GAIN_1.
SET_GAIN_1(int) - Method in class stella.firecam.FirecamServerStub
SET_GAIN_VALUE_2 - Static variable in interface ccd.ses231.SesMagellan
SET_GAIN_VALUE_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_GAIN_VALUE_2.
SET_GAIN_VALUE_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_GAIN_VALUE_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_GAIN_VALUE_2.
SET_GAIN_VALUE_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_GAIN_VALUE_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_GAIN_VALUE_2.
SET_HCLKDIR_1 - Static variable in interface ccd.ScienceGrade
SET_HCLKDIR_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_HCLKDIR_1.
SET_HCLKDIR_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_HCLKDIR_2 - Static variable in interface ccd.ses231.SesMagellan
SET_HCLKDIR_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_HCLKDIR_2.
SET_HCLKDIR_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_HCLKDIR_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_HCLKDIR_2.
SET_HCLKDIR_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_HCLKDIR_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_HCLKDIR_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_HCLKDIR_2.
SET_HCLKDIR_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_HCLKDIR_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_HCLKDIR_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_HCLKDIR_2.
SET_HCLKDIR_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_HCLKDIR_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_HCLKDIR_2.
SET_INCREMENT_1 - Static variable in interface ccd.CCD
SET_INCREMENT_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_INCREMENT_1.
SET_INCREMENT_1(cmd) - Method in class ccd.CCDServerStub
SET_INCREMENT_1 - Static variable in interface ccd.ScienceGrade
SET_INCREMENT_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_INCREMENT_1.
SET_INCREMENT_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_INCREMENT_1 - Static variable in interface ccd.Stream
SET_INCREMENT_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_INCREMENT_1.
SET_INCREMENT_1(cmd) - Method in class ccd.StreamServerStub
SET_INCREMENT_2 - Static variable in interface ccd.ses231.SesMagellan
SET_INCREMENT_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_INCREMENT_2.
SET_INCREMENT_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_INCREMENT_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_INCREMENT_2.
SET_INCREMENT_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_INCREMENT_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_INCREMENT_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_INCREMENT_2.
SET_INCREMENT_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_INCREMENT_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_INCREMENT_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_INCREMENT_2.
SET_INCREMENT_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_INCREMENT_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_INCREMENT_2.
SET_MAX_PIXEL_1 - Static variable in interface ccd.CCD
SET_MAX_PIXEL_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_MAX_PIXEL_1.
SET_MAX_PIXEL_1(cmd) - Method in class ccd.CCDServerStub
SET_MAX_PIXEL_1 - Static variable in interface ccd.ScienceGrade
SET_MAX_PIXEL_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_MAX_PIXEL_1.
SET_MAX_PIXEL_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_MAX_PIXEL_1 - Static variable in interface ccd.Stream
SET_MAX_PIXEL_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_MAX_PIXEL_1.
SET_MAX_PIXEL_1(cmd) - Method in class ccd.StreamServerStub
SET_MAX_PIXEL_2 - Static variable in interface ccd.ses231.SesMagellan
SET_MAX_PIXEL_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_MAX_PIXEL_2.
SET_MAX_PIXEL_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_MAX_PIXEL_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_MAX_PIXEL_2.
SET_MAX_PIXEL_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_MAX_PIXEL_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_MAX_PIXEL_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_MAX_PIXEL_2.
SET_MAX_PIXEL_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_MAX_PIXEL_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_MAX_PIXEL_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_MAX_PIXEL_2.
SET_MAX_PIXEL_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_MAX_PIXEL_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_MAX_PIXEL_2.
SET_OUTPUTCH_1 - Static variable in interface ccd.ScienceGrade
SET_OUTPUTCH_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_OUTPUTCH_1.
SET_OUTPUTCH_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_OUTPUTCH_2 - Static variable in interface ccd.ses231.SesMagellan
SET_OUTPUTCH_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_OUTPUTCH_2.
SET_OUTPUTCH_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_OUTPUTCH_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_OUTPUTCH_2.
SET_OUTPUTCH_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_OUTPUTCH_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_OUTPUTCH_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_OUTPUTCH_2.
SET_OUTPUTCH_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_OUTPUTCH_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_OUTPUTCH_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_OUTPUTCH_2.
SET_OUTPUTCH_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_OUTPUTCH_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_OUTPUTCH_2.
SET_PAUSE_2 - Static variable in interface ccd.ses231.SesMagellan
SET_PAUSE_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_PAUSE_2.
SET_PAUSE_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_PAUSE_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_PAUSE_2.
SET_PIXEL_1 - Static variable in interface ccd.CCD
SET_PIXEL_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_PIXEL_1.
SET_PIXEL_1(cmd) - Method in class ccd.CCDServerStub
SET_PIXEL_1 - Static variable in interface ccd.ScienceGrade
SET_PIXEL_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_PIXEL_1.
SET_PIXEL_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_PIXEL_1 - Static variable in interface ccd.Stream
SET_PIXEL_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_PIXEL_1.
SET_PIXEL_1(cmd) - Method in class ccd.StreamServerStub
SET_PIXEL_2 - Static variable in interface ccd.ses231.SesMagellan
SET_PIXEL_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_PIXEL_2.
SET_PIXEL_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_PIXEL_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_PIXEL_2.
SET_PIXEL_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_PIXEL_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_PIXEL_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_PIXEL_2.
SET_PIXEL_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_PIXEL_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_PIXEL_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_PIXEL_2.
SET_PIXEL_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_PIXEL_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_PIXEL_2.
SET_POSTGAP_1 - Static variable in interface ccd.CCD
SET_POSTGAP_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_POSTGAP_1.
SET_POSTGAP_1(cmd) - Method in class ccd.CCDServerStub
SET_POSTGAP_1 - Static variable in interface ccd.ScienceGrade
SET_POSTGAP_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_POSTGAP_1.
SET_POSTGAP_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_POSTGAP_1 - Static variable in interface ccd.Stream
SET_POSTGAP_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_POSTGAP_1.
SET_POSTGAP_1(cmd) - Method in class ccd.StreamServerStub
SET_POSTGAP_2 - Static variable in interface ccd.ses231.SesMagellan
SET_POSTGAP_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_POSTGAP_2.
SET_POSTGAP_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_POSTGAP_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_POSTGAP_2.
SET_POSTGAP_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_POSTGAP_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_POSTGAP_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_POSTGAP_2.
SET_POSTGAP_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_POSTGAP_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_POSTGAP_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_POSTGAP_2.
SET_POSTGAP_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_POSTGAP_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_POSTGAP_2.
SET_PREGAP_1 - Static variable in interface ccd.CCD
SET_PREGAP_1(cmd) - Method in class ccd.CCDClient: Call remote procedure SET_PREGAP_1.
SET_PREGAP_1(cmd) - Method in class ccd.CCDServerStub
SET_PREGAP_1 - Static variable in interface ccd.ScienceGrade
SET_PREGAP_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_PREGAP_1.
SET_PREGAP_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_PREGAP_1 - Static variable in interface ccd.Stream
SET_PREGAP_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_PREGAP_1.
SET_PREGAP_1(cmd) - Method in class ccd.StreamServerStub
SET_PREGAP_2 - Static variable in interface ccd.ses231.SesMagellan
SET_PREGAP_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_PREGAP_2.
SET_PREGAP_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_PREGAP_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_PREGAP_2.
SET_PREGAP_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_PREGAP_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_PREGAP_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_PREGAP_2.
SET_PREGAP_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_PREGAP_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_PREGAP_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_PREGAP_2.
SET_PREGAP_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_PREGAP_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_PREGAP_2.
SET_RDFLAG_2 - Static variable in interface ccd.ses231.SesMagellan
SET_RDFLAG_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_RDFLAG_2.
SET_RDFLAG_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_RDFLAG_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_RDFLAG_2.
SET_RDFLAG_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_RDFLAG_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_RDFLAG_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_RDFLAG_2.
SET_RDFLAG_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_RDFLAG_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_RDFLAG_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_RDFLAG_2.
SET_RDFLAG_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_RDFLAG_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_RDFLAG_2.
SET_READOUT_DIR_1 - Static variable in interface stella.ccd.SesCam
SET_READOUT_DIR_1(String) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_READOUT_DIR_1.
SET_READOUT_DIR_1(String) - Method in class stella.ccd.SesCamServerStub
SET_SHUTTER_1 - Static variable in interface ccd.ScienceGrade
SET_SHUTTER_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_SHUTTER_1.
SET_SHUTTER_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_SHUTTER_1 - Static variable in interface ccd.Stream
SET_SHUTTER_1(cmd) - Method in class ccd.StreamClient: Call remote procedure SET_SHUTTER_1.
SET_SHUTTER_1(cmd) - Method in class ccd.StreamServerStub
SET_SHUTTER_2 - Static variable in interface ccd.ses231.SesMagellan
SET_SHUTTER_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_SHUTTER_2.
SET_SHUTTER_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_SHUTTER_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_SHUTTER_2.
SET_SHUTTER_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_SHUTTER_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_SHUTTER_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_SHUTTER_2.
SET_SHUTTER_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_SHUTTER_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_SHUTTER_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_SHUTTER_2.
SET_SHUTTER_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_SHUTTER_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_SHUTTER_2.
SET_STOP_2 - Static variable in interface ccd.ses231.SesMagellan
SET_STOP_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_STOP_2.
SET_STOP_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_STOP_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_STOP_2.
SET_TCLA_1 - Static variable in interface stella.ccd.SesCam
SET_TCLA_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_TCLA_1.
SET_TCLA_1(int) - Method in class stella.ccd.SesCamServerStub
SET_TEMPS_1 - Static variable in interface ccd.ScienceGrade
SET_TEMPS_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_TEMPS_1.
SET_TEMPS_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_TEMPS_2 - Static variable in interface ccd.ses231.SesMagellan
SET_TEMPS_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_TEMPS_2.
SET_TEMPS_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_TEMPS_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_TEMPS_2.
SET_TEMPS_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_TEMPS_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_TEMPS_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_TEMPS_2.
SET_TEMPS_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_TEMPS_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_TEMPS_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_TEMPS_2.
SET_TEMPS_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_TEMPS_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_TEMPS_2.
SET_TSAM_1 - Static variable in interface stella.ccd.SesCam
SET_TSAM_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_TSAM_1.
SET_TSAM_1(int) - Method in class stella.ccd.SesCamServerStub
SET_TSENS_2 - Static variable in interface ccd.ses231.SesMagellan
SET_TSENS_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_TSENS_2.
SET_TSENS_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_TSENS_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_TSENS_2.
SET_USEC_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_USEC_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_USEC_2.
SET_USEC_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_USEC_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_USECO_2 - Static variable in interface ccd.ses231.SesMagellan
SET_USECO_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_USECO_2.
SET_USECO_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_USECO_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_USECO_2.
SET_USECO_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_USECO_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_USECO_2.
SET_USECO_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_USECO_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_USECO_2.
SET_VCLKDIR_1 - Static variable in interface ccd.ScienceGrade
SET_VCLKDIR_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure SET_VCLKDIR_1.
SET_VCLKDIR_1(icmd) - Method in class ccd.ScienceGradeServerStub
SET_VCLKDIR_2 - Static variable in interface ccd.ses231.SesMagellan
SET_VCLKDIR_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure SET_VCLKDIR_2.
SET_VCLKDIR_2 - Static variable in interface ccd.sta0500.WifsipMagellan
SET_VCLKDIR_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure SET_VCLKDIR_2.
SET_VCLKDIR_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
SET_VCLKDIR_2 - Static variable in interface ccd.sta0501.WifsipMagellan
SET_VCLKDIR_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure SET_VCLKDIR_2.
SET_VCLKDIR_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
SET_VCLKDIR_2 - Static variable in interface ccd.sta0502.WifsipMagellan
SET_VCLKDIR_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure SET_VCLKDIR_2.
SET_VCLKDIR_2 - Static variable in interface ccd.sta4240.E2VMagellan
SET_VCLKDIR_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure SET_VCLKDIR_2.
SET_XBEGIN_1 - Static variable in interface stella.ccd.SesCam
SET_XBEGIN_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_XBEGIN_1.
SET_XBEGIN_1(int) - Method in class stella.ccd.SesCamServerStub
SET_XBIN_1 - Static variable in interface stella.ccd.SesCam
SET_XBIN_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_XBIN_1.
SET_XBIN_1(int) - Method in class stella.ccd.SesCamServerStub
SET_XSIZE_1 - Static variable in interface stella.ccd.SesCam
SET_XSIZE_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_XSIZE_1.
SET_XSIZE_1(int) - Method in class stella.ccd.SesCamServerStub
SET_YBEGIN_1 - Static variable in interface stella.ccd.SesCam
SET_YBEGIN_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_YBEGIN_1.
SET_YBEGIN_1(int) - Method in class stella.ccd.SesCamServerStub
SET_YBIN_1 - Static variable in interface stella.ccd.SesCam
SET_YBIN_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_YBIN_1.
SET_YBIN_1(int) - Method in class stella.ccd.SesCamServerStub
SET_YSIZE_1 - Static variable in interface stella.ccd.SesCam
SET_YSIZE_1(int) - Method in class stella.ccd.SesCamClient: Call remote procedure SET_YSIZE_1.
SET_YSIZE_1(int) - Method in class stella.ccd.SesCamServerStub
setAbort(boolean) - Method in interface stella.Abortable: Allows the sub-device to abort as soone as possible.
setAbort(boolean) - Method in class stella.adapter.FocussingMoments
setAbort(boolean) - Method in class stella.auxiliary.MomentsFocussing
setAcceleration(double) - Method in class globals.value.AcceleratedTime: Sets the acceleration factor.
setAcquireOffset(Object, Vector2D) - Method in class stella.rmi.AcquireOffsetStub
setAcquireOffset(Object, Vector2D, Number, Number) - Method in class stella.rmi.AcquireOffsetStub
setAcquisitionAndGuiding(AcquisitionAndGuiding) - Method in class stella.acquire.AcquisitionUnit
setAcquisitionAndGuiding(AcquisitionAndGuiding) - Method in class stella.acquire.StarAcquisition
setAcquisitionAndGuiding(AcquisitionAndGuiding) - Method in class stella.acquire.StarAutoGuider
setAcquisitionCcd(CcdDriver) - Method in class stella.acquire.AbstractAcquisition: The guider CCD has to be set from the outside.
setAcquisitionCcd(CcdDriver) - Method in interface stella.acquire.Acquisition: The guider CCD has to be set from the outside.
setAcquisitionHotPoint(Pivoting) - Method in class stella.acquire.AbstractAcquisitionAndGuiding
setAcquisitionHotPoint(Pivoting) - Method in interface stella.acquire.AcquisitionAndGuiding
setAcquisitionTwin(Star, Star) - Method in class stella.acquire.AbstractAcquisitionAndGuiding: If acquisition or guiding occurs on a visible binary, we set the the binary star to the principle guide star here.
setAcquisitionTwin(Star, Star) - Method in interface stella.acquire.AcquisitionAndGuiding: If acquisition or guiding occurs on a visible binary, we set the the binary star to the principle guide star here.
setActive() - Method in class stella.io.PollingRS485Server: Sets the poller in the active state.
setAduErrors(double[]) - Method in class astro.fits.AbstractFitsImageModel: Sets the errors of the image data explicitly.
setAduMinMax(int, int) - Method in class stella.acquire.TruncatedGaussClassification
setAlarm(long) - Method in class globals.value.AlarmWatch: Sets an alarm intervall.
setAllowModeSwitch(boolean) - Method in class stella.acquire.AbstractAutoGuider: Disables automatic adjustment of the active guiding mode if called with false.
setAllowSwitch(boolean) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets the state of the allow switch.
setAllowSwitch(boolean) - Method in class stella.adapter.GuidingUnit: Sets the state of the allow switch.
setAltitude(double) - Method in class stella.error.TelescopeStatus: Sets the raw zenith distance of the status message.
setAltitude(VectorG) - Method in class stella.util.PointingModel: Sets the zenith distance data.
setAltitudeOffset(double) - Method in class stella.error.TelescopeStatus: Sets the zenith distance offset in the status message.
setAltitudeOffsets(VectorG, VectorG) - Method in class stella.util.PointingModel: Sets the measured zenith distance offsets and the erros, if available.
setAmbientTemperature(double) - Method in class stella.sensor.DewPointConvert: Sets the last ambient temperature used for calculating the raw reading of the dew-point sensor.
setAngle(double) - Method in class stella.error.AltAzRotation: Sets the fwhm and the flux.
setAreaOfInterest(Rectangle, int, int) - Method in class stella.ethcam.AbstractGigeDriver: Sets the area of interest AOI on the chip using a slightly updated format.
setAstronomicalData(Map<String, Object>) - Method in class stella.xml.SporeTarget: Sets the map of astronomical targets.
setAutoClear(boolean) - Method in class stella.ccd.JanosDriver: Enable/disable if the camera should autoclear before exposure.
setAutoClear(boolean) - Method in class stella.ccd.MagellanMaster: In manual mode we allow this.
setAutoClear(boolean) - Method in interface stella.rmi.AutoClearControlling: This method tries to select the given readout mode for its camera.
setAutoClearing(boolean) - Method in interface ccd.AutoClearing: Sets the auto-clearing to on or off.
setAutoClearing(boolean) - Method in class ccd.ses231.SesDriver: Sets the autoflush property.
setAutoClearing(boolean) - Method in class ccd.sta0501.MagellanDriver: Sets the autoflush property.
setAutoClearing(boolean) - Method in class ccd.sta0502.MagellanDriver: Sets the autoflush property.
setAutoClearing(boolean) - Method in class ccd.sta4240.E2VDriver: Sets the autoflush property.
setAutoReadout(boolean) - Method in class stella.ccd.JanosDriver: Enable/disable if camera should start readout automatically after exposure.
setAutoWindmillShutter(boolean) - Method in class stella.ccd.JanosDriver: Enable/disable automatic shutter control.
setAxisJerk(double) - Method in class stella.util.TelescopeError: Sets the jerk of the motor axis in degs/s^3.
setAzAlt(Vector2D[]) - Method in class stella.util.NasmythPointingModel
setAzAltAndOffsets(double, double, double, double, double, double) - Method in class stella.error.TelescopeOffsets: Sets the fwhm and the flux.
setAzAltAndOffsets(double, double, double, double) - Method in class stella.error.TelescopePosition: Sets the fwhm and the flux.
setAzimuth(double) - Method in class stella.command.OnSkyOffsetTelescope: Sets the height of the telescope, if currently known.
setAzimuth(double) - Method in class stella.error.TelescopeStatus: Sets the raw azimuth of the telescope status.
setAzimuth(VectorG) - Method in class stella.util.PointingModel: Sets the azimuth data.
setAzimuthFlatOffsets(VectorG, VectorG) - Method in class stella.util.PointingModel: Sets the azimuth data.
setAzimuthOffset(double) - Method in class stella.error.TelescopeStatus: Sets the azimuth offset of the status message.
setAzimuthOffsets(VectorG, VectorG) - Method in class stella.util.PointingModel: Sets the measured azimuth offsets and the erros, if available.
setBackground(double) - Method in class astro.SextractorStar
setBeamSkew(Point2D) - Method in class stella.calibration.AtmosphericDispersionCorrector
setBias(File, long) - Method in class stella.adapter.StellaGuider.ReduceThread: Sets the bias frame and bias integration time by the exposure thread.
setBiasReduction(File, double) - Method in class stella.adapter.StellaGuider: Sets the fits file holding the bias frame, and additionally on shutter-less systems, the exposure time of the bias frame.
setBinarity(int) - Method in class mysql.SqlStar: Sets the multiplicity.
setBinning(int, int) - Method in interface ccd.CcdDriver: Sets a new binning factor on the server side.
setBinning(int, int) - Method in class ccd.FechnerDriver: Set the binning values in x (columns) and y (rows).
setBinning(int, int) - Method in class ccd.ScienceCcdDriver: Set the binning values in x (columns) and y (rows).
setBinning(int, int) - Method in class ccd.ses231.SesDriver: Set the binning values in x (columns) and y (rows).
setBinning(int, int) - Method in class ccd.sta0500.MagellanDriver: Set the binning values in x (columns) and y (rows).
setBinning(int, int) - Method in class ccd.sta0501.MagellanDriver: Set the binning values in x (columns) and y (rows).
setBinning(int, int) - Method in class ccd.sta0502.MagellanDriver: Set the binning values in x (columns) and y (rows).
setBinning(int, int) - Method in class ccd.sta4240.E2VDriver: Set the binning values in x (columns) and y (rows).
setBinning(int, int) - Method in class ccd.StreamingCcdDriver: Set the binning values in x (columns) and y (rows).
setBinning(Dimension) - Method in class stella.adapter.StellaGuider.ReduceThread: Set the binning to use.
setBinning(int, int) - Method in class stella.ccd.JanosDriver: Sets a new binning factor on the server side.
setBinning(int, int) - Method in class stella.ethcam.AbstractGigeDriver: Set the binning values in x (columns) and y (rows).
setBinning(int, int) - Method in class stella.firecam.FireDriver: Set the binning values in x (columns) and y (rows).
setBlackLevel(int) - Method in class stella.ethcam.AbstractGigeDriver: Allows to change the ADU-level for black.
setBox(Rectangle) - Method in class globals.rmi.FitsMoments: We set the current moment frame or null if none is ddesired.
setC1(Float) - Method in class astro.HauckCatalog.StromgrenStar
setCancel(boolean) - Method in class stella.ccd.CameraMaster.HeaderGather
setCatalog(Vector3D[]) - Method in class astro.WcsMatch: Sets the list of measured stars.
setCatalog(List<StarProspect>) - Method in class stella.acquire.BilinearCatalogMatch
setCatalog(List<Guiding.RawStar>) - Method in class stella.adapter.GuiderInfo: Accessor method.
setCatalogAndMeasures(Vector3D[], Vector3D[]) - Method in class astro.WcsMatch.Stereographic: Sets measurements and catalog.
setCatalogFieldOfView(FieldOfViewProviding) - Method in class stella.acquire.AbstractAcquisitionAndGuiding: This provides all possible catalog stars.
setCatalogFieldOfView(FieldOfViewProviding) - Method in interface stella.acquire.AcquisitionAndGuiding: This provides all possible catalog stars.
setCatalogMag(float) - Method in class astro.StarMatchedSextractor: Sets the catalog magnitude, preferably in the frames filter color.
setCatalogMagErr(float) - Method in class astro.StarMatchedSextractor: Sets the catalog magnitude, preferably in the frames filter color.
setCcdErrX(double) - Method in class astro.SextractorStar: Sets the CCD position, x.
setCcdErrY(double) - Method in class astro.SextractorStar: Sets the CCD position, y.
setCcdX(double) - Method in class astro.SextractorStar: Sets the CCD position, x.
setCcdY(double) - Method in class astro.SextractorStar: Sets the CCD position, y.
setCentralOffset(Vector2D) - Method in class stella.adapter.OffAxisGuider: Sets a measured offset in pixel of the rotational center of the auxiliar guider.
setCheckSumming(boolean) - Method in class stella.io.RS485ReadWriteServer: Sets the checksumming option.
setCheckSumming(boolean) - Method in class stella.io.RS485Server: Sets the checksumming option.
setColor(float) - Method in class astro.SimpleStar: Sets the color of the star.
setCommand(CommandEvent) - Method in interface stella.error.CommandKnowledge: Sets the target that was active when this error was thrown.
setCommand(CommandEvent) - Method in class stella.error.TimeOutError: Sets the command the time out event follows.
setCommand(String[]) - Method in class stella.xml.DOMSequence.TaskElement: Sets the command templates tied to this task.
setCommandAttribute(String, String, String) - Method in class stella.xml.DOMSequence.TaskElement: Adds or updates an attribute of the given name within the command with the given template.
setCommandID(String, String) - Method in class stella.xml.DOMSequence.TaskElement: Sets the command id-attribute linked to the command with argumental command template.
setCommandInit(String, String) - Method in class stella.xml.DOMSequence.TaskElement: Sets the command parameter-attribute linked to the command with the given template name.
setCommandLauncher(CommandLaunching...) - Method in interface stella.ParameterClustering: Registers a command launcher for StatusRequesting parameters.
setCommandLauncher(CommandLaunching...) - Method in class stella.ParameterSet: Registers a command launcher to this parameter set.
setCommandListener(RmiCommandListener) - Method in class stella.rmi.TestCaster: Registers the only test command listener.
setCommandParameter(String, String) - Method in class stella.xml.DOMSequence.TaskElement: Sets the command parameter-attribute linked to the command with the given template name.
setCommandRef(String, String) - Method in class stella.xml.DOMSequence.TaskElement: Sets the command ref-attribute linked to the command with argumental command template.
setCommandTime(long) - Method in class stella.ReplyEvent: Sets the time-tag of the progenitor command.
setCommandType(String) - Method in class stella.ReplyEvent: Sets the type of the progenitor command.
setCompletionTime(long) - Method in class stella.AcknowledgeEvent: Sets the completion time for the progenitor command, in ms.
setComponent(String) - Method in class stella.net.tpl.TsiError: Sets the main error occurence component.
setConstantSpeedTime(double) - Method in class stella.util.SCurve: Specifies a new contant-speed time fraction.
setConstraints(List<Appointable.Constraint>) - Method in class stella.xml.SporeTarget: Sets the target constraints.
setControllerParameter(String, int) - Method in class stella.omc.FilterWheel
setControllerParameter(String, int) - Method in class stella.omc.MiniWheel
setControllerParameter(String, String, int) - Method in class stella.omc.MotorController: Method to set a controller parameter.
setControllerParameter(String, int) - Method in class stella.omc.OmcMotor
setConvert(ConvertToPhysical) - Method in class stella.sensor.AbstractSensor: Sets the ConvertToPhysical instance used by this data sensor.
setConvert(ConvertToPhysical) - Method in interface stella.sensor.Telemetering: Sets the conversion utility to convert raw readings to physical meaningful quantities.
setCount(int) - Method in class stella.acquire.AcquisitionUnit: If we repeatedly reduce fits files that all belong to a logical single ID (which has been set by #setUnique(String)), a running count may be the best way to distinguish the different processing loops.
setCount(int) - Method in interface stella.acquire.PersitentAcquiring: This method sets the current count in a repeated exposure.
setCountDown(long) - Method in class globals.value.CountDownWatch: Sets a new count-down value.
setDark(File, long) - Method in class stella.adapter.StellaGuider.ReduceThread: Sets the dark frame and dark integration time by the exposure thread.
setDarkReduction(File, double) - Method in class stella.adapter.StellaGuider: Sets the fits file holding the bias frame, and additionally on shutter-less systems, the exposure time of the bias frame.
setData(double[]) - Method in class stella.math.Extrapolation: Sets the measurment points of the extrapolator.
setData(byte[]) - Method in class stella.net.gregor.Message: Sets the data of this message.
setDatabaseAccess(boolean, boolean) - Method in class stella.xml.SporeTarget: Sets the database-access flags for read and write.
setDataListener(DataListener) - Method in class stella.rmi.MyRmiListener: Sets the DataValue class that receives this rmi data events.
setDate(Date) - Method in class astro.MoonPosition: Sets a (new) date for the moon position object.
setDate(Date) - Method in class astro.SimpleSol: Sets the date for which the Sun's position should be evaluated.
setDate(Date) - Method in interface astro.SolarPosition: Sets the date at which the Sun's position should be evaluated.
setDate(Date) - Method in class astro.SunPosition: Sets a (new) date for the moon position object.
setDate(String) - Method in class globals.value.SettableTime: Sets the fake time to the date represented by the argument string.
setDate(Date) - Method in class globals.value.SettableTime: Sets a fake date.
setDateObs(Date) - Method in class globals.rmi.AbstractFitsParameter: Sets the exposure time for subclasses.
setDe(double) - Method in class astro.SimpleStar: Sets the declination of the star.
setDeadtime(double) - Method in class stella.util.TelescopeAxis: Sets the deadtime.
setDebug(boolean) - Method in class astro.fits.AbstractSkyMaker.SkyRandomModel
setDec(double) - Method in class astro.Position: Sets the declination.
setDeErr(double) - Method in class astro.PpmXlStar: Sets the error of the declination in degrees.
setDeErr(double) - Method in class astro.UcacStar: Sets the error of the declination in degrees.
setDelay(double) - Method in class stella.util.SineError: Sets the deadtime time.
setDelay(double) - Method in class stella.util.TelescopeError: Sets the deadtime time.
setDelayAndRetry(Map<String, Integer>, Map<String, Long>, Map<String, Integer>) - Method in class stella.xml.SporeTarget: Sets the maximum number of retries, the maximum number of delays and the delay time.
setDelta(double) - Method in class stella.adapter.RectangularMatcher: Sets the expected uncertainty of the catalog plus image positions in pixels.
setDeltaMag(double) - Method in class stella.adapter.RectangularMatcher: Sets the expected uncertainty of the catalog to image magnitudes.
setDeltaPix(double) - Method in class stella.adapter.StarRegister: Sets the expected uncertainity of the catalog positions in pixels.
setDerivativeFormat(NumberFormat) - Method in class stella.sensor.DerivativeDataEvent: Sets the raw-data formatter.
setDerivativeMinMax(double, double) - Method in class stella.sensor.DerivativeDataEvent: Sets the minimum and maximum of the derivative raw value.
setDerivativeRaw(double) - Method in class stella.sensor.DerivativeDataEvent: Sets the derivative value as a primitive double.
setDerotator(double) - Method in class stella.error.TelescopeStatus: Sets the derotator position.
setDescription(String) - Method in class stella.xml.SporeTarget: Sets the observing program description.
setDesiredOffset(double, double) - Method in class stella.util.TelescopeAxis: Set the offset the axis should acquire.
setDetail(String) - Method in class stella.net.tpl.TsiError: Sets the main error detail.
setDetections(List<StarDetection>) - Method in class stella.acquire.BilinearCatalogMatch
setDifferential(double) - Method in class util.PIDControl: Sets the differential term.
setDirectClose(boolean) - Method in class stella.environment.ShelterMaster: Changes the value of the direct-access close flag.
setDirectClose(boolean) - Method in interface stella.rmi.ShelterControlling: Sets direct access on close.
setDirectOpen(boolean) - Method in class stella.environment.ShelterMaster: Changes the value of the direct-access open flag.
setDirectOpen(boolean) - Method in interface stella.rmi.ShelterControlling: Sets direct access on open.
setDistance(double) - Method in class stella.util.SCurve: Sets the distance to travel in rad.
setDitherOffset(double, double) - Method in class stella.acquire.AbstractFieldOfView: Sets the dither offset following a DitherAuxiliary.
setDitherOffset(Vector2D) - Method in class stella.adapter.AuxiliaryGuider: Sets a dither offset in right ascension and declination, both degrees, or resets it by issuing null here.
setDom(File) - Method in class stella.xml.DOMSequence: Sets the DOM-xml file this DOM sequence should refer to.
setDom(URL) - Method in class stella.xml.DOMSequence: Sets the DOM-xml file this DOM sequence should refer to.
setDom(Document) - Method in class stella.xml.DOMSequence: Sets the DOM-document this DOM sequence should refer to.
setDom(Document) - Static method in class stella.xml.TargetFactory: Sets the dom from which fragement creation is done.
setDom(Document) - Static method in class xml.DOMEnlarge: Sets the source dom.
setDone(boolean) - Method in class stella.xml.DOMSequence.TaskElement: Sets the value of the done attribute.
setDone(boolean) - Method in class stella.xml.SequenceTask: Sets the value of the done attribute.
setDuration(double) - Method in class astro.SightInfo: Sets the duration of the observation in seconds
setDuration(ExpressionEvaluator) - Method in class stella.xml.SporeTarget: Sets the estimated duration of target execution.
setElevation(double) - Method in class astro.AptSite: This site represents only Teide observatory, so the elevation is a read-only property.
setElevation(String) - Method in class astro.Location
setElevation(double) - Method in class astro.SimpleSite: Sets the elevation of this site, in meters.
setElevation(double) - Method in interface astro.Site: Sets the elevation above sea level of this site in meters.
setElevation(double) - Method in class astro.TenerifeSite: This site represents only Teide observatory, so the elevation is a read-only property.
setEllipticity(float) - Method in class astro.SextractorStar: Sets the mag error.
setEmailAddresses(List<Address>) - Method in class stella.xml.SporeTarget: Sets the list of e-mail addresses.
setEnabled(TargetDefinition, boolean) - Method in class mysql.MailerTaskSql: Sets the enabled flag of the stated target.
setEnabled(TargetDefinition, boolean) - Method in class mysql.TaskSql: Sets the enabled flag of the stated target.
setEnabled(boolean) - Method in interface stella.ErrorHandling: Sets the enabled flag.
setEnabled(boolean) - Method in interface stella.Handable: Disables or enables the target.
setEnabled(boolean) - Method in class stella.MasterErrorHandler: Enables the error handler, meaning that incoming errors are no longer ignored.
setEnabled(boolean) - Method in class stella.xml.ParsedTarget: Sets the access attribute to enabled.
setEnabled(boolean) - Method in class stella.xml.SporeTarget: Sets the access attribute to enabled.
setEndpointAddress(String, String) - Method in class Sesame_pkg.SesameServiceLocator: Set the endpoint address for the specified port name.
setEndpointAddress(QName, String) - Method in class Sesame_pkg.SesameServiceLocator: Set the endpoint address for the specified port name.
setEndpointAddress(String, String) - Method in class VizieR_pkg.VizieRServiceLocator: Set the endpoint address for the specified port name.
setEndpointAddress(QName, String) - Method in class VizieR_pkg.VizieRServiceLocator: Set the endpoint address for the specified port name.
setEpoch(float) - Method in class astro.SimpleStar: Sets the epoch of the position coordinate system.
setEquinox(float) - Method in class astro.SimpleStar: Sets the equinox of the position coordinate system.
setError(String) - Method in class stella.net.tpl.TsiError: Sets the main error designation.
setError(ErrorEvent) - Method in interface stella.ParameterClustering: Registers an error event to the cluster's ErrorDependingParameters.
setError(ErrorEvent) - Method in class stella.ParameterSet: Sets the error event for ErrorDependingParameters.
setErrors(String) - Method in class stella.error.TelescopeStatus: Sets the error symbols of the status message.
setErrors(Map<String, List<String>>, Map<String, List<String>>, Map<String, List<String>>, Map<String, List<String>>, Map<String, List<String>>) - Method in class stella.xml.SporeTarget: Sets the error maps.
setEvent(int, boolean) - Method in class io.AbstractSerialDriver: Sets the specific event type's notification property to the given boolean value.
setEvent(CameraMaster.When) - Method in class stella.ccd.CameraMaster.HeaderGather
setExpectBinary(boolean) - Method in class stella.net.gregor.CommandMessage: Sets the expected data flag to either binary (=true) or ascii (=false, default).
setExposeThread(SynchronousCcdDriver.MakeImage) - Method in class ccd.SynchronousCcdDriver.ReduceImage: Sets the coresponding exposure thread.
setExposeThread(StellaGuider.ExposeThread) - Method in class stella.adapter.StellaGuider.ReduceThread: Sets the coresponding exposure thread.
setExposure(Value, Value) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets the values related to exposure time.
setExposure(Value, Value) - Method in class stella.adapter.BeamSplitterGuider: Sets the values related to exposure time.
setExposure(Value, Value) - Method in class stella.adapter.OffAxisTracker: Sets the values related to exposure time.
setExposure(Value, Value) - Method in class stella.adapter.SpillageGuider: Sets the values related to exposure time.
setExposureTime(double) - Method in interface ccd.CcdDriver: Sets the exposure time in milliseconds.
setExposureTime(double) - Method in class ccd.FechnerDriver: Set the current exposure time in milliseconds.
setExposureTime(double) - Method in class ccd.ScienceCcdDriver: Set the current exposure time in milliseconds.
setExposureTime(double) - Method in class ccd.ses231.SesDriver: Set the current exposure time in milliseconds.
setExposureTime(double, boolean) - Method in class ccd.ses231.SesDriver
setExposureTime(double) - Method in class ccd.sta0500.MagellanDriver: Set the current exposure time in milliseconds.
setExposureTime(double) - Method in class ccd.sta0501.MagellanDriver: Set the current exposure time in milliseconds.
setExposureTime(double) - Method in class ccd.sta0502.MagellanDriver: Set the current exposure time in milliseconds.
setExposureTime(double) - Method in class ccd.sta4240.E2VDriver: Set the current exposure time in milliseconds.
setExposureTime(double) - Method in class ccd.StreamingCcdDriver: Set the current exposure time in milliseconds.
setExposureTime(double) - Method in class globals.rmi.AbstractFitsParameter: Sets the exposure time for subclasses.
setExposureTime(double) - Method in class stella.ccd.JanosDriver: Sets the exposure time in milliseconds.
setExposureTime(double) - Method in class stella.command.AcquireExposureAdapter: Sets the exposure time.
setExposureTime(double) - Method in class stella.command.DarkCcd: Sets the exposure time.
setExposureTime(double) - Method in class stella.command.ExposeAdapter: Sets the exposure time.
setExposureTime(double) - Method in class stella.command.ExposeAuxiliary: Sets the exposure time.
setExposureTime(double) - Method in class stella.command.GuidingExposureAdapter: Sets the exposure time.
setExposureTime(double) - Method in class stella.command.ScientificCcd: Sets the exposure time.
setExposureTime(double) - Method in class stella.command.StartExposingAuxiliary: Sets the exposure time.
setExposureTime(double) - Method in class stella.ethcam.AbstractGigeDriver: Set the current exposure time in milliseconds.
setExposureTime(double) - Method in class stella.firecam.FireDriver: Set the current exposure time in milliseconds.
setExposureTimeCalculator(ExposureTimeProviding) - Method in class stella.acquire.AbstractAcquisitionAndGuiding: For exposure time calculations, we use one ETC per master to allow increases in exposure time due to thick clouds to be reported through all devices.
setExposureTimeCalculator(ExposureTimeProviding) - Method in interface stella.acquire.AcquisitionAndGuiding: For exposure time calculations, we use one ETC per master to allow increases in exposure time due to thick clouds to be reported through all devices.
setFailedTarget(String) - Method in class stella.error.AmbiguousStarPattern: Set the target name string.
setFailedTarget(String) - Method in class stella.error.NoCatalogStars: Set the target name string.
setFailedTarget(String) - Method in class stella.error.NoStarOnAcquire: Set the target name string.
setfalse - Variable in class stella.xml.SequenceTask: All variables that should be set to false on task start.
setFields(double, double, double, boolean) - Method in class stella.command.MoveTelescope: Daughter access to the ra, dec, derotator and follow fields.
setFields(double, double) - Method in class stella.command.PositionTelescope: Daughter access to the azimuth and elevation field.
setFileBuffer(String) - Method in class ccd.FechnerDriver: Sets the output buffer.
setFilter(String) - Method in class stella.command.SelectFilterCalibration: Daughter access possible for setting the filter.
setFilterPosition(String) - Method in class stella.calibration.CalibrationMaster: Selects fiber input / ccd onput by changing the filter wheel position
setFilterPosition(String) - Method in class stella.ccd.WifsipMaster: Selects fiber input / ccd onput by changing the filter wheel position
setFilterPosition(String) - Method in interface stella.rmi.CalibrationControlling: Selects fiber input / ccd onput by changing the filter wheel position
setFilterPosition(String) - Method in interface stella.rmi.WifsipControlling: Selects the filter of the given name.
setFindList(List<Star>) - Method in class stella.acquire.AbstractFieldOfView: Sets the list of stars following a FindAdapter or FindAuxiliary command.
setFinished(TargetDefinition, Date) - Method in class mysql.TaskSql: Sets the finished timestamp to the value submitted in the date field, if a task entry for the target with the given name exists.
setFinished(boolean) - Method in interface stella.Handable: Sets the finished flag of the target.
setFinished(boolean) - Method in class stella.xml.ParsedTarget: Sets the finished flag.
setFits(File) - Method in class stella.command.AcquireExposureAdapter: Sets the fits file name.
setFits(File) - Method in class stella.command.ExposureAbortCcd: Sets the fits file name.
setFits(File) - Method in class stella.command.GuidingExposureAdapter: Sets the fits file name.
setFitsDir(String) - Method in class ccd.FechnerDriver: Sets the fits directory.
setFitsHead(String) - Method in class stella.error.GuiderFits: Sets the fits header name.
setFitsHeader(Map<String, Object>) - Method in class stella.xml.SporeTarget: Sets the map of fits headers.
setFitsName(String) - Method in class ccd.FechnerDriver: Set the current name of the output FITS file.
setFitsName(String) - Method in class stella.command.ScientificCcd: Sets the fits file name.
setFitsSize(Dimension) - Method in class stella.asiva.AltAzFromFits
setFlag(int) - Method in exception astro.fits.DataFailure
setFlags(List<SextractorStar.Flag>) - Method in class astro.SextractorStar: Sets a list of flags for this star.
setFlags(short) - Method in class stella.net.gregor.Message: Updates the flags.
setFluxPreserve(boolean) - Method in class astro.fits.AbstractSkyMaker.SkyRandomModel
setFocus(Value) - Method in class stella.adapter.AbstractStarGuider: Sets the focus value needed sometimes for proper calculation of the central point.
SETFOCUS - Static variable in class stella.adapter.FocussingMoments
setFocus(double) - Method in class stella.adapter.FocussingUnit: Sets the focus to the specified value, in system-depending units.
setFocus(double) - Method in class stella.adapter.LinearPrimeFocus: We set the focus of the linear stage to the specified value.
setFocus(double) - Method in class stella.adapter.MirrorFocus: Sets the focus position on the telescope as an absolute mm value.
setFocus(double) - Method in class stella.adapter.PyramidUnit: Sets the focus position on the telescope as an absolute mm value.
setFocus(double) - Method in interface stella.auxiliary.Focussing: Sets the focus to the specified value, in system-depending units.
setFocus(double) - Method in class stella.auxiliary.LinearPrimeFocus: We set the focus of the linear stage to the specified value.
SETFOCUS - Static variable in class stella.auxiliary.MomentsFocussing
setFocus(double) - Method in class stella.auxiliary.PinholeViewingMaster: Directly moves the focus.
setFocus(double) - Method in class stella.ccd.WifsipTelescopeCaster: To set a focus offset, we cast an offset command and wait.
setFocus(double) - Method in class stella.error.TelescopeStatus: Sets the focus position.
setFocus - Variable in class stella.net.JPilar3
setFocus(double) - Method in interface stella.util.Focusable: We set an absolute value for the focus.
SETFOCUS - Static variable in class stella.util.MomentsFocusser
setFocusActionPerformed(ActionEvent) - Method in class stella.net.JPilar3: Focus setting action.
setFocusOffset(double) - Method in class stella.adapter.FocussingUnit: Offsets the focus to the specified value, in system-depending units.
setFocusOffset(double) - Method in class stella.adapter.LinearPrimeFocus: We set the offset of the linear stage to the specified value.
setFocusOffset(double) - Method in class stella.adapter.MirrorFocus: Sets the focus position on the telescope as an absolute mm value.
setFocusOffset(double) - Method in class stella.adapter.PyramidUnit: Sets the focus position on the telescope as an absolute mm value.
setFocusOffset(double) - Method in interface stella.auxiliary.Focussing: Offsets the focus to the specified value, in system-depending units.
setFocusOffset(double) - Method in class stella.auxiliary.LinearPrimeFocus: We set the offset of the linear stage to the specified value.
setFocusOffset(double) - Method in class stella.auxiliary.PinholeViewingMaster: Directly offsets the focus.
setFocusOffset(double) - Method in class stella.ccd.WifsipTelescopeCaster: To set a focus offset, we cast an offset command and wait.
setFocusOffset(double) - Method in interface stella.util.Focusable: We apply an offset (positve and negative values are allowed).
setFocusParameter(Value) - Method in class stella.adapter.PyramidUnit: Sets the focus value needed for the pyramid focusing sequence.
SETFOCUSREM - Static variable in class stella.adapter.FocussingMoments
SETFOCUSREM - Static variable in class stella.auxiliary.MomentsFocussing
SETFOCUSREM - Static variable in class stella.util.MomentsFocusser
setFocusShift(double) - Method in class stella.calibration.AtmosphericDispersionCorrector: Sets the focus shift of this ADC.
setFollowUp(String) - Method in class stella.ErrorEvent: Set-access to the follow-up property.
setFormatter(Formatter) - Method in class util.log.JStatusHandler
setFov(List<?>) - Method in class stella.adapter.AbstractStarGuider: Sets the fov.
setFov(List) - Method in class stella.adapter.AdapterGuider: Sets the fov.
setFramerate(double) - Method in class stella.firecam.FireDriver: Allows to change the frame rate to one of the supported frames rates.
setFramesToAdd(int) - Method in class stella.ethcam.AbstractGigeDriver: Sets the number of frames that should be co-added on the server side.
setFramesToAdd(int) - Method in class stella.firecam.FireDriver: Sets the number of frames that should be co-added on the server side.
setFrom(Address) - Method in class stella.log.TargetReport: Sets the from address.
setFullFrame() - Method in class stella.ccd.CameraMaster: Resets the CCD-windowing.
setFullFrame() - Method in interface stella.rmi.CameraControlling: Resets any windowing on the ccd.
setFwhm(float) - Method in class astro.SextractorStar: Sets the pixel fwhm.
setFWHMAndFlux(double, double) - Method in class stella.error.AdapterFwhm: Sets the fwhm and the flux.
setGainDecibel(double) - Method in class stella.ethcam.AbstractGigeDriver: Allows to change the gain setting in the camera, which is a setting in decibel.
setGainDecibel(int) - Method in class stella.firecam.FireDriver: Allows to change the gain setting in the camera, which is a setting in decibel.
setGalacticLatitude(Double) - Method in class astro.HauckCatalog.StromgrenStar
setGalacticLongitude(Double) - Method in class astro.HauckCatalog.StromgrenStar
setGaussFiltering(double, double) - Method in class stella.acquire.TruncatedGaussClassification
setGhosts(List<Guiding.RawStar>) - Method in class stella.adapter.GuiderInfo: Accessor method.
setGhosts(List) - Method in class stella.util.GuiderData: Sets the list of ghosts.
setGuide(boolean) - Method in class stella.error.TelescopeStatus: Sets the guiding flag of the status message.
setGuider(AbstractStarGuider) - Method in class stella.adapter.AdapterUnit: Sets the adapter helper who knows everything image related.
setGuider(AuxiliaryGuider) - Method in class stella.adapter.AuxiliaryUnit: Sets the adapter helper who knows everything image related.
setGuiderExpose(double) - Method in class stella.util.TelescopeError: Sets the guider exposure time.
setGuideStar(double, double, float, float, boolean) - Method in class stella.adapter.AuxiliaryCaptureUnit: The acquire command carries the right ascension and declination as well as the magnitude and a possible color index of the central target star.
setGuideStar(Star, boolean) - Method in class stella.adapter.AuxiliaryCaptureUnit: The acquire command carries the right ascension and declination as well as the magnitude and a possible color index of the central target star.
setGuideStar(Star) - Method in class stella.adapter.OffAxisTracker: The acquire command carries the right ascension and declination as well as the magnitude and a possible color index of the central target star.
setGuideStar(Star) - Method in class stella.adapter.OffAxisUnit: The acquire command carries the right ascension and declination as well as the magnitude and a possible color index of the central target star.
setGuiding(boolean) - Method in class stella.adapter.StellaGuider
setGuidingCcd(Continuous) - Method in class stella.acquire.AbstractGuiding: The guider CCD has to be set from the outside.
setGuidingCcd(Continuous) - Method in interface stella.acquire.Guiding: The guider CCD has to be set from the outside.
setGuidingLost(Value) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets the value counting the spurious guiding losses.
setGuidingLost(Value) - Method in class stella.adapter.BeamSplitterGuider: Sets the value counting the spurious guiding losses.
setGuidingLost(Value) - Method in class stella.adapter.OffAxisTracker: Sets the value counting the spurious guiding losses.
setGuidingLost(Value) - Method in class stella.adapter.SpillageGuider: Sets the value counting the spurious guiding losses.
setHbeta(Float) - Method in class astro.HauckCatalog.StromgrenStar
setHeight(double) - Method in class stella.command.OnSkyOffsetTelescope: Sets the height of the telescope, if currently known.
setHeightMax(double) - Method in class stella.asiva.SkyQualityModel: Sets the maximum zenith distance the fit should operate on, normally 90 degrees.
setHeightMin(double) - Method in class stella.asiva.SkyQualityModel: Sets the minimum height the fit should be applied for.
setHeliacalHeight(double) - Method in class astro.SightInfo: Sets the heliacal target height on rise and set.
setHeliacalSunHeight(double) - Method in class astro.SightInfo: Sets the heliacal sun height on rise and set.
setHistory(String) - Method in class mysql.SqlStar: Sets the history.
setHistory(List<HistoryAware.Pick>, int) - Method in class stella.xml.SporeTarget: Sets the target history and its maximum size.
setHistoryDatabaseAccess(boolean, boolean) - Method in class stella.xml.SporeTarget: Sets the history database-access flags for read and write.
setHistorySql(HistorySql) - Static method in class stella.xml.ParsedTarget: Sets the history database.
setHuman(String) - Method in class stella.ErrorEvent: Set-access to the human property.
setHuman(String[]) - Method in class stella.ErrorEvent: Set-access to the human property.
setID(int) - Method in class astro.SimpleStar: Sets the star id.
setID(String, Object, int) - Method in class stella.error.FieldOfView: Sets the ID of this status, which is the unit type that produced this event, the current unique number and the current exposure number.
setID(String, Object, int) - Method in class stella.error.StarFieldOfView: Sets the ID of this status, which is the unit type that produced this event, the current unique number and the current exposure number.
setID(int) - Method in class stella.net.gregor.Message: Sets the unique ID of this message.
setIgnoreRoof(boolean) - Method in interface stella.rmi.RemoteLight: Sets the roof-status ignoring flag.
setImage(double[], ArrayLayout, double, double, double, double) - Method in class stella.math.ImageMomentsLayout: Sets a new pixel array, erasing the cache, but immediately calculating the new count sum plus center of gravity.
setImageGeometry(int, int, int, int, int, int) - Method in class stella.ccd.CameraMaster: Sets the image geometry.
setImageGeometry(int, int, int, int, int, int) - Method in interface stella.rmi.CameraControlling: Sets the CCD-subframe that should be read out.
setImageType(String) - Method in class stella.xml.SporeTarget: Sets the image type.
setIncrease(double) - Method in class stella.adapter.AuxiliaryFineUnit: If acquire failed because of no-star detected, set this last increase factor.
setIncrease(double) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets the increase value.
setIncrease(double) - Method in class stella.adapter.FocussingUnit: Sets the increase value.
setIncrease(double) - Method in class stella.adapter.GuidingUnit: Sets the increase value.
setIncrease(double) - Method in class stella.adapter.SpillageGuider
setIncrementing(boolean) - Method in class ccd.FechnerDriver: Set the increment status parameter: true = increments a file number for storing all fits files, false = overwriting of existing files.
setInfo(Object) - Method in class stella.net.tpl.TplCommand: Subclasses may change the content of the info field.
setInitialCondition(Variable) - Method in class astro.OrbitFit: We need the period as an initial condition.
setInitialExposureTime(double) - Method in interface stella.acquire.AutoGuiderReadoutProviding: Sets the initial exposure time in milliseconds.
setInitialExposureTime(double) - Method in class stella.acquire.GuiderModeReadout: Sets the initial exposure time in milliseconds.
setInstitution(UserProfile.Affil) - Method in class mysql.UserSql.SqlProfile: Changes the billing institution if allowed.
setInstitution(UserProfile.Affil) - Method in class stella.applet.SimpleUserProfile
setInstitution(UserProfile.Affil) - Method in interface stella.util.UserProfile: Sets the billing organisation to something different from the default.
setInstitution(UserProfile.Affil) - Method in class stella.util.UserProperty: Tries to set a new affiliation, which is only allowed if the new affiliation is part of the UserProperty.KEY_INSTITUTION list.
setInstitution(UserProfile.Affil) - Method in class stella.xml.SporeTarget: Sets the target institute.
setIntegerFlags(int) - Method in class astro.SextractorStar: Sets the extraction flags as an integer bitmask.
setIntegral(double) - Method in class util.PIDControl: Sets the integral term.
setIntegralTriggers(int, double, double) - Method in class stella.util.SchmidtIntegralTrigger
setIntoOpenDatabase(SqlAccess, Object) - Method in class globals.parameter.AbstractDatabaseParameter: This method is calles if the database is ready to insert a new value.
setJd(double) - Method in class globals.value.SettableTime: Sets a JD.
setJerkConstant(double) - Method in class stella.util.SCurve: Sets the jerk constant in rad/s^3.
setJerkConstant(double) - Method in class stella.util.TelescopeAxis: Sets the motor jerk.
setJerkTime(double) - Method in class stella.util.SCurve: Specifies a new jerk-time fraction.
setKnown(Map<String, AdsValue>) - Method in class stella.net.ads.AdsVariableMonitor: Sets the list of all known variables, can be deduced from the driver info.
setLastError(CommandEvent, ErrorEvent) - Method in class stella.rmi.GenericMaster: Sets the last error event occuring.
setLastError(CommandEvent, ErrorEvent) - Method in class stella.rmi.ReceiverTorso: Sets the last error event occuring.
setLatencySpeed(double) - Method in class stella.util.SineError: Sets the lag time.
setLatitude(double) - Method in class astro.AptSite: This site represents only Teide observatory, so the latitude is a read-only property.
setLatitude(String) - Method in class astro.Location
setLatitude(double) - Method in class astro.SightInfo: Sets the latitude of the sight info.
setLatitude(double) - Method in class astro.SimpleSite: Sets the latitude of this site, in radians.
setLatitude(double) - Method in interface astro.Site: Sets the latitude of this site, in radians.
setLatitude(double) - Method in class astro.TenerifeSite: This site represents only Teide observatory, so the latitude is a read-only property.
setLevel(int) - Method in class stella.net.tpl.TsiError: Sets the main error level.
setLevel(Level) - Method in class util.log.JStatusHandler
setLightGain(Value) - Method in class stella.adapter.BeamSplitterGuider: Sets the value with the light gain median.
setLightGain(Value) - Method in class stella.adapter.OffAxisTracker: Sets the value with the light gain median.
setLightGain(Value) - Method in class stella.adapter.SpillageGuider: Sets the value with the light gain median.
setLightLoss(Value) - Method in class stella.adapter.BeamSplitterGuider: Sets the value with the light loss averager.
setLightLoss(Value) - Method in class stella.adapter.OffAxisTracker: Sets the value with the light loss averager.
setLightLoss(Value) - Method in class stella.adapter.SpillageGuider: Sets the value with the light loss averager.
setLine(String[]) - Method in class stella.InfoEvent: Sets the line associated with this info event.
setLine(String[]) - Method in class stella.MessageBin: Sets the temporarly command line buffer.
setLmax(int) - Method in class stella.asiva.SkyQualityModel: Sets the degree of the highest spherical harmonics (zonal for the upper hemisphere) used in the model.
setLock(Object) - Method in class stella.net.AbstractVariableMonitor
setLog(boolean) - Method in class stella.ccd.CameraMaster.CcdWatch
setLogG(float) - Method in class mysql.SqlStar: Sets the log g.
setLoggingForFailedConstraints(boolean) - Method in interface stella.log.Observable: Announce interest on logging the target's constraints that render it unobservable during nighttime.
setLoggingForFailedConstraints(boolean) - Method in class stella.xml.ParsedTarget: We set the volatile flag for extensive logging on reasons why this target is not observable during night run.
setLoggingForObservingTime(boolean) - Method in interface stella.log.Observable: Announce interest on logging the target's remaining observing time
setLoggingForObservingTime(boolean) - Method in class stella.xml.ParsedTarget
setLongitude(double) - Method in class astro.AptSite: This site represents only Teide observatory, so the longitude is a read-only property.
setLongitude(String) - Method in class astro.Location
setLongitude(double) - Method in class astro.SimpleSite: Sets the longitude of this site, in radians.
setLongitude(double) - Method in interface astro.Site: Sets the longitude of this site, in radians.
setLongitude(double) - Method in class astro.TenerifeSite: This site represents only Teide observatory, so the longitude is a read-only property.
setLongTerm(boolean) - Method in class stella.firecam.FireDriver
setLongTerm(boolean) - Method in interface stella.log.LongTerm
setLuminosityClass(int) - Method in class mysql.SqlStar: Sets the luminosity class as an integer.
setM1(Float) - Method in class astro.HauckCatalog.StromgrenStar
setMag(float) - Method in class astro.SimpleStar: Sets the brightness of the star.
setMagErr(float) - Method in class astro.PpmXlStar
setMagErr(float) - Method in class astro.SextractorStar: Sets the mag error.
setMagErr(float) - Method in class astro.UcacStar
setMainUserPermission(String, String) - Method in class mysql.PermissionSql: For the pi, we set all permission to true plus the su-filed.
setManual(boolean) - Method in class stella.acquire.AncillaryCameraUnit: Sets manual mode, in which case we should not send status event, but rather use syslog.
setManual(boolean) - Method in class stella.adapter.AdapterUnit: Sets manual mode, in which case we should not send status event, but rather use syslog.
setManual(boolean) - Method in class stella.adapter.AuxiliaryUnit: Sets manual mode, in which case we should not send status event, but rather use syslog.
setMass(float) - Method in class mysql.SqlStar: Sets the mass.
setMaster(AdapterMaster) - Method in class stella.adapter.AdapterUnit: Sets the adapter master.
setMaster(AuxiliaryMaster) - Method in class stella.adapter.AuxiliaryUnit: Sets the adapter helper who knows everything image related.
setMaster(AdapterMaster) - Method in class stella.adapter.BeamSplitterGuider: Sets the adapter master.
setMaster(AdapterMaster) - Method in class stella.adapter.FocussingMoments: From the master, we query the driver for the linear stage and grab the temperature and the fits moments parameter.
setMaster(AdapterMaster) - Method in class stella.adapter.LinearPrimeFocus: From the master, we query the driver for the linear stage and grab the temperature and the fits moments parameter.
setMaster(AdapterMaster) - Method in class stella.adapter.MirrorFocus: Sets the adapter master.
setMaster(AdapterMaster) - Method in class stella.adapter.OffAxisTracker: Sets the adapter master.
setMaster(AdapterMaster) - Method in class stella.adapter.PrimeFocusCamera: Sets the adapter master.
setMaster(AdapterMaster) - Method in class stella.adapter.PyramidUnit: Sets the adapter master.
setMaster(AdapterMaster) - Method in class stella.adapter.ScienceAcquire: Sets the adapter master.
setMaster(AdapterMaster) - Method in class stella.adapter.SpillageGuider: Sets the adapter master.
setMaster(GenericMaster) - Method in class stella.util.GenericUnit
setMatchedSeparation(double) - Method in class astro.StarMatchedSextractor: Sets the WCS-derived ra/de positional separation from the catalogs position in degrees.
setMatches(VectorG[], VectorG[]) - Method in class astro.WcsFit: Sets the matched pixel position and the corresponding catalog entries.
setMatchingAlgorithm(CatalogMatching) - Method in class stella.acquire.AbstractAcquisitionAndGuiding: Injects the matching algorithm of detected stars to catalog stars.
setMatchingAlgorithm(CatalogMatching) - Method in interface stella.acquire.AcquisitionAndGuiding: Injects the matching algorithm of detected stars to catalog stars.
setMaxPixel(Dimension) - Method in class ccd.FechnerDriver: Set the max_pixel values for x (columns) and y (rows).
setMaxPixel(Dimension) - Method in class ccd.ScienceCcdDriver: Set the max_pixel values for x (columns) and y (rows).
setMaxPixel(Dimension) - Method in class ccd.ses231.SesDriver: Set the max_pixel values for x (columns) and y (rows).
setMaxPixel(Dimension) - Method in class ccd.sta0500.MagellanDriver: Set the max_pixel values for x (columns) and y (rows).
setMaxPixel(Dimension) - Method in class ccd.sta0501.MagellanDriver: Set the max_pixel values for x (columns) and y (rows).
setMaxPixel(Dimension) - Method in class ccd.sta0502.MagellanDriver: Set the max_pixel values for x (columns) and y (rows).
setMaxPixel(Dimension) - Method in class ccd.sta4240.E2VDriver: Set the max_pixel values for x (columns) and y (rows).
setMaxPixel(Dimension) - Method in class ccd.StreamingCcdDriver: Set the max_pixel values for x (columns) and y (rows).
setMaxRelaxations(int) - Method in class stella.util.SineError: Sets the number of maximal concurrent active relaxation processes.
setMeasuredOffset(Vector2D) - Method in class stella.adapter.AuxiliaryGuider: Sets a measured offset in pixel of the rotational center of the auxiliar guider.
setMeasurement(Object) - Method in class stella.DataEvent: Sets the measurement.
setMeasures(Vector3D[]) - Method in class astro.WcsMatch: Sets the list of measured stars.
setMerits(List<Meriting>, List<Meriting>) - Method in class stella.xml.SporeTarget: Sets the target merits.
setMessageListener(MessageListener) - Method in class stella.net.gregor.CommunicationHandler: Sets the single message listener, returns true if no one was registerd yet.
setMetal(float) - Method in class mysql.SqlStar: Sets the metal content.
setMirrors(List<Guiding.RawStar>) - Method in class stella.adapter.GuiderInfo: Accessor method.
setMirrors(List) - Method in class stella.util.GuiderData: Sets the mirror list.
setMode(AutoGuidingMode) - Method in class stella.acquire.AbstractAutoGuider
setMode(AutoGuidingMode) - Method in interface stella.acquire.AutoGuiderImageProcessing: Set a specific auto-guiding mode.
setMode(AutoGuidingMode) - Method in interface stella.acquire.AutoGuiderReadoutProviding: Set a specific auto-guiding mode.
setMode(AutoGuidingMode) - Method in class stella.acquire.GuiderModeReadout
setMode(AutoGuidingMode) - Method in class stella.acquire.StarAutoGuider
setMonitor(Object) - Method in class globals.value.AlarmWatch: Sets the object that waits for the alarm.
setMonitor(Object) - Method in class stella.AbstractErrorFinalizer: Registers a sleeper object to the error handler.
setMonitor(Object) - Method in interface stella.ErrorFinalizing: Sets a monitor object.
setMonitor(Object) - Method in class stella.io.PollingRS485Server.Poller: Sets an object that should be notified at the start of each run cycle.
setMovingFrame(FrameShifting) - Method in class stella.adapter.StellaGuider.ExposeThread: If we are not guiding on axis, the frame rotates.
setMsTime(long) - Method in class globals.value.SettableTime
setMultiline(String[]) - Method in class stella.log.LogLine: Sets the multiline part of the log line.
setMultiMethod(int) - Method in class astro.SpectralFits: Sets the method of choice on averaging multiple beams per aperture, a situation that may be encountered in image slicers.
setN(int) - Method in class stella.sensor.CumulativeDataEvent: Sets the number of measurements.
setName(String) - Method in class astro.SimpleStar: Sets the target name.
setName(String) - Method in class globals.parameter.AbstractParameter: Sets the name of the parameter.
setName(String) - Method in class stella.acquire.AutoGuidingMode
SETNAME - Static variable in interface stella.xml.DTDConstants: The required attribute to a Set element, giving the parameter name.
setNonStars(List) - Method in class stella.util.GuiderData: Sets the list of non-stars, but still star-like.
setNotify(Set<UserProfile.Notifies>) - Method in class stella.xml.SporeTarget: Sets the list of notification triggers.
setNr(int) - Method in class stella.MessageEvent: Sets the number of command lines in this message event.
setObject(Star) - Method in class astro.SightInfo: Sets the object of the sight info.
setOff(String) - Method in class stella.MasterMind: Called if an ToO run out of its lifetime.
setOff(String) - Method in class stella.net.CasterClient.CommandSender: The method called by the internal alarms of this caster if a problem with in-time replies occured.
setOff(String) - Method in class stella.rmi.CasterTorso: The method called by the internal alarms of this caster if a problem with in-time replies occured.
setOff(String) - Method in class stella.rmi.GenericMaster: Entry point if an alarm was set off that brings the master back to automatic mode.
setOff(String) - Method in interface stella.util.AlarmHandler: The alarm-handling method.
setOff(String) - Method in class stella.xml.LoopingSequencer.Conditioner: This method is called if a delayed condition is met.
setOff(String) - Method in class stella.xml.XMLSequencer.Conditioner: This method is called if a delayed condition is met.
setOffAlarm() - Method in class stella.util.Alarm: This method sets off all registered alarm listeners by calling their setOff method.
setOffAlarms - Variable in class stella.net.CasterClient: The table mapping alarms that have been set off to commands.
setOffAlarms - Variable in class stella.rmi.CasterTorso: The table mapping alarms that have been set off to commands.
setOffset(double) - Method in class stella.command.DerotatorOffsetTelescope: Sets the focus position.
setOffset(double, double) - Method in class stella.command.DitherAuxiliary: Sets the degrees offsets in right ascension and declination.
setOffset(double, double) - Method in class stella.command.DitherTelescope: Sets the offsets in azimuth and height.
setOffset(double) - Method in class stella.command.FocusOffsetAdapter: Sets the focus position.
setOffset(double) - Method in class stella.command.FocusOffsetTelescope: Sets the focus position.
setOffset(double, double) - Method in class stella.command.OffsetTelescope: Sets the offsets in azimuth and height.
setOffset(double, double) - Method in class stella.command.OffsetTest: Sets the offsets in x and y.
setOffset(double, double, double, double) - Method in class stella.command.RandomDitherAuxiliary: Randomizes the offset between +/- the stated values.
setOffset(double, double, double, double) - Method in class stella.command.RandomOffsetTelescope: Randomizes the offset between +/- the stated values.
setOffset(Object, Vector2D) - Method in class stella.rmi.AcquireOffsetParameter: For the specified unique, we set a measured offset in azimuth and altitude system, unit is degrees.
setOffsetMeasure(AcquireOffsetStub) - Method in class stella.adapter.AuxiliaryCaptureUnit
setOffsetParameter(AcquireOffsetParameter) - Method in class stella.adapter.AcquiringUnit
setOffsets(double, double) - Method in class stella.error.PidOffset: Sets the offsets.
setOffsets(double, double) - Method in class stella.error.PixelOffset: Sets both offsets.
setOffsetStream(DataOutputStream) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets a stream that should be used to serialize the offset data into.
setOffsetStream(DataOutputStream) - Method in class stella.adapter.GuidingUnit: Sets a stream that should be used to serialize the offset data into.
setOldZeroPosition() - Method in class stella.omc.WindmillShutter: If the driver has been opened, we set the position of the WindmillShutter to the zero position.
setOlevel(int) - Method in class htm.core.Convex
setOlevel(int) - Method in class htm.core.Domain
setOpen() - Method in class stella.io.RS485Configurator: Opens the serial port.
setOpticalGeometry(RayPath) - Method in class stella.acquire.AbstractAcquisitionAndGuiding
setOpticalGeometry(RayPath) - Method in interface stella.acquire.AcquisitionAndGuiding
setOr(boolean) - Method in class stella.util.SchmidtIntegralTrigger
setOrder(int) - Method in class globals.rmi.FitsMoments: We set the current active moment oreder.
setOrientationValues(Value, Value, Value) - Method in class stella.adapter.AbstractStarGuider: This method sets the parameters needed for each unit to correctly interpret pixel coordinates.
setOrientationValues(Value, Value, Value, Value) - Method in class stella.adapter.AbstractStarGuider: This method sets the parameters needed for each unit to correctly interpret pixel coordinates.
setOrientationValues(Value, Value, Value) - Method in class stella.adapter.AdapterGuider: This method sets the parameters needed for each unit to correctly interpret pixel coordinates.
setOutputProperties(Properties) - Static method in class xml.DOMToXML: Defines properties for the output overruling the default values.
setOutputProperty(String, String) - Static method in class xml.DOMToXML: Defines properties for the output overruling the default values.
setParallax(float) - Method in class mysql.SqlStar: Sets the parallax as a double.
setParameter(String, Object) - Method in class stella.rmi.GenericSimulator: Sets a parameter of the generic set to the given value.
setParameter(String, double) - Method in class stella.util.PointingFunction.ClassicModel: Sets a given parameter to a certain value.
setParameter(String, double) - Method in class stella.util.PointingFunction.ExtendedModel: Sets a given parameter to a certain value.
setParameter(String, double) - Method in class stella.util.PointingFunction.FullModel: Sets a given parameter to a certain value.
setParameter(String, double) - Method in class stella.util.PointingFunction: Sets one parameter by its name to a certain value.
setParameterValueByKey(String, Object) - Method in class stella.rmi.GenericMaster: Set a parameter value with the parameter key.
setParameterValueByKey(String, Object) - Method in class stella.rmi.GenericSimulator: Set a parameter value with the parameter key.
setParameterValueByName(String, Object) - Method in class stella.rmi.GenericMaster: Set a parameter value with the parameter name.
setParameterValueByName(String, Object) - Method in class stella.rmi.GenericSimulator: Set a parameter value with the parameter name.
setPassive() - Method in class stella.io.PollingRS485Server: Sets the poller to passive state.
setPassive(boolean) - Method in class stella.rmi.GenericMaster: Sets the passive flag to the desired state.
setPassive(boolean) - Method in interface stella.rmi.ListenerControlling: Sets the listener in passive mode.
setPassword(String) - Method in class mysql.SqlAccess
setPeriod(float) - Method in class mysql.SqlStar: Sets the period as a double.
setPersistantAcquiring(PersitentAcquiring) - Method in class stella.acquire.TruncatedGaussClassification
setPersistentHandles(boolean) - Method in class stella.net.ads.AdsVariableMonitor: If true, we allow caching of the ADS variable handles retrieved once.
setPicked(boolean) - Method in interface stella.Handable: Signals the target that it has presently been picked for execution.
setPicked(boolean) - Method in class stella.xml.ParsedTarget: Signals that this target has been selected for observing.
setPid(Point2D, long) - Method in class stella.adapter.GuiderInfo: Accessor method.
setPID(PIDControl) - Method in class stella.util.SineError: Sets the PIDControler that should level the error function.
setPID(PIDControl) - Method in class stella.util.TelescopeError: Sets the PIDControler that should level the error function.
setPIDFrequency(double) - Method in class stella.util.SineError: Sets the PID frequency.
setPIDFrequency(double) - Method in class stella.util.TelescopeError: Sets the PID frequency.
setPIDStream(DataOutputStream) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets a stream that should be used to serialize the pids data into.
setPIDStream(DataOutputStream) - Method in class stella.adapter.GuidingUnit: Sets a stream that should be used to serialize the pids data into.
setPinhole(Point2D) - Method in class stella.adapter.AbstractStarGuider: Sets the direct pinhole.
setPinhole(Point2D) - Method in class stella.adapter.AdapterGuider: Sets the direct pinhole.
setPinholeMiss(Value) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets the value with the target seeing.
setPinholeMiss(Value) - Method in class stella.adapter.BeamSplitterGuider: Sets the value with the target seeing.
setPinholeMiss(Value) - Method in class stella.adapter.OffAxisTracker: Sets the value with the target seeing.
setPinholeMiss(Value) - Method in class stella.adapter.SpillageGuider: Sets the value with the target seeing.
setPinholeOffset(OffsetParameter) - Method in class stella.adapter.AbstractStarGuider
setPinholeOffset(PinholeOffsetAdapter) - Method in class stella.adapter.AdapterMaster
setPIOnly(boolean) - Method in class stella.util.SineError: Sets the desired optimization strategy.
setPIOnly(boolean) - Method in class stella.util.TelescopeError: Sets the desired optimization strategy.
setPipe(boolean) - Method in class stella.ErrorEvent: Sets the pipe-through flag.
setPivotalOffset(double, double) - Method in class stella.acquire.PinholePivot
setPivotalOffset(double, double) - Method in interface stella.acquire.Pivoting: Sets an offset to the pivotal point of the acquisition CCD.
setPixelFwhm(double) - Method in class stella.globals.FwhmMeasure: Sets the measured FWHM in pixel, converts this value into the reported fwhm with the parameter's image scale.
setPixelShiftProcessor(AutoGuidingShift) - Method in interface stella.acquire.AutoGuiderImageProcessing: Sets the callback that takes the measured shift.
setPollingDrop(int) - Method in class stella.io.PollingRS485Server.Poller: Sets the list of command this poller should query.
setPollingList(List) - Method in class stella.io.PollingRS485Server.Poller: Sets the list of command this poller should query.
setPort(int) - Method in class stella.error.TcpAccessDenied: Sets the reason.
setPort(int) - Method in class stella.error.TcpNoFreeConnections: Sets the reason.
setpos1() - Constructor for class stella.calibunit.CalibUnit.setpos1
setpos2() - Constructor for class stella.calibunit.CalibUnit.setpos2
setpos3() - Constructor for class stella.calibunit.CalibUnit.setpos3
setpos4() - Constructor for class stella.calibunit.CalibUnit.setpos4
setpos5() - Constructor for class stella.calibunit.CalibUnit.setpos5
setPosition(double) - Method in class stella.command.DerotatorTelescope: Sets the focus position.
setPosition(double) - Method in class stella.command.FocusAdapter: Sets the focus position.
setPosition(double) - Method in class stella.command.FocusTelescope: Sets the focus position.
setPosition(double) - Method in class stella.command.PositionRoof: Sets the focus position.
setPosition(String, int) - Method in class stella.omc.FilterWheel: Compatibility mode.
setPosition(int) - Method in class stella.omc.FilterWheel: Sets the wheel in one of the 6 configured position.
setPosition(String, int) - Method in class stella.omc.LinearPositioner: Sets the new position to a given absolute steps away from the defined zero end.
setPosition(String, int) - Method in class stella.omc.MiniWheel: Compatibility mode.
setPosition(int) - Method in class stella.omc.MiniWheel: Sets the wheel in one of the 6 configured position.
setPosition(String, int) - Method in interface stella.omc.MultiAxes: Sets a position on the driver.
setPosition(int) - Method in interface stella.omc.Positioning: Sets a position on the driver.
setPosition(String, int) - Method in class stella.omc.RelativeWheel: Compatibility mode.
setPosition(int) - Method in class stella.omc.RelativeWheel: Sets the wheel in one of the 24 position.
setPosition(String, int) - Method in class stella.omc.WifsipWheel: Compatibility mode.
setPosition(int) - Method in class stella.omc.WifsipWheel: Sets the wheel in one of the 24 position.
setPosition(String, int) - Method in class stella.omc.WindmillShutter: Compatibility mode.
setPosition(int) - Method in class stella.omc.WindmillShutter: This shutter runs a dedicated program, it cannot be set from the outside.
setPostReducer(PostReducing) - Method in class stella.adapter.StellaGuider.ReduceThread: Sets a post-reducer interface.
setPower(boolean) - Method in class stella.error.TelescopeStatus: Sets the power flag in the status message.
setPrecursor(Handable) - Method in interface stella.Handable: If the target is called in a target-chain, this method returns a pointer to that target that was currently handled when this target was selected.
setPrecursor(Handable) - Method in class stella.xml.ParsedTarget: Sets the parent target of this target.
setPredictMinMax(double, double) - Method in class stella.sensor.PredictiveDataEvent: Sets the minimum and maximum of the predicted raw value.
setPredictRaw(double) - Method in class stella.sensor.PredictiveDataEvent: Sets the predicted value as a primitive double.
SETPRIORITY - Static variable in class stella.rmi.GenericMaster: The priority of the set exit.
SETPRIORITY - Static variable in class stella.rmi.GenericSimulator: The priority of the set exit.
setProbability(float) - Method in class astro.SextractorStar: Sets the mag error.
setProgramCompleted(boolean) - Method in class stella.xml.ParsedTarget: Returns true if the observing program on this target is over.
setProgramCompleted(boolean) - Method in class stella.xml.SporeTarget: Returns true if the observing program on this target is over.
setProgramOverwriteable(boolean) - Method in class stella.omc.OmcMotor: Sets whether or not the program is to be uploaded should overwrite the one in the controller if that already exists there.
setPromptMatching(PromptMatching) - Method in interface stella.acquire.AcquisitionAndGuiding: If an AG is capable of prompt matching, the prompt matcher is returned here.
setPromptMatching(PromptMatching) - Method in class stella.acquire.GuidingOnCrosshair
setPromptMatching(PromptMatching) - Method in class stella.acquire.StarDetectingOnCrosshair
setPropDe(double) - Method in class astro.SimpleStar: Sets the proper motion in dec of the star.
setProperty(String, String) - Method in class astro.SimpleStar: Scans the key for recognized keywords.
setProportional(double) - Method in class util.PIDControl: Sets the proportinal term.
setPropRa(double) - Method in class astro.SimpleStar: Sets the proper motion in ra of the star.
setQualityMeasure(int) - Method in class stella.util.SineError: Sets the quality measurement.
setQualityMeasure(int) - Method in class stella.util.TelescopeError: Sets the quality measurement.
setRa(double) - Method in class astro.Position: Sets the right ascension.
setRa(double) - Method in class astro.SimpleStar: Sets the right ascension of the star.
setRaDe(double, double) - Method in class stella.command.FollowRoof: Sets ra and dec.
setRaDe(double, double) - Method in class stella.command.MoveTelescope: Sets ra and dec.
setRaDeCenter(Vector2D) - Method in class stella.adapter.AuxiliaryGuider: Sets the requested pointing direction of the telescope in right ascension and declination and clears any dithering offset active.
setRaDeCenter(Vector2D) - Method in class stella.adapter.OffAxisGuider: Sets the requested pointing direction of the telescope in right ascension and declination.
setRaDePointing(double, double) - Method in class stella.acquire.AbstractFieldOfView: Sets the acquisition center following a AcquireAdapter or AcquireAuxiliary command.
setRadialVelocity(float) - Method in class mysql.SqlStar: Sets the heliocentric velocity as a double.
setRaErr(double) - Method in class astro.PpmXlStar: Sets the error of the right ascension in degrees.
setRaErr(double) - Method in class astro.UcacStar: Sets the error of the right ascension in degrees.
setRankingTime(Date) - Method in class stella.util.SchedulerRank
setRateConstraints(List<Appointable.Constraint>) - Method in class stella.xml.SporeTarget: Sets the target constraints.
setRateRequires(ExpressionEvaluator) - Method in class stella.xml.SporeTarget: Sets the boolean condition that is check for target availability prior to any other parameter constraints.
setRaw(double) - Method in class stella.sensor.RawDataEvent: Sets the measurement of this data event as a primitive double.
setRawConvert(ConvertToPhysical) - Method in class stella.sensor.RawDataEvent: Sets the conversion class to transform raw measurements into physically meaningful quantities.
setRawDeviation(double) - Method in class stella.sensor.RawDataEvent: Sets the error of the measurement.
setRawFormat(NumberFormat) - Method in class stella.sensor.RawDataEvent: Sets the raw-data formatter.
setRawMinMax(double, double) - Method in class stella.sensor.CumulativeDataEvent: Sets the sigma of the raw measurments.
setReadoutDirection(String) - Method in class stella.ccd.JanosDriver: Sets the readout direction.
setReadoutMode(String) - Method in class stella.command.SelectModeCcd: Sets the exposure time.
setReadoutStripes(int) - Method in interface stella.acquire.ImageClassifying: Expected ADU signal for a read-out stripe on shutterless systems.
setReadoutStripes(int) - Method in class stella.acquire.TruncatedGaussClassification
setReady(String[], boolean) - Method in class stella.xml.LoopingSequencer: Sets directly stated triggers.
setReady(String[], boolean) - Method in class stella.xml.XMLSequencer: Sets directly stated triggers.
setReason(String) - Method in class stella.error.CommandAborted: Sets the reason.
setReason(int) - Method in class stella.error.ObjectInLimit: Sets the reason.
setRedColor(float) - Method in class mysql.SqlStar: Sets a red color index of the star, normally a V-R color.
setReduceThread(SynchronousCcdDriver.ReduceImage) - Method in class ccd.SynchronousCcdDriver.MakeImage: Sets the reduce thread that belongs to this expsosure thread.
setReduceThread(StellaGuider.ReduceThread) - Method in class stella.adapter.StellaGuider.ExposeThread: Sets the reduce thread that belongs to this expsosure thread.
setReferenced(boolean) - Method in class stella.error.TelescopeStatus: Sets the referenced flag of the status message.
setRegistered(long) - Method in class globals.rmi.AbstractFitsParameter: Returns the time-stamp when the fits was registered.
setRelaxationPeriod(int) - Method in class stella.util.SineError: Set the frequency of the PID corrections as a multiple of the PID internal period.
setRemoteProperty(String, String) - Method in class stella.rmi.ReceiverTorso: Sets a special property of this property container.
setRemoteProperty(String, String) - Method in class stella.sensor.WeatherStation: Sets a special property of this property container.
setReply(String, Boolean) - Method in class stella.xml.LoopingSequencer: Sets a specified variable to a value.
setReply(String, Boolean) - Method in class stella.xml.XMLSequencer: Sets a specified variable to a value.
setRequires(ExpressionEvaluator) - Method in class stella.xml.SporeTarget: Sets the boolean condition that is check for target availability prior to any other parameter constraints.
setResource(ResourceSupplying) - Method in class astro.ConstellationFactory: Sets a class loader for locating resources.
setRminusI(float) - Method in class astro.PpmXlStar: Sets the color of the star.
setRoofNumber(int) - Method in class stella.error.RoofPosition: Sets the roof number.
setRoofState(String) - Method in class stella.error.RoofPosition: Sets the roof state.
setRotation(double) - Method in class stella.adapter.GuiderInfo: Accessor method.
setRotationalVelocity(float) - Method in class mysql.SqlStar: Sets the rotational velocity as a double.
setRow(String, String, short, boolean) - Method in class mysql.PermissionSql
setRunning(String) - Method in class stella.error.CommandAborted: Sets the reason.
setRunning(String) - Method in class stella.error.CommandConflict: Sets the reason.
setRunningTime(long) - Method in class stella.error.CommandAborted: Sets the inet-address of the access violator.
setRunningTime(long) - Method in class stella.error.CommandConflict: Sets the inet-address of the access violator.
setSaveFile(File) - Method in class stella.command.PointingModelSave: Sets the focus position.
setSearchbox(int) - Method in class stella.acquire.TruncatedGaussClassification
setSeeing(Value) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets the value with the target seeing.
setSeeing(Value) - Method in class stella.adapter.BeamSplitterGuider: Sets the value with the target seeing.
setSeeing(Value) - Method in class stella.adapter.OffAxisTracker: Sets the value with the target seeing.
setSeeing(Value) - Method in class stella.adapter.SpillageGuider: Sets the value with the target seeing.
setSeeing(double) - Method in class stella.util.TelescopeError: Sets the seeing level.
setSending() - Method in class stella.xml.DOMSequence.TaskElement: Sets the value of the done attribute to DTDConstants.SENDING.
setSending() - Method in class stella.xml.SequenceTask: Sets the value of the done attribute to DTDConstants.SENDING.
setSesameEndpointAddress(String) - Method in class Sesame_pkg.SesameServiceLocator
setSesameWSDDServiceName(String) - Method in class Sesame_pkg.SesameServiceLocator
setSetups(Map<String, Object>) - Method in class stella.xml.SporeTarget: Sets the map of setups.
setShift(Point2D, long) - Method in class stella.adapter.GuiderInfo: Accessor method.
setShutter(boolean) - Method in class ccd.ScienceCcdDriver: Sets the shutter position.
setShutter(boolean) - Method in class ccd.ses231.SesDriver: Sets the shutter position.
setShutter(boolean) - Method in class ccd.sta0500.MagellanDriver: Sets the shutter position.
setShutter(boolean) - Method in class ccd.sta0501.MagellanDriver: Sets the shutter position.
setShutter(boolean) - Method in class ccd.sta0502.MagellanDriver: Sets the shutter position.
setShutter(boolean) - Method in class ccd.sta4240.E2VDriver: Sets the shutter position.
setShutter(boolean) - Method in class ccd.StreamingCcdDriver: Sets the shutter position.
setShutterless(boolean) - Method in interface stella.acquire.ImageClassifying: Acquisition is on a shutterless system.
setShutterless(boolean) - Method in class stella.acquire.TruncatedGaussClassification: If called with true, we indicate that we have shutterless readout, i.e.
setSigmaFormat(NumberFormat) - Method in class stella.sensor.RawDataEvent: Sets the raw-data formatter.
setSmoothMinMax(double, double) - Method in class stella.sensor.SmoothDataEvent: Sets the minimum and maximum of the smoothed raw value.
setSmoothRaw(double) - Method in class stella.sensor.SmoothDataEvent: Sets the smoothed value as a primitive double.
setSpectralClass(int) - Method in class mysql.SqlStar: Sets the spectral class as an integer.
setSpectrum(String) - Method in class mysql.SqlStar: Sets the spectrum as a string, like B1IV-V
setSpurious(List<Guiding.RawStar>) - Method in class stella.adapter.GuiderInfo: Accessor method.
setSpurious(List) - Method in class stella.util.GuiderData: Sets the list of spurious detections.
setStarArray(List<Star>) - Method in class stella.acquire.AcquisitionAccess: Sets the arrays from a field of view.
setStarArray(List<Star>) - Method in class stella.adapter.GuiderAccess: Sets the arrays from a field of view.
setStarDetection(ImageClassifying) - Method in interface stella.acquire.AcquisitionAndGuiding: Instance to detect star and to filter out spurious detection.
setStarDetection(ImageClassifying) - Method in class stella.acquire.GuidingOnCrosshair: Instance to detect star and to filter out spurious detection.
setStarDetection(ImageClassifying) - Method in class stella.acquire.StarDetectingOnCrosshair: Instance to detect star and to filter out spurious detection.
setStarList(List<Star>) - Method in class astro.StarCatalog: Sets the list of stars in this catalog.
setStars(List<Guiding.RawStar>) - Method in class stella.adapter.GuiderInfo: Accessor method.
setStars(List<Guiding.RawStar>) - Method in class stella.error.FieldOfView: Sets the fwhm and the flux.
setStars(List<? extends Glint>) - Method in class stella.error.StarFieldOfView: Sets the fwhm and the flux.
setStars(List) - Method in class stella.util.GuiderData: Sets the list of stars.
setStart(Point) - Method in class stella.adapter.StellaGuider.ReduceThread: Sets the upper left corner of the ccd image read by the exposure thread.
setStarted(TargetDefinition, Date) - Method in class mysql.TaskSql: Sets the started timestamp to the value submitted in the date field, if a task entry for the target with the given name exists.
setState(int) - Method in class stella.error.CommandAborted: Sets the inet-address of the access violator.
setState(Object) - Method in class stella.net.tpl.TplCommand: Subclasses may change the content of the state field due to a confusing protocol this was added rather late.
setStrips(List<Guiding.RawStar>) - Method in class stella.adapter.GuiderInfo: Accessor method.
setSubmitted(Date) - Method in class stella.xml.SporeTarget: Sets the target submission date.
setSuccess(boolean) - Method in class stella.DoneEvent: Sets the completion time for the progenitor command, in ms.
setSuccess(boolean) - Method in interface stella.HistoryAware.Pick: Set this observation successful.
setSuccess(boolean) - Method in class target.AbstractTarget.PickAdapter: Sets the success flag.
setSuccessorName(String) - Method in class stella.xml.SporeTarget: Sets this target's successor name.
Settable - Interface in globals: A marker interface to identify parameters that can be set.
settable - Variable in class stella.xml.ElementHelper: The list of variable names that are settable by the user.
SettableTime - Class in globals.value: A general variable representing time.
SettableTime(Map<String, String>) - Constructor for class globals.value.SettableTime: Constructs a new global representing a faked time.
setTargetFile(File) - Method in class stella.xml.SporeTarget: Sets the target xml-file.
setTargetHeight(double) - Method in interface stella.rmi.AdcControlling: Selects a single target height, i.e.
setTargetLost(Value) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets the value counting the spurious guiding losses.
setTargetLost(Value) - Method in class stella.adapter.BeamSplitterGuider: Sets the value counting the spurious guiding losses.
setTargetLost(Value) - Method in class stella.adapter.OffAxisTracker: Sets the value counting the spurious guiding losses.
setTargetLost(Value) - Method in class stella.adapter.SpillageGuider: Sets the value counting the spurious guiding losses.
setTargetName(String, String) - Method in class stella.xml.SporeTarget: Sets the target name.
setTargetType(String) - Method in class stella.xml.SporeTarget: Sets the target type.
setTaskSql(TaskSql) - Static method in class stella.xml.ParsedTarget: Sets the task database.
setTaskTriggers() - Method in class stella.xml.XMLSequencer: Scans the DOMSequence for all task references.
setTcla(int) - Method in class stella.ccd.JanosDriver: Sets camera pixel clamp time in ms.
setTcsParameter(String, Object) - Method in interface stella.rmi.TelescopeControlling: Generic access to some named parameter exposed by the TCS.
setTcsParameter(String, Object) - Method in class stella.telescope.TelescopeMaster: Sets the specified parameter to the value.
setTeam(List<String>) - Method in class stella.xml.SporeTarget: Sets the target cois.
setTeamUserPermission(String, String) - Method in class mysql.PermissionSql: Set permissions for a standard user (team member).
setTeff(float) - Method in class mysql.SqlStar: Sets the effective Temperature.
setTelescope(OffsetCaster) - Method in class stella.adapter.AdapterUnit: Set the telescope communication.
setTelescope(OffsetCaster) - Method in class stella.adapter.AuxiliaryUnit: Set the telescope communication.
setTelescopePointing(Pointing) - Method in class stella.acquire.AbstractAcquisitionAndGuiding: For matching, this is the ra/de center providing instance.
setTelescopePointing(Pointing) - Method in interface stella.acquire.AcquisitionAndGuiding: For matching, this is the ra/de center providing instance.
setTelescopeSize(double) - Method in class stella.util.TelescopeError: Sets the size of the guider telescope.
setTheta(float) - Method in class astro.SextractorStar
setTime(long) - Method in class stella.MessageEvent: Sets the time this Message was generated.
setTimeOfMeasure(Date) - Method in class stella.DataEvent: Sets the date of the measurement and its duration.
setTimeOfRead(Date) - Method in class stella.sensor.TimerTaskSensor: Sets the time of the reading.
setTimeout(int) - Method in class io.AbstractSocketDriver: Set default timeout for socket reads
setTimeouts(long, long) - Method in class stella.net.gregor.CommandMessage: Sets the acknowledge and done timeout.
setTimes(Date[]) - Method in class stella.util.PointingModel: Sets measurement times.
setTimestamp(TargetDefinition, String, Date) - Method in class mysql.TaskSql: Sets a timestamp using the provided target definition in the named field.
setTitle(String) - Method in class stella.xml.SporeTarget: Sets the observing program title.
setToggleTime(long) - Method in class globals.trigger.CountDownTrigger: Allows direct setting of the toggle time, i.e.
setTotalMagFactor(double) - Method in class stella.adapter.RectangularMatcher: Sets the expected uncertainty of the catalog to image magnitudes.
setTrack(boolean) - Method in class stella.error.TelescopeStatus: Sets the tracking flag of the status message.
setTrackTimeRemaining(long) - Method in class stella.error.TracktimeRemaining: Sets the track time remaining.
setTrigger(String, Boolean) - Method in interface globals.GlobalAccessible: Tries to set a trigger parameter identified with its name.
setTrigger(String, Boolean) - Method in class globals.GlobalSet: Sets the value of the specified global.
setTrigger(Boolean) - Method in class globals.rmi.SimpleRemoteTrigger: Does the same thing as Parameter#set but returns the old value as a boolean.
setTrigger(Boolean) - Method in class globals.rmi.TriggerSkeleton: Does the same thing as Parameter.set(java.lang.Object) but returns the old value as a boolean.
setTrigger(Boolean) - Method in class globals.rmi.TriggerStub: Operation not allowed.
setTrigger(Boolean) - Method in class globals.trigger.CountDownTrigger: Sets the trigger.
setTrigger(Boolean) - Method in class globals.trigger.CountingTrigger: Sets the trigger.
setTrigger(Boolean) - Method in class globals.trigger.MissmatchTrigger: This trigger is read-only.
setTrigger(Boolean) - Method in class globals.trigger.Observing: Sets the trigger to the new value and returns the old value.
setTrigger(Boolean) - Method in class globals.trigger.SimpleEventTrigger: Sets the value of this trigger.
setTrigger(Boolean) - Method in class globals.trigger.SimpleTrigger: Sets the value of this parameter.
setTrigger(Boolean) - Method in class stella.globals.DeviceTrigger: Sets the value of this trigger.
setTrigger(Boolean) - Method in class stella.globals.FocusStar: UnsupportedOperationExeption.
setTrigger(Boolean) - Method in class stella.globals.InferPark: Setting the trigger is not allowed.
setTrigger(Boolean) - Method in class stella.globals.PilarTrigger: Does the same thing as Parameter#set but returns the old value as a boolean.
setTrigger(Boolean) - Method in class stella.globals.PowerTelescope: Sets the azimuth of the telescope.
setTrigger(Boolean) - Method in class stella.globals.WeatherTrigger: This is not allowed.
setTrigger(Boolean) - Method in class stella.mxio.MoxaTrigger
setTrigger(String, Boolean) - Method in class stella.rmi.GenericSimulator: Sets a trigger of the generic set to the given value.
setTrigger(Boolean) - Method in class stella.rmi.SwitchSkeleton: Does the same thing as Parameter.set(java.lang.Object) but returns the old value as a boolean.
setTrigger(Trigger[]) - Method in class stella.roof.RoofInfo: Sets all triggers.
setTrigger(Boolean) - Method in class stella.roof.ShelterTrigger: Not allowed.
setTrigger(Boolean) - Method in class stella.roof.SwitchTrigger: Sets the switch trigger value.
setTrigger(Boolean) - Method in class stella.sensor.WeatherStation: Throws an unsupported exception.
setTrigger(Boolean) - Method in class stella.sensor.WeatherTrigger: Not allowed.
setTriggers(double, double) - Method in class stella.util.SchmidtTrigger: Sets the two trigger values.
setTriggers(double, double) - Method in class stella.util.SolarToggle: Sets the two trigger values.
setTriggers(double, double) - Method in class stella.util.TriggerBoard: Sets the toggle values.
settrue - Variable in class stella.xml.SequenceTask: All variables that should be set to true on task start.
setTry(int) - Method in class stella.acquire.AcquisitionUnit: If we repeatedly reduce fits file, because unsuccessful tries lead to a re-do, calling this method may help keeping all (even failed) tries.
setTry(int) - Method in interface stella.acquire.PersitentAcquiring: This method sets the current try in a repeated trial.
setTsam(int) - Method in class stella.ccd.JanosDriver: Sets the camera pixel sampling time in ms.
setTwinSeparation(int) - Method in class stella.acquire.PromptSpillage
setType(String) - Method in class mysql.SqlStar: Sets the simbad object type.
setType(String) - Method in class stella.MessageEvent: Sets the type of this Message.
setUnique(Parameter) - Method in class stella.adapter.AbstractStarGuider: Sets the unique parameter.
setUnique(Parameter) - Method in class stella.adapter.AdapterGuider: Sets the unique parameter.
setUnique(String) - Method in class stella.command.PointingOffsetsTelescope: Sets the focus position.
setUniqueValue(Object) - Method in class stella.error.TelescopeOffsets: Sets the unique value, if we have no access to the parameter.
SETUP - Static variable in interface stella.xml.DTDConstants: The instrument setup to use.
setup - Variable in class stella.xml.SporeTarget: The map of setups found in the target.
Setup(String, Map<String, Object>) - Constructor for class target.AbstractTarget.Setup: Constructs a new Setup section.
setUpdateListener(UpdateListener) - Method in class stella.rmi.FitsUpdateListener: Sets the DataValue class that receives this rmi data events.
setupFilterTable(List<String>, String) - Method in class stella.calibration.CalibrationMaster: Sets up the filter wheel table by parsing the individual filter wheel entries into integer positions.
setupFilterTable(List<String>, String) - Method in class stella.ccd.WifsipMaster: Sets up the filter wheel table by parsing the individual filter wheel entries into integer positions.
SETUPID - Static variable in interface stella.xml.DTDConstants: The instrument setup id.
setupLocals() - Method in class stella.xml.XMLSequencer: Sets up the local variables.
setUser(String) - Method in class stella.xml.SporeTarget: Sets the target user.
setUserPermission(String, String, EnumSet<DataPermission.Access>) - Method in class mysql.PermissionSql
setValid(boolean) - Method in class stella.DataEvent: Sets the validity of the data.
setValid(boolean) - Method in class stella.MessageEvent: Sets the value of the validity flag.
setValue(String, Number) - Method in interface globals.GlobalAccessible: Tries to set a global parameter.
setValue(String, Number) - Method in class globals.GlobalSet: Sets the value of the specified global.
setValue(Number) - Method in class globals.rmi.AbstractFitsValue: Links the Parameter.set(java.lang.Object) to the Value.setValue(java.lang.Number) method.
setValue(Number) - Method in class globals.rmi.Efficiency: Sets the efficiency, which is a read-only variable, therefore this method throws an UnsupportedOperationException.
setValue(Number) - Method in class globals.rmi.SignalToNoise: Sets the efficiency, which is a read-only variable, therefore this method throws an UnsupportedOperationException.
setValue(Number) - Method in class globals.rmi.SimpleRemoteValue: Sets the value.
setValue(Number) - Method in class globals.rmi.ValueStub: Throws an unsupported operation exception.
setValue(Number) - Method in class globals.value.AbstractDatabaseValue: Links the Parameter.set(java.lang.Object) to the Value.setValue(java.lang.Number) method.
setValue(Number) - Method in class globals.value.AbstractTime: Sets the time.
setValue(Number) - Method in class globals.value.AirmassTarget: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.Altitude: Sets the longitude of the Teide observatory.
setValue(Number) - Method in class globals.value.AltTarget: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.AltVelocity: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.AzTarget: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.AzVelocity: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.BarycentricVelocity: Sets the hour angle of the actual target.
setValue(Number) - Method in class globals.value.BVTarget: Sets the v mag of the actual object.
setValue(Number) - Method in class globals.value.DecApparent: Sets the apparent declination.
setValue(Number) - Method in class globals.value.DecTarget: Sets the dec of the actual object.
setValue(Number) - Method in class globals.value.DelayedValue: Sets the value of this parameter, but only after the delay has passed.
setValue(Number) - Method in class globals.value.Distance: Sets the distance.
setValue(Number) - Method in class globals.value.DiurnalVelocity: Sets the hour angle of the actual target.
setValue(Number) - Method in class globals.value.EclipticObliquity: Sets the sidereal time.
setValue(Number) - Method in class globals.value.ElapsedTime: Setting this value is only possible via setting its underlying trigger.
setValue(Number) - Method in class globals.value.EnvironmentFocus: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.FilterTarget: Sets the sidereal time.
setValue(Number) - Method in class globals.value.HjdCorrection: Sets the jd.
setValue(Number) - Method in class globals.value.ImageRevolution: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.IntegerId: Setting the unique number is only allowed vai a call to next, therefore this method throws an UnsupportedOperationException.
setValue(Number) - Method in class globals.value.Jd: Sets the jd.
setValue(Number) - Method in class globals.value.Latitude: Sets the longitude of the Teide observatory.
setValue(Number) - Method in class globals.value.Longitude: Sets the longitude of the Teide observatory.
setValue(Number) - Method in class globals.value.MoonAngle: Sets the monn right ascension.
setValue(Number) - Method in class globals.value.MoonAzimuth: Sets the moon height.
setValue(Number) - Method in class globals.value.MoonDec: Sets the monn right ascension.
setValue(Number) - Method in class globals.value.MoonHeight: Sets the moon height.
setValue(Number) - Method in class globals.value.MoonPhase: Sets the monn right ascension.
setValue(Number) - Method in class globals.value.MoonRa: Sets the monn right ascension.
setValue(Number) - Method in class globals.value.NasmithImageRevolution: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.NasmithImageRotation: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.NightLength: Sets the night length.
setValue(Number) - Method in class globals.value.NightRemain: Sets the night length.
setValue(Number) - Method in class globals.value.ParallacticAngle: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.PropDecTarget: Sets the ra of the actual object.
setValue(Number) - Method in class globals.value.PropRaTarget: Sets the ra of the actual object.
setValue(Number) - Method in class globals.value.PseudoRandom
setValue(Number) - Method in class globals.value.RaApparent: Sets the apparent right ascension.
setValue(Number) - Method in class globals.value.RaTarget: Sets the ra of the actual object.
setValue(Number) - Method in class globals.value.RMagTarget: Sets the r mag of the actual object.
setValue(Number) - Method in class globals.value.ServerPort: Sets the target name.
setValue(Number) - Method in interface globals.Value: Calls Parameter.set(java.lang.Object) but returns the previously set value as a Number.
setValue(Number) - Method in class globals.value.ShelfStatistic: Adds a number to the shelf statistic.
setValue(Number) - Method in class globals.value.SiderealGreenwich: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SiderealGreenwichApparent: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SiderealTime: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SimpleValue: Sets the value of this parameter.
setValue(Number) - Method in class globals.value.SolAzimuth: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SolDec: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SolDistance: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SolHeight: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SolLambda: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SolOpposition: Sets the solar opposition date of the actual target.
setValue(Number) - Method in class globals.value.SolRa: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SolSink: Sets the sidereal time.
setValue(Number) - Method in class globals.value.SolZ: Sets the sidereal time.
setValue(Number) - Method in class globals.value.StopWatch: Sets the value of the stop watch.
setValue(Number) - Method in class globals.value.SumWatch: Sets the current total time.
setValue(Number) - Method in class globals.value.TargetDistance: Sets the distance.
setValue(Number) - Method in class globals.value.TargetSetupValue: Sets the ra of the actual object.
setValue(Number) - Method in class globals.value.TauTarget: Sets the hour angle of the actual target.
setValue(Number) - Method in class globals.value.TrackVelocity: Sets the airmass of the actual target.
setValue(Number) - Method in class globals.value.Twilight: Sets the twilight time.
setValue(Number) - Method in class globals.value.ValueDifference: Sets the sum.
setValue(Number) - Method in class globals.value.ValueFraction: Sets the sum.
setValue(Number) - Method in class globals.value.ValueProduct: Sets the sum.
setValue(Number) - Method in class globals.value.ValueSum: Sets the sum.
setValue(Number) - Method in class globals.value.VMagTarget: Sets the v mag of the actual object.
setValue(Number) - Method in class globals.value.WcsMatrix
setValue(Number) - Method in class io.SerialValue: Setting the value is not allowed.
setValue(Number) - Method in class stella.ccd.AbstractCCDValue: Setting is not allowed.
setValue(Number) - Method in class stella.globals.AbstractFitsMomentsValue: Throws an unsupported operation exception.
setValue(Number) - Method in class stella.globals.AdcFocusShift: Not allowed
setValue(Number) - Method in class stella.globals.AltTelescope: Sets the azimuth of the telescope.
setValue(Number) - Method in class stella.globals.AzTelescope: Sets the azimuth of the telescope.
setValue(Number) - Method in class stella.globals.DarkCurrent: This is a read-only variable, therefore this method throws an UnsupportedOperationException.
setValue(Number) - Method in class stella.globals.DerotatorOffset: Sets the airmass of the actual target.
setValue(Number) - Method in class stella.globals.ExposureRepeat: Sets the ra of the actual object.
setValue(Number) - Method in class stella.globals.ExposureSpan: Sets the ra of the actual object.
setValue(Number) - Method in class stella.globals.FilterFocusShift: Not allowed
setValue(Number) - Method in class stella.globals.FilterWheelPosition: Not allowed
setValue(Number) - Method in class stella.globals.FlatMaximumTime: We get the estimated flat exposure time.
setValue(Number) - Method in class stella.globals.FluxAdapter: Sets the flux of the star image.
setValue(Number) - Method in class stella.globals.FocusPosition: Sets the azimuth of the telescope.
setValue(Number) - Method in class stella.globals.FractionalExposureTime: Sets the fractional exposure time.
setValue(Number) - Method in class stella.globals.FwhmAdapter: Sets the fwhm of the star image.
setValue(Number) - Method in class stella.globals.FwhmMeasure: Sets the fwhm of the star image.
setValue(Number) - Method in class stella.globals.Horizon: Sets the airmass of the actual target.
setValue(Number) - Method in class stella.globals.LaserAzAltDistance: Sets the distance.
setValue(Number) - Method in class stella.globals.LaserDistance: Sets the distance.
setValue(Number) - Method in class stella.globals.MirrorTemperature: Sets the azimuth of the telescope.
setValue(Number) - Method in class stella.globals.ObservableList: Whenever this method is called with a collection of TargetDefinitions as its argument, the internal list of observable targets is updated: Targets present in the ObservableList.KEY_IGNORE list are discarded. All targets not present in ObservableList.targets are added with their current merit. All targets already present are checked for their current merit.
setValue(Number) - Method in class stella.globals.PilarValue: Setting a number is not allowed.
setValue(Number) - Method in class stella.globals.ProposalTime
setValue(Number) - Method in class stella.globals.RankProvider: Not allowed.
setValue(Number) - Method in class stella.globals.RefractionModel: Sets the hour angle of the actual target.
setValue(Number) - Method in class stella.globals.RunningCount: Setting the running number is only allowed via a call to next, therefore this method throws an UnsupportedOperationException.
setValue(Number) - Method in class stella.globals.ShutterTimes: Not allowed.
setValue(Number) - Method in class stella.globals.SnapshotValue: Fails.
setValue(Number) - Method in class stella.globals.StatisticValue: Accumulates a number to the statistics.
setValue(Number) - Method in class stella.globals.TargetMerit: Sets the airmass of the actual target.
setValue(Number) - Method in class stella.globals.UserShare: Sets the current user time share.
setValue(String, String) - Method in interface stella.net.tpl.PilarDriver: Synchroniously return a value of a variable.
setValue(String, Number) - Method in class stella.rmi.GenericSimulator: Sets a value of the generic set to the given value.
setValue(Number) - Method in class stella.sensor.DataValue: Sensor wrapping parameters should not be set externally.
setValue(Number) - Method in class stella.sensor.WeatherRemainsBad: throws UnsupportedOperationException();
setValue(String, String) - Method in class stella.telescope.OpenPilarSocket: Sets the value of a TSI varibale.
setValue(String, String) - Method in class stella.telescope.Pilar3Socket: Sets the value of a TSI varibale.
setValue(String, Object) - Method in class stella.xml.ElementHelper: Sets the constant of the given name to the given value.
setValue(String, Object, boolean) - Method in class stella.xml.ElementHelper: Sets the constant of the given name to the given value.
setValue(String, Object) - Method in interface stella.xml.UserAdjustable: Sets a variable of the given name to its value.
setViolate(String) - Method in class stella.error.CommandConflict: Sets the reason.
setViolate(String) - Method in class stella.error.MissingParameter: Sets the reason.
setViolate(String) - Method in class stella.error.NotGuiding: Sets the reason.
setViolate(String) - Method in class stella.error.ParameterError: Sets the reason.
setViolate(String) - Method in class stella.error.ParseError: Sets the reason.
setViolate(String) - Method in class stella.error.QueueError: Sets the reason.
setViolate(InetAddress) - Method in class stella.error.TcpAccessDenied: Sets the inet-address of the access violator.
setViolate(InetAddress) - Method in class stella.error.TcpNoFreeConnections: Sets the inet-address of the access violator.
setViolateTime(long) - Method in class stella.error.CommandConflict: Sets the inet-address of the access violator.
setViolateTime(long) - Method in class stella.error.NotGuiding: Sets the inet-address of the access violator.
setViolateTime(long) - Method in class stella.error.ParameterError: Sets the inet-address of the access violator.
setViolateTime(long) - Method in class stella.error.ParseError: Sets the inet-address of the access violator.
setViolateTime(long) - Method in class stella.error.QueueError: Sets the inet-address of the access violator.
setVizieREndpointAddress(String) - Method in class VizieR_pkg.VizieRServiceLocator
setVizieRWSDDServiceName(String) - Method in class VizieR_pkg.VizieRServiceLocator
setWcsProjection(WcsProjection) - Method in class astro.WcsFit: Sets the WCSprojection we use for fitting our model.
setWeatherSurveyor(WeatherSurveying) - Method in interface stella.ParameterClustering: Registers a weather surveying instance to this parameter cluster.
setWeatherSurveyor(WeatherSurveying) - Method in class stella.ParameterSet: Binds a weather surveyor to this parameter set.
setWindow(Rectangle) - Method in interface ccd.CcdDriver: Sets a new readout window.
setWindow(Rectangle) - Method in class ccd.FechnerDriver: Set the current image window.
setWindow(Rectangle) - Method in class ccd.ScienceCcdDriver: Set the current image window.
setWindow(Rectangle) - Method in class ccd.ses231.SesDriver: Set the current image window.
setWindow(Rectangle) - Method in class ccd.sta0500.MagellanDriver: Set the current image window.
setWindow(Rectangle) - Method in class ccd.sta0501.MagellanDriver: Set the current image window.
setWindow(Rectangle) - Method in class ccd.sta0502.MagellanDriver: Set the current image window.
setWindow(Rectangle) - Method in class ccd.sta4240.E2VDriver: Set the current image window.
setWindow(Rectangle) - Method in class ccd.StreamingCcdDriver: Set the current image window.
setWindow(Rectangle) - Method in class stella.ccd.JanosDriver: Sets a new readout window.
setWindow(Rectangle) - Method in class stella.ethcam.AbstractGigeDriver: Set the current image window.
setWindow(Rectangle) - Method in class stella.firecam.FireDriver: Set the current image window.
setWindPeak(Value) - Method in class stella.adapter.AuxiliaryGuidingUnit: Sets the value with the high-peaked winds.
setWindPeak(Value) - Method in class stella.adapter.BeamSplitterGuider: Sets the value with the high-peaked winds.
setWindPeak(Value) - Method in class stella.adapter.OffAxisTracker: Sets the value with the high-peaked winds.
setWindPeak(Value) - Method in class stella.adapter.SpillageGuider: Sets the value with the high-peaked winds.
setWindSpeed(double) - Method in class stella.util.TelescopeError: Sets the wind speed.
setWithSunRise(double, double, double) - Static method in class astro.Astro: Returns the date when a specified target at a specified latitude rises with the sun.
setWithSunSet(double, double, double) - Static method in class astro.Astro: Returns the date when a specified target at a specified latitude rises with the sun.
setWriteDebug(boolean) - Method in class mysql.SqlAccess
setWriter(Writer) - Method in class stella.rmi.DailyDump.WriterCloseThread: Sets the writer that should be closed on run.
setXaux(double[]) - Method in class stella.util.NasmythPointingModel
setYaux(double[]) - Method in class stella.util.NasmythPointingModel
setZenithDistance(VectorG) - Method in class stella.util.PointingModel: Sets the zenith distance data.
setZenithOffsets(VectorG, VectorG) - Method in class stella.util.PointingModel: Sets the measured zenith distance offsets and the erros, if available.
setZero(double, double, double) - Method in class stella.util.SCurve: Sets the boundary condition.
setZeroPosition(String) - Method in class stella.omc.FilterWheel: Compatibility mode.
setZeroPosition() - Method in class stella.omc.FilterWheel: Set the filter wheel in its zero position.
setZeroPosition(String) - Method in class stella.omc.LinearPositioner: Sets the given axis in its zero position.
setZeroPosition(String) - Method in class stella.omc.MiniWheel: Compatibility mode.
setZeroPosition() - Method in class stella.omc.MiniWheel: Set the mini wheel in its zero position.
setZeroPosition(String) - Method in interface stella.omc.MultiAxes: Calling this method should ensure that the stated axis is in a well-defined state.
setZeroPosition() - Method in interface stella.omc.Positioning: Calling this method should ensure that the driver is in a well-defined state.
setZeroPosition(String) - Method in class stella.omc.RelativeWheel: Compatibility mode.
setZeroPosition() - Method in class stella.omc.RelativeWheel: Sets the filter wheel to its mechanical zero position (M0P).
setZeroPosition(String) - Method in class stella.omc.WifsipWheel: Compatibility mode.
setZeroPosition() - Method in class stella.omc.WifsipWheel: Sets the filter wheel to its mechanical zero position (M0P).
setZeroPosition(String) - Method in class stella.omc.WindmillShutter: Compatibility mode.
setZeroPosition() - Method in class stella.omc.WindmillShutter: Make the new zero positioning in the 'regular' way by issuing a X0-H
SEVERENESS - Static variable in class stella.error.AccumulationStart: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.AccumulationStop: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.AcknowledgeTimeOut
SEVERENESS - Static variable in class stella.error.AdapterFwhm: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.AltAzRotation: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.AmbiguousStarPattern: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.AutoMaster: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.BadSeeingGuiding: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.BadWeather: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotCloseMirrorCover: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotCloseRoof: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotFocusMirror: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotInitAdapter: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotInitCcd: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotInitTelescope: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotMoveDome: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotMoveTelescope: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotOffsetTelescope: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotOpenMirrorCover: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotOpenRoof: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotParkTelescope: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CannotWriteFile: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CcdParametersOff: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CentralFocus: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.CommandAborted: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CommandConflict: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.CompletionTimeOut: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.ConfigurationError: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.DropTarget: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.EncoderError: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.ExactFocus: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.ExposureFinished: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.ExposureStart: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.ExternalAbort: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.ExtraFocal: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.FieldOfView: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.FitsWrittn: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.FocusExceedsLimit: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.FocusNotReached: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.GoodWeather: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.GuiderFits: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.GuidingStart: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.HighWindGuiding: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.IncompleteDone: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.IntraFocal: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.ISquareT: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.LateReply: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.LimitSwitchDefect: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.LimitSwitchFailure: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.LostConnection: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.LostGuiding: The severness level (status message).
SEVERENESS - Static variable in class stella.error.LostSerial: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.LostTarget: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.MissingParameter: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.MotorProtection: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoAutoClearing: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoCalibrationLight: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoCalibrationUnit: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoCatalogStars: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoCcd: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoDaughterAvailable: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoDiskSpace: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoExactFocus: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoFilterWheel: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoFlashing: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoFlatFieldLight: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoFlatFieldSwitch: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoGuiding: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoRoof: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoSequenceAvailable: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.NoStarOnAcquire: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoStarOnGuide: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoSuchFilter: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoSuchReadoutMode: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoTelescope: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NotGuiding: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoThArLight: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.NoThArSwitch: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.ObjectInLimit: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.ObservationFinished: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.ParameterError: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.ParseError: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.PidOffset: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.PixelOffset: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.ProtocolError: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.QueueError: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.RecordFocus: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.RegainedGuiding: The severness level (status message).
SEVERENESS - Static variable in class stella.error.RepositionTelescope: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.RequestTelescopePosition: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.RoofPosition: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.ScsConnectFailure: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.ScsConnectionLost: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.SequenceExecution: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.SkyFlatAbort: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.SocketError: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.SoftwareError: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.StageStuck: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.StarFieldOfView: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.TargetExecuted: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.TargetFinished: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.TargetNotAvailable: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.TargetPicked: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.TargetStarMagnitude: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TcpAccessDenied: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TcpNoFreeConnections: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TelescopeOffsets: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.TelescopePosition: The severness level (interesting importance).
SEVERENESS - Static variable in class stella.error.TelescopePowerLost: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TelescopeProtection: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TelescopeStalled: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TelescopeStatus: The severness level (status message).
SEVERENESS - Static variable in class stella.error.TimeOutLimitSwitch: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TimeOutRoof: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TracktimeRemaining: The severness level (status message).
SEVERENESS - Static variable in class stella.error.TsiConnected: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TsiConnectFailure: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TsiConnectionLost: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TsiTccConnected: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TsiTccConnectFailure: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.TsiTccConnectionLost: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.UnknownCommand: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.UnsupportedCommand: The severness level (fatal error).
SEVERENESS - Static variable in class stella.error.WeatherAccess: The severness level (fatal error).
sexagesimal() - Method in class astro.SimpleStar
sexagesimal(int, int) - Method in class astro.SimpleStar
sexagesimal(Star) - Static method in class astro.SimpleStar
sexagesimal(Star, int, int) - Static method in class astro.SimpleStar
SextractorRead - Class in astro: Class that reads sextractor files into a list of Sextractor stars.
SextractorRead(Map<String, String>) - Constructor for class astro.SextractorRead: Defaults all values, make Icatfinalize readable.
SextractorRead.Wcs - Class in astro: We convert a ICAT output sextractor file to a WCS input file, filtering all non-stars out of the list.
SextractorRegions - Class in stella.util: Converts sextractor output files into ds9 region files or into canvas-saved files.
SextractorRegions(Map<String, String>) - Constructor for class stella.util.SextractorRegions: Defaults all values.
SextractorRegions.toCanvas - Class in stella.util: Reads the file on the first command line argument and converts it to a canvas shape list, file name given as the second argument.
SextractorRegions.toDs9 - Class in stella.util: Reads the file on the first command line argument and converts it to a ds9-region list, file name given as the second argument.
SextractorStar - Class in astro: Star description derived out of sextractor output.
SextractorStar() - Constructor for class astro.SextractorStar: Constructs a new empty sextractor star.
SextractorStar(String) - Constructor for class astro.SextractorStar: Constructs a new sextractor star using a sepcified name.
SextractorStar.Flag - Enum in astro
SextractorStar.PixelPosition - Class in astro: Returns a comparator that sorts sextractor stars depending on pixel distance from a certain central pixel, stated at construct.
shadow(double, double) - Method in class stella.globals.Horizon.Ellipsoidal: Combines the calculation of the wall height plus vignetting.
shadow(double, double) - Method in interface stella.globals.Vignetting: Calculates the vignetting factor as a function of azimuth and altitude of the telescope as a fraction of one.
SHARE - Static variable in class stella.globals.UserShare: The parameter name extension to define current user time shares.
sharp - Variable in class astro.StarDetection: Sharpness measure.
SHARP - Static variable in class astro.util.StarParser: Additional star property sharpness, if filtered.
sharp - Variable in class stella.adapter.GuiderStar: The sharpness of the star in a ccd image.
ShelfStatistic - Class in globals.value: This class hooks on to a shelf to generate minima/maxima or averages.
ShelfStatistic(Map<String, String>) - Constructor for class globals.value.ShelfStatistic: Constructs a new shelf-based statistics sensor.
ShelfStatistic.Average - Class in globals.value: Useable class returning the average.
ShelfStatistic.Maximum - Class in globals.value: Useable class returning the average.
ShelfStatistic.Minimum - Class in globals.value: Useable class returning the average.
ShelfStatistic.Test - Class in globals.value: Test class.
shelter - Variable in class stella.environment.ShelterMaster: The shelter command handler.
SHELTER_CLOSE - Static variable in class stella.environment.ShelterMaster: Useful constant for close shelter at start-up.
SHELTER_INDIFFERENT - Static variable in class stella.environment.ShelterMaster: Useful constant for open shelter at start-up.
SHELTER_OPEN - Static variable in class stella.environment.ShelterMaster: Useful constant for open shelter at start-up.
ShelterAccess - Class in stella.roof: A small program allowing access to ShelterControlling and RemoteLight enhanced objects.
ShelterAccess() - Constructor for class stella.roof.ShelterAccess: Constructs a new building access instance.
ShelterControlling - Interface in stella.rmi: This interface provides the methods required for remote building control.
Sheltering - Interface in stella.roof: An interface describing the functionality of a roof server.
ShelterMaster - Class in stella.environment: The master program running at the environment control.
ShelterMaster(Map<String, String>) - Constructor for class stella.environment.ShelterMaster: Constructs a new environment master.
SHELTERPRIORITY - Static variable in class stella.environment.ShelterMaster: The priority of the shelter exit.
ShelterTrigger - Class in stella.roof: A trigger that directly connects to a Sheltering instance.
ShelterTrigger(Map<String, String>) - Constructor for class stella.roof.ShelterTrigger: Constructs a new roof trigger.
shift - Variable in class stella.adapter.GuiderInfo: The pixel shift applied.
shift - Variable in class stella.adapter.LinearPrimeFocus: The external focus offset, e.g.
shift - Variable in class stella.adapter.OffAxisUnit: The pixel shift recorded.
shift - Variable in class stella.adapter.PrimeFocusCamera: The pixel shift recorded.
shift - Variable in class stella.auxiliary.LinearPrimeFocus: The external focus offset, e.g.
shift - Variable in class stella.globals.FilterFocusShift: Lookup-table linking filter name to shift.
shiftBackward(double) - Method in class stella.math.Extrapolation: Shifts the entire data set backward for one point.
shiftCalibrationUnit(CommandEvent, String) - Method in class stella.calibration.CalibrationMaster: Shift the calibration unit to the position specified, if we have it.
shiftfocus - Variable in class stella.util.MomentsFocusser: The value that delivers a focus shift due to a filter selected.
shiftForward(double) - Method in class stella.math.Extrapolation: Shifts the entire data set forward for one point.
Shot() - Constructor for class ccd.AbstractCcdDriver.Shot
Show() - Constructor for class mysql.HistorySql.Show
Show() - Constructor for class stella.adapter.JGregorAuxiliaryGuider.Show
Show() - Constructor for class stella.adapter.JGregorGuider.Show
Show() - Constructor for class stella.globals.Horizon.Show
showAndGetMenupoint() - Method in class stella.omc.FilterWheel.fw
showAndGetMenupoint() - Method in class stella.omc.MiniWheel.mw
showMenu() - Method in class stella.omc.LinearPositioner.lpUI
showVertices(PrintStream) - Method in class htm.core.HTMindexImp: showVertices: print every vertex to the output stream
shuffle(VectorG[]) - Static method in class stella.util.PointingModel.PointingDataModel
SHUT - Static variable in class stella.roof.RoofInfo: The trigger state without the leading 0F of the roof for total shut.
shut - Variable in class stella.roof.RoofInfo: If this is true, the roof is closed and no problems have been seen.
shut - Variable in class stella.sensor.HumiditySwitch: The status of the roof.
SHUT_DOWN - Static variable in class stella.ErrorEvent: The follow-up for shutdown.
shutcancel - Variable in class stella.roof.BeckhoffRoof: Internal flag signaling that an ongoing close should be canceled.
shutdown() - Method in class stella.rmi.GenericMaster: Quits the currently running java VM with a System.exit call.
shutdown() - Method in class stella.rmi.GenericSimulator: Quits the currently running java VM with a System.exit call.
SHUTDOWN - Static variable in class stella.util.HistoryDatabase: If a line containing this string is found, pick is unsuccessful.
shutdownWatchdogs() - Method in class stella.environment.EnvironmentMaster: Disables watchdogs in all drivers if they are subclasses of WatchdogRS485Server.
shutdownWatchdogs() - Method in interface stella.rmi.BuildingControlling: Shuts down watchdog actions.
SHUTRETRY - Static variable in class stella.roof.RoofReceiver: The retry-task identifier for close.
shutRoof - Variable in class stella.roof.RoofReceiver: This triggers get true if the roofs are entirely closed.
shutRoofLaunch(int) - Method in class stella.roof.RoofReceiver: Closes the roof, first stage.
shutRoofMove(int) - Method in class stella.roof.RoofReceiver: Closes the roof, second stage.
shutter - Variable in class stella.acquire.TruncatedGaussClassification
shutter - Variable in class stella.globals.ShutterTimes: The reference to the Shutter driver.
Shutter - Interface in stella.omc: A shutter is a special positioning driver, that has only two positions: Opened and closed.
Shutterless - Interface in ccd: Marker interface for CCDs without a shutter.
Shutterless - Interface in stella.adapter: This interface defines the capabilities to remove read-out stripes from a candidates list.
shutteropen - Variable in class stella.omc.WindmillShutter: After init, the shutter is closed.
ShutterTimes - Class in stella.globals: Wraps on a shutter and provides timing information.
ShutterTimes(Map<String, String>) - Constructor for class stella.globals.ShutterTimes: Constructs a new filter wheel parameter, defaulting its name and the name of the Positioning driver.
sid - Variable in class stella.sensor.SolZSensor: The last calculated sidereal time.
sid - Variable in class stella.util.GuiderParametersRaDe
sidereal - Variable in class globals.value.MoonAzimuth: The actual sidereal time.
sidereal - Variable in class globals.value.MoonHeight: The actual sidereal time.
sidereal - Variable in class globals.value.SolAzimuth: The actual sidereal time.
sidereal - Variable in class globals.value.SolHeight: The actual sidereal time.
sidereal - Variable in class globals.value.SolZ: The actual sidereal time.
sidereal - Variable in class globals.value.TauTarget: The local sidereal time in degrees.
sidereal - Variable in class globals.value.Twilight: The sidereal time parameter to use.
sidereal - Variable in class stella.sensor.SolZSensor: The class converting dates into sidereal time.
sidereal - Variable in class stella.telescope.Waltz: Sidereal time at site.
SiderealGreenwich - Class in globals.value: And yet another implementation of a sidereal time computation}, for the zero-meridian at Greenwich.
SiderealGreenwich(Map<String, String>) - Constructor for class globals.value.SiderealGreenwich: Constructs a new sidereal time object.
SiderealGreenwich.Now - Class in globals.value: Reads the first command line argument and parses it into a date.
SiderealGreenwichApparent - Class in globals.value: The apparent sidereal time in Greenwich.
SiderealGreenwichApparent(Map<String, String>) - Constructor for class globals.value.SiderealGreenwichApparent: Constructs a new sidereal time object.
SiderealGreenwichApparent.Now - Class in globals.value: Reads the first command line argument and parses it into a date.
SiderealTime - Class in globals.value: And yet another implementation of a sidereal time computation.
SiderealTime(Map<String, String>) - Constructor for class globals.value.SiderealTime: Constructs a new sidereal time object.
SiderealTime.Now - Class in globals.value: Reads the first command line argument and parses it into a date.
SiderealTiming - Interface in astro: An interface defining the calculation of the sidereal time out of a Date object and a Site instance describing the location of the observer on the Earth.
SIDEREALYEAR - Static variable in class astro.Astro: The number of days in one sidereal year.
SIDSOL - Static variable in class astro.Astro: Conversion factor from sidereal time to solar time.
sigalert - Variable in class stella.log.OffLimitMailer: Sigma alerts.
sigform - Variable in class stella.sensor.DataSensor: The decimal format for the raw sigma values.
sigformat - Variable in class stella.sensor.RawDataEvent: A formatter for the raw deviation.
SightInfo - Class in astro: A small class that allows calculation of fundamental astronomical properties of an object at a given location.
SightInfo(Map<String, String>) - Constructor for class astro.SightInfo: Default constructor.
SightInfo.Print - Class in astro: A class to test the main astronomical info.
sigma - Variable in class astro.fits.ImageEnhance.ImageStack
sigma - Variable in class astro.SpectralFits: After construction, we have these arrays available.
sigma - Variable in class stella.merit.AtTimeMerit: The scaling factor for the time.
sigma - Variable in class stella.merit.ChunkTimeMerit: The calculated sigma parameters of each block.
sigma - Variable in class stella.sensor.DatabaseCurrent: The mapping of STELLA sensors standard deviations to sql fields.
sigma - Variable in class stella.sensor.RawDataEvent: The sigma of the individual measurement.
sigma - Variable in class stella.util.BeamSplitterFit: On hole fitting, we set the direct fwhm and get the mirror sigma.
sigmadark - Variable in class stella.util.MasterDark: The master dark sigma map.
sigmaImage(Multidimensional, Dimension, int, int) - Method in class astro.WcsFit: We take the residuals to the solution and return an sigma-fits from them.
SigmaMaps() - Constructor for class astro.WcsFit.SigmaMaps
sigmax - Variable in class stella.globals.FlatQuality: Parsed mapping from properties.
sigmin - Variable in class stella.globals.FlatQuality: Parsed mapping from properties.
Sign - Class in htm.core: Sign: Store the sign of the constraint/convex
Sign() - Constructor for class htm.core.Sign
Sign(short) - Constructor for class htm.core.Sign
sign_ - Variable in class htm.core.Sign
Signal(String, Color, Number, OffLimitVisual.Flavor) - Constructor for class stella.sql.OffLimitVisual.Signal
signal(String) - Method in class stella.util.TransferListener: Signals an external server that a file has been transferred.
signalexit - Variable in class stella.util.TransferListener: Gets true on exit request.
signalForExit() - Method in class stella.util.TransferListener: Retunrs our shecduled time as the exit time.
SignalToNoise - Class in globals.rmi: From a fits file, we extract a window and estimate the Signal-to-Noise from photon statistics.
SignalToNoise(Map<String, String>) - Constructor for class globals.rmi.SignalToNoise: Constructs a new S/N estimate.
signalToNoise(double, double, Dimension) - Method in class stella.acquire.ExposureTimeCalculator
significant(Vector2D) - Method in class stella.acquire.AbstractAutoGuider: Checks the absolute value in the first argument versus the significance level and the standard deviation in the second argument.
simbad - Static variable in class stella.sql.TargetConsistency: On cositency checks we gather all new SIMBAD target names.
simhist - Variable in class stella.util.SimulatorParser
similarTriangles() - Method in class astro.WcsMatch: Tries to find matches from catalog to measured.
SIMPLE - Static variable in class astro.fits.MHeaderTools: The mandatory FITS key denoting the end of the header section.
simple - Variable in class globals.rmi.SimpleRemoteTrigger: My trigger.
SIMPLE_COMMAND - Static variable in class stella.io.RS485Configurator: A key starting with this prefix is linked to a no-parameter command.
SimpleCommand - Class in stella.command: A helper class providing default implementation of the SimpleCommand.parseLine(java.lang.String[]) and SimpleCommand.getLine() method of the base CommandEvent class.
SimpleCommand(Object, String, long) - Constructor for class stella.command.SimpleCommand: The required constructor.
SimpleEventTrigger - Class in globals.trigger: An abstract implementation for an event trigger.
SimpleEventTrigger(Map<String, String>) - Constructor for class globals.trigger.SimpleEventTrigger: Constructs a new abastract event trigger.
SimpleGnomic() - Constructor for class stella.util.GuiderParametersRaDe.SimpleGnomic
SimpleParameter - Class in globals.parameter: A helper class providing a simple parameter.
SimpleParameter() - Constructor for class globals.parameter.SimpleParameter: Constructs a simple parameter without any properteis.
SimpleParameter(Map) - Constructor for class globals.parameter.SimpleParameter: Constructs a simple parameter without any specific need for the properties argument.
SimpleRemoteTrigger - Class in globals.rmi: A helper class providing a simple trigger.
SimpleRemoteTrigger(Map<String, String>) - Constructor for class globals.rmi.SimpleRemoteTrigger: Constructs a simple parameter without any specific need for the properties argument.
SimpleRemoteValue - Class in globals.rmi: A simple value with remote capabilities.
SimpleRemoteValue(Map<String, String>) - Constructor for class globals.rmi.SimpleRemoteValue: Constructs and exports this value.
SimpleSid - Class in astro: Class to calculate the sidereal time for a given location and Date.
SimpleSid() - Constructor for class astro.SimpleSid
SimpleSite - Class in astro: A helper class that implements the Site interface.
SimpleSite() - Constructor for class astro.SimpleSite: Do not use this constructor directly.
SimpleSite(double, double, double) - Constructor for class astro.SimpleSite: Constructs a fully qualified site out of the longitude, latitude, and elevation of this site.
SimpleSol - Class in astro: A class implementing SolarPosition.
SimpleSol() - Constructor for class astro.SimpleSol: Constructs an invalid solar position instance.
SimpleSol(Date) - Constructor for class astro.SimpleSol: Constructs a solar position instance with a specified date.
SimpleSol.Test - Class in astro: Test purpose.
SimpleStar - Class in astro: A helper class containing general information on a star.
SimpleStar() - Constructor for class astro.SimpleStar: Constructs a new empty star description.
SimpleStar(String) - Constructor for class astro.SimpleStar: Constructs a new empty star description.
SimpleStar(Star) - Constructor for class astro.SimpleStar: Constructs a new star description from the source object.
SimpleStar(String, String, String, String) - Constructor for class astro.SimpleStar: Constructs a new star description with the minimal information.
SimpleStar(String, String, String, String, String, String) - Constructor for class astro.SimpleStar: Constructs a new star description.
SimpleStar(String, String, String, String, String, String, String, String) - Constructor for class astro.SimpleStar: Constructs a new star description.
SimpleStar(String, String, String, String, String, String, String, String, String, String) - Constructor for class astro.SimpleStar: Constructs a new full star description.
SimpleStar.Distance - Class in astro: For sorting star lists to distance of center.
SimpleStar.StarComparator - Class in astro: Gets a star definition comparator linked to the named property of the star.
SimpleTrigger - Class in globals.trigger: A helper class providing a simple trigger.
SimpleTrigger() - Constructor for class globals.trigger.SimpleTrigger: Constructs a simple parameter without any properteis.
SimpleTrigger(boolean) - Constructor for class globals.trigger.SimpleTrigger: Constructs a simple trigger without parameters and set to the startup value.
SimpleTrigger(Map) - Constructor for class globals.trigger.SimpleTrigger: Constructs a simple parameter without any specific need for the properties argument.
SimpleUserProfile - Class in stella.applet
SimpleUserProfile(String, String, String, String, String) - Constructor for class stella.applet.SimpleUserProfile
SimpleUserProfile.Servlet - Class in stella.applet: Test servlet access to user-db.
SimpleValue - Class in globals.value: A helper class providing a simple parameter.
SimpleValue() - Constructor for class globals.value.SimpleValue: Constructs a simple parameter without any properteis.
SimpleValue(double) - Constructor for class globals.value.SimpleValue: Constructs a simple parameter without any properties.
SimpleValue(Map<String, String>) - Constructor for class globals.value.SimpleValue: Constructs a simple parameter without any specific need for the properties argument.
SimpleValue.Exposure - Class in globals.value: Simple value that implements the ExposureTimeMeasuring interface to use it as an exposure time meter.
simplify() - Method in class htm.core.Convex: simplify: We have the following decision tree for the simplification of convexes: Always test two constraints against each other.
simplify() - Method in class htm.core.Domain
simplify(Domain) - Method in interface htm.core.HTMindex: return a HTM id number for a given position
simplify(Domain) - Method in class htm.core.HTMindexImp
simplify0() - Method in class htm.core.Convex: simplify0: simplify zERO convexes.
simul - Variable in class stella.util.SimulatorTime: A weather station based on time.
simulate(double) - Method in class astro.LightCurveSimulator: Simulates a light-curve value at a given point in time stored in the global time variable for a given outside-of-atmosphere V magnitude.
simulate - Variable in class io.AbstractSimulatingDriver
simulate - Variable in class stella.io.PollingBeckhoffServer: If true, we are in simulation mode.
simulate - Variable in class stella.roof.BeckhoffRoof: If true, we are in simulation mode.
simulateSince() - Method in class io.AbstractSimulatingDriver
SimulateToggle(BeckhoffRoof.PlcTrigger, Boolean) - Constructor for class stella.roof.BeckhoffRoof.SimulateToggle
SimulatorParser - Class in stella.util: This class parses master logs in simulation mode and extracts done.object (the unique ID), done.objid (the object name), starting time and duration.
SimulatorParser(Map<String, String>) - Constructor for class stella.util.SimulatorParser: Constructs a new log parser.
SimulatorSequencer - Class in stella.util: This class is used as a Sequencing instanance for simulating the target load on STELLA.
SimulatorSequencer(Map) - Constructor for class stella.util.SimulatorSequencer: Construct a new sequencer for load simulation.
SimulatorTime - Class in stella.util: A general variable representing time.
SimulatorTime(Map<String, String>) - Constructor for class stella.util.SimulatorTime: Constructs a new global representing a faked time.
SimulatorWeather - Class in stella.util: This class is the base class for simple or more sophisticated average-weather predictors to use in simulations of STELLA action.
SimulatorWeather(Map<String, String>) - Constructor for class stella.util.SimulatorWeather: Constructs a new weather simulator.
simulstart - Variable in class stella.util.TimeSimulate: The time simulation started.
SineError - Class in stella.util: A class that models a time-dependend shift according to an overlay of sine functions.
SineError(double[], double[], double[]) - Constructor for class stella.util.SineError: Constructs a new sine error function specifiying the coefficients of the error function.
SineError(double[], double[], double[], double) - Constructor for class stella.util.SineError: Constructs a new sine error function specifiying the coefficients of the error function.
SineError.Parse - Class in stella.util: A command-line frontend to the sine-error class.
SineError.Relaxation - Class in stella.util: A class that simulates the reaction of the system to an offset.
SINEKL - Static variable in class astro.Astro: The sine of the inclination of the eclitic.
single(String) - Method in class mysql.AbstractSql
single(Collection<String>, String) - Method in class mysql.AbstractSql
Single() - Constructor for class mysql.StatisticMaster.Single
Single() - Constructor for class stella.adapter.SpillSignal.Single
Single() - Constructor for class stella.adapter.StellaGuider.Single
Single(Socket) - Constructor for class stella.net.gregor.PacketServer.Single
SINGLE_COMMAND - Static variable in class stella.io.RS485Configurator: Keys starting with this prefix are single-parameter commands.
singleAttribute(Node, String, String) - Static method in class xml.DOMHelper: Scans the node for the sole occurence of the stated element.
singleBeam(float[][], int) - Method in class astro.SpectralFits: Single beam.
singleElement(Node, String) - Static method in class xml.DOMHelper: Scans the node for the occurence of the given element.
singleExposure(CcdDriver, File, double) - Method in class stella.acquire.AcquireMaster
singleProcess(MFitsStarFind, File, boolean) - Method in class astro.fits.MFitsStarFind.Reduce: It was necessary to allow in-VM looping over filenames.
singleProfile(String) - Method in class mysql.UserSql: Convenience method returning just a single user profile.
singleRow(Collection<String>, ResultSet) - Static method in class mysql.SqlAccess
singleRow(ResultSetMetaData, Collection<String>, ResultSet) - Static method in class mysql.SqlAccess
singleShot(File, double) - Method in class stella.acquire.AcquireMaster: Takes a single exposure with the given exposure time in second.
singleShot(double) - Method in class stella.adapter.AdapterMaster: If in manual mode, we take a single guider camera shot.
singleShot(double) - Method in class stella.adapter.AuxiliaryMaster: If in manual mode, we take a single guider camera shot.
singleShot(double) - Method in interface stella.rmi.GuiderControlling: Takes a single exposure with the given exposure time in second.
singleShot(File, double) - Method in interface util.rmi.CcdControlling: Takes a single exposure with the given exposure time in second.
singleShotGuide(File, double) - Method in class stella.acquire.AcquireMaster: Takes a single exposure with the given exposure time in second.
singleShotGuide(File, double) - Method in interface stella.rmi.AcquisitionControlling: Takes a single exposure with the given exposure time in second.
SINGLESIZE - Static variable in class stella.net.gregor.PacketOutputStream: The maximum size a single package can contain.
singleText(Node, String) - Static method in class xml.DOMHelper: Scans the node for the occurrence of the given element.
sini - Static variable in class astro.OrbitModel.Hss348.Eclipse
sinLat - Variable in class astro.Location
sinLong - Variable in class astro.Location
SIO_BAUDRATE_NOT_SUPPORT - Static variable in interface stella.mxio.EthReading
SIO_CLEAR_COMM_FAIL - Static variable in interface stella.mxio.EthReading
SIO_CLOSE_FAIL - Static variable in interface stella.mxio.EthReading
SIO_FLUSH_FILE_BUFFERS_FAIL - Static variable in interface stella.mxio.EthReading
SIO_GET_COMM_STATE_FAIL - Static variable in interface stella.mxio.EthReading
SIO_OPEN_FAIL - Static variable in interface stella.mxio.EthReading
SIO_PURGE_COMM_FAIL - Static variable in interface stella.mxio.EthReading
SIO_RESPONSE_BAD - Static variable in interface stella.mxio.EthReading
SIO_SET_COMM_STATE_FAIL - Static variable in interface stella.mxio.EthReading
SIO_SET_COMM_TIME_OUT_FAIL - Static variable in interface stella.mxio.EthReading
SIO_SETUP_COMM_FAIL - Static variable in interface stella.mxio.EthReading
SIO_TIME_OUT - Static variable in interface stella.mxio.EthReading
SIO_TRANSMISSION_MODE_ERROR - Static variable in interface stella.mxio.EthReading
Site - Interface in astro: An interface describing a geographical location on the Earth.
SIXSWITCHES - Static variable in class stella.ccd.CameraAccess: The command line switches understood by this access class, six arg.
SIXSWITCHES - Static variable in class stella.ccd.SesAccess: The command line switches understood by this access class, six arg.
SIXSWITCHES - Static variable in class stella.ccd.WifsipAccess: The command line switches understood by this access class, six arg.
size - Variable in class astro.fits.AbstractFitsImageModel
size() - Method in class astro.fits.ImageBlock: Number of image infos in this block.
size - Variable in class stella.sql.TargetConsistency.URLInfo: Size of content.
skeleton - Variable in enum stella.net.ads.AdsValue.Types
SKIP - Static variable in class astro.WcsFit.Parser: Starting default.
SKIP - Static variable in class stella.util.HistoryDatabase: The number of chars to skip on the line start.
SKIP_PROB - Static variable in class htm.core.HTMrange
skipBytes(int) - Method in class io.LittleEndianDataInputStream
skipToNoneEmptyImage(MFits, int) - Static method in class astro.fits.MFitsTools: Just to provide a method that will have identical signature to getHDUofType
sky - Variable in class stella.adapter.GuiderStar: The sky of the star in a ccd image.
sky - Variable in class stella.util.BeamSplitterFit: The sky count.
SKYFLAT - Static variable in interface stella.xml.ReservedConstants: This identifies a sky-flat target.
SkyFlatAbort - Class in stella.error: An error event sent by the sequencer if the calculated sky-flat exposure time is higher than the maximum on sunset (it will get just darker, no chance of improvement) or, not that important on sun rise if the exposure time falls below the minimum time.
SkyFlatAbort(Object) - Constructor for class stella.error.SkyFlatAbort: Constructs a software error.
SKYFRAME - Static variable in class stella.adapter.StellaGuider: Pixel width of the skyframe in native part.
skyFrameAroundBox(MImageHDU, Rectangle) - Method in class stella.auxiliary.MomentsFocussing
SKYMAG - Static variable in class astro.SimpleStar: Unknown mag, use sky brightness.
skynet - Variable in class stella.util.PointingScheduler: The helper class that tiles the available sky into equal-sized tiles.
SkyPath - Class in astro: A sky path uses a Morphing object to convert a ra-dec path on the sky to a pixel path.
SkyPath(CoordinateTransforming) - Constructor for class astro.SkyPath: Constructs a new general sky path that defines a Morphing instance to convert spherical coordinates into pixel coordinates.
SkyQualityFit - Class in stella.asiva
SkyQualityFit(Map<String, String>) - Constructor for class stella.asiva.SkyQualityFit
SkyQualityFit.Asiva - Class in stella.asiva
SkyQualityFit.Load - Class in stella.asiva
SkyQualityMeter - Class in stella.sensor
SkyQualityMeter(Map<String, String>) - Constructor for class stella.sensor.SkyQualityMeter
SkyQualityMeter.ReadOne - Class in stella.sensor
SkyQualityModel - Class in stella.asiva: A sky quality model has a single dependent variable, the sky quality, as a function of azimuth and altitude.
SkyQualityModel(VectorG[], double[], double[]) - Constructor for class stella.asiva.SkyQualityModel: Use factory methods to construct a sky quality model.
SkyQualityModel() - Constructor for class stella.asiva.SkyQualityModel
SkyQualityModel(double, double) - Constructor for class stella.asiva.SkyQualityModel
SkyQualityModel(double, double, int) - Constructor for class stella.asiva.SkyQualityModel
SkyQualityModel.QuickDM - Class in stella.asiva: Class to pre-calculate the design matrix for a stated number of parameters and height validity zone.
SkyRandomModel(double[], Rectangle) - Constructor for class astro.fits.AbstractSkyMaker.SkyRandomModel
SKYTYPE - Static variable in class mysql.ObserveSql: The image type qualifier for sky observations.
SLAVE_DEVICE_BUSY - Static variable in interface stella.mxio.EthReading
SLAVE_DEVICE_FAILURE - Static variable in interface stella.mxio.EthReading
sledgeHome() - Method in class stella.calibration.CalibrationMaster: Does a homing on the calibration unit sledge.
sleep - Variable in class stella.xml.LoopingSequencer: The sleep time, ms.
sleep - Variable in class stella.xml.XMLSequencer: The sleep time, ms.
SLEEP - Static variable in class util.rmi.CallbackServerImpl
sleep - Variable in class util.rmi.CallbackServerImpl
sleeper - Variable in class globals.rmi.AbstractFitsParameter: The object to notify of adus changes, local only.
sleeper - Variable in class globals.trigger.SimpleEventTrigger: The object to notify of trigger changes.
sleeper - Variable in class stella.AbstractScheduler: Notify this object if asked to.
sleeper - Variable in class stella.globals.WeatherTrigger: This object is notified in case of weather changes.
sleeper - Variable in class stella.rmi.AcquireOffsetParameter: This is the object to notify whenever a offset was set.
sleepFor(long) - Method in class stella.rmi.GenericSimulator: Sleeps for the specified amount of time.
sleeps - Variable in class stella.omc.MotorController: The sleep interval per axis.
Slew(double, double) - Constructor for class stella.roof.DomeReceiver.Slew: Constructs a new slewing thread to watch the movement of the dome to the desired position, required accuracy given.
SLEWTELESCOPE - Static variable in interface stella.util.TimeConstants: Default slew time for the telescope.
SlewTimeMerit - Class in stella.merit: A merit calculating its gain from the actual pointing position of the telescope to the position of the new target.
SlewTimeMerit(Map) - Constructor for class stella.merit.SlewTimeMerit: Constructs a new airmass merit, defaulting all parameters if not explicetly given.
Slice(double, int, int) - Constructor for class astro.SpectralFits.Slice
slide(CommandEvent, double, double, double, boolean) - Method in class stella.telescope.TelescopeMaster: Positions the telescope to a certain ra, dec and start tracking.
SLIT - Static variable in class stella.roof.BaaderDome: A lock for slit operation.
slit - Variable in class stella.roof.BaaderDome: Opening or closing of the slit.
SLIT_OFF_1 - Static variable in interface stella.roof.Dome
SLIT_OFF_1() - Method in class stella.roof.DomeClient: Call remote procedure SLIT_OFF_1.
SLIT_OFF_1() - Method in class stella.roof.DomeServerStub
SLIT_OPEN_1 - Static variable in interface stella.roof.Dome
SLIT_OPEN_1() - Method in class stella.roof.DomeClient: Call remote procedure SLIT_OPEN_1.
SLIT_OPEN_1() - Method in class stella.roof.DomeServerStub
SLIT_SHUT_1 - Static variable in interface stella.roof.Dome
SLIT_SHUT_1() - Method in class stella.roof.DomeClient: Call remote procedure SLIT_SHUT_1.
SLIT_SHUT_1() - Method in class stella.roof.DomeServerStub
slitopen - Variable in class stella.roof.BaaderDome: The trigger that is true, if the slit is open.
slitshut - Variable in class stella.roof.BaaderDome: The trigger that is true, if the slit is shut.
SloanFromJohnson - Class in astro: This class uses transformation from (U)BVR_cI_c to ugriz using transformations from AJ 130, 873 (2005) Strictly speaking, these transformation are to ugriz, not u'g'r'i'z' as used on WiFSIP, but deviations are small.
SloanFromJohnson() - Constructor for class astro.SloanFromJohnson
SloanG() - Constructor for class astro.ColorTransformation.SloanG
SloanI() - Constructor for class astro.ColorTransformation.SloanI
SloanR() - Constructor for class astro.ColorTransformation.SloanR
SloanU() - Constructor for class astro.ColorTransformation.SloanU
SloanZ() - Constructor for class astro.ColorTransformation.SloanZ
SLOT_NOT_EXIST - Static variable in interface stella.mxio.EthReading
SLOT_OUT_OF_RANGE - Static variable in interface stella.mxio.EthReading
SLOW_BACKWARD_1 - Static variable in interface stella.roof.Dome
SLOW_BACKWARD_1() - Method in class stella.roof.DomeClient: Call remote procedure SLOW_BACKWARD_1.
SLOW_BACKWARD_1() - Method in class stella.roof.DomeServerStub
SLOW_FORWARD_1 - Static variable in interface stella.roof.Dome
SLOW_FORWARD_1() - Method in class stella.roof.DomeClient: Call remote procedure SLOW_FORWARD_1.
SLOW_FORWARD_1() - Method in class stella.roof.DomeServerStub
slowBackward() - Method in class stella.roof.BaaderDome: Starts slow backward in azimuth.
slowBackward() - Method in interface stella.roof.DomeDriver: Starts slow backward in azimuth.
slowForward() - Method in class stella.roof.BaaderDome: Starts slow forward in azimuth.
slowForward() - Method in interface stella.roof.DomeDriver: Starts slow forward in azimuth.
smooth(Domain) - Method in interface htm.core.HTMindex: Perform lossy simplification of the domain
smooth(Domain) - Method in class htm.core.HTMindexImp: not implemented yet
SMOOTH - Static variable in class stella.sensor.DataValue: A constant defining raw sensor data as the data source.
smooth - Variable in class stella.sensor.SmoothingSensor: Stores the smoothed readings.
smoothChange() - Method in class stella.sensor.WeatherSensor: True if a weather event generation should be possible considering the smooth sensor.
SmoothDataEvent - Class in stella.sensor: Adds the smothened values to the data event.
SmoothDataEvent(Object) - Constructor for class stella.sensor.SmoothDataEvent: Constructs a new smoothive data event without any values specified.
SmoothDataEvent(DataEvent) - Constructor for class stella.sensor.SmoothDataEvent: Constructs a new smoothive data event from a generic data event.
smoother - Variable in class stella.sensor.SmoothingSensor: The smoothing algorithm to use.
smoothers - Variable in class stella.util.SensorTest: The list to the data derived from applying the smoothers.
Smoothing - Interface in stella.sensor: The interface marking smoothing capabilities of a sensor.
SmoothingSensor - Class in stella.sensor: A smoothing sensor adds the capability of smoothing the sensor readings with some general, but always causal linear smoothing method.
SmoothingSensor(Map<String, String>) - Constructor for class stella.sensor.SmoothingSensor: Constructs a fully-qualified smoothing sensor, with a given size of measurements to keep.
Use of this constructor guarantees that the Map keys name, respawn, and memoery are always set.
If the smoother input file stated in the properties cannot be found a default smoother is registered.
smoothmax - Variable in class stella.sensor.SmoothDataEvent: The maximum smoothed value if used as an average of data.
smoothmin - Variable in class stella.sensor.SmoothDataEvent: The minimum smoothed value if used as an average of data.
smoothOne(double) - Method in interface stella.sensor.Smoothing: Smoothes the raw value and adds it to an internal buffer.
smoothOne(double) - Method in class stella.sensor.SmoothingSensor: The implementation of the smoothing interface.
smoothOne(double[], SavitzkyGolaySmoothing) - Method in class stella.util.SensorTest: Numerically derives an entire data set using a savitzky-golay filter.
smoothraw - Variable in class stella.sensor.SmoothDataEvent: The raw smoothed value.
SMOOTHRETARD - Static variable in class stella.sensor.WeatherEvent: The flag indicating that a sensor is smooth retarding.
smoothretard - Variable in class stella.sensor.WeatherSensor: An indicator weather is on retard because of a smooth toggle.
SMOOTHTHRESHOLD - Static variable in class stella.sensor.WeatherEvent: The flag indicating that a sensor entered or left its threshold value for the smoothened reading.
smoothtime - Variable in class stella.sensor.WeatherSensor: The actual retard time intervall for smooth retards.
smoothtoggle - Variable in class stella.sensor.WeatherSensor: The Toggling instance for smooth-value judgement.
SMOOTHVALUE - Static variable in class stella.sensor.DataValue: A constant defining raw sensor data as the data source.
SN - Static variable in class stella.ccd.FitsNameGenerator: The extension to the name marking an aborted integration.
snapshot - Variable in class stella.globals.SnapshotParameter: The asociated parameter.
SnapshotParameter - Class in stella.globals: A snapshot parameter records the value of an other parameter at a certain time.
SnapshotParameter(Map<String, String>) - Constructor for class stella.globals.SnapshotParameter: Constructs a new snapshot parameter.
SnapshotValue - Class in stella.globals: An extension to a snapshot parameter, where the registered parameter must be a value.
SnapshotValue(Map<String, String>) - Constructor for class stella.globals.SnapshotValue: Constructs a new snapshot value.
socket - Variable in class io.AbstractSocketDriver: This is the connected socket.
SocketError - Class in stella.error: An error event signaling a problems at opening, closing, reading or writing to a socket.
SocketError(Object) - Constructor for class stella.error.SocketError: Constructs a software error.
SocketParameter - Interface in stella.net: This interface markes parameter whose data are transfered via a socket connection rather than via RMI.
SoftwareError - Class in stella.error: An error event signaling a software error.
SoftwareError(Object) - Constructor for class stella.error.SoftwareError: Constructs a software error.
Sol() - Constructor for class astro.Broker.Sol
SOL - Static variable in class astro.SimpleStar
sol - Variable in class stella.sensor.SolZSensor: The class converting dates into solar positions.
SOL_TO_SID - Static variable in class astro.Astro: Conversion factor from solar time to sidereal time.
SOL_TO_SID - Static variable in interface astro.SiderealTiming: Conversion factor from solar time to sidereal time.
solalt - Variable in class globals.value.SolSink: The solar height in Tenerife, degrees.
SolarConstraint() - Constructor for class stella.util.PointingScheduler.SolarConstraint: Uses the default solar height parameter name.
SolarHeightCalculator - Class in stella.util: Testing mainly, but you can also use it as an command-line solar height calculator
SolarHeightCalculator() - Constructor for class stella.util.SolarHeightCalculator: Constructs the parser to the sol height tester.
SolarPosition - Interface in astro: The interface describing conversion methods of Date objects into celestial position of our Sun.
SolarPosition.Plato1 - Class in astro: Calculates the overlap between night time and target-above-horizon for a full year.
SolarPosition.Plato2 - Class in astro: Calculates the overlap between night time and target-above-horizon for a full year.
SolarPosition.Test - Class in astro: Test purpose.
SolarToggle - Class in stella.util: A Solar height toggle with two different values.
SolarToggle() - Constructor for class stella.util.SolarToggle: Common constructor.
SolarToggle(String) - Constructor for class stella.util.SolarToggle: Constructs a new Schmidt trigger.
SolarToggle(double, double) - Constructor for class stella.util.SolarToggle: Constructs a new Schmidt trigger.
solaz - Variable in class stella.roof.DomeReceiver: The azimuth of the sun to avoid direct blinding.
SolAzimuth - Class in globals.value: A Value calculating the solar zenith height.
SolAzimuth(Map<String, String>) - Constructor for class globals.value.SolAzimuth: Constructs a new sidereal time object.
soldec - Variable in class globals.value.SolAzimuth: The solar declination parameter to use.
SolDec - Class in globals.value: A parameter giving the actual solar declination.
SolDec(Map<String, String>) - Constructor for class globals.value.SolDec: Constructs a new solar right ascension parameter.
soldec - Variable in class globals.value.SolHeight: The solar declination parameter to use.
soldec - Variable in class globals.value.SolZ: The solar declination parameter to use.
soldec - Variable in class globals.value.Twilight: The solar declination parameter to use.
soldec - Variable in class stella.sensor.SolHeightSensor: The solar declination parameter to use.
SOLDISTANCE - Static variable in class globals.value.Distance: Use this properties for distance of target to sun.
SolDistance - Class in globals.value: A Value calculating the apparent solar distance in AU.
SolDistance(Map<String, String>) - Constructor for class globals.value.SolDistance: Constructs a new sidereal time object.
SOLDISTANCE - Static variable in class globals.value.TargetDistance: Use this properties for distance of target to sun.
SolDistance.Test - Class in globals.value: Testing only.
solh - Variable in class astro.LightCurveSimulator: The solar height.
solh - Variable in class stella.roof.DomeReceiver: The height of the sun to avoid direct blinding.
solh - Variable in class stella.sensor.SkyQualityMeter
SolHeight - Class in globals.value: A Value calculating the solar zenith height.
SolHeight(Map<String, String>) - Constructor for class globals.value.SolHeight: Constructs a new sidereal time object.
SolHeightSensor - Class in stella.sensor: This is a non-abstract implementation of a WeatherSensor that acts similar to the stand-alone SolZSensor.
SolHeightSensor(Map) - Constructor for class stella.sensor.SolHeightSensor: Constructs a fully-qualified sol height sensor.
SolLambda - Class in globals.value: A Value calculating the apparent solar ecliptical longitude.
SolLambda(Map<String, String>) - Constructor for class globals.value.SolLambda: Constructs a new sidereal time object.
SolLambda.Test - Class in globals.value: Testing only.
SOLNAME - Static variable in class astro.SimpleStar
SolOpposition - Class in globals.value: A Value calculating the time out of a given solar ra.
SolOpposition(Map) - Constructor for class globals.value.SolOpposition: Constructs a new sol opposition object.
SolOpposition.Test - Class in globals.value: Testing only.
solra - Variable in class globals.value.SolAzimuth: The solar right ascension parameter to use.
solra - Variable in class globals.value.SolHeight: The solar right ascension parameter to use.
SolRa - Class in globals.value: A parameter giving the actual solar right ascension.
SolRa(Map) - Constructor for class globals.value.SolRa: Constructs a new solar right ascension parameter.
solra - Variable in class globals.value.SolZ: The solar right ascension parameter to use.
solra - Variable in class globals.value.Twilight: The solar right ascension parameter to use.
solra - Variable in class stella.sensor.SolHeightSensor: The solar right ascension parameter to use.
SolRa.Test - Class in globals.value: Testing only.
SolSink - Class in globals.value: Gives the current speed of the sun-rise or sink, meaning the first derivative of the solar height with time.
SolSink(Map<String, String>) - Constructor for class globals.value.SolSink: Constructs a new sidereal time object.
SolTrack() - Constructor for class stella.roof.DomeReceiver.SolTrack
solution - Variable in class astro.WcsFit: After solving, this is the result.
solve(List<VectorG>) - Static method in class astro.AsciiCatalog: Solver for z = a1*x+a2*y+a3.
solve(VectorG) - Method in class astro.WcsFit: We try to solve for the WCS with a chi-2 model.
solve(VectorG, WcsFit.Minimization) - Method in class astro.WcsFit: We try to solve for the WCS.
solve() - Method in class astro.WcsMatch: Solves for a solution using previously defined catalog and measures.
solve() - Method in class stella.util.GuiderMagnitudes: Solves for the zero point, the k and epsilon.
solve(DataModel, GeneralLinearRegression) - Method in class stella.util.NasmythPointingModel
solve0(List<VectorG>) - Static method in class astro.AsciiCatalog: Solver for z = a1*x+a2*y+a3.
solve2(List<VectorG>) - Static method in class astro.AsciiCatalog: Solver for z = a1*x+a2*y+a3*y^2+a4.
solveDebug(WcsFit) - Method in class astro.WcsFit.Parser
solveFiberView() - Method in class stella.adapter.AbstractPinholeModel
solveFiberView() - Method in class stella.adapter.CenterOfGravityShift
solveFiberView() - Method in class stella.adapter.ModelShift
solveFiberView() - Method in interface stella.adapter.PinholeShift: Finally dolves for the pinhole shift.
solveFiberView() - Method in class stella.adapter.QuadrantShift: Pure model, no solving.
solveFor(WcsFit, boolean) - Method in class astro.WcsFit.Parser
solvefull2(List<VectorG>) - Static method in class astro.AsciiCatalog: Solver for z = a1*x+a2*y+a3*x^2+a4*x*y+a5*y^2+a6.
solveY(DataModel) - Method in class stella.util.NasmythPointingModel: We solve for the y model.
solz - Variable in class globals.value.NightRemain: The solar height.
SolZ - Class in globals.value: A Value calculating the solar zenith distance.
SolZ(Map) - Constructor for class globals.value.SolZ: Constructs a new sidereal time object.
solz - Variable in class stella.globals.SeasonWeather: The solar height.
solz - Variable in class stella.sensor.SolHeightSensor: The solar height parameter.
solz - Variable in class stella.util.SimulatorWeather: The solar height parameter.
SolZ.Test - Class in globals.value: Testing only.
SolZSensor - Class in stella.sensor: This is a non-abstract implementation of a WeatherSensor.
SolZSensor() - Constructor for class stella.sensor.SolZSensor: Empty constructor, do not use.
SolZSensor(Map) - Constructor for class stella.sensor.SolZSensor: Constructs a fully-qualified sol z sensor.
SolZSensor.Test - Class in stella.sensor: Test purpose mainly.
SORT - Static variable in class astro.SpectralFits: Multiple beam in one aperture: sort and keep all.
sort(List<WeatherSql.Radar>) - Static method in class mysql.WeatherSql: Sorts a list of weather entries grabbed from the db into natural ordering of the date
sort(Map<String, Date>) - Static method in class stella.globals.FlatAndScienceGroup.Db
sort(Map<String, Date>) - Static method in class stella.globals.FlatGroup.Db
sortedMultipleBeam(float[][], int[]) - Method in class astro.SpectralFits: An order (aperture) consists of multiple beams.
sortIndex() - Method in class htm.core.HTMindexImp: sortIndex: sort the index so that the first node is the invalid node (index 0), the next 8 nodes are the root nodes and then we put all the leaf nodes in the following block in ascending id-order.
source - Variable in class stella.net.ads.protocol.AdsHeader
sourceid - Variable in class stella.net.ads.AdsSocketChannel
sourceport - Variable in class stella.net.ads.protocol.AdsHeader
SouthMerit - Class in stella.merit: A merit calculating its gain from the actual distance of the meridian to the target.
SouthMerit(Map) - Constructor for class stella.merit.SouthMerit: Constructs a new airmass merit, defaulting the SouthMerit.KEY_IMPACT and the SouthMerit.KEY_STEEPNESS parameters.
span - Variable in class stella.globals.ExposureSpan: The number of repetition for this target.
spanWhere(Date, Date) - Method in class mysql.ObserveSql
spawner - Variable in class stella.net.Handler: The reference to the spawning server.
SPCLASS - Static variable in class mysql.SqlStar: ID for spectral type (O=0, B=10, etc.).
SpectralFits - Class in astro: This class deals with FITS file received as output from the SES spectrograph.
SpectralFits(File) - Constructor for class astro.SpectralFits: Constructs a SesFits from a file.
SpectralFits.Slice - Class in astro: Class for ordering beam.index number to wavelength.
SpectrographCaster - Class in stella.rmi: A concret caster client that connects to the telescope control.
SpectrographCaster(Map) - Constructor for class stella.rmi.SpectrographCaster: Constructs a new Telescope Caster.
SpectrographCommand - Interface in stella.spectrograph: A marker interface to distinguish normal command events from commands only ment for the spectrograph.
SPECTRUM - Static variable in class mysql.SqlStar: ID for spectral type.
speed - Variable in class stella.util.SineError.Relaxation: The speed with which the system reaction during latency phase.
spent - Variable in class stella.globals.ProposalTime: Linkes proposal ids to time spent.
sph - Variable in class stella.util.GuiderParametersRaDe
SphereTiles - Class in stella.math: This class calculates equal-area sized almost half-sphere tiles and tries to arrange them in the following way: The number of tiles equals a predefined number, N. The first tile is a polar cap with the area of the total area of the sphere divided by the number of tiles.
SphereTiles(int, double) - Constructor for class stella.math.SphereTiles: Constructs a new tiling of the part of the sphere above the minimal height h_0.
SphereTiles.Test - Class in stella.math: Test class.
SpillageGuider - Class in stella.adapter: The guider unit task and the timer loop.
SpillageGuider(Map<String, String>) - Constructor for class stella.adapter.SpillageGuider: Constructs a new guider unit.
SpillageGuider.GuiderLoop - Class in stella.adapter: The timer task that does the actual guiding.
spillover(String, String, List<File>) - Method in class stella.util.TransferListener: This method takes a list of spilled-over guiding frames, calculates the average and uses this fits to model the light losses.
spilloverAverage(String, String, List<File>) - Method in class stella.util.TransferListener: This method takes a list of spilled-over guiding frames, calculates the average and uses this fits to model the light losses.
SpillSignal - Class in stella.adapter: On guiding frames with a spill-over signal we try to see if we can get a shift from the guiding fits frame.
SpillSignal(Map<String, String>) - Constructor for class stella.adapter.SpillSignal
SpillSignal.Background - Class in stella.adapter
SpillSignal.Closest - Class in stella.adapter
SpillSignal.Growth - Class in stella.adapter: We start from a small rectangle and grow
SpillSignal.Single - Class in stella.adapter
SpillSignal.Twin - Class in stella.adapter
split - Variable in class astro.Aperture.Pixel: Current splitting level.
split() - Method in class astro.Aperture.Pixel: Spilts this pixel into sub-pixels.
splitmax - Variable in class astro.Aperture: The maximum split level, defaults to 10.
SporeTarget - Class in stella.xml
SporeTarget() - Constructor for class stella.xml.SporeTarget: A no-arg constructor is needed for object serialization.
SporeTarget(Map<String, String>) - Constructor for class stella.xml.SporeTarget: Constructor chaining.
SporeTarget.Constraint - Class in stella.xml: Defines one constraint for target selection.
SporeTarget.Dump - Class in stella.xml
spurious - Variable in class stella.adapter.GuiderInfo: The list of Guiding.RawStars spurious detections.
spurious - Variable in class stella.util.GuiderData: A list of spurious detections.
spuriouscount - Variable in class stella.acquire.AbstractAutoGuider: Value that count spurious losses.
spuriouscount - Variable in class stella.adapter.AuxiliaryGuidingUnit: The value counting the spurious guiding losts.
spuriouscount - Variable in class stella.adapter.BeamSplitterGuider: The value counting the spurious guiding losts.
spuriouscount - Variable in class stella.adapter.OffAxisTracker: The value counting the spurious guiding losts.
spuriouscount - Variable in class stella.adapter.SpillageGuider: The value counting the spurious guiding losts.
SpuriousField - Class in stella.error: Sent with a list of spurious identifications.
SpuriousField(Object) - Constructor for class stella.error.SpuriousField: Constructs a new expected acquire field.
SpuriousStarField - Class in stella.error
SpuriousStarField(Object) - Constructor for class stella.error.SpuriousStarField
sql - Variable in class mysql.AbstractSql
sql - Variable in class stella.sensor.DatabaseCurrent: The database access object.
sql - Variable in class stella.sensor.DatabaseNow: The sql-interface.
sql - Variable in class stella.util.HistoryDatabase: The histroy sql interface.
SqlAccess - Class in mysql: A class that provides data base access to a postgres or any other sql database.
SqlAccess(String, String, Map<String, String>) - Constructor for class mysql.SqlAccess: Constructs a new sql-db access object.
SqlAccess.Magic - Class in mysql
SqlAccess.ResultMetaData - Class in mysql: Tries to collect meta-data on the result set of a given table.
SQLBATCHDIR - Static variable in class mysql.AbstractSql: The system key to the directory where the batch queries are stored.
SQLFAILDIR - Static variable in class mysql.AbstractSql: The system key to the directory where the failed queries are stored.
SqlMaster - Class in mysql
SqlMaster(Map<String, String>) - Constructor for class mysql.SqlMaster
SqlPair(String, Map<String, Object>) - Constructor for class stella.util.TransferListener.SqlPair
SqlProfile(String, String, String, String, String, String, String) - Constructor for class mysql.UserSql.SqlProfile: Parses all necessary fields out of the argument string.
SqlStar - Class in mysql: A class that extends a SimpleStar to host additional info relevant for stellar activity.
SqlStar(String, String) - Constructor for class mysql.SqlStar: Constructs a new star from its name and the common name.
sqm - Variable in class stella.asiva.SkyQualityFit
sqrt3 - Static variable in class htm.core.HTMfunc
square - Variable in class stella.util.SextractorRegions: List of deny flags as int masks.
SQUARESUM - Static variable in class stella.util.SineError: The indicator for error square-sum quality measure.
SQUARESUM - Static variable in class stella.util.TelescopeError: The indicator for error square-sum quality measure.
Squeeze() - Constructor for class stella.util.TransferListener.Squeeze
src - Variable in class io.FileListSource
src - Variable in class stella.net.gregor.Message: The source of this message.
Ssh() - Constructor for class stella.util.TargetChangeListener.Ssh
sshTail(String, File, int, boolean, DateFormat, boolean) - Static method in class stella.log.LogParser: Reads a log line from a remote host using ssh tail command.
stackScience(String, String, List<File>) - Method in class stella.util.TransferListener: This method takes a list of exposures to stack in CCD-pixel space prior to transfer.
stage - Variable in class stella.calibration.CalibrationSimulator: The position of the linear stage.
StageStuck - Class in stella.error: An error event sent by the adapter if the calibration unit is not moveable and needs needs human interference. This error should spark e-mailing of someone responsible at the home institute as this error cannot be fixed from people on site.
StageStuck(Object) - Constructor for class stella.error.StageStuck: Constructs a software error.
stalled - Variable in class stella.ow.PythonClient: Gets true if reading produced a time-out.
Stamp(long, String) - Constructor for class stella.MasterMind.Stamp: Construct a time stamp.
Standalone(Map<String, String>) - Constructor for class stella.rmi.GenericMaster.Standalone: Creates a remote object and exports it to the registry.
standardSex() - Method in class astro.SextractorStar: Returns the whole information as provided by a standard sextractor setup.
star - Variable in class astro.SightInfo: The star of the field, i.e.
Star - Interface in astro
star - Variable in class stella.adapter.GuiderInfo: The list of Guiding.RawStars stellar detections.
StarAcquisition - Class in stella.acquire
StarAcquisition(Map<String, String>) - Constructor for class stella.acquire.StarAcquisition
StarAutoGuider - Class in stella.acquire
StarAutoGuider(Map<String, String>) - Constructor for class stella.acquire.StarAutoGuider
StarCatalog - Class in astro: The object representing a resource-based catalog, like VizieR catalogs or database catalogs.
StarCatalog(Map<String, String>) - Constructor for class astro.StarCatalog: Constructs a new star catalog.
StarCatalog.Test - Class in astro: A test class.
StarCommand - Class in stella.command: A star command carries a SimpleStar.
StarCommand(Object, String, long) - Constructor for class stella.command.StarCommand: Constructs a move telescope command.
StarComparator(String) - Constructor for class astro.SimpleStar.StarComparator: We compare the star for the field given.
StarComparator(String, boolean) - Constructor for class astro.SimpleStar.StarComparator: We compare the star for the field given.
StarDatabase - Interface in mysql: This interfaces controlls the behaviour of any star database.
StarDepending - Interface in stella: Describes the dependency an an astronomical Star object.
StarDetectingOnCrosshair - Class in stella.acquire
StarDetectingOnCrosshair(Map<String, String>) - Constructor for class stella.acquire.StarDetectingOnCrosshair
StarDetection - Class in astro: An aggregation of pixel that resembles a star, always unbinned coordinates.
StarDetection(Point2D, boolean, double) - Constructor for class astro.StarDetection
StarDetection(Point2D, boolean, double, double, double, double, double) - Constructor for class astro.StarDetection
StarFieldOfView - Class in stella.error: A status mesage from the adapter delivering the list of stars as calculated from the catalog list provided by FindAdapter or as seen on the guider, prior and after cleaning of non-stars.
StarFieldOfView(Object) - Constructor for class stella.error.StarFieldOfView: Constructs a new field-of-view.
starlost - Variable in class stella.acquire.AbstractAutoGuider: Counts consecutive losses of the guide star.
starlost - Variable in class stella.adapter.AuxiliaryGuidingUnit: The counter of repetitive star-not-visible.
starlost - Variable in class stella.adapter.BeamSplitterGuider: The counter of repetitive star-not-visible.
starlost - Variable in class stella.adapter.OffAxisTracker: The counter of repetitive star-not-visible.
starlost - Variable in class stella.adapter.SpillageGuider: The counter of repetitive star-not-visible.
StarMatchedSextractor - Class in astro
StarMatchedSextractor() - Constructor for class astro.StarMatchedSextractor
StarMatchedSextractor(String) - Constructor for class astro.StarMatchedSextractor
starOffset(Guiding.RawStar, Point2D) - Method in class stella.adapter.AbstractStarGuider: Returns the offset of the Guiding.RawStar to the pinholde position in azimuth/altitude.
starOffset(Guiding.RawStar, Point2D, Point2D) - Method in class stella.adapter.AbstractStarGuider: Returns the offset of the Guiding.RawStar to the pinholde position in azimuth/altitude.
starOffset(Guiding.RawStar, Point2D) - Method in class stella.adapter.AdapterGuider: Returns the offset of the Guiding.RawStar to the pinholde position in azimuth/altitude.
StarParser - Class in astro.util
StarParser() - Constructor for class astro.util.StarParser
StarProspect - Class in stella.acquire: From a star catalog item, we propagate to an expected star seen on the CCD.
StarProspect(Point2D, double) - Constructor for class stella.acquire.StarProspect
StarProspect(Point2D, double, double, double) - Constructor for class stella.acquire.StarProspect
StarRegister - Class in stella.adapter
StarRegister(double[][], double[][]) - Constructor for class stella.adapter.StarRegister: Constructor.
STARREGISTER - Static variable in class stella.adapter.StellaGuider: Constant for StarRegister matcher version.
stars - Variable in class astro.StarCatalog: The list of stars as Stars.
stars - Variable in class stella.adapter.StellaGuider.ReduceThread: The list is update on each successful reduce.
stars - Variable in class stella.error.FieldOfView: The list of Guiding.RawStars.
stars - Variable in class stella.error.StarFieldOfView: The list of Guiding.RawStars.
stars - Variable in class stella.util.GuiderData: A list of stars, where the index is the star number.
stars - Variable in class stella.util.GuiderParameters: The list of SimpleStar from GuiderParameters.KEY_STARS.
stars - Variable in class stella.util.GuiderParametersAltAz: The list of SimpleStar from GuiderParametersAltAz.KEY_STARS.
stars - Variable in class stella.util.GuiderParametersRaDe: The list of SimpleStar from GuiderParametersRaDe.KEY_STARS.
starShift(Guiding.RawStar) - Method in class stella.adapter.AbstractStarGuider: Returns the offset of the Guiding.RawStar to the pinholde position in pixel.
starShift(Guiding.RawStar, Point2D) - Static method in class stella.adapter.AbstractStarGuider: Returns the offset of the Guiding.RawStar to the pinholde position in pixel.
starShift(Guiding.RawStar) - Method in class stella.adapter.AdapterGuider: Returns the offset of the Guiding.RawStar to the pinholde position in pixel.
starsize - Variable in class stella.adapter.AveragePinhole.FullPinhole: For modeling the pinhole.
starsql - Variable in class stella.sql.CatalogMatch
starsql - Variable in class stella.sql.TargetDatabase: The target sql we drain the ra/de of stars from.
start - Variable in class astro.fits.ImageInfo
start() - Method in class ccd.SynchronousCcdDriver.MakeImage
start() - Method in class ccd.SynchronousCcdDriver.ReduceImage
start() - Method in class globals.value.AlarmWatch: Starts the alarm clock.
start() - Method in class globals.value.StopWatch: Stats the stop watch.
start - Variable in class stella.adapter.AuxiliaryGuidingUnit: The starting time of the guider loop.
start - Variable in class stella.adapter.BeamSplitterGuider.GuiderLoop: The starting time of the guider loop.
start - Variable in class stella.adapter.OffAxisTracker.GuiderLoop: The starting time of the guider loop.
start - Variable in class stella.adapter.SpillageGuider.GuiderLoop: The starting time of the guider loop.
start - Variable in class stella.globals.LaserAzAltList.LaserPointing
start - Variable in class stella.globals.LaserList.LaserPointing
start() - Method in class stella.io.RS485Scan: Starts the scan.
start() - Method in interface stella.Sequencing: Starts a sequencer after a sequence has been loaded.
start() - Method in class stella.util.DummySequencer: Starts the sequence.
start() - Method in class stella.util.SimulatorSequencer: In principle, we simply advance the time for the calculated observing time.
start() - Method in class stella.xml.LoopingSequencer: Starts the sequencer in a well-known thread.
start() - Method in class stella.xml.XMLSequencer: Starts the sequencer in a well-known thread.
start - Variable in class target.AbstractTarget.Allocation: The time of the observation start.
start() - Method in class util.AppletDownload
start_ - Variable in class htm.core.HTMedge.Edge
START_TRACK_1 - Static variable in interface stella.telescope.TcpRpc
START_TRACK_1() - Method in class stella.telescope.TcpRpcClient: Call remote procedure START_TRACK_1.
START_TRANSMISSION_1 - Static variable in interface stella.firecam.Firecam
START_TRANSMISSION_1() - Method in class stella.firecam.FirecamClient: Call remote procedure START_TRANSMISSION_1.
START_TRANSMISSION_1() - Method in class stella.firecam.FirecamServerStub
startBias() - Method in class ccd.AsynchronousCcdDriver: Starts a bias exposure.
startBias() - Method in class stella.ccd.JanosDriver: Starts a bias exposure, which is a dark with small integration time.
startCommand(String) - Method in class stella.io.RS485ReadWriteServer: For subclasses only: Start the command thread and return.
startContinuous(ReadoutProviding, ImageProcessing) - Method in interface ccd.Continuous: Starts a continuous exposure.
startContinuous(ReadoutProviding, ImageProcessing) - Method in class ccd.SynchronousCcdDriver: Starts a continuous guiding exposure.
startContinuous(String, int, int, int, int, FrameShifting, PostReducing) - Method in class stella.adapter.StellaGuider: Starts a continuous guiding exposure.
startContinuous(String, float, float, int, int, int, int, FrameShifting, PostReducing) - Method in class stella.adapter.StellaGuider: Starts a continuous guiding exposure.
startDance(List) - Method in class stella.telescope.Waltz: Starts the dance by putting all timer tasks constructed from the ascii- lines onto a timer object.
startDark() - Method in class ccd.AsynchronousCcdDriver: Starts a dark exposure, i.e.
startDark() - Method in class stella.ccd.JanosDriver: Start a dark exposure, exposure time was set before.
StartExposingAuxiliary - Class in stella.command: The expose adapter command.
StartExposingAuxiliary(Object) - Constructor for class stella.command.StartExposingAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StartExposingAuxiliary(Object, String, long) - Constructor for class stella.command.StartExposingAuxiliary: Constructs a move telescope command.
StartGrabMaster - Class in stella.command: The command to temporarely cease counting of the internal clock in the SCS.
StartGrabMaster(Object) - Constructor for class stella.command.StartGrabMaster: Constructs a halt watch, grabbing the type from the class name and setting the command time to the current system time.
StartGrabMaster(Object, String, long) - Constructor for class stella.command.StartGrabMaster: Constructs a move telescope command.
StartGuideTelescope - Class in stella.command: The init command for the telescope.
StartGuideTelescope(Object) - Constructor for class stella.command.StartGuideTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StartGuideTelescope(Object, String, long) - Constructor for class stella.command.StartGuideTelescope: Construct a fully qualified abort telescope command.
startGuiding(AutoGuidingMode, Guiding, TransparencyMeasuring) - Method in class stella.acquire.AbstractAutoGuider
startGuiding() - Method in class stella.acquire.AcquireMaster: Starts the auto-guider.
startGuiding(AutoGuidingMode, Guiding, TransparencyMeasuring) - Method in interface stella.acquire.AutoGuiding: Starts guiding in the requested mode.
startGuiding() - Method in class stella.adapter.AdapterMaster: Guides on a previously acquired star.
startGuiding(CommandEvent) - Method in class stella.adapter.AdapterMaster: Starts the guiding in the required mode.
startGuiding() - Method in class stella.adapter.AuxiliaryMaster: Guides on a previously acquired star.
startGuiding(StartGuidingAuxiliary) - Method in class stella.adapter.AuxiliaryMaster: Starts the guiding in the required mode.
startGuiding() - Method in interface stella.rmi.AcquisitionControlling: Starts the auto-guider.
startGuiding() - Method in interface stella.rmi.GuiderControlling: Starts the auto-guider.
StartGuidingAdapter - Class in stella.command: The start-guiding command.
StartGuidingAdapter(Object) - Constructor for class stella.command.StartGuidingAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StartGuidingAdapter(Object, String, long) - Constructor for class stella.command.StartGuidingAdapter: Constructs a start guiding command.
StartGuidingAuxiliary - Class in stella.command: The start-guiding command.
StartGuidingAuxiliary(Object) - Constructor for class stella.command.StartGuidingAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StartGuidingAuxiliary(Object, String, long) - Constructor for class stella.command.StartGuidingAuxiliary: Constructs a start guiding command.
StartGuidingCommand - Class in stella.command
StartGuidingCommand(Object, String, long) - Constructor for class stella.command.StartGuidingCommand
StartGuidingTelescope - Class in stella.command: The init command for the telescope.
StartGuidingTelescope(Object) - Constructor for class stella.command.StartGuidingTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StartGuidingTelescope(Object, String, long) - Constructor for class stella.command.StartGuidingTelescope: Construct a fully qualified abort telescope command.
startMaster() - Method in class stella.MasterMind: Starts this master mind in an individual thread.
startMonitoring(long, long) - Method in class stella.net.AbstractVariableMonitor: Starts monitoring of all variables.
startMovement(double) - Method in class stella.util.SCurve: Starts the s-curve movement.
startpane(double[], double[], double[], double, double, double, StringBuffer) - Static method in class htm.core.HTMfunc: where to start in the HTM quadtree when looking for a vectors home xin yin zin are thin input vector v1 v2 v3 and name are loaded with the initial tringle points and the name of the triangle
startPolling() - Method in class stella.io.PollingRS485Server: Starts the polling.
startRecovery(URL, String, Sequencing<SequenceStep>) - Method in class stella.xml.SequenceErrorFinalizer: Starts the sequence-updating thread.
startRecovery(URL, String, Sequencing) - Method in class stella.xml.XMLErrorFinalizer: Starts the sequence-updating thread.
startRelay() - Method in class stella.rmi.SwitchRelay
startScience() - Method in class ccd.AsynchronousCcdDriver: Starts a science exposure, i.e.
startScience() - Method in class stella.ccd.JanosDriver: Start an exposure, exposure time was set before.
startSensors() - Method in class stella.sensor.WeatherStation: Starts all weather sensors.
startSensors() - Method in interface stella.sensor.WeatherSurveying: Starts all sensors that are not already running.
startServe() - Method in class stella.net.gregor.PacketServer
startServer() - Method in class stella.net.ParameterRelay: Starts the server.
startServer() - Method in class stella.net.ParameterServer: Starts the server.
startSimulate() - Method in class io.AbstractSimulatingDriver: A driver can be put into simulation mode only before it has been opened, otherwise an illegal state exception is thrown.
startSimulate() - Method in class stella.io.PollingBeckhoffServer: A driver can be put into simulation mode only before it has been opened, otherwise an illegal state exception is thrown.
startSimulate() - Method in class stella.roof.BeckhoffRoof
startSimulate() - Method in class stella.util.TimeSimulate: On simulation start we try to deduce the time we should point to by going through the following list, stopping whenever a match is obtained: If TimeSimulate.KEY_DUSKSTART is set and we have a valid registered longitude and latitude, we calculate the next time the sun will reach the twilight (sun height) as stated in this property.
startTarget(Handable) - Method in interface stella.ErrorHandling: Signals that a new target has been picked.
startTarget(Handable) - Method in class stella.MasterErrorHandler: Adds a target to the handler's MasterErrorHandler.current list.
startTargetUpdate() - Static method in class stella.sql.TargetConsistency: Starts a thread for updating the target database, based on the list of stars retrieved on TargetConsistency.checkTargetXml(java.lang.String, java.util.Map<java.lang.String, stella.xml.SporeTarget>).
StartTilingAdapter - Class in stella.command: The abort command for the dark tiler.
StartTilingAdapter(Object) - Constructor for class stella.command.StartTilingAdapter: Constructs a stop tiling adapter, grabbing the type from the class name and setting the command time to the current system time.
StartTilingAdapter(Object, String, long) - Constructor for class stella.command.StartTilingAdapter: Construct a fully qualified abort telescope command.
StartTilingAuxiliary - Class in stella.command: The abort command for the dark tiler.
StartTilingAuxiliary(Object) - Constructor for class stella.command.StartTilingAuxiliary: Constructs a stop tiling adapter, grabbing the type from the class name and setting the command time to the current system time.
StartTilingAuxiliary(Object, String, long) - Constructor for class stella.command.StartTilingAuxiliary: Construct a fully qualified abort telescope command.
starttime - Variable in class globals.value.StopWatch: The long recording the time at a {link #start} call.
starttime - Variable in class stella.util.Alarm: The first time-tag that must be reached.
startTracking() - Method in interface stella.rmi.TelescopeControlling: Starts the tracking from the current position of the telescope.
startTracking() - Method in class stella.telescope.TelescopeMaster: Starts the tracking from the current position of the telescope.
StartTrackingTelescope - Class in stella.command: The init command for the telescope.
StartTrackingTelescope(Object) - Constructor for class stella.command.StartTrackingTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StartTrackingTelescope(Object, String, long) - Constructor for class stella.command.StartTrackingTelescope: Construct a fully qualified abort telescope command.
startTransmission() - Method in class stella.net.gregor.CommunicationHandler: We start the sender and receiver threads after ensuring proper opening of the TCP connection.
startUpdate() - Method in class stella.roof.BaaderDome: This method starts the update thread.
startWatchdog() - Method in class stella.io.WatchdogRS485Server: Stars the watch-dog functionality on modules listed in WatchdogRS485Server.KEY_WATCHDOG key.
StartWatchMaster - Class in stella.command: The start-guiding command.
StartWatchMaster(Object) - Constructor for class stella.command.StartWatchMaster: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StartWatchMaster(Object, String, long) - Constructor for class stella.command.StartWatchMaster: Constructs a move telescope command.
StarUtilizer - Interface in astro: An interface marking somebody that utilizes star data.
stat - Variable in class stella.globals.StatisticValue: The statisitcs object used to calculate values.
state - Variable in class stella.error.CommandAborted: The internal state of the aborted command.
state - Variable in class stella.globals.PilarTrigger: A helper to get further trigger functionality
state - Variable in class stella.net.tpl.TplCommand: Any parsable status out of a TplEvent.
state - Variable in class stella.net.tpl.TplEvent: The state of the event object.
StateAds - Class in stella.net.ads.protocol
StateAds() - Constructor for class stella.net.ads.protocol.StateAds
stateChanged(TplCommand) - Method in class stella.telescope.OpenPilarSocket: An event signaled that the state on a command has changed.
stateChanged(TplCommand) - Method in class stella.telescope.Pilar3Socket: An event signaled that the state on a command has changed.
StatePreserving - Interface in globals: A state preserving parameter saves its current state on exit and restores it during init.
StateReply - Class in stella.net.ads.protocol
StateReply(int, int, int) - Constructor for class stella.net.ads.protocol.StateReply
stati - Variable in class stella.net.TestReceiver: The status classes available for this test receiver.
STATICLOCK - Static variable in class io.AbstractSerialDriver: A locking Object to prevent concurrent access to the serial port.
Stating - Interface in stella.command: A marker interface to indicate that a command has resetting properties.
station - Variable in class stella.sensor.SensorRepository: A reference to the weather station for deregistering on exit.
station - Variable in class stella.sensor.WeatherRemainsBad: Normal action will register a weather station after construct.
station - Variable in class stella.sensor.WeatherTrigger: Normal action will register a weather station after construct.
statistic - Variable in class astro.fits.ImageInfo
StatisticMaster - Class in mysql: A collection of methods that allow calculation of tables, graphs, etc., that cannot be easily deduced from the database.
StatisticMaster(Map<String, String>) - Constructor for class mysql.StatisticMaster
StatisticMaster.All - Class in mysql
StatisticMaster.Single - Class in mysql
StatisticMoments - Class in astro.fits: Method to get statistical moments or image moments out of fits files.
StatisticMoments() - Constructor for class astro.fits.StatisticMoments
Statistics - Class in stella.sql: We get some statistic information stored in the db.
Statistics() - Constructor for class stella.sql.Statistics
Statistics.Duty - Class in stella.sql
StatisticValue - Class in stella.globals: A value that is reset at receiving a certain error-event, cumulates numbers with its set method and returns statistical values on get queris.
StatisticValue(Map<String, String>) - Constructor for class stella.globals.StatisticValue: Constructs a new snapshot parameter.
StatisticValue.Average - Class in stella.globals: Useable class returning the average.
StatisticValue.Maximum - Class in stella.globals: Useable class returning the average.
StatisticValue.Median - Class in stella.globals: Useable class returning the median.
StatisticValue.Minimum - Class in stella.globals: Useable class returning the average.
stats(int) - Method in class htm.core.HTMrange
stats - Variable in class stella.roof.BeckhoffRoof: For recording the various times.
status - Static variable in class ccd.ses231.SesDriver: RPC client solely for status retrieval.
status - Static variable in class ccd.sta0502.MagellanDriver: RPC client solely for status retrieval.
Status() - Constructor for class stella.calibunit.CalibUnit.Status
Status() - Constructor for class stella.omc.MotorController.Status
Status(int) - Constructor for enum stella.roof.BeckhoffRoof.Status
Status() - Constructor for class stella.roof.DomeReceiver.Status
status() - Method in class stella.sensor.AbstractSensor: A String description of this sensor.
status() - Method in class stella.sensor.AbstractWeatherSurveyor: Basic implementeation of the status method.
status() - Method in class stella.sensor.BeckhoffRainSensor: The current status of the rain sensor.
status() - Method in class stella.sensor.RS485RainImminentSensor: The current status of the rain sensor.
status() - Method in class stella.sensor.RS485RainSensor: The current status of the rain sensor.
status() - Method in interface stella.sensor.Telemetering: Returns a description of the actual status of this telemetering instance.
status() - Method in class stella.sensor.WeatherSensor: Adds the current vote to the status message.
STATUS_TOKEN - Static variable in class stella.ErrorEvent: The type token for status messages.
StatusAdapter - Class in stella.command: The abort command for the telescope.
StatusAdapter(Object) - Constructor for class stella.command.StatusAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StatusAdapter(Object, String, long) - Constructor for class stella.command.StatusAdapter: Construct a fully qualified abort telescope command.
StatusAuxiliary - Class in stella.command: The abort command for the telescope.
StatusAuxiliary(Object) - Constructor for class stella.command.StatusAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StatusAuxiliary(Object, String, long) - Constructor for class stella.command.StatusAuxiliary: Construct a fully qualified abort telescope command.
StatusCcd - Class in stella.command: The abort command for the telescope.
StatusCcd(Object) - Constructor for class stella.command.StatusCcd: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StatusCcd(Object, String, long) - Constructor for class stella.command.StatusCcd: Construct a fully qualified abort telescope command.
statusChanged(String, String, String) - Method in interface stella.roof.StatusHandler: The method called whenever a roof changes its status.
StatusEnvironment - Class in stella.command: The status roof command.
StatusEnvironment(Object) - Constructor for class stella.command.StatusEnvironment: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StatusEnvironment(Object, String, long) - Constructor for class stella.command.StatusEnvironment: Construct a fully qualified open roof command.
StatusHandler - Interface in stella.roof: The interface defining roof-status-change handling capabilities.
statusMaster(CommandEvent) - Method in class stella.acquire.AcquireMaster: Returns a status message.
statusMaster(CommandEvent) - Method in class stella.adapter.AdapterMaster: Returns a status message.
statusMaster(CommandEvent) - Method in class stella.adapter.AuxiliaryMaster: Returns a status message.
statusMaster(CommandEvent) - Method in class stella.calibration.CalibrationMaster: Returns a short description of the status of the adapter.
statusMaster(CommandEvent) - Method in class stella.ccd.CameraMaster: Returns a status information of the camera as a string.
statusMaster(CommandEvent) - Method in class stella.ccd.MagellanMaster
statusMaster(CommandEvent) - Method in class stella.ccd.SesMaster: Returns a status information of the camera as a string.
statusMaster(CommandEvent) - Method in class stella.ccd.WifsipMaster: Returns a status information of the camera as a string.
statusMaster(CommandEvent) - Method in class stella.environment.ShelterMaster: The method actually delivering the status lines.
statusMaster(CommandEvent) - Method in class stella.rmi.GenericMaster.Standalone: Returns all values served in a single String.
statusMaster(CommandEvent) - Method in class stella.rmi.GenericMaster: Method called to return the status.
statusMaster(CommandEvent) - Method in class stella.rmi.TestReceiver: Method called to return the status string.
statusMaster(CommandEvent) - Method in class stella.telescope.TelescopeMaster: Returns a short description of the status of the telescope.
statusProvider(StatusProviding) - Static method in class stella.MasterMind: Provides a generic status string for StatusProviding objects by returning thei class name folowed by the string representation of their status.
StatusRequesting - Interface in stella: An interface that signals that this parameter obtains its value from an ErrorEvent, normally a status event, sent from the devices and that this value is linked to a changing parameter.
StatusSerializer - Class in stella.adapter: A class that listens to the adapter master and serializes incoming status messages for off-line retrieval using GuiderInfos.
StatusSerializer(Map) - Constructor for class stella.adapter.StatusSerializer: Constructs a new message logger.
StatusSerializer.FromLog - Class in stella.adapter: Reads a log file of the adapter and tries to construct serialized guider info out of it.
StatusSerializer.Run - Class in stella.adapter: Runs the status serializer.
StatusSerializer.Test - Class in stella.adapter: Test the class by serializing a single guider info, acquire20060408-0014-0000-reduced.fits
statusSimulator() - Method in class stella.rmi.GenericSimulator: A default status implementation.
StatusSpectrograph - Class in stella.command: The abort command for the telescope.
StatusSpectrograph(Object) - Constructor for class stella.command.StatusSpectrograph: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StatusSpectrograph(Object, String, long) - Constructor for class stella.command.StatusSpectrograph: Construct a fully qualified abort telescope command.
StatusTelescope - Class in stella.command: The abort command for the telescope.
StatusTelescope(Object) - Constructor for class stella.command.StatusTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StatusTelescope(Object, String, long) - Constructor for class stella.command.StatusTelescope: Construct a fully qualified abort telescope command.
stella - package stella
Stella() - Constructor for class stella.sensor.Meteorology.Stella
stella.acquire - package stella.acquire
stella.adapter - package stella.adapter
stella.applet - package stella.applet
stella.asiva - package stella.asiva
stella.auxiliary - package stella.auxiliary
stella.calibration - package stella.calibration
stella.calibunit - package stella.calibunit
stella.ccd - package stella.ccd
stella.command - package stella.command
stella.environment - package stella.environment
stella.error - package stella.error
stella.ethcam - package stella.ethcam
stella.exception - package stella.exception
stella.firecam - package stella.firecam
stella.globals - package stella.globals
stella.io - package stella.io
stella.log - package stella.log
stella.math - package stella.math
stella.merit - package stella.merit
stella.mxio - package stella.mxio
stella.net - package stella.net
stella.net.ads - package stella.net.ads
stella.net.ads.protocol - package stella.net.ads.protocol
stella.net.ads.type - package stella.net.ads.type
stella.net.gregor - package stella.net.gregor
stella.net.modbus - package stella.net.modbus
stella.net.tpl - package stella.net.tpl
stella.net.vatt - package stella.net.vatt
stella.nut - package stella.nut
stella.omc - package stella.omc
stella.ow - package stella.ow
stella.rmi - package stella.rmi
stella.roof - package stella.roof
stella.sensor - package stella.sensor
stella.spectrograph - package stella.spectrograph
stella.sql - package stella.sql
stella.telescope - package stella.telescope
stella.util - package stella.util
stella.xml - package stella.xml
Stella1() - Constructor for class stella.globals.Horizon.Stella1: The offset to the near wall is +39 degrees.
Stella2() - Constructor for class stella.globals.Horizon.Stella2: The offset to the near wall is -141 degrees.
StellaGuider - Class in stella.adapter: STELLA-I guider class.
StellaGuider(Map<String, String>) - Constructor for class stella.adapter.StellaGuider: Constructor.
StellaGuider.Continuous - Class in stella.adapter: A class to test the continuous mode.
StellaGuider.ExposeThread - Class in stella.adapter: The thread that does continuous exposures.
StellaGuider.ReduceThread - Class in stella.adapter: This thread does the reduction of CCD data to a level that a list of detected stars can be retrieved.
StellaGuider.Single - Class in stella.adapter: Takes a single shot through the guider and detects the stars there.
STEP - Static variable in class astro.GridShape: The step-size in degrees.
Step() - Constructor for class stella.omc.MiniWheel.Step
Step() - Constructor for class stella.omc.MotorController.Step
STEP - Static variable in interface stella.xml.DTDConstants: The tag name of a step in a sequence (consitiong of 1+ Tasks).
step - Variable in class stella.xml.LoopingSequencer: The current active step.
step - Variable in class stella.xml.XMLSequencer: The list iterator to pass through the dom sequence.
STEPCOUNTER - Static variable in interface stella.xml.DTDConstants: The tag name of a step in a sequence (consitiong of 1+ Tasks).
Stepper() - Constructor for class astro.WcsFit.Stepper
Stepper() - Constructor for class stella.globals.LaserAzAltDistance.Stepper
stepresolution - Variable in class stella.omc.WifsipWheel
steps - Static variable in class astro.OrbitModel.Hss348.Radius
steps - Variable in class stella.adapter.StellaGuider.ReduceThread: The mask of reduction step-fits files to write.
StepTest() - Constructor for class stella.math.ParabolicExtrapolation.StepTest
STEPWHILE - Static variable in interface stella.xml.DTDConstants: The tag name of a step in a sequence (consitiong of 1+ Tasks).
Stereographic() - Constructor for class astro.WcsMatch.Stereographic
STON - Static variable in interface stella.xml.ReservedConstants: The signal to noise of a setup.
stop() - Method in class globals.value.StopWatch: Stops the stop watch.
STOP - Static variable in class stella.ow.PythonClient: The stop command string.
stop() - Method in interface stella.roof.DomeOperating: Stops all dome movements.
stop() - Method in class stella.roof.DomeReceiver: Stops the azimuth moter, the slit mechanism cannot be stopped once initiated.
stop() - Method in class util.AppletDownload
STOP_1 - Static variable in interface stella.roof.Dome
STOP_1() - Method in class stella.roof.DomeClient: Call remote procedure STOP_1.
STOP_1() - Method in class stella.roof.DomeServerStub
STOP_TIME - Static variable in class stella.ErrorEvent: The follow-up for stop internal exposure time count.
STOP_TRACK_1 - Static variable in interface stella.telescope.TcpRpc
STOP_TRACK_1() - Method in class stella.telescope.TcpRpcClient: Call remote procedure STOP_TRACK_1.
STOP_TRANSMISSION_1 - Static variable in interface stella.firecam.Firecam
STOP_TRANSMISSION_1() - Method in class stella.firecam.FirecamClient: Call remote procedure STOP_TRANSMISSION_1.
STOP_TRANSMISSION_1() - Method in class stella.firecam.FirecamServerStub
stopAzimuth() - Method in class stella.roof.BaaderDome: Stops the azimuth motor.
stopAzimuth() - Method in interface stella.roof.DomeDriver: Stops the azimuth motor.
stopBlink() - Method in class stella.roof.Blinker: Quit blinking phase immediately.
stopContinuous() - Method in interface ccd.Continuous: Asks for the continuous loop of exposures to stop.
stopContinuous() - Method in class ccd.SynchronousCcdDriver
stopContinuous() - Method in class stella.adapter.StellaGuider
stopDome() - Method in class stella.environment.DomeMaster: Stops the dome.
stopDome() - Method in interface stella.rmi.DomeControlling: Stops a moving dome.
stopDomeOpeningMotors() - Method in class stella.roof.BaaderDome
stopDomeOpeningMotors() - Method in interface stella.roof.DomeDriver: Stops either opening or closing of the dome.
StopExposingAuxiliary - Class in stella.command: The abort command for the telescope.
StopExposingAuxiliary(Object) - Constructor for class stella.command.StopExposingAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StopExposingAuxiliary(Object, String, long) - Constructor for class stella.command.StopExposingAuxiliary: Construct a fully qualified abort telescope command.
stopExposure() - Method in class ccd.ses231.SesDriver: Tries to stop the SES exposure by issuing the new STOP command.
stopExposure() - Method in class ccd.sta0502.MagellanDriver: Tries to stop the SES exposure by issuing the new STOP command.
StopGrabMaster - Class in stella.command: The command to temporarely cease counting of the internal clock in the SCS.
StopGrabMaster(Object) - Constructor for class stella.command.StopGrabMaster: Constructs a halt watch, grabbing the type from the class name and setting the command time to the current system time.
StopGrabMaster(Object, String, long) - Constructor for class stella.command.StopGrabMaster: Constructs a move telescope command.
StopGuideTelescope - Class in stella.command: The init command for the telescope.
StopGuideTelescope(Object) - Constructor for class stella.command.StopGuideTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StopGuideTelescope(Object, String, long) - Constructor for class stella.command.StopGuideTelescope: Construct a fully qualified abort telescope command.
stopGuiding(Guiding) - Method in class stella.acquire.AbstractAutoGuider: Stops an active guiding and blocks until all exposures are finished.
stopGuiding() - Method in class stella.acquire.AcquireMaster: Stops the guiding if active.
stopGuiding(Guiding) - Method in interface stella.acquire.AutoGuiding: Stops guiding.
stopGuiding() - Method in class stella.adapter.AdapterMaster: Stops guiding if active.
stopGuiding() - Method in class stella.adapter.AuxiliaryMaster: Stops guiding if active.
stopGuiding() - Method in interface stella.rmi.AcquisitionControlling: Stops the guiding if active.
stopGuiding() - Method in interface stella.rmi.GuiderControlling: Stops the guiding if active.
StopGuidingAdapter - Class in stella.command: The abort command for the telescope.
StopGuidingAdapter(Object) - Constructor for class stella.command.StopGuidingAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StopGuidingAdapter(Object, String, long) - Constructor for class stella.command.StopGuidingAdapter: Construct a fully qualified abort telescope command.
StopGuidingAuxiliary - Class in stella.command: The abort command for the telescope.
StopGuidingAuxiliary(Object) - Constructor for class stella.command.StopGuidingAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StopGuidingAuxiliary(Object, String, long) - Constructor for class stella.command.StopGuidingAuxiliary: Construct a fully qualified abort telescope command.
StopGuidingTelescope - Class in stella.command: The init command for the telescope.
StopGuidingTelescope(Object) - Constructor for class stella.command.StopGuidingTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StopGuidingTelescope(Object, String, long) - Constructor for class stella.command.StopGuidingTelescope: Construct a fully qualified abort telescope command.
stopMonitoring() - Method in class stella.net.AbstractVariableMonitor: Stops cache refreshing.
stopPolling() - Method in class stella.io.PollingRS485Server: Stops polling.
StopRoof - Class in stella.command: The close roof command.
StopRoof(Object) - Constructor for class stella.command.StopRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StopRoof(Object, String, long) - Constructor for class stella.command.StopRoof: Construct a fully qualified open roof command.
stopSimulate() - Method in class io.AbstractSimulatingDriver: Stops the simulation.
stopSimulate() - Method in class stella.io.PollingBeckhoffServer: Stops the simulation.
stopSimulate() - Method in class stella.roof.BeckhoffRoof
stopSimulate() - Method in class stella.util.TimeSimulate
StopTilingAdapter - Class in stella.command: The abort command for the dark tiler.
StopTilingAdapter(Object) - Constructor for class stella.command.StopTilingAdapter: Constructs a stop tiling adapter, grabbing the type from the class name and setting the command time to the current system time.
StopTilingAdapter(Object, String, long) - Constructor for class stella.command.StopTilingAdapter: Construct a fully qualified abort telescope command.
StopTilingAuxiliary - Class in stella.command: The abort command for the dark tiler.
StopTilingAuxiliary(Object) - Constructor for class stella.command.StopTilingAuxiliary: Constructs a stop tiling adapter, grabbing the type from the class name and setting the command time to the current system time.
StopTilingAuxiliary(Object, String, long) - Constructor for class stella.command.StopTilingAuxiliary: Construct a fully qualified abort telescope command.
stopTracking() - Method in interface stella.rmi.TelescopeControlling: Stops the tracking of the telescope.
stopTracking() - Method in class stella.telescope.TelescopeMaster: Stops the tracking of the telescope.
StopTrackingTelescope - Class in stella.command: The init command for the telescope.
StopTrackingTelescope(Object) - Constructor for class stella.command.StopTrackingTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StopTrackingTelescope(Object, String, long) - Constructor for class stella.command.StopTrackingTelescope: Construct a fully qualified abort telescope command.
stopTransmission() - Method in class stella.net.gregor.CommunicationHandler: We stop transmission by canceling the sender and receiver thread.
StopWatch - Class in globals.value: A stop watch parameter counts elapsed time.
StopWatch(Map<String, String>) - Constructor for class globals.value.StopWatch: Constructs a new stop watch.
stopwatch - Variable in class stella.MasterLauncher: An alarm to act as an interruptable stop-watch.
StopWatchMaster - Class in stella.command: The abort command for the telescope.
StopWatchMaster(Object) - Constructor for class stella.command.StopWatchMaster: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
StopWatchMaster(Object, String, long) - Constructor for class stella.command.StopWatchMaster: Construct a fully qualified abort telescope command.
store(MImageHDU, String) - Method in class stella.adapter.FocussingMoments
store - Variable in class stella.command.ScientificCcd: If false, data is not stored permanently.
store(MHeader, MImageHDU, String, List<MHeaderCard>) - Method in class stella.util.MomentsFocusser: From a possibly multi-extension fits only the requested extension is permanently stored with the provided name.
storedleaves_ - Variable in class htm.core.HTMindexImp
streakiness - Variable in class astro.StarDetection: Measures the read-out strip reverse probability (0=strip).
Stream - Interface in ccd: A collection of constants used by the "Stream" ONC/RPC program.
StreamClient - Class in ccd: The class StreamClient implements the client stub proxy for the SEND_GUIDER remote program.
StreamClient(InetAddress, int) - Constructor for class ccd.StreamClient: Constructs a StreamClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
StreamClient(InetAddress, int, int) - Constructor for class ccd.StreamClient: Constructs a StreamClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
StreamClient(OncRpcClient) - Constructor for class ccd.StreamClient: Constructs a StreamClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
StreamClient(InetAddress, int, int, int) - Constructor for class ccd.StreamClient: Constructs a StreamClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
StreamClient(InetAddress, int, int, int, int) - Constructor for class ccd.StreamClient: Constructs a StreamClient client stub proxy object from which the SEND_GUIDER remote program can be accessed.
StreamingCcdDriver - Class in ccd: This class interfaces to Thomas Fechner's new CCD class that allows data retrieval via the RPC calls.
StreamingCcdDriver(Map<String, String>) - Constructor for class ccd.StreamingCcdDriver: Constructor.
StreamIODriver - Interface in io: A driver that simultaneously provides an input and and output stream.
streammap - Variable in class stella.sensor.DailyDumpRepository: The hash map used for linking sensor names to file streams.
StreamServerStub - Class in ccd
StreamServerStub() - Constructor for class ccd.StreamServerStub
StreamServerStub(int) - Constructor for class ccd.StreamServerStub
StreamServerStub(InetAddress, int) - Constructor for class ccd.StreamServerStub
STRING - Static variable in class stella.ccd.CameraMaster
StringActivated - Interface in stella.error: A interface indicating that this error should be activated with a string to allow its proper meaning to be established.
stringAmsNetId(byte[]) - Method in class stella.net.ads.protocol.AdsHeader
STRINGARRAY - Static variable in class mysql.SqlAccess: If you try to create a String[], use this in the connection.
strip - Variable in class stella.adapter.GuiderInfo: The list of Guiding.RawStars strip detections.
strip - Variable in class stella.adapter.GuiderStar: An estimate for read-out stripes.
STRIPES - Static variable in class astro.fits.MFitsStarFind.Reduce
stripes - Variable in class stella.acquire.TruncatedGaussClassification
stripesM(MImageHDU, double, double, boolean) - Static method in class astro.fits.FitsReduction
StripField - Class in stella.error: Sent with a list of stars we expect to see in the guider field.
StripField(Object) - Constructor for class stella.error.StripField: Constructs a new expected acquire field.
StripStarField - Class in stella.error
StripStarField(Object) - Constructor for class stella.error.StripStarField
StromgrenB() - Constructor for class astro.ColorTransformation.StromgrenB
StromgrenIndices - Class in astro: This small class allows calculation of expected RMS in T_eff, Fe/H, and log(g) determination from Stromgren indices (no H_beta necessary).
StromgrenIndices() - Constructor for class astro.StromgrenIndices: On init, we read the olsen table and convert it to a vector, dividing the first three columns by 1000.
StromgrenIndices(File) - Constructor for class astro.StromgrenIndices: On init, we read the olsen table and convert it to a vector, dividing the first three columns by 1000.
StromgrenIndices.FeH - Class in astro: We use the provided uncertainties in Fe/H and b-y to calculate uncertainties in T_eff from the Olsen list.
StromgrenIndices.LogG - Class in astro: We use the provided uncertainties in Fe/H and b-y to calculate uncertainties in T_eff from the Olsen list.
StromgrenIndices.Teff - Class in astro: We use the provided uncertainties in Fe/H and b-y to calculate uncertainties in T_eff from the Olsen list.
StromgrenStar() - Constructor for class astro.HauckCatalog.StromgrenStar
StromgrenU() - Constructor for class astro.ColorTransformation.StromgrenU
StromgrenV() - Constructor for class astro.ColorTransformation.StromgrenV
STSCICGIPATH - Static variable in class net.DigitizedSkySurvey: The cgi-path for the default server.
STSCIPROTOCOL - Static variable in class net.DigitizedSkySurvey: The protocol of the default server.
STSCISERVER - Static variable in class net.DigitizedSkySurvey: The server for the default retrieval method.
STSISOURCE - Static variable in class net.DigitizedSkySurvey: The default source for the Stsci.
stubs - Variable in class globals.rmi.AbstractRemoteParameter: A list of registered rmi listners.
stubs - Variable in class globals.rmi.FitsMoments: A list of registered rmi listners.
stubs - Variable in class stella.rmi.SwitchRelay: A list of registered rmi listners.
STUPID - Static variable in class stella.error.CommandAborted: The reason MOVE_TELESCOPE.
su - Variable in class stella.util.DataPermission.DataPermissionCollection: If we have super-permission, this is the key.
sub(Vector3d) - Method in class htm.core.Vector3d: vector subtraction
submit - Variable in class stella.net.ads.protocol.ControlAds
submit - Variable in class stella.net.ads.protocol.ControlPayload
submit - Variable in class stella.net.ads.protocol.ReadWriteAds
submit - Variable in class stella.net.ads.protocol.ReadWritePayload
submit - Variable in class stella.net.ads.protocol.WriteAds
submit - Variable in class stella.net.ads.protocol.WritePayload
submitted - Variable in class stella.xml.SporeTarget: If known, the submission date.
SubSample() - Constructor for class astro.HipparchosCatalog.SubSample
SubSample() - Constructor for class astro.TychoCatalog.SubSample
SubTargets - Class in stella.util: Takes a huge list of possible targets and applies a general filtering on them.
SubTargets(Map) - Constructor for class stella.util.SubTargets: Constructs a new sub target list.
subtract(double) - Method in class astro.fits.AbstractFitsImageModel: Subtracts a background from all ADUs.
subtractMean(VectorG) - Method in class stella.util.PointingModel: Replaces the measruements by the measurements minus their average
success - Variable in class stella.net.tpl.TplSet: The success of the set procedure, either null, TRUE or FALSE.
success - Variable in class stella.roof.DomeReceiver.Slew: If the position is reached, this boolean get true and we die.
success - Variable in class stella.roof.RoofReceiver.CloseThread: The outcome of the open operation.
success - Variable in class stella.roof.RoofReceiver.OpenThread: The outcome of the open operation.
success() - Method in class stella.util.DummySequencer: Queries the result of a sequencing procedure.
success - Variable in class stella.util.PointingScheduler: A mapping of tile numbers to successful acquires.
success - Variable in class target.AbstractTarget.PickAdapter: The success flag.
SUCCESSOR - Static variable in interface stella.xml.DTDConstants: The target to be executed directly after this target.
successor - Variable in class stella.xml.ParsedTarget: The successor target.
SuccessorCloseMerit - Class in stella.merit: A close successor merit guarantees a merit that is only higher then zero if another target SuccessorCloseMerit.KEY_SUCCEED has been successfully observed for at least SuccessorCloseMerit.KEY_SUCCESSCOUNT times within a time span of SuccessorCloseMerit.KEY_SUCCESSTIME.
SuccessorCloseMerit(Map<String, String>) - Constructor for class stella.merit.SuccessorCloseMerit: Constructs a new successor merit.
SuccessorMerit - Class in stella.merit: A successor merit guarantees a merit that is only higher then zero if another target SuccessorMerit.KEY_SUCCEED has been successfully observed for at least SuccessorMerit.KEY_SUCCESSCOUNT times.
SuccessorMerit(Map) - Constructor for class stella.merit.SuccessorMerit: Constructs a new successor merit.
successorname - Variable in class stella.xml.SporeTarget: The successor target.
sufficient(Vector2D) - Method in class stella.auxiliary.PinholeViewingMaster
SUGGEST - Static variable in class stella.adapter.AuxiliaryCoarseUnit: This mode is the suggest mode, where the offset is not applied.
SuggestAcquireAuxiliary - Class in stella.command: The command to check if an acquire command has found the wrong target.
SuggestAcquireAuxiliary(Object) - Constructor for class stella.command.SuggestAcquireAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
SuggestAcquireAuxiliary(Object, String, long) - Constructor for class stella.command.SuggestAcquireAuxiliary: Constructs a move telescope command.
SuggestOffsetParser - Class in stella.util: This class parses an auxiliary and a adapter log file simultaneously to check for a given object ID whether the suggest offset in the auxiliary and the applied offset in the adapter have something in paralell.
SuggestOffsetParser(Map<String, String>) - Constructor for class stella.util.SuggestOffsetParser: Constructs a new log parser.
SuggestOffsetParser.All - Class in stella.util
SuggestOffsetParser.One - Class in stella.util
Sum() - Constructor for class mysql.HistorySql.Sum
sum(String, String, String) - Method in class mysql.SqlAccess: Calculates a sum over a singe expression.
sum - Variable in class stella.math.Extrapolation: The different data sums.
sum - Variable in class stella.util.SchmidtIntegralTrigger: Sum of all values currently in the integral list.
sum0 - Variable in class stella.math.ImageMomentsLayout: Once the image is set, this is the ADU-sum.
sumaltoff - Variable in class stella.telescope.OpenPilarSocket: For relative offsets, this double holds the currently applied h-off.
sumaltoff - Variable in class stella.telescope.Pilar3Socket: For relative offsets, this double holds the currently applied h-off.
sumazoff - Variable in class stella.telescope.OpenPilarSocket: For relative offsets, this double holds the currently applied az-off.
sumazoff - Variable in class stella.telescope.Pilar3Socket: For relative offsets, this double holds the currently applied az-off.
sumDuration(String) - Method in class mysql.HistorySql: We cannot simple sum as we would count daughter-targets twice.
sumExposures() - Method in class stella.xml.SporeTarget
sumExposureTime(String) - Method in class mysql.ObserveSql
sumup(double[]) - Static method in class stella.adapter.AbstractPinholeModel: Sums a model flux.
SumWatch - Class in globals.value: A sum watch takes several StopWatches and returns their summed value on request.
SumWatch(Map<String, String>) - Constructor for class globals.value.SumWatch: Constructs a new observation time.
sun - Variable in class stella.globals.FlatPointing: The parameter that delivers current solar azimuth.
SunAvoidanceMerit - Class in stella.merit: A merit that calculates its gain from the distance of the target to the sun.
SunAvoidanceMerit(Map) - Constructor for class stella.merit.SunAvoidanceMerit: Constructs a new sun-avoidance merit.
SunPosition - Class in astro: A class calculating the position of the moon.
SunPosition() - Constructor for class astro.SunPosition: Constructs a new moon position object.
SunPosition(Date) - Constructor for class astro.SunPosition: Constructs a new moon position object for the given date.
SunPosition.Test - Class in astro: Testing purpose mainly.
sunset - Variable in class stella.globals.FlatExposureTime: We allow to distinguish berween sun rise and sun set.
supportMode(String) - Method in interface ccd.MultiMode: Return true if this mode is supported.
supportMode(String) - Method in class ccd.ses231.SesDriver: Return true if this mode is supported.
supportMode(String) - Method in class ccd.sta4240.E2VDriver: Return true if this mode is supported.
supportMode(String) - Method in class stella.ccd.E2VGeometry: Return true if this mode is supported.
supportMode(String) - Method in class stella.ccd.MultiModeWifsipGeometry: Return true if this mode is supported.
suspendAlarm() - Method in class stella.util.Alarm: Temporarily pauses the alarm clock.
sustime - Variable in class stella.util.Alarm: The time the Thread.suspend() method was called.
swap(short[], int, int) - Static method in class ccd.ScienceCcdDriver: Swaps wrong endian in a short array.
swap(short[], int, int) - Static method in class ccd.ses231.SesDriver: Swaps wrong endian in a short array.
swap(short[], int, int) - Static method in class ccd.sta0500.MagellanDriver: Swaps wrong endian in a short array.
swap(short[], int, int) - Static method in class ccd.sta0501.MagellanDriver: Swaps wrong endian in a short array.
swap(short[], int, int) - Static method in class ccd.sta0502.MagellanDriver: Swaps wrong endian in a short array.
swap(short[], int, int) - Static method in class ccd.sta4240.E2VDriver: Swaps wrong endian in a short array.
swap(short[], int, int) - Static method in class ccd.StreamingCcdDriver: Swaps wrong endian in a short array.
Swi() - Constructor for class stella.ow.ServerClient.Swi
Switch - Interface in io: A switch is a more specific implementation of a trigger.
Switch() - Constructor for class stella.ow.ServerClient.Switch
SWITCHES - Static variable in class astro.RaDeParser: The switches for parsing ra and de.
SWITCHES - Static variable in class astro.Seeing.Motion: The switches for adding properties.
SWITCHES - Static variable in class io.DataStreamConvert: Switches with one argument.
SWITCHES - Static variable in class mysql.AbstractSql.Columns: The switches for adding properties.
SWITCHES - Static variable in class mysql.AbstractSql.Extract: The switches for adding properties.
SWITCHES - Static variable in class mysql.ObserveSql.Extract: The switches for adding properties.
SWITCHES - Static variable in class stella.rmi.SwitchSkeleton.Turn: The switches for light on/off.
SWITCHES - Static variable in class stella.rmi.SwitchSsh.Plain: The switches for light on/off.
SWITCHES - Static variable in class stella.roof.BuildingAccess: The command line switches understood by this access class.
SWITCHES - Static variable in class stella.roof.DomeAccess: The command line switches understood by this access class.
SWITCHES - Static variable in class stella.roof.ShelterAccess: The command line switches understood by this access class.
SWITCHES - Static variable in class stella.sensor.DailyDumpRepository.Parser: The switches for adding properties.
SWITCHES - Static variable in class stella.sensor.WeatherStation.Manage: The switches for removing and adding a sensor.
SWITCHES - Static variable in class stella.util.AltAzVelocity: The switches for adding properties.
SWITCHES - Static variable in class stella.util.HistoryDatabase.Logfile: The switches for adding properties.
SWITCHES - Static variable in class stella.util.NasmythPointingModel.FileData: The command line switches understood with one argument.
SWITCHES - Static variable in class stella.util.PointingModel.FileData: The command line switches understood with one argument.
SWITCHES - Static variable in class stella.util.SensorTest.Parser: The switches for adding properties.
SWITCHES - Static variable in class stella.util.SolarHeightCalculator: The switches for adding properties.
SWITCHES - Static variable in class stella.util.TargetCoordinates: The switches for adding properties.
SWITCHES - Static variable in class stella.util.TelescopeAxis.Randomize: The single-argument switches.
SWITCHES - Static variable in class stella.util.Tracking: The switches for adding properties.
switchOff() - Method in class stella.rmi.AbstractRemoteSwitch: The remote switching is diverted to the local Switch.turnOff().
switchOff() - Method in interface stella.rmi.RemoteSwitch: Switches off.
switchOff() - Method in class stella.rmi.SwitchRelay: The remote switching is diverted to the servers SwitchRelay.switchOn(long).
switchOff() - Method in class stella.rmi.SwitchSsh: The remote switching is diverted to the servers SwitchSsh.switchOn(long).
switchOn(long) - Method in class stella.rmi.AbstractRemoteSwitch: The remote switching is diverted to the local Switch.turnOn(long).
switchOn(long) - Method in interface stella.rmi.RemoteSwitch: Switches on.
switchOn(long) - Method in class stella.rmi.SwitchRelay: The remote switching is diverted to the servers SwitchRelay.switchOn(long).
switchOn(long) - Method in class stella.rmi.SwitchSsh: The remote switching is diverted to the servers SwitchSsh.switchOn(long).
switchover - Variable in class stella.util.TelescopeAxis: The time at which the new s-curve will become active.
SwitchRelay - Class in stella.rmi: Relay the parameter given at the first command line argument to the local registry.
SwitchRelay(String, String) - Constructor for class stella.rmi.SwitchRelay
SwitchSkeleton - Class in stella.rmi: A trigger that takes a non-remote trigger and exports it to the registry.
SwitchSkeleton(Map) - Constructor for class stella.rmi.SwitchSkeleton: Constructs a new parameter skeleton.
SwitchSkeleton.Turn - Class in stella.rmi: Allows rmi-access to the AbstractRemoteSwitch.switchOn(long), AbstractRemoteSwitch.switchOff(), and the #switchOnTimeout methods.
SwitchSsh - Class in stella.rmi: Relay the parameter via ssh calls to the local registry.
SwitchSsh(String, String, Map<String, String>) - Constructor for class stella.rmi.SwitchSsh
SwitchSsh(String, String, String, String, Map<String, String>) - Constructor for class stella.rmi.SwitchSsh
SwitchSsh.Plain - Class in stella.rmi: Allows rmi-access to the SwitchSsh.switchOn(long), SwitchSsh.switchOff(), and the #switchOnTimeout methods.
SwitchSsh.Try - Class in stella.rmi
SwitchStub - Class in stella.rmi: The stub representation for a remote switch.
SwitchStub(String) - Constructor for class stella.rmi.SwitchStub: For convenience, we support a constructor with only the remote name.
SwitchStub(Map<String, String>) - Constructor for class stella.rmi.SwitchStub: Constructs a new switch stub.
SwitchTask(boolean) - Constructor for class stella.roof.Blinker.SwitchTask: Constructs a new switch task.
SwitchTrigger - Class in stella.roof: An event trigger that constanly monitors the status of the roof switches.
SwitchTrigger(Map) - Constructor for class stella.roof.SwitchTrigger: Constructs a new switch trigger.
SwitchTrigger.Response - Class in stella.roof: A class to manually test module reads for trigger action.
symbolic - Variable in class htm.core.HTMrangeIterator
synchedRead(long) - Method in class stella.calibunit.CalibStaticLockUnit: Does a sync on this, waits at max for the given timeout, then reads.
synchedRead(long) - Method in class stella.calibunit.CalibUnit: Does a sync on the wakeup monitor, waits at max for the given timeout, then reads.
synchedRead(long) - Method in class stella.calibunit.ConcurrentCalibUnit: Does a sync on this, waits at max for the given timeout, then reads.
SynchronousCcdDriver - Class in ccd: A blocking ccd-driver acts on the CcdDriver.expose(), CcdDriver.exposeBias(), and CcdDriver.exposeDark() methods.
SynchronousCcdDriver(Map<String, String>) - Constructor for class ccd.SynchronousCcdDriver: Constructor.
SynchronousCcdDriver.ExposureThread - Class in ccd: An exposure thread simly calls CcdDriver.expose() or CcdDriver.exposeDark(), depending on the argument it was constructed with.
SynchronousCcdDriver.MakeImage - Class in ccd: The thread that does continuous exposures.
SynchronousCcdDriver.ReduceImage - Class in ccd: This thread does the reduction of CCD data to a level that a list of detected stars can be retrieved.
SynchronousCcdDriver.ThreadShot - Class in ccd: Class to take a ccd driver as the first command line argument, open it and make a science exposure.
syncQuery(Map<Object, Object>) - Method in class net.tap.TableAccessProtocol
SYNTAX - Static variable in class stella.net.tpl.TplCommand: The error signaling syntax errors.
SYSTEM - Static variable in interface stella.util.UserProfile: The system user.
SystemErrListener - Class in stella: A very easy implementation of an ErrorListener.
SystemErrListener() - Constructor for class stella.SystemErrListener: Constructs a new System err listener.
SystemOutListener - Class in stella.util: A very easy implementation of a DataListener.
SystemOutListener() - Constructor for class stella.util.SystemOutListener: Constructs a new System out listener.

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