F-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 _

F

f - Variable in class stella.omc.WifsipGUI
f - Variable in class stella.sensor.SmoothingSensor: Two double arrays.
f - Variable in class util.log.JStatusHandler
FAILED - Static variable in class stella.net.tpl.TplCommand: The error signaling failed callback execution.
FAILED - Static variable in class stella.omc.MotorController: Return code for failed.
failed - Variable in class stella.roof.BaaderDome.AzimuthRead: If this is true, last read failed.
failed - Variable in class stella.util.SchedulerFileRank
fails - Variable in class stella.nut.UpsDriver: The set of commands currently failed.
fails - Variable in class stella.omc.MotorController: The maximum failures allowed per axis.
Failure(int) - Constructor for enum mysql.FailureSql.Failure
FailureSql - Class in mysql: /** A class that allows static access to a database containing pre-reductional check on file validity/usability.
FailureSql(Map<String, String>) - Constructor for class mysql.FailureSql
FailureSql.Failure - Enum in mysql
FailureSql.Test - Class in mysql
faint - Variable in class mysql.PpmXlDatabaseFeeder
faintFocusAdapter(CommandEvent) - Method in class stella.adapter.AdapterMaster: Focuses a lately acquired star.
faintfocustask - Variable in class stella.adapter.AdapterMaster: The focus unit doing the focus on faint stars, if any.
fake - Variable in class stella.environment.DomeSimulator: The weather station.
fake - Variable in class stella.environment.EnvironmentSimulator: The weather station.
Fake() - Constructor for class stella.util.HighestTarget.Fake
fake - Variable in class stella.util.SimulatorParser
FakeSensor - Class in stella.sensor: A fake sensor does not generate data events based on reading a true sensor, but generates it from reading a file.
FakeSensor(Map) - Constructor for class stella.sensor.FakeSensor: Constructs a new fake sensor.
FakeSolZSensor - Class in stella.sensor: This class is for the STELLA system at an increased pace.
FakeSolZSensor(Map) - Constructor for class stella.sensor.FakeSolZSensor: Uses a time parameter instead of the system time.
FakeSolZSensor.Test - Class in stella.sensor: Test purpose mainly.
faketime - Variable in class stella.util.TimeSimulate: The time faked at simul start.
FAKETYPE - Static variable in class stella.command.FocusTest: The fake type.
FAKETYPE - Static variable in class stella.command.OffsetTest: The fake type.
FAKETYPE - Static variable in class stella.command.TestConfig: The fake type.
Fallback() - Constructor for class mysql.TaskSql.Fallback
fallback - Static variable in class stella.sql.TargetConsistency: This is the fallback, if no simbad info can be retrieved.
FALSE - Static variable in class stella.DoneEvent: The string to use for unsuccessful done events.
FALSE - Static variable in interface stella.xml.DTDConstants: The tag name of triggers that get false at a condition (False).
falsemap - Variable in class stella.util.SimulatorSequencer: A map linking target names to get-false trigger name on SimulatorSequencer.run().
far - Variable in class stella.globals.Horizon.Ellipsoidal: From the dimensions of the building, the far viewing angle.
FAST_BACKWARD_1 - Static variable in interface stella.roof.Dome
FAST_BACKWARD_1() - Method in class stella.roof.DomeClient: Call remote procedure FAST_BACKWARD_1.
FAST_BACKWARD_1() - Method in class stella.roof.DomeServerStub
FAST_FORWARD_1 - Static variable in interface stella.roof.Dome
FAST_FORWARD_1() - Method in class stella.roof.DomeClient: Call remote procedure FAST_FORWARD_1.
FAST_FORWARD_1() - Method in class stella.roof.DomeServerStub
fastBackward() - Method in class stella.roof.BaaderDome: Starts fast backward in azimuth.
fastBackward() - Method in interface stella.roof.DomeDriver: Starts fast backward in azimuth.
fastForward() - Method in class stella.roof.BaaderDome: Starts fast forward in azimuth.
fastForward() - Method in interface stella.roof.DomeDriver: Starts fast forward in azimuth.
fatal - Variable in class stella.telescope.Pilar3Socket: A string list of errors that cannot be cleared and stop operation.
fatalError(ErrorEvent) - Method in class stella.MasterErrorHandler: This error handler is invoked when everything else fails.
fatalError(SAXParseException) - Method in class xml.DOMEcho.MyErrorHandler
faulty - Variable in class stella.roof.BaaderDome.AzimuthRead: The client we read from.
FAVREJ - Static variable in class astro.fits.MFitsStatistic
FAVREJREM - Static variable in class astro.fits.MFitsStatistic
FCOMBINE - Static variable in class astro.fits.MFitsStatistic
FCOMBINEREM - Static variable in class astro.fits.MFitsStatistic
fcose - Variable in class stella.acquire.PointingModelPivot: Normalization factor for the cosine function.
fcose - Variable in class stella.util.AuxiliaryFullPointing: Normalization factor for the cosine function.
fcose - Variable in class stella.util.AuxiliaryPointing: Normalization factor for the cosine function.
FechnerDriver - Class in ccd: The class to work with thomas fechner's guider ccd.
FechnerDriver(Map<String, String>) - Constructor for class ccd.FechnerDriver: Constructor.
FechnerDriver.Test - Class in ccd: A test class.
feed(List<SimpleStar>) - Method in class mysql.PpmXlDatabaseFeeder: We consider that ra, de are stored in milli-arcsec, so we muliply by 3600000.
feed(List<SimpleStar>) - Method in class mysql.Ucac4DatabaseFeeder: We consider that ra, de are stored in milli-arcsec, so we muliply by 3600000.
FEH - Static variable in class astro.PastelStar
FeH() - Constructor for class astro.StromgrenIndices.FeH
FEHSIG - Static variable in class astro.PastelStar
field - Variable in class astro.SimpleStar.StarComparator
FIELD - Static variable in interface net.cds.CDSConstants: The tag denoting a field entry in a table, i.e.
field - Variable in class stella.util.FlatFinder: The array with possible pointings.
FieldBy() - Constructor for class astro.AsciiCatalog.FieldBy
FieldC1() - Constructor for class astro.AsciiCatalog.FieldC1
FIELDDATATYPE - Static variable in interface net.cds.CDSConstants: The attribute denoting the datatype of the field.
FieldM1() - Constructor for class astro.AsciiCatalog.FieldM1
FIELDNAME - Static variable in interface net.cds.CDSConstants: The attribute denoting the name of the field.
FieldOfView - 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.
FieldOfView(Object) - Constructor for class stella.error.FieldOfView: Constructs a new field-of-view.
FIELDOFVIEW - Static variable in interface stella.xml.DTDConstants: Tag starting a field-of-view section around a target (FieldOfView).
FieldOfViewCommand - Class in stella.command
FieldOfViewCommand(Object, String, long) - Constructor for class stella.command.FieldOfViewCommand
fieldOfViewOffset(Rectangle2D, Dimension, double, double, List<Guiding.RawStar>, long, Point2D, boolean) - Method in class stella.adapter.AbstractStarGuider: Does a matching of a detected star list (which might be further cleaned by removing mirrors etc) to the field-of-view.
fieldOfViewOffset(Rectangle, double, double, List, long, Point2D) - Method in class stella.adapter.AdapterGuider: Does a matching of a detected star list (which might be further cleaned by removing mirrors etc) to the field-of-view.
FieldOfViewProviding - Interface in stella.acquire
fieldOfViewShift(Rectangle2D, Dimension, double, double, List<Guiding.RawStar>, long, boolean) - Method in class stella.adapter.AbstractStarGuider: Does a matching of a detected star list (which might be further cleaned by removing mirrors etc) to the field-of-view.
fieldOfViewShift(Rectangle, double, double, List, long) - Method in class stella.adapter.AdapterGuider: Does a matching of a detected star list (which might be further cleaned by removing mirrors etc) to the field-of-view.
FIELDS - Static variable in class stella.adapter.GuiderStar: Names of field to be set on string consrtuct.
fields - Variable in class stella.sensor.DatabaseNow: The mapping of sensor names as in the dataevents to sql fields.
FieldSerializer - Class in stella.adapter: A class that listens to the adapter master and serializes incoming status messages for off-line retrieval using GuiderInfos.
FieldSerializer(Map<String, String>) - Constructor for class stella.adapter.FieldSerializer: Constructs a new message logger.
file - Variable in class astro.fits.ImageInfo
File() - Constructor for class astro.OrbitFit.File: Constructs the parser to the sensor tester.
File() - Constructor for class stella.util.HighestTarget.File
FILE - Static variable in interface stella.xml.DTDConstants: The file name under which the DOM is stored.
FileCarrying - Interface in stella.ccd: An interface indicating that a command carries a file.
FileCurrent - Class in stella.sensor: A simple class that writes out the data it obtained from the SensorRepository to a file.
FileCurrent(Map<String, String>) - Constructor for class stella.sensor.FileCurrent: Constructs a new file collector.
FileData() - Constructor for class stella.util.NasmythPointingModel.FileData: Constructs a new file data parsing object.
FileData() - Constructor for class stella.util.PointingModel.FileData: Constructs a new file data parsing object.
FileDump - Class in stella.rmi: A rmi-based data listener.
FileDump(Map) - Constructor for class stella.rmi.FileDump: Constructs a new file dump instance.
FileListSource - Class in io: Allows an array of file to be used as a model source.
FileListSource(List<File>) - Constructor for class io.FileListSource
FileListSource(File...) - Constructor for class io.FileListSource
fileLoad(File) - Method in class stella.log.TargetReport: Loads a hash map from a file.
FileMatch() - Constructor for class astro.fits.MFitsStarFind.FileMatch
FileMatch() - Constructor for class stella.adapter.RectangularMatcher.FileMatch
filename - Variable in class ccd.cmd
filename - Variable in class ccd.icmd
filename - Variable in class ccd.ses231.cmd
filename - Variable in class ccd.sta0500.cmd
filename - Variable in class ccd.sta0501.cmd
filename - Variable in class ccd.sta0502.cmd
filename - Variable in class ccd.sta4240.cmd
FileRanking - Class in stella.util: Simple ranking monitor that puts all its data into files.
FileRanking(Map<String, String>) - Constructor for class stella.util.FileRanking
FileRanking.Inspect - Class in stella.util
FileToFile() - Constructor for class stella.xml.DOMTarget.FileToFile
fillAduCovSums(ArrayLayout, double[], double[], Map<Statistic.Cov, Double>, Map<Statistic.Imo, Double>, Map<Statistic.Imo, Double>, Map<Statistic.ImCov, Double>) - Static method in class astro.fits.MFitsStatistic: Calculates all statistical covariance sums over the two (flat) ADUs.
fillAduCovSums(ArrayLayout, float[], float[], Map<Statistic.Cov, Double>, Map<Statistic.Imo, Double>, Map<Statistic.Imo, Double>, Map<Statistic.ImCov, Double>) - Static method in class astro.fits.MFitsStatistic: Calculates all statistical covariance sums over the two (flat) ADUs.
fillAndSend(String, Object, int, List<? extends Glint>, StarFieldOfView) - Method in class stella.acquire.AcquisitionUnit
fillDefaults(Document, String) - Static method in class xml.DOMToXML
fillExpression(GlobalGrouping, TargetDefinition, Map<String, Object>) - Method in class stella.util.ExpressionEvaluator
fillMerit(Element, Meriting) - Static method in class stella.xml.DOMTools: Fills a merit definition in the element.
fillMissing(Star, Star) - Static method in class astro.SimpleStar: Adds all data that is missing from the first star entry, but present in the second into the first and returns it.
fillNode(Node, String) - Static method in class xml.DOMEnlarge: Fills the node with the specified value.
fillPosition(Element, Star) - Static method in class stella.xml.DOMTools: Adds position data from a {link @StarDescription} into the container element provided.
FILTER - Static variable in class astro.fits.FitsReduction
filter - Variable in class astro.fits.ImageBlock: The color filter, if blocking criterium (flat, science).
filter - Variable in class astro.fits.ImageInfo
FILTER - Static variable in interface astro.fits.MHeaderTools.Photometry: The FITS key denoting the filter name.
filter - Variable in class globals.value.FilterTarget: The registered filter of the target.
filter - Variable in class stella.command.SelectFilterAdapter: The desired filter name.
filter - Variable in class stella.command.SelectFilterCalibration: The desired filter name.
filter - Variable in class stella.globals.FilterFocusShift: Name of currently selected filter.
filter - Variable in class stella.globals.FlatExposureTime: The last filter registered.
filter - Variable in class stella.globals.FlatMaximumTime: The last filter registered.
filter - Variable in class stella.globals.FlatQuality: The last filter registered.
filter(List<Meteorology>, int, double, boolean) - Static method in class stella.sensor.Meteorology
filter(List<SextractorStar>) - Method in class stella.util.SextractorRegions: After reading an input sextractor file, filter out all the denied stars.
Filter() - Constructor for class stella.xml.DOMTarget.Filter
FILTER - Static variable in interface stella.xml.ReservedConstants: The desired filter name, a string.
FILTERCHANGEWIFSIP - Static variable in interface stella.util.TimeConstants: Default filter-change time WiFSIP.
FilterFocusShift - Class in stella.globals: Records the position of a Positioning driver, which is useful if this driver is a filter wheel.
FilterFocusShift(Map<String, String>) - Constructor for class stella.globals.FilterFocusShift: Constructs a new filter wheel parameter, defaulting its name and the name of the Positioning driver.
filterFulfill(List<List<CentralMoments>>) - Method in class stella.globals.FlatQuality: If enough moments have been collected, we can narrow the valid ones further down by lokking at the statistics of the moment.
filterOffset(String, int) - Method in class stella.calibration.CalibrationMaster: Steps the filter wheel on the given index back or forth for the given number of steps.
filterOffset(String, int) - Method in class stella.ccd.WifsipMaster: Steps the filter wheel on the given index back or forth for the given number of steps.
filterOffset(String, int) - Method in interface stella.rmi.CalibrationControlling: Stepps the filter wheel with the given name for the desired offset, positive or negative.
filterOffset(String, int) - Method in interface stella.rmi.WifsipControlling: Stepps the filter wheel with the given name for the desired offset, positive or negative.
filters - Variable in class stella.command.SequenceFilterCalibration: The desired filter name.
FILTERSEQUENCE - Static variable in interface stella.xml.ReservedConstants: The desired filter sequence, a comma-separated string.
FilterSequenceExposureTime - Class in stella.util
FilterSequenceExposureTime() - Constructor for class stella.util.FilterSequenceExposureTime
FilterTarget - Class in globals.value: A Value that consits of a look-up table linking well-known filter names like 'B' for Johnson-B to the effective wavelength width, which is returned in nm.
FilterTarget(Map<String, String>) - Constructor for class globals.value.FilterTarget: Chains.
filtertime - Variable in class stella.globals.FlatMaximumTime: The maximum exposure times for different flats.
filterwav - Variable in class globals.value.FilterWavelength: The parsed filter map.
FilterWavelength - Class in globals.value: A Value that consits of a look-up table linking well-known filter names like 'B' for Johnson-B to the effective wavelength width, which is returned in nm.
FilterWavelength(Map<String, String>) - Constructor for class globals.value.FilterWavelength: Constructs a new sidereal time object.
filterwheel - Variable in class stella.globals.AdcPosition: The reference to the Positioning driver.
filterwheel - Variable in class stella.globals.FilterWheelPosition: The reference to the Positioning driver.
FilterWheel - Class in stella.omc: Extention of the MotorController class.
FilterWheel(Map<String, String>) - Constructor for class stella.omc.FilterWheel: Construct a new filter wheel similar to a motor controller, but defaulting its name to FilterWheel.DEFDRIVERNAME.
FilterWheel.Debug - Class in stella.omc: For debugging.
FilterWheel.FullTurn - Class in stella.omc: Reads the filter wheel configuration from a file and does a full turn.
FilterWheel.fw - Class in stella.omc
FilterWheelPosition - Class in stella.globals: Records the position of a Positioning driver, which is useful if this driver is a filter wheel.
FilterWheelPosition(Map<String, String>) - Constructor for class stella.globals.FilterWheelPosition: Constructs a new filter wheel parameter, defaulting its name and the name of the Positioning driver.
filterWheelZero() - Method in class stella.calibration.CalibrationMaster: Does a zero-positioning on all filter wheels found.
filterWheelZero() - Method in class stella.ccd.WifsipMaster: Does a zero-positioning on all filter wheels found.
FilterWidth - Class in globals.value: A Value that consits of a look-up table linking well-known filter names like 'B' for Johnson-B to the effective wavelength width, which is returned in nm.
FilterWidth(Map<String, String>) - Constructor for class globals.value.FilterWidth: Constructs a new sidereal time object.
filterwidth - Variable in class globals.value.FilterWidth: The parsed filter map.
FIN - Static variable in class stella.net.gregor.CommunicationCycle: The string denoting a done reply without data
FIN1 - Static variable in class stella.util.SimulatorParser: This is the start of the line we scan for the pick end.
FIN2 - Static variable in class stella.util.SimulatorParser: This is the start of the line we scan for the pick end.
finalize() - Method in class htm.core.HTMrange
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing, ParameterClustering) - Method in class stella.error.GoodWeatherFinalizer: Handles a protocol error.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing<?>, ParameterClustering) - Method in class stella.error.LostGuidingFinalizer: Handles a protocol error.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing<?>, ParameterClustering) - Method in class stella.error.MailFinalizer: Handles a send-mail error follow-up.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing<?>, ParameterClustering) - Method in class stella.error.RegainedGuidingFinalizer: Handles a protocol error.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing<?>, ParameterClustering) - Method in class stella.error.ResendCommandFinalizer: Handles a protocol error.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing<?>, ParameterClustering) - Method in class stella.error.ResetFinalizer: The incomming errors.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing<?>, ParameterClustering) - Method in class stella.error.WakeFinalizer: Handles a protocol error.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing<?>, ParameterClustering) - Method in interface stella.ErrorFinalizing: Finalizes the error.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing, ParameterClustering) - Method in class stella.MasterErrorHandler.NoneErrorFinalizer: This class does nothing.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing, ParameterClustering) - Method in class stella.xml.SequenceErrorFinalizer: The incomming errors.
finalizeError(TargetDefinition, ErrorEvent, CommandLaunching[], Sequencing<?>, ParameterClustering) - Method in class stella.xml.XMLErrorFinalizer: The incomming errors.
find(FieldOfViewCommand) - Method in class stella.acquire.AcquireMaster: Registers a list of stars that are expected in the following acquire field.
find(FindAuxiliary) - Method in class stella.adapter.AuxiliaryMaster: Registers a list of stars that are expected in the following acquire field.
findAdapter(CommandEvent) - Method in class stella.adapter.AdapterMaster: Registers a list of stars that are expected in the following acquire field.
FindAdapter - Class in stella.command: The find command.
FindAdapter(Object) - Constructor for class stella.command.FindAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FindAdapter(Object, String, long) - Constructor for class stella.command.FindAdapter: Constructs a move telescope command.
FindAuxiliary - Class in stella.command: The find command.
FindAuxiliary(Object) - Constructor for class stella.command.FindAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FindAuxiliary(Object, String, long) - Constructor for class stella.command.FindAuxiliary: Constructs a move telescope command.
findClosestEntry(Star, List<Star>) - Static method in class astro.StarCatalog: Scans the list of stars for the star that is closest to the supplied center.
findMatches() - Method in class stella.adapter.RectangularMatcher: Assumption: all the stars can be seen in the image can also be found in the catalog.
findMatches() - Method in class stella.adapter.StarRegister: Assumption: all the stars can be seen in the image can also be found in the catalog.
FindMultiplets - Class in astro: A small class that reads a serialized catalog, roams through all entries and checks for neighbours within a given distance and magnitude range.
FindMultiplets() - Constructor for class astro.FindMultiplets
FINE - Static variable in class astro.fits.MFitsStarFind.Reduce: Defines the fine acquire frame.
FINE - Static variable in class stella.adapter.AcquiringUnit: Fine acquire only.
FINE - Static variable in class stella.util.GoodPrimeFocusParser: If the fine-focus was successful, we find this line.
fineAcquire(long, Dimension, int, int, int, double, double) - Method in class stella.adapter.OffAxisUnit: Do a fine acquire with the specified calculated exposure time.
fineAcquire(long, Dimension, int, int, int, double, double) - Method in class stella.adapter.PrimeFocusCamera: Do a fine acquire with the specified calculated exposure time.
fineAcquire(long, Dimension, int, int, int, double, double) - Method in class stella.adapter.ScienceAcquire: Do a fine acquire with the specified calculated exposure time.
FineAcquiring - Interface in stella.acquire
fineAcquisition(Acquisition, TransparencyMeasuring) - Method in interface stella.acquire.FineAcquiring: This method is called to conduct an entire fine acquisition cycle.
fineAcquisition(Acquisition, TransparencyMeasuring) - Method in class stella.acquire.FineStarAcquisition
fineFocus(double, CcdDriver, Star, ExposureTimeProviding, TransparencyMeasuring) - Method in interface stella.auxiliary.Focussing: Returns the fine focus.
fineFocus(double, CcdDriver, Star, ExposureTimeProviding, TransparencyMeasuring) - Method in class stella.auxiliary.MomentsFocussing
fineShift(Rectangle, Dimension, double, MImageHDU, Acquisition) - Method in interface stella.acquire.FineAcquiring: This method should return a pixel shift from checking the apparent position through an acquisition camera.
fineShift(Rectangle, Dimension, double, MImageHDU, Acquisition) - Method in class stella.acquire.FineStarAcquisition
FineStarAcquisition - Class in stella.acquire
FineStarAcquisition(Map<String, String>) - Constructor for class stella.acquire.FineStarAcquisition
finetask - Variable in class stella.acquire.AcquireMaster: Is an instance of fine acquisition after init.
finetask - Variable in class stella.adapter.AuxiliaryMaster: The acquire unit doing the fine acquire task.
fineType() - Method in class stella.adapter.AuxiliaryMaster: Delivers a unique id for the currently active target in guiding mode.
FINETYPE - Static variable in class stella.adapter.AuxiliaryUnit: Acquire frames start with this header, followed by date and count.
Finger() - Constructor for class globals.rmi.ParameterSkeleton.Finger
Finger() - Constructor for class globals.rmi.ParameterStub.Finger
finish() - Static method in class stella.ow.OW
finish() - Static method in class stella.ow.OWJNI
Finished() - Constructor for enum net.tap.TableAccessProtocol.Finished
finished() - Method in class stella.auxiliary.AbstractFocussingUnit: After a successful focus set
finished() - Method in class stella.auxiliary.LinearPrimeFocus
finished - Variable in class stella.sql.TargetDatabase: My parsed collection of finished targets, available after init.
finished - Variable in class stella.xml.LoopingSequencer: The triggers linked to completed tasks, set by the sequencer.
finished - Variable in class stella.xml.ParsedTarget: Signals that this target has been finished.
finished - Variable in class stella.xml.XMLSequencer: The triggers linked to completed tasks, set by the sequencer.
finite - Variable in class astro.fits.AbstractSkyMaker.GaussThumbnail
fire - Static variable in class stella.firecam.FireDriver: RPC client instance.
Firecam - Interface in stella.firecam: A collection of constants used by the "Firecam" ONC/RPC program.
FIRECAM_GUARD_PROG - Static variable in interface stella.firecam.FirecamGuard
FIRECAM_GUARD_VERS - Static variable in interface stella.firecam.FirecamGuard
FIRECAM_PROG - Static variable in interface stella.firecam.Firecam
FIRECAM_VERS - Static variable in interface stella.firecam.Firecam
FirecamClient - Class in stella.firecam: The class FirecamClient implements the client stub proxy for the FIRECAM_PROG remote program.
FirecamClient(InetAddress, int) - Constructor for class stella.firecam.FirecamClient: Constructs a FirecamClient client stub proxy object from which the FIRECAM_PROG remote program can be accessed.
FirecamClient(InetAddress, int, int) - Constructor for class stella.firecam.FirecamClient: Constructs a FirecamClient client stub proxy object from which the FIRECAM_PROG remote program can be accessed.
FirecamClient(OncRpcClient) - Constructor for class stella.firecam.FirecamClient: Constructs a FirecamClient client stub proxy object from which the FIRECAM_PROG remote program can be accessed.
FirecamClient(InetAddress, int, int, int) - Constructor for class stella.firecam.FirecamClient: Constructs a FirecamClient client stub proxy object from which the FIRECAM_PROG remote program can be accessed.
FirecamClient(InetAddress, int, int, int, int) - Constructor for class stella.firecam.FirecamClient: Constructs a FirecamClient client stub proxy object from which the FIRECAM_PROG remote program can be accessed.
FirecamGuard - Interface in stella.firecam: A collection of constants used by the "FirecamGuard" ONC/RPC program.
FirecamGuardClient - Class in stella.firecam: The class FirecamGuardClient implements the client stub proxy for the FIRECAM_GUARD_PROG remote program.
FirecamGuardClient(InetAddress, int) - Constructor for class stella.firecam.FirecamGuardClient: Constructs a FirecamGuardClient client stub proxy object from which the FIRECAM_GUARD_PROG remote program can be accessed.
FirecamGuardClient(InetAddress, int, int) - Constructor for class stella.firecam.FirecamGuardClient: Constructs a FirecamGuardClient client stub proxy object from which the FIRECAM_GUARD_PROG remote program can be accessed.
FirecamGuardClient(OncRpcClient) - Constructor for class stella.firecam.FirecamGuardClient: Constructs a FirecamGuardClient client stub proxy object from which the FIRECAM_GUARD_PROG remote program can be accessed.
FirecamGuardClient(InetAddress, int, int, int) - Constructor for class stella.firecam.FirecamGuardClient: Constructs a FirecamGuardClient client stub proxy object from which the FIRECAM_GUARD_PROG remote program can be accessed.
FirecamGuardClient(InetAddress, int, int, int, int) - Constructor for class stella.firecam.FirecamGuardClient: Constructs a FirecamGuardClient client stub proxy object from which the FIRECAM_GUARD_PROG remote program can be accessed.
FirecamServerStub - Class in stella.firecam
FirecamServerStub() - Constructor for class stella.firecam.FirecamServerStub
FirecamServerStub(int) - Constructor for class stella.firecam.FirecamServerStub
FirecamServerStub(InetAddress, int) - Constructor for class stella.firecam.FirecamServerStub
FireDriver - Class in stella.firecam: The interface to the STELLA API to allow the firewire-CCD camera be used as a standard CCD using the CcdDriver interface.
FireDriver(Map<String, String>) - Constructor for class stella.firecam.FireDriver: Constructor.
FIRMWARE_NOT_SUPPORT - Static variable in interface stella.mxio.EthReading
first - Variable in class astro.fits.ImageBlock: The first date as found in the first image in the block.
first - Variable in class stella.adapter.AcquiringUnit: We record all first offsets passed to us up to a certain capacity.
FIRST - Static variable in class stella.error.TelescopeStatus: The variables in the first command line, index 1.
FIRST - Static variable in class stella.util.AcquireStarParser: This is the line we scane for in an acquire procedure.
FIRST - Static variable in class stella.util.FirstOffsetParser: This is the line we scane for in an acquire procedure.
first - Variable in class stella.util.GuiderTimer: The first execution of the loop task.
FIRST - Static variable in class stella.util.RandomOffsetParser: This is the line we scane for in an acquire procedure.
FIRST - Static variable in class stella.util.SuggestOffsetParser: This is the line we scan for in an adapter acquire procedure.
FIRSTACKNOWLEDGE - Static variable in class stella.net.CasterClient.CommandSender: The name for alarms waiting for the first acknowledge.
FIRSTACKNOWLEDGE - Static variable in class stella.rmi.CasterTorso: The name for alarms waiting for the first acknowledge.
firstcrash - Variable in class stella.util.TransferListener: Gets true on if we cannot read the local file system.
firstflux - Variable in class stella.adapter.AveragePinhole
firstIndex_ - Variable in class htm.core.Layer
firstOffset(Object, Vector2D) - Method in class stella.adapter.AcquiringUnit
FirstOffsetParser - Class in stella.util: This class parses old log files and extracts the first offset applied on acquire after the initial pointing.
FirstOffsetParser(Map<String, String>) - Constructor for class stella.util.FirstOffsetParser: Constructs a new log parser.
FIRSTSES - Static variable in class mysql.SqlMaster: The first date of observations with wifsip.
firstVertex_ - Variable in class htm.core.Layer
FIRSTWIFSIP - Static variable in class mysql.SqlMaster: The first date of observations with wifsip.
fit() - Method in class astro.OrbitFit: The fit to the orbit data depends from a good estimate of the period.
fit - Variable in class stella.adapter.AbstractPinholeModel: The data model, where the times are the rectangular grid.
fit - Variable in class stella.asiva.SkyQualityFit
fit() - Method in class stella.asiva.SkyQualityFit: We start at the minimum degree for the spherical expansion and fit until we surpass the maximal allowed RMS.
fitdeep - Variable in class stella.adapter.AveragePinhole.FullPinhole: If true, we also try to fit the deepness of the pinhole.
fitDeep(boolean) - Method in class stella.adapter.AveragePinhole.FullPinhole
fiterr - Variable in class stella.asiva.SkyQualityFit
fitflux - Variable in class stella.adapter.AveragePinhole.FullPinhole
fitFwhm(boolean) - Method in class stella.adapter.AveragePinhole.FullPinhole
fitpos - Variable in class stella.adapter.AveragePinhole.FullPinhole: If true, we also try to fit the position of the pinhole.
fitPosition(boolean) - Method in class stella.adapter.AveragePinhole.FullPinhole
fits - Class in ccd
fits() - Constructor for class ccd.fits
fits(XdrDecodingStream) - Constructor for class ccd.fits
fits - Class in ccd.ses231
fits() - Constructor for class ccd.ses231.fits
fits(XdrDecodingStream) - Constructor for class ccd.ses231.fits
fits - Class in ccd.sta0500
fits() - Constructor for class ccd.sta0500.fits
fits(XdrDecodingStream) - Constructor for class ccd.sta0500.fits
fits - Class in ccd.sta0501
fits() - Constructor for class ccd.sta0501.fits
fits(XdrDecodingStream) - Constructor for class ccd.sta0501.fits
fits - Class in ccd.sta0502
fits() - Constructor for class ccd.sta0502.fits
fits(XdrDecodingStream) - Constructor for class ccd.sta0502.fits
fits - Class in ccd.sta4240
fits() - Constructor for class ccd.sta4240.fits
fits(XdrDecodingStream) - Constructor for class ccd.sta4240.fits
fits - Variable in class globals.rmi.FitsMoments.Calculate
fits - Variable in class stella.command.AcquireExposureAdapter: The fits file where to save the guider-ccd data in.
fits - Variable in class stella.command.ExposureAbortCcd: The fits file where to save the ccd data in.
fits - Variable in class stella.command.GuidingExposureAdapter: The fits file where to save the guider-ccd data in.
fits - Variable in class stella.error.FitsWrittn: The path to the writtn file on the local file system.
FitsCcd - Class in stella.command: Adds parameters which should be dumped to the fits header file.
FitsCcd(Object) - Constructor for class stella.command.FitsCcd: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FitsCcd(Object, String, long) - Constructor for class stella.command.FitsCcd: Constructs a new fits header command.
FitsCheck - Class in astro.fits: Class for checking raw input files.
FitsCheck(Map<String, String>) - Constructor for class astro.fits.FitsCheck: Defaults everything.
fitscount - Variable in class ccd.FechnerDriver: Internal counter to keep track of incremental images.
FITSDATE - Static variable in class astro.fits.HeaderCardDescriptor: The formatter for fits dates.
FITSDATE - Static variable in class astro.fits.MFitsTools: The default formatter used for FITS-header dates.
FITSDATE - Static variable in class stella.ccd.CameraMaster: The formatter for fits dates.
FITSDATEMS - Static variable in class astro.fits.MFitsTools
FitsEntry(String, String, String) - Constructor for class target.AbstractTarget.FitsEntry: Constructs a new fits entry object.
FITSEXTENSION - Static variable in class astro.fits.MFitsTools: The extension for fits files.
FITSEXTENSION - Static variable in interface ccd.CcdDriver: General fits file name extension, including dot.
FITSEXTENSION - Static variable in class stella.ccd.CameraMaster: Default fits extension.
fitsfile - Variable in class stella.ccd.SesSimulator: The fits file to create.
fitsfile - Variable in class stella.ccd.WifsipSimulator: The fits file to create.
FitsGuiding - Interface in stella.adapter: These guiding classes provide fits files of the last exposure
fitshead - Variable in class stella.adapter.StatusSerializer: The truncated serialize-file name.
fitshead - Variable in class stella.error.GuiderFits: The fits-file header name.
FITSHEADER - Static variable in interface stella.xml.DTDConstants: The tag introducing the fits header information section (FitsHeader).
fitsheader - Variable in class stella.xml.SporeTarget: The map of fits-header entries found.
FITSHEADERID - Static variable in interface stella.xml.DTDConstants: The fit header id.
fitsize - Variable in class stella.adapter.AveragePinhole.FullPinhole: If true, we also try to fit the diameter of the pinhole.
fitsKey(String, String, String) - Method in class stella.ccd.CameraMaster: Adds/removes a fits header key from the customizable table.
fitsKey(String, String, String) - Method in class stella.ccd.SesSimulator: Adds/removes a fits header key from the customizable table.
FitsMoments - Class in globals.rmi: Fits moments calculates statistical moments of the ADU distribution.
FitsMoments(Map<String, String>) - Constructor for class globals.rmi.FitsMoments: Constructs a new fits-order moments parameter.
FitsMoments.Calculate - Class in globals.rmi: The thread that calculates the moments.
fitsname - Variable in class stella.command.ScientificCcd: The fits file where to save the ccd data in.
FITSNAME - Static variable in interface stella.xml.ReservedConstants: The fits-file generic name.
FitsNameGenerator - Class in stella.ccd: A class that generates unique fits-file names.
FitsNameGenerator() - Constructor for class stella.ccd.FitsNameGenerator
FitsParameterStub - Class in globals.rmi: The stub to a remote fits parameter.
FitsParameterStub(String) - Constructor for class globals.rmi.FitsParameterStub: For convenience, we support a constructor with only the remote name.
FitsParameterStub(Map<String, String>) - Constructor for class globals.rmi.FitsParameterStub: Constructs a new paramter stub.
FitsParse() - Constructor for class mysql.ObserveSql.FitsParse
FitsPut() - Constructor for class mysql.ObserveSql.FitsPut
fitsqueue - Variable in class stella.util.TransferListener.TransferThread: The queue of the fits files.
FitsReduction - Class in astro.fits
FitsReduction() - Constructor for class astro.fits.FitsReduction
FitsReduction.Write - Enum in astro.fits
FitsRelay - Class in stella.rmi: An rmi-error listener that listens for FitsWrittn status messages and relays them to a server listening on a special port, as defined in the properties.
FitsRelay(Map<String, String>) - Constructor for class stella.rmi.FitsRelay: We create a new error relay and start binding to the error casters in the init section.
FitsRelay.Rmi - Class in stella.rmi: Test by sending the path of the first command line argument to a local server.
FITSSAVE - Static variable in interface stella.xml.ReservedConstants: If false, image is not saved.
fitstar - Variable in class stella.adapter.AveragePinhole.FullPinhole: If true, we also try to fit the FWHM of the star.
fitStarFlux(boolean) - Method in class stella.adapter.AveragePinhole.FullPinhole
fitStarFwhm(boolean) - Method in class stella.adapter.AveragePinhole.FullPinhole
fitsteep - Variable in class stella.adapter.AveragePinhole.FullPinhole: If true, we also try to fit the steepness of the pinhole.
fitSteep(boolean) - Method in class stella.adapter.AveragePinhole.FullPinhole
FitsUpdateListener - Class in stella.rmi: A helper class that allows this parameter to benefit from RMI-enabled data transfer.
FitsUpdateListener(Map<String, String>) - Constructor for class stella.rmi.FitsUpdateListener: Constructs a new helper class that is responsible for listener surveying.
FitsWrittn - Class in stella.error: A fits writtn status is sent when a fits file has been completely writtn onto the local file system.
FitsWrittn(Object, File) - Constructor for class stella.error.FitsWrittn: Constructs a software error.
FITZEXTENSION - Static variable in class astro.fits.MFitsTools: The extension for compressed fits files.
FIVESWITCH - Static variable in class astro.fits.MFitsStarFind.Reduce: The switches for adding properties.
fixed - Variable in class stella.command.FixedRotatorAdapter: True, if we guide without derotator.
FixedBlockMerit - Class in stella.merit: A flavour of the EvenlySpacedMerit.
FixedBlockMerit(Map<String, String>) - Constructor for class stella.merit.FixedBlockMerit: Constructs a new fixed-delay merit.
FixedDelayMerit - Class in stella.merit: A flavour of the EvenlySpacedMerit.
FixedDelayMerit(Map<String, String>) - Constructor for class stella.merit.FixedDelayMerit: Constructs a new fixed-delay merit.
FixedFrameAcquisition - Class in stella.acquire
FixedFrameAcquisition(Map<String, String>) - Constructor for class stella.acquire.FixedFrameAcquisition
fixedhandles - Variable in class stella.net.ads.AdsVariableMonitor: If true, we cache the variable handles, thus speeding up by factor 3.
FixedRateMerit - Class in stella.merit: A flavour of the EvenlySpacedMerit.
FixedRateMerit(Map<String, String>) - Constructor for class stella.merit.FixedRateMerit: Constructs a new fixed-delay merit.
FixedRotatorAdapter - Class in stella.command: A command sent to the adapter to specify guiding with or without derotator.
FixedRotatorAdapter(Object) - Constructor for class stella.command.FixedRotatorAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FixedRotatorAdapter(Object, String, long) - Constructor for class stella.command.FixedRotatorAdapter: Constructs a start guiding command.
fixfits - Variable in class stella.ccd.CameraMaster: The fits header data with unchangable fits entries, keys to val/rem.
flag - Variable in exception astro.fits.DataFailure: The reason why the fits data failed for being processed.
Flag(int) - Constructor for enum astro.SextractorStar.Flag
flag - Variable in class stella.net.ads.protocol.AdsHeader
FLAGS - Static variable in class astro.SextractorStar
flags - Variable in class astro.SextractorStar: For memory reasons, the flags are stored as a bitmask.
FLAGS - Static variable in class stella.net.ads.Protocol: Flags.
flags - Variable in class stella.net.gregor.Message: The flag field consits of thw bytes, represented as a short.
flashing - Variable in class stella.roof.RoofReceiver: The blinker for flashing light prior to roof movement.
Flat() - Constructor for class mysql.ObserveSql.Flat
flat - Variable in class stella.adapter.GuiderFrame: Fits file carrying the flat frame to the readout frame.
flat - Variable in class stella.globals.FlatAndScienceGroup: The mapping of served filter names to dates of last flat fields.
flat - Variable in class stella.globals.FlatGroup: The mapping of served flat objects names to dates of last flat fields.
FlatAndScienceGroup - Class in stella.globals: This parameter conducts the automatic selection of twilight sky flats.
FlatAndScienceGroup(Map<String, String>) - Constructor for class stella.globals.FlatAndScienceGroup: Constructs a new flat group parameter object, defaulting all values.
FlatAndScienceGroup.Db - Class in stella.globals: Test class that retrieves statistic from db and prints it out.
FLATAV - Static variable in class astro.fits.MFitsStatistic
FLATAVREM - Static variable in class astro.fits.MFitsStatistic
FlatExposureTime - Class in stella.globals: We estimate the exposure time for a flat field to yield a good exposure level.
FlatExposureTime(Map<String, String>) - Constructor for class stella.globals.FlatExposureTime: Construction of the flat exposure time calculator.
FlatExposureTime.Test - Class in stella.globals: Reads the fits file given at the command line, extract the exposure time and does an exposure calculation using default bias levels.
flatfielddead - Variable in class stella.calibration.CalibrationSimulator: True, if a no-flat-field error was thrown.
flatFieldLight() - Method in class stella.calibration.CalibrationMaster: Returns the trigger state of the calibration light switch.
flatFieldMove() - Method in class stella.calibration.CalibrationMaster: Changes the calibration unit for input of quartz.
flatFieldMove() - Method in interface stella.rmi.CalibrationControlling: Moves calibration unit to Quartz position.
flatFieldOff() - Method in class stella.calibration.CalibrationMaster: Switches flat-fielding light off.
flatFieldOff() - Method in interface stella.rmi.CalibrationControlling: Switches flat-fielding light off.
FlatFieldOffAdapter - Class in stella.command: The command to turn on the flat fielding light.
FlatFieldOffAdapter(Object) - Constructor for class stella.command.FlatFieldOffAdapter: Constructs a new flat-fielding-off command.
FlatFieldOffAdapter(Object, String, long) - Constructor for class stella.command.FlatFieldOffAdapter: Constructs a new flat-fielding-off command.
FlatFieldOffCalibration - Class in stella.command: The command to turn on the flat fielding light.
FlatFieldOffCalibration(Object) - Constructor for class stella.command.FlatFieldOffCalibration: Constructs a new flat-fielding-off command.
FlatFieldOffCalibration(Object, String, long) - Constructor for class stella.command.FlatFieldOffCalibration: Constructs a new flat-fielding-off command.
flatFieldOn() - Method in class stella.calibration.CalibrationMaster: Switches flat-fielding light.
flatFieldOn() - Method in interface stella.rmi.CalibrationControlling: Switches flat-fielding light.
FlatFieldOnAdapter - Class in stella.command: The command to turn on the flat fielding light.
FlatFieldOnAdapter(Object) - Constructor for class stella.command.FlatFieldOnAdapter: Constructs a new flat-fielding-on command.
FlatFieldOnAdapter(Object, String, long) - Constructor for class stella.command.FlatFieldOnAdapter: Constructs a new flat-fielding-on command.
FlatFieldOnCalibration - Class in stella.command: The command to turn on the flat fielding light.
FlatFieldOnCalibration(Object) - Constructor for class stella.command.FlatFieldOnCalibration: Constructs a new flat-fielding-on command.
FlatFieldOnCalibration(Object, String, long) - Constructor for class stella.command.FlatFieldOnCalibration: Constructs a new flat-fielding-on command.
FLATFIELDTYPE - Static variable in class mysql.ObserveSql: The image type qualifier for scientific observations.
FlatFinder - Class in stella.util: The flat finder reads in a star catalog and prints out the remaining stellar pointings that have no entry within the quoted field-of-view.
FlatFinder(Map<String, String>) - Constructor for class stella.util.FlatFinder: Constructs a new Flat finder grid.
FlatGroup - Class in stella.globals: This parameter conducts the automatic selection of twilight sky flats.
FlatGroup(Map<String, String>) - Constructor for class stella.globals.FlatGroup: Constructs a new flat group parameter object, defaulting all values.
FLATGROUP - Static variable in interface stella.xml.ReservedConstants: The desired flat group name, a string.
FlatGroup.Db - Class in stella.globals: Test class that retrieves statistic from db and prints it out.
FlatMatch - Class in stella.globals: This trigger is true only when the currently requested flat group, as defined by the FlatGroup parameter matches the flat group assigned to a sky flat field target.
FlatMatch(Map<String, String>) - Constructor for class stella.globals.FlatMatch: Constructs a bew Flat match trigger, defaulting all properties.
FlatMaximumTime - Class in stella.globals: The maximum exposure time allowed for flats is a filter function, because it basically defines when too much star light is visible in the flat.
FlatMaximumTime(Map<String, String>) - Constructor for class stella.globals.FlatMaximumTime: Construction of the flat exposure time calculator.
FlatPointing - Class in stella.globals: Provides the nominal best sky-flat pointing position, as reported in PASP 108, 944 (1996).
FlatPointing(Map<String, String>) - Constructor for class stella.globals.FlatPointing: Defaults the name.
FlatQuality - Class in stella.globals: We estimate the quality of the currently accumulated flat fields.
FlatQuality(Map<String, String>) - Constructor for class stella.globals.FlatQuality: Construction of the flat exposure time calculator.
FlatQuality.Gather - Class in stella.globals: This thread waits on notification from the fits moment parameter and adds a new moments statistic whenever it receivesd one.
FLATRMS - Static variable in class astro.fits.MFitsStatistic
FLATRMSREM - Static variable in class astro.fits.MFitsStatistic
Flats() - Constructor for class stella.ccd.JanosDriver.Flats
FLATSEM - Static variable in class astro.fits.MFitsStatistic
FLATSEMREM - Static variable in class astro.fits.MFitsStatistic
FLATTYPE - Static variable in class stella.ccd.SesMaster: The imagetype value for manual flats.
Flavor() - Constructor for enum stella.sql.OffLimitVisual.Flavor
FLOAT4 - Static variable in class mysql.SqlAccess: If you try to create a real[], use this in the connection.
floatModelData(VectorG[]) - Method in class astro.fits.AbstractFitsImageModel: Returns the data as output from the modeling as a double array
flush() - Method in class util.log.JStatusHandler
flux - Variable in class astro.fits.AbstractSkyMaker.GaussThumbnail
flux - Variable in class stella.error.AdapterFwhm: The value of the flux.
flux - Variable in class stella.globals.FluxAdapter: The current focus position.
FluxAdapter - Class in stella.globals: A parameter that utilizes incoming AdapterFwhm status messages to derive the reported star flux (in instrumental magnitudes) out of it.
FluxAdapter(Map) - Constructor for class stella.globals.FluxAdapter: Constructs a new adapter flux value.
fluxInside(int, double) - Method in class stella.adapter.StellaGuider: Returns the amount of flux inside the quadratic aperture in pixel, if the fwhm is given.
fluxpreserve - Variable in class astro.fits.AbstractSkyMaker.SkyRandomModel
FMAX - Static variable in class astro.Seeing: For higher frequencies, motions are no longer independant.
FMAXREJ - Static variable in class astro.fits.MFitsStatistic
FMAXREJREM - Static variable in class astro.fits.MFitsStatistic
focbox - Variable in class stella.ccd.E2VGeometry: The focus frame.
focbox - Variable in class stella.ccd.MultiModeWifsipGeometry: The focus frame.
focbox - Variable in class stella.ccd.WifsipMaster.WifsipGeometry: The focus frame.
focext - Variable in class stella.ccd.E2VGeometry: The extension the focus frame is in.
focext - Variable in class stella.ccd.MultiModeWifsipGeometry: The extension the focus frame is in.
focext - Variable in class stella.ccd.WifsipMaster.WifsipGeometry: The extension the focus frame is in.
FOCMOM - Static variable in class stella.adapter.FocussingMoments
FOCMOM - Static variable in class stella.auxiliary.MomentsFocussing
FOCMOM - Static variable in class stella.util.MomentsFocusser
FOCMOMREM - Static variable in class stella.adapter.FocussingMoments
FOCMOMREM - Static variable in class stella.auxiliary.MomentsFocussing
FOCMOMREM - Static variable in class stella.util.MomentsFocusser
Focus() - Constructor for class mysql.WeatherSql.Focus
focus - Variable in class stella.adapter.AbstractStarGuider: We cache the focus parameter.
focus(double) - Method in class stella.adapter.AdapterMaster: Does a direct set on the focus, which either moves the telescope focus or some other unit visiblie for the adapter.
focus - Variable in class stella.adapter.LinearPrimeFocus: The focus position updated by me.
focus - Variable in class stella.adapter.PyramidUnit: For focusing with the pyramid, we need the actual telescope focus.
focus - Variable in class stella.auxiliary.LinearPrimeFocus: The focus position updated by me.
focus(double) - Method in class stella.auxiliary.PinholeViewingMaster
focus(double) - Method in class stella.ccd.WifsipMaster: In manual mode, this is allowed.
focus - Variable in class stella.error.TelescopeStatus: Focus position.
focus - Variable in class stella.globals.FocusMeasure: The parameter that delivers current sky brightness.
focus - Variable in class stella.globals.FocusQuality: The focus position.
Focus() - Constructor for class stella.math.ImageMomentsLayout.Focus
focus(double) - Method in interface stella.rmi.FocusControlling: Sets the focus in the telescope.
focus(double) - Method in class stella.telescope.TelescopeMaster: Sets the focus in the telescope.
FOCUS_1 - Static variable in interface stella.telescope.TcpRpc
FOCUS_1(double) - Method in class stella.telescope.TcpRpcClient: Call remote procedure FOCUS_1.
FOCUS_OFFSET_1 - Static variable in interface stella.telescope.TcpRpc
FOCUS_OFFSET_1(double) - Method in class stella.telescope.TcpRpcClient: Call remote procedure FOCUS_OFFSET_1.
Focusable - Interface in stella.util: Implementers know how to set a focus, a focus offset and can provide their limits.
FocusAccessible - Interface in stella.telescope: A generic interface describing the essential functionality a telescope must provide to work as an astronomical telescope.
focusAdapter(CommandEvent) - Method in class stella.adapter.AdapterMaster: Focuses a lately acquired star.
FocusAdapter - Class in stella.command: The command to initiate a telescope focusing sequence.
FocusAdapter(Object) - Constructor for class stella.command.FocusAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FocusAdapter(Object, String, long) - Constructor for class stella.command.FocusAdapter: Constructs a new focus telescope command.
FocusControlling - Interface in stella.rmi: Interface defining the remote capabilities to focus the instrument.
FocusExceedsLimit - Class in stella.error: An error event sent by the focussing device if the best attained focus permanently suggest a highly de-focussed telescope rather than a bad seeing.
FocusExceedsLimit(Object, double) - Constructor for class stella.error.FocusExceedsLimit: Constructs a software error.
focusInput - Variable in class stella.net.JPilar3
focusLabel - Variable in class stella.net.JPilar3
FocusMeasure - Class in stella.globals: We measure the focus by maximizing a central moment of the image fits.
FocusMeasure(Map<String, String>) - Constructor for class stella.globals.FocusMeasure: Construction of the flat exposure time calculator.
focusmodel - Variable in class stella.adapter.LinearPrimeFocus: We have a focus model.
focusmodel - Variable in class stella.auxiliary.LinearPrimeFocus: We have a focus model.
FocusNotReached - Class in stella.error: An error event sent by the focussing device if the best attained focus permanently suggest a highly de-focussed telescope rather than a bad seeing.
FocusNotReached(Object, int) - Constructor for class stella.error.FocusNotReached: Constructs a software error.
focusoffset - Variable in class globals.value.EnvironmentFocus: Focus offset if applicable.
focusOffset(double) - Method in class stella.adapter.AdapterMaster: Does a direct set on the focus, which either moves the telescope focus or some other unit visiblie for the adapter.
focusOffset(double) - Method in class stella.auxiliary.PinholeViewingMaster
focusOffset(double) - Method in class stella.ccd.WifsipMaster: In manual mode, this is allowed.
focusOffset(double) - Method in interface stella.rmi.FocusControlling: Sets the focus offset in the telescope.
focusOffset(double) - Method in class stella.telescope.TelescopeMaster: Sets the focus in the telescope.
FOCUSOFFSET - Static variable in interface stella.xml.ReservedConstants: The focus offset of a setup.
FocusOffsetAdapter - Class in stella.command: The command to initiate a telescope focusing sequence.
FocusOffsetAdapter(Object) - Constructor for class stella.command.FocusOffsetAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FocusOffsetAdapter(Object, String, long) - Constructor for class stella.command.FocusOffsetAdapter: Constructs a new focus telescope command.
FocusOffsetTelescope - Class in stella.command: The command to initiate a telescope focusing sequence.
FocusOffsetTelescope(Object) - Constructor for class stella.command.FocusOffsetTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FocusOffsetTelescope(Object, String, long) - Constructor for class stella.command.FocusOffsetTelescope: Constructs a new focus telescope command.
FocusPosition - Class in stella.globals: A simple parameter that reflects the currently attained focus position of the telescope.
FocusPosition(Map) - Constructor for class stella.globals.FocusPosition: Constructs a new alt telescope parameter.
FOCUSPOSITION - Static variable in interface stella.xml.ReservedConstants: The focus position of a setup.
FocusQuality - Class in stella.globals: This parameter returns the list of all exact focus determinations.
FocusQuality(Map<String, String>) - Constructor for class stella.globals.FocusQuality: Constructs a new error trigger.
FocusQuality.Poke - Class in stella.globals: We peek into the saved datas file and print its content.
focusser - Variable in class stella.ccd.WifsipMaster: IF I hava a telescope with focussing capabilities.
focusshift - Variable in class stella.calibration.AtmosphericDispersionCorrector: Focus shift, mu.
Focussing - Interface in stella.auxiliary: A focussing unit should be able to provide means of using the ancillary camera on a focus star to do an auto-focus routine.
FocussingException - Exception in stella.exception: An exception signaling that a requested guiding/acquisition frame could not be used to retrieve a pixel shift from.
FocussingException() - Constructor for exception stella.exception.FocussingException: Constructs an empty NoStarException.
FocussingException(String) - Constructor for exception stella.exception.FocussingException: Constructs an NoStarException with the given error message.
FocussingMoments - Class in stella.adapter: This class uses maximization of ADU moments to obtain a best focus.
FocussingMoments(Map<String, String>) - Constructor for class stella.adapter.FocussingMoments: Constructor chaining.
FocussingMoments.Zernike - Class in stella.adapter: From a recorded Zernike fits, call scanA4.
FocussingUnit - Class in stella.adapter: A focussing unit is a special AdapterUnit that can handle auto focussing.
FocussingUnit(Map<String, String>) - Constructor for class stella.adapter.FocussingUnit: No default settings.
FocusStar - Class in stella.globals: A general variable representing the visual magnitude of the actual object.
FocusStar(Map<String, String>) - Constructor for class stella.globals.FocusStar: Constructs a new global representing the actual object's v mag.
focustask - Variable in class stella.adapter.AdapterMaster: The focus unit doing the focus.
FocusTelescope - Class in stella.command: The command to initiate a telescope focusing sequence.
FocusTelescope(Object) - Constructor for class stella.command.FocusTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FocusTelescope(Object, String, long) - Constructor for class stella.command.FocusTelescope: Constructs a new focus telescope command.
FocusTest - Class in stella.command: A command to test the positioning of the focus without the need of any parameters.
FocusTest(Object) - Constructor for class stella.command.FocusTest: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FocusTest(Object, String, long) - Constructor for class stella.command.FocusTest: Constructs a new focus telescope command.
focusunit - Variable in class stella.ccd.WifsipMaster: Then I can focus using wifsip and fits moments.
follow - Variable in class stella.command.MoveTelescope: True if derotator should follow.
follow(double, double) - Method in interface stella.roof.DomeOperating: Follows with the dome the indicated right ascension, declination in current equinox.
follow - Variable in class stella.roof.DomeReceiver: The timer task that allows following the dome.
follow(double, double) - Method in class stella.roof.DomeReceiver: Follows the object at the given ra and dec.
Follow() - Constructor for class stella.roof.DomeReceiver.Follow
followDome(double, double) - Method in class stella.environment.DomeMaster: Follows the dome at the sky position indicated.
followDome(double, double) - Method in interface stella.rmi.DomeControlling: Follows this sky position until a stop or move home or a new follow has been sent.
FollowingProgramMerit - Class in stella.merit: A following program merit guarantees a merit that is only higher then zero if another target FollowingProgramMerit.KEY_COMPLETED has been completed.
FollowingProgramMerit(Map) - Constructor for class stella.merit.FollowingProgramMerit: Constructs a new successor merit.
FollowRoof - Class in stella.command: The move telescope command.
FollowRoof(Object) - Constructor for class stella.command.FollowRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
FollowRoof(Object, String, long) - Constructor for class stella.command.FollowRoof: Constructs a move telescope command.
follows - Variable in class stella.error.TimeOutError: The command type the time out error follows.
follows - Variable in class stella.xml.ElementHelper: These variables follow from expressions.
followSun() - Method in class stella.environment.DomeMaster: Follows the the anti-solar position.
followSun() - Method in interface stella.rmi.DomeControlling: Follows the anti-solar azimuth until a stop or move home or a new follow has been sent.
FOLLOWUP - Static variable in class stella.error.AccumulationStart: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.AccumulationStop: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.AcknowledgeTimeOut: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.AdapterFwhm: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.AltAzRotation: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.AmbiguousStarPattern: The follow-up.
FOLLOWUP - Static variable in class stella.error.AutoMaster: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.BadSeeingGuiding: The follow-up (restart guiding).
FOLLOWUP - Static variable in class stella.error.BadWeather: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotCloseMirrorCover: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotCloseRoof: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotFocusMirror: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotInitAdapter: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotInitCcd: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotInitTelescope: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotMoveDome: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotMoveTelescope: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotOffsetTelescope: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotOpenMirrorCover: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotOpenRoof: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotParkTelescope: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CannotWriteFile: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CcdParametersOff: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CentralFocus: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.CommandConflict: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.CompletionTimeOut: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.ConfigurationError: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.DropTarget: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.EncoderError: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.ExactFocus: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.ExposureFinished: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.ExposureStart: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.ExternalAbort: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.ExtraFocal: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.FieldOfView: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.FitsWrittn: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.FocusExceedsLimit: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.FocusNotReached: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.GoodWeather: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.GuiderFits: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.GuidingStart: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.HighWindGuiding: The follow-up (restart guiding).
FOLLOWUP - Static variable in class stella.error.IncompleteDone: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.IntraFocal: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.ISquareT: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.LateReply: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.LimitSwitchDefect: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.LimitSwitchFailure: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.LostConnection: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.LostGuiding: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.LostSerial: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.LostTarget: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.MissingParameter: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.MotorProtection: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoAutoClearing: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoCalibrationLight: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoCalibrationUnit: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoCatalogStars: The follow-up.
FOLLOWUP - Static variable in class stella.error.NoCcd: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoDaughterAvailable: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoDiskSpace: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoExactFocus: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoFilterWheel: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoFlashing: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoFlatFieldLight: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoFlatFieldSwitch: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoGuiding: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoRoof: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoSequenceAvailable: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.NoStarOnAcquire: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoStarOnGuide: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoSuchFilter: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoSuchReadoutMode: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoTelescope: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NotGuiding: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoThArLight: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.NoThArSwitch: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.ObjectInLimit: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.ObservationFinished: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.ParameterError: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.ParseError: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.PidOffset: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.PixelOffset: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.ProtocolError: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.QueueError: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.RecordFocus: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.RegainedGuiding: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.RepositionTelescope: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.RequestTelescopePosition: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.RoofPosition: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.ScsConnectFailure: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.ScsConnectionLost: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.SequenceExecution: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.SkyFlatAbort: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.SocketError: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.SoftwareError: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.StageStuck: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.StarFieldOfView: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.TargetExecuted: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.TargetFinished: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.TargetNotAvailable: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.TargetPicked: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.TargetStarMagnitude: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TcpAccessDenied: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TcpNoFreeConnections: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TelescopeOffsets: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.TelescopePosition: The follow-up (none).
FOLLOWUP - Static variable in class stella.error.TelescopePowerLost: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TelescopeProtection: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TelescopeStalled: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TelescopeStatus: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TimeOutLimitSwitch: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TimeOutRoof: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TracktimeRemaining: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TsiConnected: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TsiConnectFailure: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TsiConnectionLost: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TsiTccConnected: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TsiTccConnectFailure: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.TsiTccConnectionLost: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.UnknownCommand: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.UnsupportedCommand: The follow-up (shutdown).
FOLLOWUP - Static variable in class stella.error.WeatherAccess: The follow-up (shutdown).
followUp - Variable in class stella.ErrorEvent: The follow-up actions.
followup - Variable in class stella.merit.PatternMerit: The list of timeouts.
FOLLOWUPS - Static variable in class stella.error.CommandAborted: The follow-ups, in order as above.
FOOT - Static variable in class astro.fits.AbstractSkyMaker.Make: Footer message.
FOOT - Static variable in class astro.fits.ImageEnhance.Cmd: A footer message.
FOOT - Static variable in class astro.fits.MFitsStarFind.Reduce: A footer message.
FOOT - Static variable in class astro.HeliocentricJulianDate: A footer message.
FOOT - Static variable in class astro.Seeing.Motion: A footer message.
FOOT - Static variable in class astro.WcsFit.Parser: A footer message.
FOOT - Static variable in class astro.WcsMatch.Coarse: A footer message.
FOOT - Static variable in class io.DataStreamConvert: A footer message.
FOOT - Static variable in class mysql.AbstractSql.Columns: A footer message.
FOOT - Static variable in class mysql.AbstractSql.Extract: A footer message.
FOOT - Static variable in class mysql.ManagerSql.Confirm: A footer message.
FOOT - Static variable in class mysql.ManagerSql.Fork: A footer message.
FOOT - Static variable in class mysql.ManagerSql.Reset: A footer message.
FOOT - Static variable in class mysql.ObserveSql.Extract: A footer message.
FOOT - Static variable in class mysql.ProposalSql.AddProposal: A footer message.
FOOT - Static variable in class mysql.UserSql.AddUser: A footer message.
FOOT - Static variable in class stella.net.ParameterClient: A footer usage message.
FOOT - Static variable in class stella.omc.ProgramManipulator
FOOT - Static variable in class stella.rmi.GenericAccess: A footer usage message.
FOOT - Static variable in class stella.rmi.SwitchSkeleton.Turn: A footer message.
FOOT - Static variable in class stella.rmi.SwitchSsh.Plain: A footer message.
FOOT - Static variable in class stella.roof.BaaderDome.Control: A footer message.
FOOT - Static variable in class stella.roof.DomeReceiver.Control: A footer message.
FOOT - Static variable in class stella.sensor.DailyDumpRepository.Parser: A footer message.
FOOT - Static variable in class stella.sensor.WeatherStation.Manage: A footer message.
FOOT - Static variable in class stella.util.AltAzVelocity: A footer message.
FOOT - Static variable in class stella.util.ClusterAccess: The footer message.
FOOT - Static variable in class stella.util.HistoryDatabase.Logfile: A footer message.
FOOT - Static variable in class stella.util.NasmythPointingModel.FileData: A footer message.
FOOT - Static variable in class stella.util.PointingModel.FileData: A footer message.
FOOT - Static variable in class stella.util.SchedulerAccess: A footer usage message.
FOOT - Static variable in class stella.util.SensorTest.Parser: A footer message.
FOOT - Static variable in class stella.util.SineError.Parse: An example of use
FOOT - Static variable in class stella.util.TargetCoordinates: A footer message.
FOOT - Static variable in class stella.util.TelescopeAxis.Randomize: A footer message.
FOOT - Static variable in class stella.util.TelescopeError.Parse: An example of use
FOOT - Static variable in class stella.util.Tracking: A footer message.
Force() - Constructor for class mysql.TaskSql.Force
force - Variable in class stella.net.gregor.CommunicationHandler.ReceiverThread
force - Variable in class stella.net.gregor.PacketServer.ReceiverThread
forced - Variable in class stella.roof.BeckhoffLight: Monitors forced switches.
forced - Variable in class stella.roof.LightSwitch: Monitors forced switches.
forcedoff - Variable in class io.AbstractSwitch: This timer task is used to switch off after a certain time-out.
ForcedSwitchOnMerit - Class in stella.merit: A class defining a time-slot merit for calibration observations that should not start before a named switch ForcedSwitchOnMerit.KEY_SWITCH is true and has been toggled to true at least ForcedSwitchOnMerit.KEY_ONFOR milliseconds.
ForcedSwitchOnMerit(Map) - Constructor for class stella.merit.ForcedSwitchOnMerit: Constructs a time-out merit.
ForcedTimeoutMerit - Class in stella.merit: A class defining a time-slot merit for a continuos observations with a forced time-out after the last successful observation.
ForcedTimeoutMerit(Map) - Constructor for class stella.merit.ForcedTimeoutMerit: Constructs a time-out merit.
Fork() - Constructor for class mysql.ManagerSql.Fork
format - Variable in class globals.rmi.ParameterStub: A formatter for the remopte object received.
format - Static variable in class mysql.Ucac4DatabaseFeeder.Ucac4Catalog
FORMAT - Static variable in class stella.DataEvent: The Time formatter.
format - Variable in class stella.sensor.BeckhoffRainSensor: The raw and value formatter.
format - Variable in class stella.sensor.DatabaseCurrent: The mapping of sql field names to java constructors.
format - Variable in class stella.sensor.RS485RainImminentSensor: The raw and value formatter.
format - Variable in class stella.sensor.RS485RainSensor: The raw and value formatter.
format(Date, StringBuffer, FieldPosition) - Method in class stella.util.DateParser.Jd0Format
FORMATCLASS - Static variable in interface stella.xml.DTDConstants: Attribute to elements stating the formatclass to use.
formatDate(Date) - Method in class stella.command.PointingModelSave: Formate the given date into a file name.
formatFitsName(String) - Method in class stella.ccd.CameraMaster: Formatting a fits file name from a place-holder supplied.
FORMATPATTERN - Static variable in interface stella.xml.DTDConstants: Attribute to elements stating the formatpattern to use.
formatPhysical(Double) - Method in class stella.sensor.RawDataEvent: Formats a physical reading according to the RawDataEvent.rawconvert rule.
formatPhysicalDerivative(Double) - Method in class stella.sensor.DerivativeDataEvent: Formats a physical reading according to the RawDataEvent.rawconvert rule.
formatRaw(Double) - Method in class stella.sensor.RawDataEvent: Formats a raw reading according to the RawDataEvent.rawformat rule.
formatRawDerivative(Double) - Method in class stella.sensor.DerivativeDataEvent: Formats a raw reading according to the RawDataEvent.rawformat rule.
formatTime() - Method in class stella.MasterMind: If we run in simulator mode, we return a formatted version of the simulator time here, otherwise we return an empty string.
formatWithGlobals(String, Map<String, Object>) - Method in class stella.rmi.GenericMaster: Formatting a fits file name from a place-holder supplied.
formatWithGlobals(String, Map<String, Object>) - Method in class stella.rmi.GenericSimulator: Formatting a fits file name from a place-holder supplied.
formatWithUnique(String, String) - Method in class stella.adapter.AbstractStarGuider: Formats a file with the unique parameter in a sense that once can supply a header and a tail to it.
formatWithUnique(String, String) - Method in class stella.adapter.AdapterGuider: Formats a file with the unique parameter in a sense that once can supply a header and a tail to it.
forme - Variable in class stella.globals.TargetMerit: Reference to the target.
forPhase(double, double, double) - Static method in class stella.merit.PhaseFillerMerit: Calculates the merit at the current phase for the given peak location and shape.
forPhase(double, double, double) - Static method in class stella.merit.PhaseMerit: Calculates the merit at the current phase for the given peak location and shape.
forPhase(double, long) - Method in class stella.merit.TransitMerit
forward - Variable in class stella.MasterLauncher: The registered reply subscriber.
forward - Variable in class stella.net.CasterClient: The registered reply subscriber.
forward(ReplyEvent) - Method in class stella.net.TelescopeClient.Blocking: If the received reply matches an offset sent during guiding, we remove it from the list and return without notifying.
forward(ReplyEvent) - Method in interface stella.ReplySubscriber: The method all matching reply events are passed to.
forward - Variable in class stella.rmi.CasterTorso: The registered reply subscriber.
forward(ReplyEvent) - Method in class stella.util.DummySequencer: This method is called from reply deliverers.
forward(ReplyEvent) - Method in class stella.util.SimulatorSequencer: Ignore.
forward(ReplyEvent) - Method in class stella.xml.LoopingSequencer: This method is called by the ReplyDeliverer.
forward(ReplyEvent) - Method in class stella.xml.XMLSequencer: This method is called by the ReplyDeliverer.
FOUND - Static variable in class stella.log.Calima
foundPick(String, HistoryAware.Pick) - Method in class stella.util.SimulatorParser
FOURSWITCH - Static variable in class astro.fits.AbstractSkyMaker.Make: The switches for adding properties.
FOURSWITCH - Static variable in class astro.fits.MFitsStarFind.Reduce: The switches for adding properties.
FOURSWITCHES - Static variable in class stella.telescope.TelescopeAccess: The command line switches understood by this access class, two arg.
FOURTH - Static variable in class stella.error.TelescopeStatus: The variables in the fifth command line, index 4.
fov - Variable in class stella.acquire.AbstractAcquisitionAndGuiding: The master receives a find list and a acquire command, both for fov.
fov - Variable in class stella.adapter.AbstractStarGuider: The field of view as a list of SimpleStars.
fov - Variable in class stella.adapter.AdapterGuider: The field of view as a list of SimpleStars.
fov - Variable in class stella.globals.DerotatorCenter: The FoV parameter.
fov - Variable in class stella.globals.FocusStar: If the field-of-view is crowded, this is true.
FOV - Static variable in interface stella.xml.ReservedConstants: The field-of-view of an object.
fov - Variable in class target.AbstractTarget.Aim: The list of field stars.
fractionalexpose - Variable in class stella.adapter.AuxiliaryGuidingUnit: The value holding the fractional exposure time.
fractionalexpose - Variable in class stella.adapter.BeamSplitterGuider: The value holding the fractional exposure time.
fractionalexpose - Variable in class stella.adapter.OffAxisTracker: The value holding the fractional exposure time.
fractionalexpose - Variable in class stella.adapter.SpillageGuider: The value holding the fractional exposure time.
FractionalExposureTime - Class in stella.globals: This parameter gives the fractional remaining exposure time.
FractionalExposureTime(Map<String, String>) - Constructor for class stella.globals.FractionalExposureTime: Constructs a new global representing julian date.
frame - Variable in class stella.acquire.AbstractAutoGuider: The instance queried by the acquisition CCD for exposures.
frame - Variable in class stella.acquire.AutoGuidingMode: Layout of bias/dark/flat frame.
frame - Variable in class stella.acquire.FixedFrameAcquisition: Layout of bias/dark/flat frame.
frameprovider - Variable in class globals.rmi.FitsMoments: The frame provider used to get the moments window.
FrameProvider - Class in stella.globals: A frame provider is a parameter that defines a certain rectangluar areas, normally depending on target picked and/or error received.
FrameProvider(Map<String, String>) - Constructor for class stella.globals.FrameProvider: We start by constructing all the lookup-tables in the init section.
FrameProvider.Test - Class in stella.globals
FRAMES - Static variable in class stella.firecam.FireDriver: Frame rates supported.
FrameShifting - Interface in stella.adapter: An interface that signals a dependency of read-out window on a ccd with time.
freq - Variable in class stella.acquire.BilinearCatalogMatch: For each star in the image the indices of the catalog matches.
freq - Variable in class stella.adapter.RectangularMatcher: For each star in the image the indices of the catalog matches.
FREQUENCY - Static variable in class astro.Seeing.Motion: Default windspeed.
frequency - Variable in class stella.util.SineError: The coefficients of the input function, frequency.
FRMSMAX - Static variable in class astro.fits.MFitsStatistic
FRMSMAXREM - Static variable in class astro.fits.MFitsStatistic
from - Variable in class stella.error.MailFinalizer: The from-address may not change.
from - Variable in class stella.log.OffLimitMailer: The from-address may not change.
from - Variable in class stella.log.TargetReport: The from-address.
FROM - Static variable in interface stella.xml.DTDConstants: The element defining a lower edge of a sensor value range (From).
from - Variable in class target.AbstractTarget.ConstraintAdapter: The from value in a from-to constraint.
fromAscii(MessageBin) - Static method in class stella.MessageEvent: Converts a MessageBin into a fully functional java object.
fromBitmask(int) - Static method in enum astro.SextractorStar.Flag: Converts a integer bitmask into a list of flags.
fromBitMask(int) - Static method in enum mysql.FailureSql.Failure: From a single integer we can parse a list of failures, but no reasons.
fromBitmask(short) - Static method in class stella.util.DataPermission: Parses an integer bit mask into an EnumSet of actions.
fromDegrees(double, double) - Static method in class astro.Position: Creates a new position with ra and dec specified in degress.
fromExitCode(int) - Static method in exception stella.net.gregor.AcknowledgeException
fromFile(File) - Static method in class xml.DOMEnlarge: For convenience, a method for loading and parsing an xml-file to a DOM is given.
fromHourAndDegree(double, double) - Static method in class astro.Position: Creates a new position with ra in hours and dec in degrees.
fromHourAndDegreeString(String, String) - Static method in class astro.Position: Creates a new position with ra in dec specified as a string.
fromJd(double) - Static method in class astro.JulianDate: Static version to convert jd to a time stamp, not rounded to closest millisecond.
FromLog() - Constructor for class stella.adapter.StatusSerializer.FromLog
fromMjd(double) - Static method in class astro.ModifiedJulianDate: Static version to convert jd to a time stamp, not rounded to closest millisecond.
fromName(String) - Static method in class astro.StarCatalog: Creates a catalog from a given name, if this name is known.
fromNextRow(ResultSet, String, String) - Method in class mysql.TargetSql: Takes a result set, advancec it to the next row and tries to parse a star out of the returns.
fromNextRow(ResultSet) - Method in class mysql.UserSql: Returns the next user profile parsed from the result set.
fromNextRow(ResultSet, String, String, String, String, String, String, String) - Static method in class mysql.UserSql: Returns the next user profile parsed from the result set.
fromPinholeFits(File, GuiderMode, Object, Point2D) - Method in class stella.adapter.OffAxisTracker.GuiderLoop: Before reducing the entire star field, we try to see if enough signal can be extracted from around the pinhole.
fromProperty(String) - Static method in class astro.fits.HeaderCardDescriptor: Convenience method that parses a property string into a list of header card descriptos.
fromProperty(String, HeaderCardDescriptor.Type) - Static method in class astro.fits.HeaderCardDescriptor: Convenience method that parses a property string into a list of header card descriptos.
fromRadians(double, double) - Static method in class astro.Position: Creates a new position with ra and dec specified in radians.
fromResourceName(String) - Method in class stella.xml.ElementHelper: Creates a single element helper from a specified named resource, normally a properties file.
fromResourceName(ResourceSupplying, String) - Static method in class stella.xml.ElementHelper: Creates a single element helper from a specified named resource, normally a properties file.
fromSpillageFits(MImageHDU, Point2D, GuiderMode, Point2D) - Method in class stella.adapter.SpillageGuider.GuiderLoop
fromStarField(List<Guiding.RawStar>, Object, Point2D) - Method in class stella.adapter.OffAxisTracker.GuiderLoop
fromStarField(List<Guiding.RawStar>, Object, Point2D) - Method in class stella.adapter.SpillageGuider.GuiderLoop
fromTiler(Point2D) - Method in class stella.adapter.AuxiliaryUnit: This method returns the Guiding#RawFrame this auxiliar unit is currently focusing on.
fromTjd(double) - Static method in class astro.TruncatedJulianDate: Static version to convert jd to a time stamp, not rounded to closest millisecond.
fromVandBV(float, float) - Static method in class globals.value.RMagTarget: Returns an estimated R magnitude, given the visual magnitude and the B-V color index.
fsine - Variable in class stella.acquire.PointingModelPivot: Normalization factor for the sine function.
fsine - Variable in class stella.util.AuxiliaryFullPointing: Normalization factor for the sine function.
fsine - Variable in class stella.util.AuxiliaryPointing: Normalization factor for the sine function.
fTest(double, int, int) - Method in class stella.asiva.SkyQualityFit
ftpCopy(URL, File, int, boolean, PasswordAuthentication) - Static method in class io.FtpUtil
FtpUtil - Class in io
FtpUtil() - Constructor for class io.FtpUtil
fulfill - Variable in class stella.xml.ParsedTarget.RateThread: The list of constraint that must be fulfilled to rate successful.
fULL - Static variable in interface htm.core.Markup
fullDescription() - Static method in class astro.SextractorStar
fullHarmonics(int) - Static method in class stella.util.NasmythPointingModel.FileData
FullModel() - Constructor for class stella.util.PointingFunction.FullModel
FullPinhole(MImageHDU, Rectangle, double, double, double, double, Point2D, double, double, double, double) - Constructor for class stella.adapter.AveragePinhole.FullPinhole: Constructs a new data model for the pinhole.
fullSex() - Method in class astro.SextractorStar: Returns the whole information as provided by a sextractor setup including position errors.
fullTurn() - Method in class stella.omc.FilterWheel: A method that performs a full turn of the filter wheel.
FullTurn() - Constructor for class stella.omc.FilterWheel.FullTurn
fullTurn() - Method in class stella.omc.MiniWheel: A method that performs a full turn of the mini wheel.
FullTurn() - Constructor for class stella.omc.MiniWheel.FullTurn
fullTurn() - Method in class stella.omc.WindmillShutter: A method that performs a full turn of the filter wheel.
FullTurn() - Constructor for class stella.omc.WindmillShutter.FullTurn
FUNCTION_NOT_SUPPORT - Static variable in interface stella.mxio.EthReading
FUNCTIONCLASS - Static variable in interface stella.xml.ReservedConstants: For functions depending on airmass, this is the optinal class name.
FUNCTIONDEFINITION - Static variable in interface stella.xml.ReservedConstants: For functions depending on airmass, this is the initializer.
functionDimension() - Method in class stella.asiva.AltAzFromFits: The function return azimuth/altitude, thus 2 coordinates.
functionDimension() - Method in class stella.util.AuxiliaryFullPointing: The default implementation returns two corrections one fror az and alt.
functionDimension() - Method in class stella.util.AuxiliaryPointing: The default implementation returns two corrections one fror az and alt.
functionDimension() - Method in class stella.util.PointingFunction: The default implementation returns two corrections one fror az and alt.
fut - Variable in class stella.sensor.PredictiveSensor: The number of steps to extrapolate.
fw - Variable in class globals.value.MoonLight: The wavelength lookup table for Rayleigh scatering.
fw() - Constructor for class stella.omc.FilterWheel.fw
FWHM - Static variable in class astro.SextractorStar
fwhm - Variable in class astro.SextractorStar: The fwhm of the star.
fwhm - Variable in class astro.StarDetection: Full-width half maximum of detection.
fwhm - Variable in class stella.adapter.GuiderStar: The fwhm of a star in a ccd image.
fwhm - Variable in class stella.auxiliary.MomentsFocussing: The current best estimate of the seeing FWHM.
fwhm - Variable in class stella.error.AdapterFwhm: The value of the FWHM.
fwhm - Variable in class stella.globals.FwhmAdapter: The current fwhm reported.
fwhm - Variable in class stella.globals.FwhmMeasure: The current fwhm reported.
FWHM - Static variable in class stella.merit.SouthMerit: Translates degrees into normalized gauss variables.
fwhm - Variable in class stella.util.MomentsFocusser: Collect the FWHM of the final foci, report if permanently off.
FwhmAdapter - Class in stella.globals: A parameter that utilizes incoming AdapterFwhm status messages to derive the reported star fwhm (in arcseconds) out of it.
FwhmAdapter(Map<String, String>) - Constructor for class stella.globals.FwhmAdapter: Constructs a new adapter fwhm value.
FWHMGAUSS - Static variable in class stella.adapter.FocussingMoments
FWHMGAUSS - Static variable in class stella.auxiliary.MomentsFocussing
FWHMGAUSS - Static variable in class stella.util.MomentsFocusser
FWHMGAUSSREM - Static variable in class stella.adapter.FocussingMoments
FWHMGAUSSREM - Static variable in class stella.auxiliary.MomentsFocussing
FWHMGAUSSREM - Static variable in class stella.util.MomentsFocusser
FwhmMeasure - Class in stella.globals: A parameter that utilizes incoming AdapterFwhm status messages to derive the reported star fwhm (in arcseconds) out of it.
FwhmMeasure(Map<String, String>) - Constructor for class stella.globals.FwhmMeasure: Constructs a new adapter fwhm value.
FWHMMIRROR - Static variable in class stella.util.BeamSplitterFit: The average fwhm factor between direct and mirror in best focus.
FXMAX - Static variable in class astro.fits.MFitsStatistic
FXMAXREM - Static variable in class astro.fits.MFitsStatistic
FXRMS - Static variable in class astro.fits.MFitsStatistic
FXRMSREM - Static variable in class astro.fits.MFitsStatistic
FYMAX - Static variable in class astro.fits.MFitsStatistic
FYMAXREM - Static variable in class astro.fits.MFitsStatistic
FYRMS - Static variable in class astro.fits.MFitsStatistic
FYRMSREM - Static variable in class astro.fits.MFitsStatistic

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