P-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 _

P

P2 - Static variable in class stella.globals.RefractionModel: The p^2 parameter.
P2T - Static variable in class stella.globals.RefractionModel: The T*p^2 parameter.
PACE - Static variable in class stella.net.gregor.Message: PacE bit in flags.
PacketInputStream - Class in stella.net.gregor: This stream represents an input stream that can handle serialization of GREGOR Messages (Message).
PacketInputStream(InputStream) - Constructor for class stella.net.gregor.PacketInputStream: Wraps a packet input stream on top of a data output stream.
PacketOutputStream - Class in stella.net.gregor: This stream represents an output stream that can handle serialization of GREGOR Messages (Message).
PacketOutputStream(OutputStream) - Constructor for class stella.net.gregor.PacketOutputStream: Wraps a packet output stream on top of a data output stream.
PacketServer - Class in stella.net.gregor: Simple server implementation that listens on the DCP port and server incoming connections by echoing the {link Messages} received to stdout.
PacketServer(Map<String, String>) - Constructor for class stella.net.gregor.PacketServer
PacketServer.ReceiverThread - Class in stella.net.gregor: The reciever thread waits on the input line until data comes available.
PacketServer.SenderThread - Class in stella.net.gregor: This thread performs the sending of a message.
PacketServer.Single - Class in stella.net.gregor
PacketServer.Test - Class in stella.net.gregor: This class connects to the DCP server as stated in the command line properties, tries to connects and sends a NOP command.
PACKETSIZE - Static variable in class stella.net.gregor.PacketOutputStream: Size of the packet header in bytes.
paint(Graphics) - Method in class util.AppletDownload
PANIC - Static variable in class htm.core.ErrorHandler
PANIC - Static variable in class stella.net.tpl.TsiError: The bit describing the most severe error, can't continue.
par1 - Variable in class ccd.cmd
par1 - Variable in class ccd.icmd
par1 - Variable in class ccd.ses231.cmd
par1 - Variable in class ccd.sta0500.cmd
par1 - Variable in class ccd.sta0501.cmd
par1 - Variable in class ccd.sta0502.cmd
par1 - Variable in class ccd.sta4240.cmd
par2 - Variable in class ccd.cmd
par2 - Variable in class ccd.icmd
par2 - Variable in class ccd.ses231.cmd
par2 - Variable in class ccd.sta0500.cmd
par2 - Variable in class ccd.sta0501.cmd
par2 - Variable in class ccd.sta0502.cmd
par2 - Variable in class ccd.sta4240.cmd
par3 - Variable in class ccd.cmd
par3 - Variable in class ccd.icmd
par3 - Variable in class ccd.ses231.cmd
par3 - Variable in class ccd.sta0500.cmd
par3 - Variable in class ccd.sta0501.cmd
par3 - Variable in class ccd.sta0502.cmd
par3 - Variable in class ccd.sta4240.cmd
par4 - Variable in class ccd.cmd
par4 - Variable in class ccd.icmd
par4 - Variable in class ccd.ses231.cmd
par4 - Variable in class ccd.sta0500.cmd
par4 - Variable in class ccd.sta0501.cmd
par4 - Variable in class ccd.sta0502.cmd
par4 - Variable in class ccd.sta4240.cmd
par5 - Variable in class ccd.cmd
par5 - Variable in class ccd.icmd
par5 - Variable in class ccd.ses231.cmd
par5 - Variable in class ccd.sta0500.cmd
par5 - Variable in class ccd.sta0501.cmd
par5 - Variable in class ccd.sta0502.cmd
par5 - Variable in class ccd.sta4240.cmd
par6 - Variable in class ccd.cmd
par6 - Variable in class ccd.icmd
par6 - Variable in class ccd.ses231.cmd
par6 - Variable in class ccd.sta0500.cmd
par6 - Variable in class ccd.sta0501.cmd
par6 - Variable in class ccd.sta0502.cmd
par6 - Variable in class ccd.sta4240.cmd
par7 - Variable in class ccd.cmd
par7 - Variable in class ccd.icmd
par7 - Variable in class ccd.ses231.cmd
par7 - Variable in class ccd.sta0500.cmd
par7 - Variable in class ccd.sta0501.cmd
par7 - Variable in class ccd.sta0502.cmd
par7 - Variable in class ccd.sta4240.cmd
par8 - Variable in class ccd.cmd
par8 - Variable in class ccd.icmd
par8 - Variable in class ccd.ses231.cmd
par8 - Variable in class ccd.sta0500.cmd
par8 - Variable in class ccd.sta0501.cmd
par8 - Variable in class ccd.sta0502.cmd
par8 - Variable in class ccd.sta4240.cmd
parabolic(WeatherSql.Radar, WeatherSql.Radar, WeatherSql.Radar, Date) - Static method in class mysql.WeatherSql
ParabolicExtrapolation - Class in stella.math: Uses parabolic extrapolation to predict STELLA-sensor data.
ParabolicExtrapolation(int) - Constructor for class stella.math.ParabolicExtrapolation: Constructs a new linear extrapolation object.
ParabolicExtrapolation(double[]) - Constructor for class stella.math.ParabolicExtrapolation: Constructs a new linear extrapolation object.
ParabolicExtrapolation.StepTest - Class in stella.math: Test class for stepping forward and backward.
ParallacticAngle - Class in globals.value: The parallactic angle η also gives the amount of image rotation in the focal plane.
ParallacticAngle(Map<String, String>) - Constructor for class globals.value.ParallacticAngle: Constructs a image rotation object.
PARALLAX - Static variable in class mysql.SqlStar: ID for parallax in mas.
Parallel - Class in io
Parallel() - Constructor for class io.Parallel
Parameter - Interface in globals: This interface defines querry routines for global variables.
Parameter() - Constructor for enum net.tap.TableAccessProtocol.Parameter
parameter - Variable in class target.AbstractTarget.FitsEntry: The mandatory parameter name.
ParameterCheck - Class in stella.rmi: A simple class to allow a query of an rmi-bound parameter.
ParameterCheck() - Constructor for class stella.rmi.ParameterCheck
ParameterClient - Class in stella.net: A very simple class to test the functionality of a parameter server.
ParameterClient() - Constructor for class stella.net.ParameterClient: Constructs a new parameter client.
ParameterClustering - Interface in stella: A generic interface for querying and manipulating global parameters.
ParameterConnected - Interface in stella.error: A marker interface indicating that this error should be radiated to the parameter cluster as it may change the value of some of its parameters.
parameterDeletion(VectorG, VectorG, int, double) - Static method in class stella.asiva.SkyQualityFit
ParameterDepending - Interface in globals: An interface signaling that this class depends on a certain parameter clustered in a parameter set.
ParameterError - Class in stella.error: An error event signaling that a command could not be parsed.
ParameterError(Object) - Constructor for class stella.error.ParameterError: Constructs a software error.
ParameterException - Exception in stella.net.gregor: The acknowledge was not received in time.
ParameterException() - Constructor for exception stella.net.gregor.ParameterException
parameterGroup - Static variable in class stella.net.ParameterRelay: The thread group commands run in.
parameterGroup - Static variable in class stella.net.ParameterServer: The thread group commands run in.
ParameterHandler(ErrorProcessing, Socket, ThreadGroup, String) - Constructor for class stella.net.ParameterRelay.ParameterHandler: Constructs a new parameter-request handler.
ParameterHandler(ErrorProcessing, Socket, ThreadGroup, String) - Constructor for class stella.net.ParameterServer.ParameterHandler: Constructs a new parameter-request handler.
ParameterParsingException - Exception in stella.exception: Exception during parsing the value of a parameter, either missing value or not parsable.
ParameterParsingException(String, int) - Constructor for exception stella.exception.ParameterParsingException
ParameterRelay - Class in stella.net: A parameter server class.
ParameterRelay(Map) - Constructor for class stella.net.ParameterRelay: Constructs a new parameter server.
ParameterRelay.ParameterHandler - Class in stella.net: The helper class to run the protocol for ascii-based parameter exchanges.
ParameterRelay.Run - Class in stella.net: Runs the parameter realy.
parameters - Variable in class stella.command.AcquireExposureAdapter: The parameter handed over.
parameters - Variable in class stella.command.FitsCcd: The fits parameters which contribute their values to the header.
parameters - Variable in class stella.command.GuidingExposureAdapter: The parameter handed over.
parameters - Variable in class stella.command.ScientificCcd: The parameter handed over.
parameters - Variable in class stella.MasterMind: The global parameter set.
parameters - Variable in class stella.net.vatt.VattAcknowledgeMessage: The parameters of the acknowledge message.
parameters - Variable in class stella.net.vatt.VattCommandMessage: The parameters of the acknowledge message.
Parameters() - Constructor for class stella.omc.WindmillShutter.Parameters
ParameterSensor - Class in stella.sensor: A sensor that reads a parameter and derives its rule out of it.
ParameterSensor(Map<String, String>) - Constructor for class stella.sensor.ParameterSensor: Constructs a fully-qualified parameter sensor.
ParameterServer - Class in stella.net: A parameter server class.
ParameterServer(Map) - Constructor for class stella.net.ParameterServer: Constructs a new parameter server.
ParameterServer.ParameterHandler - Class in stella.net: The helper class to run the protocol for ascii-based parameter exchanges.
ParameterSet - Class in stella: This class combines various Parameters to a set.
ParameterSet(Map<String, String>) - Constructor for class stella.ParameterSet: Constructs a new global set with the given properties.
ParameterSkeleton - Class in globals.rmi: A parameter that takes a non-remote parameter and exports it to the registry.
ParameterSkeleton(Map) - Constructor for class globals.rmi.ParameterSkeleton: Constructs a new parameter skeleton.
ParameterSkeleton.Finger - Class in globals.rmi: A class that allows access to parameter skeletons.
ParameterStub - Class in globals.rmi: The stub to a remote parameter.
ParameterStub(String) - Constructor for class globals.rmi.ParameterStub: For convenience, we support a constructor with only the remote name.
ParameterStub(Map<String, String>) - Constructor for class globals.rmi.ParameterStub: Constructs a new paramter stub.
ParameterStub.Finger - Class in globals.rmi: A class that allows access to parameter skeletons.
parangle - Variable in class stella.telescope.VattDriver: Value stating parallactic angle of target.
paras - Variable in class ccd.erg
paras - Variable in class ccd.ses231.erg
paras - Variable in class ccd.sta0500.erg
paras - Variable in class ccd.sta0501.erg
paras - Variable in class ccd.sta0502.erg
paras - Variable in class ccd.sta4240.erg
PARENCLOSE - Static variable in class globals.GlobalSet: Curly bracket close.
PARENOPEN - Static variable in class globals.GlobalSet: Curly bracket open.
parent - Variable in class stella.xml.ParsedTarget: The parent target.
parent_ - Variable in class htm.core.QuadNode
park() - Method in class stella.rmi.GenericMaster: Calls GenericMaster.parkMaster(stella.CommandEvent).
park() - Method in interface stella.rmi.ListenerControlling: Parks the master listener by simply calling GenericMaster.parkMaster(stella.CommandEvent).
park() - Method in class stella.telescope.TelescopeMaster: Parks the telescope.
PARK_TELESCOPE_1 - Static variable in interface stella.telescope.TcpRpc
PARK_TELESCOPE_1() - Method in class stella.telescope.TcpRpcClient: Call remote procedure PARK_TELESCOPE_1.
ParkAdapter - Class in stella.command: The abort command for the telescope.
ParkAdapter(Object) - Constructor for class stella.command.ParkAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ParkAdapter(Object, String, long) - Constructor for class stella.command.ParkAdapter: Construct a fully qualified abort telescope command.
ParkAuxiliary - Class in stella.command: The abort command for the telescope.
ParkAuxiliary(Object) - Constructor for class stella.command.ParkAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ParkAuxiliary(Object, String, long) - Constructor for class stella.command.ParkAuxiliary: Construct a fully qualified abort telescope command.
ParkCalibration - Class in stella.command: The abort command for the telescope.
ParkCalibration(Object) - Constructor for class stella.command.ParkCalibration: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ParkCalibration(Object, String, long) - Constructor for class stella.command.ParkCalibration: Construct a fully qualified abort telescope command.
ParkCcd - Class in stella.command: The abort command for the telescope.
ParkCcd(Object) - Constructor for class stella.command.ParkCcd: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ParkCcd(Object, String, long) - Constructor for class stella.command.ParkCcd: Construct a fully qualified abort telescope command.
ParkEnvironment - Class in stella.command: The abort command for the telescope.
ParkEnvironment(Object) - Constructor for class stella.command.ParkEnvironment: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ParkEnvironment(Object, String, long) - Constructor for class stella.command.ParkEnvironment: Construct a fully qualified abort telescope command.
Parking - Interface in stella.command: A marker interface to indicate that a command has resetting properties.
parkMaster(CommandEvent) - Method in class stella.acquire.AcquireMaster: Parks the adapter.
parkMaster(CommandEvent) - Method in class stella.adapter.AdapterMaster: Parks the adapter.
parkMaster(CommandEvent) - Method in class stella.adapter.AuxiliaryMaster: Parks the adapter.
parkMaster(CommandEvent) - Method in class stella.calibration.CalibrationMaster: Parks the adapter.
parkMaster(CommandEvent) - Method in class stella.ccd.CameraMaster: Parks the CCD.
ParkMaster - Class in stella.command: The abort command for the telescope.
ParkMaster(Object) - Constructor for class stella.command.ParkMaster: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ParkMaster(Object, String, long) - Constructor for class stella.command.ParkMaster: Construct a fully qualified abort telescope command.
parkMaster(CommandEvent) - Method in class stella.environment.DomeMaster: Parks the environment, first part.
parkMaster(CommandEvent) - Method in class stella.environment.EnvironmentMaster: Parks the environment, first part.
parkMaster(CommandEvent) - Method in class stella.environment.RollOffRoofMaster
parkMaster(CommandEvent) - Method in class stella.rmi.GenericMaster: Method called to park the device.
parkMaster(CommandEvent) - Method in class stella.rmi.GenericMaster.Standalone: Does nothing.
parkMaster(CommandEvent) - Method in class stella.rmi.TestReceiver: Method called to park the device.
parkMaster(CommandEvent) - Method in class stella.telescope.TelescopeMaster: Parks the telescope.
ParkSpectrograph - Class in stella.command: The abort command for the telescope.
ParkSpectrograph(Object) - Constructor for class stella.command.ParkSpectrograph: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ParkSpectrograph(Object, String, long) - Constructor for class stella.command.ParkSpectrograph: Construct a fully qualified abort telescope command.
ParkTelescope - Class in stella.command: The abort command for the telescope.
ParkTelescope(Object) - Constructor for class stella.command.ParkTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ParkTelescope(Object, String, long) - Constructor for class stella.command.ParkTelescope: Construct a fully qualified abort telescope command.
parkTelescope - Variable in class stella.net.JPilar3
parkTelescopeActionPerformed(ActionEvent) - Method in class stella.net.JPilar3: Park telescope action.
PARSE - Static variable in class astro.Astro: Default date parser.
parse(String) - Static method in class astro.fits.HeaderCardDescriptor: Parses a header card description from a single string.
parse(String, HeaderCardDescriptor.Type) - Static method in class astro.fits.HeaderCardDescriptor: Parses a header card description from a single string.
parse(String) - Method in class astro.SextractorRead: Parses the ascii-input file into a list of sextractor stars.
parse(File) - Method in class astro.SextractorRead: Parses the ascii-input file into a list of sextractor stars.
parse(String, CoordinateTransforming) - Static method in class astro.SkyPath: Converts a string into a sky path.
parse - Variable in class net.DateIncludingURL
parse(ByteBuffer, AdsHeader) - Method in class stella.net.ads.protocol.AdsCommand: Parses the reply payload.
parse(ByteBuffer) - Static method in class stella.net.ads.protocol.AdsHeader: From a fully filled byte-buffer, we create a possibly valid AdsHeader
parse(ByteBuffer, AdsHeader) - Method in class stella.net.ads.protocol.ControlAds
parse(ByteBuffer, AdsHeader) - Method in class stella.net.ads.protocol.DeviceInfoAds
parse(ByteBuffer, AdsHeader) - Method in class stella.net.ads.protocol.ReadAds: The generic read command returns a result error code, followed by the length of the returned data plus the returned data.
parse(ByteBuffer, AdsHeader) - Method in class stella.net.ads.protocol.ReadWriteAds
parse(ByteBuffer, AdsHeader) - Method in class stella.net.ads.protocol.StateAds
parse(ByteBuffer, AdsHeader) - Method in class stella.net.ads.protocol.WriteAds
parse(String) - Static method in class stella.net.tpl.TsiError: Parses a TsiError from a string formatted according to: error|detail|level|comp like ERR_USV_BatteryAlarm|USV\\| Alarm|4|CABINET The separator char is '|'.
parse(String) - Static method in class stella.roof.RoofInfo: Returns a new roof info object, parsed from a hex-representation of the idividual bits T1-T24.
parse - Static variable in class stella.sensor.DailyDumpRepository.Parser: The parser instance.
parse(List<String>, Date, Date) - Static method in class stella.sensor.Meteorology: Parses a list of lines into a list of meterology object, file should be in correct time order to assure proper assignment of invalid readings
parse(String, ParsePosition) - Method in class stella.util.DateParser.Jd0Format
parse(String) - Method in class stella.util.SchmidtTrigger: The two toggle values, SchmidtTrigger.off and SchmidtTrigger.on must be separated with a comma.
parse - Static variable in class stella.util.SensorTest.Parser: The parser instance.
Parse() - Constructor for class stella.util.SineError.Parse: Constructs a new command-line parser and registers its switches.
Parse() - Constructor for class stella.util.TelescopeError.Parse: Constructs a new command-line parser and registers its switches.
parse() - Method in class stella.xml.DOMSequence: Parses the document.
parse(InputSource) - Static method in class xml.DocumentParser: The method to convert an XML-URL to the Document format.
parseAllLists() - Method in class stella.merit.PatternMerit
parseAmsId(String) - Static method in class stella.net.ads.AdsSocketChannel
parseAuxAndAdapter(File, File, String) - Method in class stella.util.SuggestOffsetParser: Scans the aux and the adapter log for the occurence of the specified objid.
parseBlock(Number[], int) - Method in class astro.BinaryCatalog
parseBlock(Number[], int) - Method in class mysql.Ucac4DatabaseFeeder.Ucac4Catalog
parseCatalog(File) - Static method in class astro.BrightestStars
parseCatalog(File) - Static method in class astro.BrightStarCatalog
parseCatalog(File, boolean) - Static method in class astro.HauckCatalog: General contract fro parsing F77-files: substring(startindex-1, endindex).trim().
parseCatalog(File) - Static method in class astro.HipparchosCatalog
parseCatalog(File) - Static method in class astro.Landolt09Catalog: General contract fro parsing F77-files: substring(startindex-1, endindex).trim().
parseCatalog(File) - Static method in class astro.Landolt92Catalog: General contract fro parsing F77-files: substring(startindex-1, endindex).trim().
parseCatalog(File) - Static method in class astro.TychoCatalog: Parse the catalog by using the readme file and according to byte number put the starting index at Bytes-1 and leave the ending index where it is.
parseChar(Map<String, String>) - Static method in class ccd.ses231.SesDriver: Parses a string-to-string mapping into a string-to-char mapping.
parseChar(Map<String, String>) - Static method in class ccd.sta4240.E2VDriver: Parses a string-to-string mapping into a string-to-char mapping.
parseClass(String, String) - Static method in class mysql.TargetSql: Parses a primary spectral class like OBAFGKM and a secondary spectral class like 0123456789 into an integer by 10*(OBAFGKM)+sec.
parseClassName(String) - Static method in class stella.ErrorEvent: Returns the name of the error class if any.
parsed - Variable in class net.cds.CDSParser: The dom parsed out of the last query.
parsed - Variable in class stella.xml.DOMSequence: A boolean indicating successful parsing.
parseDate(String) - Static method in class stella.adapter.StatusSerializer.FromLog: Parses the date of the log line, returns a long.
parseDefaultResultSet(ResultSet, SimpleStar) - Method in class mysql.HtmStarDatabase: The classical fields defined are parsed and put into the empty star provided.
parseDitherList(String) - Static method in class stella.command.DitherAuxiliary
parseDitherList(String, double) - Static method in class stella.command.DitherAuxiliary: Parses a semicolon-colon bi-list into a list of vector2d symbolizing the dither offset.
parseDitherSingle(String) - Static method in class stella.command.DitherAuxiliary: Parses a semicolon-colon bi-list into a list of vector2d symbolizing the dither offset.
parseDitherSingle(String, double) - Static method in class stella.command.DitherAuxiliary
parseDom(Document) - Method in class stella.xml.SequenceList: Parses the document.
parseDoubleMapping(String) - Static method in class stella.globals.FlatQuality
ParsedTarget - Class in stella.xml: An DOM-based description of a target.
ParsedTarget() - Constructor for class stella.xml.ParsedTarget
ParsedTarget(Map<String, String>) - Constructor for class stella.xml.ParsedTarget: Constructs a new xml target.
ParsedTarget.RateThread - Class in stella.xml: A thread that waits for an expression to be fulfilled, then queries its constraints and rates an observation as successful, if everthing is fulfilled.
ParseError - Class in stella.error: An error event signaling that a command could not be parsed.
ParseError(Object) - Constructor for class stella.error.ParseError: Constructs a software error.
parseErrorCode(ByteBuffer) - Static method in class stella.net.ads.protocol.ErrorReply
parseFile(File) - Method in class astro.AsciiCatalog: Reads a file and parses it into a list of star descriptions.
parseFile(File) - Static method in class xml.DocumentParser: The method to convert an XML-URL to the Document format.
parseFilter(String, String) - Static method in class globals.value.FilterTarget: Parses a filter lookup-table into a mapping of filter names to doubles.
parseFilter() - Method in class stella.calibration.CalibrationMaster: Parses the state of all filter wheels to get the current active filter.
parseFilter() - Method in class stella.ccd.WifsipMaster: Parses the state of all filter wheels to get the current active filter.
parseForStrings(String) - Static method in class stella.CommandEvent: Parses a command line into an array of strings.
parseFromAdvancedSex(String) - Static method in class astro.util.StarParser: Reverses a sextractor.advancedSex string output.
parseFromAdvancedSex(List<String>) - Static method in class astro.util.StarParser
parseFromFile(String) - Static method in class stella.util.GuiderData: From a truncated file name, we parse a hopefully resolvable catalog name out of it.
parseFromMatch(String) - Static method in class astro.util.StarParser: Reads a single line in a WCS-Tools matched file format.
parseFromReader(Reader) - Method in class stella.util.HistoryDatabase: Takes the reader, wraps it into a buffered reader and parses the picks from it.
parseFromSextractor(String, int, int, int, int, int, int, int, int, int, int, int, int) - Static method in class astro.util.StarParser: Parses a single sextractor line specifying all columns, -1 for not applicable.
parseFromSextractor(List<String>, int, int, int, int, int, int, int, int, int, int, int, int) - Static method in class astro.util.StarParser
parseFromSextractorSharp(String) - Static method in class astro.util.StarParser: Parses sextractor stars written by wcs external in the three categories used sharp and fwhm/ell.
parseFromSingleString(String) - Method in class stella.MessageEvent: A convenience method to parse all command lines from a single string.
parseFromThetaSex(List<String>) - Static method in class astro.util.StarParser
parseGroup(ByteBuffer) - Static method in class stella.net.ads.protocol.IndexAds
parseHeader(MTableHDU) - Static method in class astro.fits.TableTools: We read a table header and return the meta information on the data format as a mapping of column names to java class types.
parseHeader(String[]) - Method in class stella.ErrorEvent: PArses the command lines including the error class and pipe.
parseHistory(Document, int, DateFormat) - Static method in class stella.xml.DOMTarget: Parses the history list from an xml file.
parseInputStream(InputStream) - Static method in class xml.DocumentParser: The method to convert an XML-URL to the Document format.
parseInto(Document, SporeTarget) - Static method in class stella.xml.DOMTarget: Parses all of the information available in the XML document to valid fields in the SporeTarget, but does not interact with information contained in any DB tables.
parseLine(String) - Method in class astro.AsciiCatalog: Parses a single line.
parseLine(String[]) - Method in class stella.AcknowledgeEvent: Parses the acknowledge event progenitor command from the command line.
parseLine(String) - Static method in class stella.adapter.RectangularMatcher.LogMatch
parseLine(String[]) - Method in class stella.command.AcquireExposureAdapter: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.AutoFocusCcd: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.DarkCcd: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.DerotatorOffsetTelescope: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.DerotatorTelescope: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.DitherAuxiliary: Parse the command line into ra and dec of the dither command.
parseLine(String[]) - Method in class stella.command.DitherTelescope: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.EnvironmentConfig: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.ExposeAdapter: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.ExposeAuxiliary: Parse the command line into exposure time and count number.
parseLine(String[]) - Method in class stella.command.ExposureAbortCcd: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.FieldOfViewCommand: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.FitsCcd: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.FixedRotatorAdapter: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.FocusAdapter: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.FocusOffsetAdapter: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.FocusOffsetTelescope: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.FocusTelescope: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.FocusTest: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.FollowRoof: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.GeometryAcquire: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.GeometryCcd: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.GuidingExposureAdapter: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.HotPixelOffsetAdapter: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.MoveAuxiliary: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.MoveMirrorTelescope: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.MoveTelescope: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.OffsetTelescope: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.OffsetTest: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.OnSkyOffsetTelescope: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.PinholeOffsetAdapter: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.PointingModelAdd: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.PointingModelSave: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.PointingModelTelescope: The command line is the guiding mode.
parseLine(String[]) - Method in class stella.command.PointingOffsetsTelescope: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.PositionRoof: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.command.PositionTelescope: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.ScientificCcd: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.ScsAddressConfig: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.SelectFilterAdapter: Parse the command line into filter name of the select filter command.
parseLine(String[]) - Method in class stella.command.SelectFilterCalibration: Parse the command line into filter name of the select filter command.
parseLine(String[]) - Method in class stella.command.SelectModeCcd: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.SequenceDitherAuxiliary: Parse the command line into filter name of the select filter command.
parseLine(String[]) - Method in class stella.command.SequenceFilterCalibration: Parse the command line into filter name of the select filter command.
parseLine(String[]) - Method in class stella.command.SimpleCommand: A default implementation for parsing.
parseLine(String[]) - Method in class stella.command.StarCommand: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.StartExposingAuxiliary: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.StartGuidingCommand: The command line is the guiding mode.
parseLine(String[]) - Method in class stella.command.StartWatchMaster: Parse the command line into ra and dec of the move command.
parseLine(String[]) - Method in class stella.command.TestConfig: Parse the command line into a focus position.
parseLine(String[]) - Method in class stella.DoneEvent: Parses the acknowledge event progenitor command from the command line.
parseLine(String[]) - Method in class stella.error.AdapterFwhm: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.AltAzRotation: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.CommandAborted: Retrieves the command that could not be parsed and the time stamp of this command out of the second command line.
parseLine(String[]) - Method in class stella.error.CommandConflict: Retrieves the command that could not be parsed and the time stamp of this command out of the second command line.
parseLine(String[]) - Method in class stella.error.FieldOfView: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.GuiderFits: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.MissingParameter: Retrieves the command that could not be parsed and the time stamp of this command out of the second command line.
parseLine(String[]) - Method in class stella.error.NotGuiding: Retrieves the command that could not be parsed and the time stamp of this command out of the second command line.
parseLine(String[]) - Method in class stella.error.ObjectInLimit: Parses the error lines supplied.
parseLine(String[]) - Method in class stella.error.ParameterError: Retrieves the command that could not be parsed and the time stamp of this command out of the second command line.
parseLine(String[]) - Method in class stella.error.ParseError: Retrieves the command that could not be parsed and the time stamp of this command out of the second command line.
parseLine(String[]) - Method in class stella.error.PidOffset: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.PixelOffset: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.QueueError: Retrieves the command that could not be parsed and the time stamp of this command out of the second command line.
parseLine(String[]) - Method in class stella.error.StarFieldOfView: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.TcpAccessDenied: Parses the host that was not granted access and the port out of the second command line.
parseLine(String[]) - Method in class stella.error.TcpNoFreeConnections: Parses the host that was not granted access and the port out of the second command line.
parseLine(String[]) - Method in class stella.error.TelescopeOffsets: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.TelescopePosition: Parses the command lines submitted with the adapter fwhm status.
parseLine(String[]) - Method in class stella.error.TelescopeStatus: Parses the command lines submitted with this status event.
parseLine(String[]) - Method in class stella.error.TracktimeRemaining: Parses the command lines submitted with this status event.
parseLine(String[]) - Method in class stella.ErrorEvent: Parses the command lines into something readable.
parseLine(String[]) - Method in class stella.InfoEvent: Parsing of lines is not intended for info events.
parseLine(String[]) - Method in class stella.MessageBin: Parsing is not allowed.
parseLine(String[]) - Method in class stella.MessageEvent: Parses the message event parameters.
parseLine(String) - Method in class stella.net.tpl.TplEvent: Parses the event out of the reply line read.
parseLine(Meteorology, String) - Static method in class stella.sensor.Meteorology
parseList(String) - Method in class stella.merit.PatternMerit
parseListofDouble(String) - Static method in class stella.globals.FlatQuality
parseLM(String) - Static method in class stella.util.NasmythPointingModel.FileData
parseLuminosity(String) - Static method in class mysql.TargetSql: Parses a luminosity class.
parseMode(String) - Method in class stella.command.AcquisitionCommand: Converts a string to a requested acquisition mode, defaults to AcquisitionUnit.Modes.FULL.
parseNext(GeneralPath, CoordinateTransforming, String, int) - Static method in class astro.SkyPath: Parses a single operation starting from index in the specified string.
parseOffset(ByteBuffer) - Static method in class stella.net.ads.protocol.IndexAds
parsePointingList(String) - Static method in class stella.telescope.TelescopeMaster: We take a list of the Pilar pointing measure format and parse that into a lookup table linking pointing names (unique) to a four-dimensional vector, with az, azoff, z, zoff as its components.
parsePosition(String, int, Vector2D) - Static method in class astro.SkyPath: Parse a position starting at the specified index.
parseProgenitor(String) - Method in class stella.ReplyEvent: Parses the command type and the command time of the progenitor command from a single String.
Parser() - Constructor for class astro.WcsFit.Parser: Makes command line parsing ready.
Parser() - Constructor for class stella.sensor.DailyDumpRepository.Parser: Constructs the parser to the sensor tester.
Parser() - Constructor for class stella.util.SensorTest.Parser: Constructs the parser to the sensor tester.
parseRange(String) - Static method in class globals.rmi.MomentsTrigger: We parse a double tokenized list into a list of vector2D arrays.
parseReader(Reader) - Static method in class xml.DocumentParser: The method to convert an XML-URL to the Document format.
parseResponse(String, String) - Method in class stella.nut.UpsDriver: Parses a response by skipping over the upsname and the variable and deleting any \" from the reply.
parseResponse(List<String>) - Method in class stella.sensor.SkyQualityMeter: Parses the response.
parseResponse(List<String>) - Method in class stella.sensor.TcpIpSensor
parseResultSet(ResultSet) - Method in class mysql.HtmStarDatabase: This method parses a readily placed result set to a star description.
parseResultSet(ResultSet) - Method in class mysql.PpmXlDatabase: We consider that ra, de are gien in milli-arcsec, so we divide by 3600000.
parseResultSet(ResultSet) - Method in class mysql.Ucac4Database: We consider that ra, de are gien in milli-arcsec, so we divide by 3600000.
parseSexagesimal(String) - Static method in class astro.SimpleStar: We convert a string given as dd:mm:ss.sss into a normal double.
parseSlots() - Method in class stella.globals.AdcPosition
parseStep(Element) - Method in class stella.xml.SequenceStep: Parses a single step into the individual sub-task collection, additionally reading a possible looping condition.
parseTable(List<List<String>>) - Method in class stella.globals.LaserAzAltHtmlList: Takes a list of list of string and parses it to a list of laser pointings.
parseTable(List<List<String>>) - Method in class stella.globals.LaserHtmlList: Takes a list of list of string and parses it to a list of laser pointings.
parseTarget(String, String, Map<String, String>) - Static method in class mysql.TaskSql
parseTargetResource(URL, URL) - Method in class stella.globals.TargetList: Returns the newer of two versions.
parseTask(Element) - Method in class stella.xml.SequenceTask: Parses a DOM elements into all parts of a valid sequence task.
parseToggle(String) - Static method in class stella.sensor.MultiToggleSensor.Toggle
parseToHtml(String) - Static method in class stella.sql.OffLimitVisual.Signal: Parses a label into an HTML-formatted name.
parseToInteger(String) - Method in class stella.globals.RankProvider: We parse a properties mapping to a string-to-rectangle mapping.
parseToKey(String) - Method in class stella.ccd.CameraMaster
parseToMap(String, String, List<String>, List<String>, Map<String, Function>, String, String, String) - Method in class stella.sql.NightlyStatistic: We parse a result set to a mapping of column names to doubles.
parseToRectangles(String) - Method in class stella.globals.FrameProvider: We parse a properties mapping to a string-to-rectangle mapping.
parseTplEvent(TplEvent) - Method in class stella.net.tpl.TplCommand: Takes a TPL-Event of command and parses errors and completeness state out of it.
parseTplEvent(TplEvent) - Method in class stella.net.tpl.TplGet: Additionally checks if the event represents the queried data.
parseTplEvent(TplEvent) - Method in class stella.net.tpl.TplSet: Additionally checks if the event represents the queried data.
parseUnicode(String) - Static method in class stella.sql.OffLimitVisual.Signal: Parses a label for escaped chars not allowed in SQL column names.
parseURL(URL) - Static method in class xml.DocumentParser: The method to convert an XML-URL to the Document format.
parseWavelengthSolution(MHeader) - Method in class astro.SpectralFits: Parses the wavelength soultion from the header.
pARTIAL - Static variable in interface htm.core.Markup
pass - Variable in class mysql.UserSql.SqlProfile: The password, this is null.
passive - Variable in class stella.rmi.GenericMaster: If passive, all commands in automatic mode are answered with complete.
PASSWORD - Static variable in class io.FtpUtil: Password to send as anonymous.
password - Variable in class mysql.SqlAccess: The password.
PastelStar - Class in astro: Uses the Pastel catalog to resolve a given name on the command line.
PastelStar(String) - Constructor for class astro.PastelStar
path - Variable in class astro.fits.ImageInfo
path - Variable in class astro.SkyPath: The general path used to construct pixel coordinates.
Path() - Constructor for class mysql.ObserveSql.Path
pattern - Variable in class stella.MasterLauncher: The replies the reply subscriber is interested in.
pattern - Variable in class stella.net.CasterClient: The replies the reply subscriber is interested in.
pattern - Variable in class stella.rmi.CasterTorso: The replies the reply subscriber is interested in.
PatternMerit - Class in stella.merit: This class can be used to implement a single observational pattern.
PatternMerit(Map<String, String>) - Constructor for class stella.merit.PatternMerit: Constructs a pattern merit.
PatternMerit.Phase - Enum in stella.merit
payload - Variable in class stella.net.ads.protocol.AdsHeader
payload - Variable in class stella.net.ads.protocol.AdsPacket
PDENOM - Static variable in class stella.globals.RefractionModel: The p-parameter, denominator.
pecl - Static variable in class astro.OrbitModel.Hss348
PERIHELIONLENGTH - Static variable in class astro.OrbitFit: The name of the length of perihelion constant.
PERIHELIONTIME - Static variable in class astro.OrbitFit: The name of the time of perihelion passage constant.
PERIOD - Static variable in class astro.OrbitFit: period constant.
PERIOD - Static variable in class mysql.SqlStar: ID for period in days.
period - Variable in class stella.sensor.BadSensor: Current active period.
period - Variable in class stella.util.TelescopeError: The coefficients of the input function, period.
permanent - Variable in class stella.net.ads.AdsVariableMonitor: The cached handles retrieved only once for each variable list change.
PermissionSql - Class in mysql: A class that holds various permissions for users.
PermissionSql(Map<String, String>) - Constructor for class mysql.PermissionSql: Constructs a new proposal sql.
permit - Variable in class stella.util.DataPermission.DataPermissionCollection: The permission, stored as name->permission table.
permsql - Variable in class stella.rmi.GenericMaster: The history-db reference.
permsql - Static variable in class stella.sql.TargetConsistency: The history-db reference.
PerNightBlockMerit - Class in stella.merit: A class defining a time-slot merit for a target that should be observed up to KEY_PERNIGHT blocks in a night, at least separated by PerNightBlockMerit.KEY_TIMEOUT.
PerNightBlockMerit(Map<String, String>) - Constructor for class stella.merit.PerNightBlockMerit: Constructs a time-out merit.
PerNightMerit - Class in stella.merit: A class defining a time-slot merit for a target that should be observed up to KEY_PERNIGHT times in a night, at least separated by PerNightMerit.KEY_TIMEOUT.
PerNightMerit(Map<String, String>) - Constructor for class stella.merit.PerNightMerit: Constructs a time-out merit.
persistent - Variable in class stella.ow.ServerClient: If true, connection is configured to be persistent.
persitent(FitsReduction.Write, ArrayLayout, float[]) - Method in class stella.acquire.AcquisitionUnit
persitent(FitsReduction.Write, ArrayLayout, float[]) - Method in interface stella.acquire.PersitentAcquiring
PersitentAcquiring - Interface in stella.acquire
PFCOARSETYPE - Static variable in class stella.adapter.PrimeFocusCamera: Id for prime focus coarse.
PFCOARSETYPE - Static variable in class stella.adapter.ScienceAcquire: Id for prime focus coarse.
PFFINETYPE - Static variable in class stella.adapter.PrimeFocusCamera: Id for prime focus coarse.
PFFINETYPE - Static variable in class stella.adapter.ScienceAcquire: Id for prime focus coarse.
phase - Static variable in class astro.OrbitModel.Hss348.Radius
PHASE - Static variable in class net.tap.TableAccessProtocol
Phase() - Constructor for enum stella.merit.PatternMerit.Phase
phase - Variable in class stella.util.SineError: The coefficients of the input function, phase.
phase - Variable in class stella.util.TelescopeError: The coefficients of the input function, phase.
PhaseAvoidanceMerit - Class in stella.merit: A class defining a time-slot merit that allows observation of a target at all phases except the ones states in the avoidance list.
PhaseAvoidanceMerit(Map<String, String>) - Constructor for class stella.merit.PhaseAvoidanceMerit: Constructs a phase-coherent merit.
PhaseAvoidanceMerit.Xml - Class in stella.merit: Creats an XML-segment out of the command line arguments, which are jd0 (t0), period in days and as a single string the phases to avoid.
PhaseCoherentMerit - Class in stella.merit: A class defining a time-slot merit that allows observation of a target that requires phase-coherent observations.
PhaseCoherentMerit(Map<String, String>) - Constructor for class stella.merit.PhaseCoherentMerit: Constructs a phase-coherent merit.
PhaseCoherentMerit.Random - Class in stella.merit: A test class for the phase coherent merit.
PhaseFillerMerit - Class in stella.merit: A class that tries to match observations such, that phase gaps are minimized.
PhaseFillerMerit(Map<String, String>) - Constructor for class stella.merit.PhaseFillerMerit: Constructs a phase-coherent merit.
PhaseMerit - Class in stella.merit: A class defining a time-slot merit that allows observation of a target that requires phased observations.
PhaseMerit(Map<String, String>) - Constructor for class stella.merit.PhaseMerit: Constructs a phase-coherent merit.
phases - Variable in class stella.merit.PhaseCoherentMerit: The phases were we want to observe.
phases - Variable in class stella.merit.PhaseFillerMerit: The list of phases we want to observe at.
phases - Variable in class stella.merit.PhaseMerit: The list of phases we want to observe at.
phi - Variable in class globals.value.DiurnalVelocity: The latitude.
phi - Variable in class globals.value.NightLength: The latitude of the observatory.
phi - Variable in class globals.value.SettableTime: For twilight fakes, this is the latitude.
phi - Variable in class stella.globals.FlatPointing: And the latitude.
phi - Variable in class stella.globals.LaserAzAltDistance: The latitude.
phi - Variable in class stella.globals.OptimalAdc: The target depending parameter that is the height of the target.
phi - Variable in class stella.sensor.SolHeightSensor: The longitude of Teide, degrees.
phi - Variable in class stella.telescope.Waltz: Latitude of site.
phi - Variable in class stella.util.NasmythPointingModel: The latitude of the site, degrees.
phi - Variable in class stella.util.TimeSimulate: For twilight fakes, this is the latitude.
phi0 - Variable in class astro.fits.AbstractSkyMaker.GaussThumbnail
phi0 - Static variable in class astro.OrbitModel.Hss348.Radius
phi0 - Variable in class stella.globals.Horizon.Ellipsoidal: The azimuth offset of the long edge to closer roof.
phicos - Variable in class stella.asiva.AltAzFromFits: Sine and cosine of Euler angle.
phisin - Variable in class stella.asiva.AltAzFromFits: Sine and cosine of Euler angle.
photometry(Point2D, int, int, int, int, double, int) - Method in class stella.adapter.StellaGuider: Does aperture photometry.
photonAndReadoutNoise(double, double) - Method in class astro.fits.AbstractFitsImageModel: Estimates the ADU errors by providing the CCD gain and read-out noise.
PhysicalDerivative - Interface in stella.sensor: An interface describing the capability of a sensor to interpret its reading in a physical sense.
Pi - Static variable in class htm.core.HTMfunc
pi4 - Variable in class stella.telescope.TelescopeMaster: For convenience, the pilar driver for the telescope.
pick - Variable in class stella.globals.FlatExposureTime: The time the target was chosen.
pick - Variable in class stella.globals.FlatQuality: The time the target was chosen.
PICK - Static variable in interface stella.xml.DTDConstants: The time when the target was picked.
pick - Variable in class stella.xml.ParsedTarget.RateThread: The pick we should update.
PickAdapter(boolean, Date, long, String, double, String) - Constructor for class target.AbstractTarget.PickAdapter: Constructs a new pick.
PickConnected - Interface in stella.error: A marker interface indicating that this error should be radiated to the currently executed target and its precursors using the appropriate error… method.
picked - Variable in class stella.xml.ParsedTarget: True when the target gets picked.
PickListener - Interface in stella.rmi: Indicates that an object can server HistoryAware.Picks.
PICKMERIT - Static variable in interface stella.xml.DTDConstants: The merit of the target as it was picked.
PickRaiseMerit - Class in stella.merit: This merit represents a merit that grows/shrinks after a first successful observation of a target.
PickRaiseMerit(Map<String, String>) - Constructor for class stella.merit.PickRaiseMerit: Constructs a new after-start merit.
PICKSUCCESS - Static variable in interface stella.xml.DTDConstants: The attribute stating if an observation was successful.
pid - Variable in class stella.adapter.GuiderInfo: The pid shift applied.
pid - Variable in class stella.util.SineError: The PIDController handling the error function.
pid - Variable in class stella.util.TelescopeError: The PIDController handling the error function.
PIDControl - Class in util: PID (Proportional-Integral-Differential) Controllers are basic applications in servo motor controls.
PIDControl(String) - Constructor for class util.PIDControl: Convenience constructor allowing instantiation with a string like
PIDControl(Map<String, String>) - Constructor for class util.PIDControl: Constructs a new PID-control.
PIDControl.Test - Class in util: Test string representation.
pidfreq - Variable in class stella.util.SineError: The frequency at which the PID is queried.
pidfreq - Variable in class stella.util.TelescopeError: The frequency at which the PID is queried.
PIDLOG - Static variable in class stella.adapter.StatusSerializer.FromLog: The log output for writing a pid offset.
PidOffset - Class in stella.error: A status mesage from the adapter delivering the offset in az and alt as determined from the guider camera.
PidOffset(Object) - Constructor for class stella.error.PidOffset: Constructs a new adapter fwhm status message.
pidrecord - Variable in class stella.acquire.AbstractAutoGuider: If PID-mitigated offset should be written into a stream.
pidrecord - Variable in class stella.adapter.AdapterMaster: An object output stream were we serialize our pids offs in.
pidrecord - Variable in class stella.adapter.AuxiliaryGuidingUnit: An object output stream were we serialize our alt/az offs in.
pidrecord - Variable in class stella.adapter.AuxiliaryMaster: An object output stream were we serialize our pids offs in.
pidrecord - Variable in class stella.adapter.GuidingUnit: An object output stream were we serialize our alt/az offs in.
PIDSEXTENSION - Static variable in class stella.acquire.AbstractAutoGuider: The extension for the recorded pids.
PIDSEXTENSION - Static variable in class stella.adapter.AdapterMaster: The extension for the recorded pids.
PIDSEXTENSION - Static variable in class stella.adapter.AuxiliaryMaster: The extension for the recorded pids.
pilar - Variable in class stella.globals.TelescopeError: The look-up table matching PILAR names to true error objects.
pilar - Variable in class stella.net.JPilar3
pilar - Variable in class stella.net.PilarLauncher
Pilar3Socket - Class in stella.telescope: Case implementation of the pilar3 driver.
Pilar3Socket(Map) - Constructor for class stella.telescope.Pilar3Socket: Constructs a new pilar3 driver.
Pilar3Socket.Monitor - Class in stella.telescope: A class that takes a list of commands and checks incoming state changes if all of the monitored commands are completed/acknowledged.
Pilar3Socket.PilarTest - Class in stella.telescope: Test class.
Pilar3Socket.TplHandler - Class in stella.telescope: A thread that permanently moitors the incoming stream for replies sent by the socket.
PilarConverter() - Constructor for class stella.util.PointingModel.PilarConverter
PilarDriver - Interface in stella.net.tpl: This interface describes a translation layer from TelescopeCommands to TCS commands.
PilarLauncher - Class in stella.net
PilarLauncher(Map) - Constructor for class stella.net.PilarLauncher
PilarLauncher.Test - Class in stella.net: Test
PilarParameter - Class in stella.globals: Parameters that are linked to a pilar3 telescope parameter.
PilarParameter(Map<String, String>) - Constructor for class stella.globals.PilarParameter: Constructs a new pilar parameter.
PilarPointing() - Constructor for class mysql.HistorySql.PilarPointing
PilarTelescopeCaster - Class in stella.adapter: A simple class that allows sending of offset-commands from the adapter to the telescope.
PilarTelescopeCaster(Map<String, String>) - Constructor for class stella.adapter.PilarTelescopeCaster: Constructs a new adapter-to-telescope caster.
PilarTest(Map) - Constructor for class stella.telescope.OpenPilarSocket.PilarTest
PilarTest(Map) - Constructor for class stella.telescope.Pilar3Socket.PilarTest
PilarTrigger - Class in stella.globals: No true triggers (true/false) exist in Pilar, only values.
PilarTrigger(Map<String, String>) - Constructor for class stella.globals.PilarTrigger: Constructs a new pilar value from the properties.
PilarValue - Class in stella.globals: Telescope parameters whose string representation can be parsed into a number
PilarValue(Map<String, String>) - Constructor for class stella.globals.PilarValue: Constructs a new pilar value from the properties.
pin - Variable in class stella.adapter.ModelShift
pindeep - Variable in class stella.adapter.AveragePinhole.FullPinhole: For modeling the pinhole.
pindip - Variable in class stella.adapter.ModelDrift.PinholeDrift: For modeling the pinhole.
pindip - Variable in class stella.adapter.ModelShift.PinholeShift: For modeling the pinhole.
ping - Variable in class stella.globals.DeviceTrigger: The timer task of the trigger that does the actual ping.
PingSensor - Class in stella.sensor: A ping sensor generates its reading by ping another host.
PingSensor(Map<String, String>) - Constructor for class stella.sensor.PingSensor: Constructs a new fake sensor.
PingTask() - Constructor for class stella.globals.DeviceTrigger.PingTask
pinhole - Variable in class stella.acquire.AbstractAcquisitionAndGuiding: Pivot (hot point) of the acquisition CCD, created on construct.
pinhole - Variable in class stella.acquire.AcquireMaster: Non-null hot-pixel on acquisition CCD after init.
pinhole - Variable in class stella.adapter.AveragePinhole.FullPinhole: The fixed pinhole position.
pinhole - Variable in class stella.adapter.ModelDrift.PinholeDrift: The fixed pinhole position.
pinhole - Variable in class stella.adapter.ModelShift.PinholeShift: The fixed pinhole position.
PinholeAutoGuider - Class in stella.auxiliary
PinholeAutoGuider(Map<String, String>) - Constructor for class stella.auxiliary.PinholeAutoGuider
PinholeCoarseAcquisition - Class in stella.auxiliary
PinholeCoarseAcquisition(Map<String, String>) - Constructor for class stella.auxiliary.PinholeCoarseAcquisition
PinholeDrift(MImageHDU, Rectangle, double, double, Point2D, double, double, double, double) - Constructor for class stella.adapter.ModelDrift.PinholeDrift: Constructs a new data model for the pinhole.
PinholeFineAcquisition - Class in stella.auxiliary
PinholeFineAcquisition(Map<String, String>) - Constructor for class stella.auxiliary.PinholeFineAcquisition
pinholemiss - Variable in class stella.adapter.AuxiliaryGuidingUnit: The value averaging pinhole-offsets.
pinholemiss - Variable in class stella.adapter.BeamSplitterGuider: The value averaging pinhole-offsets.
pinholemiss - Variable in class stella.adapter.OffAxisTracker: The value averaging pinhole-offsets.
pinholemiss - Variable in class stella.adapter.SpillageGuider: The value averaging pinhole-offsets.
PinholeOffsetAdapter - Class in stella.command: Takes a scientific exposure with the given exposure time.
PinholeOffsetAdapter(Object) - Constructor for class stella.command.PinholeOffsetAdapter: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PinholeOffsetAdapter(Object, String, long) - Constructor for class stella.command.PinholeOffsetAdapter: Constructs a new exposure abort command.
PinholePivot - Class in stella.acquire
PinholePivot(Map<String, String>) - Constructor for class stella.acquire.PinholePivot
PinholeShift(MImageHDU, Rectangle, double, double, Point2D, double, double, double, double) - Constructor for class stella.adapter.ModelShift.PinholeShift: Constructs a new data model for the pinhole.
PinholeShift - Interface in stella.adapter: Algorithms that can determine a relative shift of a stellar image on an imaging fiber must implement this interface.
PINHOLETYPE - Static variable in class stella.adapter.AuxiliaryUnit: Pinhole frames start with this header, followed by date and count.
PinholeViewingMaster - Class in stella.auxiliary
PinholeViewingMaster(Map<String, String>) - Constructor for class stella.auxiliary.PinholeViewingMaster
pinoff - Variable in class stella.acquire.OffsetPinholePivot: If we have a pinhole offset parameter it delivers pixel.
pinoff - Variable in class stella.adapter.AbstractStarGuider: If we have a pinhole offset parameter, delivering pixel.
pinprick(AbstractSkyMaker.SkyRandomModel, List<SextractorStar>, float, boolean, Rectangle, double, double) - Method in class astro.fits.AbstractSkyMaker: From a sky model and a list of stars, reduce the FWHM by a factor of slender, at the same time preserving peak (or flux).
pinsize - Variable in class stella.adapter.AveragePinhole.FullPinhole: The pinhole size in pixel.
pinsize - Variable in class stella.adapter.ModelDrift.PinholeDrift: The pinhole size in pixel.
pinsize - Variable in class stella.adapter.ModelShift.PinholeShift: The pinhole size in pixel.
pinsteep - Variable in class stella.adapter.AveragePinhole.FullPinhole: For modeling the pinhole, the steepness.
pinsteep - Variable in class stella.adapter.ModelDrift.PinholeDrift: For modeling the pinhole, the steepness.
pinsteep - Variable in class stella.adapter.ModelShift.PinholeShift: For modeling the pinhole, the steepness.
pionly - Variable in class stella.util.SineError: If true, only optimize PI parameters, keep D fixed.
pionly - Variable in class stella.util.TelescopeError: If true, only optimize PI parameters, keep D fixed.
PIPE - Static variable in class astro.AsciiCatalog
PIPE - Static variable in class stella.ErrorEvent: The pipe-through flag as a string.
pipe - Variable in class stella.ErrorEvent: The pipe-to-scheduler flag.
PIPE - Static variable in class stella.net.tpl.TsiError: The separator char between individual parts of the error.
PIPING - Static variable in class stella.error.AccumulationStart: The pipe flag (true).
PIPING - Static variable in class stella.error.AccumulationStop: The pipe flag (true).
PIPING - Static variable in class stella.error.AcknowledgeTimeOut: The pipe flag (false).
PIPING - Static variable in class stella.error.AdapterFwhm: The pipe flag (true).
PIPING - Static variable in class stella.error.AltAzRotation: The pipe flag (true).
PIPING - Static variable in class stella.error.AmbiguousStarPattern: The pipe flag (false).
PIPING - Static variable in class stella.error.AutoMaster: The pipe flag (false).
PIPING - Static variable in class stella.error.BadSeeingGuiding: The pipe flag (false).
PIPING - Static variable in class stella.error.BadWeather: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotCloseMirrorCover: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotCloseRoof: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotFocusMirror: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotInitAdapter: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotInitCcd: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotInitTelescope: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotMoveDome: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotMoveTelescope: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotOffsetTelescope: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotOpenMirrorCover: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotOpenRoof: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotParkTelescope: The pipe flag (false).
PIPING - Static variable in class stella.error.CannotWriteFile: The pipe flag (false).
PIPING - Static variable in class stella.error.CcdParametersOff: The pipe flag (false).
PIPING - Static variable in class stella.error.CentralFocus: The pipe flag (true).
PIPING - Static variable in class stella.error.CommandAborted: The pipe flag (false).
PIPING - Static variable in class stella.error.CommandConflict: The pipe flag (false).
PIPING - Static variable in class stella.error.CompletionTimeOut: The pipe flag (false).
PIPING - Static variable in class stella.error.ConfigurationError: The pipe flag (false).
PIPING - Static variable in class stella.error.DropTarget: The pipe flag (false).
PIPING - Static variable in class stella.error.EncoderError: The pipe flag (false).
PIPING - Static variable in class stella.error.ExactFocus: The pipe flag (false).
PIPING - Static variable in class stella.error.ExposureFinished: The pipe flag (true).
PIPING - Static variable in class stella.error.ExposureStart: The pipe flag (true).
PIPING - Static variable in class stella.error.ExternalAbort: The pipe flag (true).
PIPING - Static variable in class stella.error.ExtraFocal: The pipe flag (true).
PIPING - Static variable in class stella.error.FieldOfView: The pipe flag (true).
PIPING - Static variable in class stella.error.FitsWrittn: The pipe flag (true).
PIPING - Static variable in class stella.error.FocusExceedsLimit: The pipe flag (false).
PIPING - Static variable in class stella.error.FocusNotReached: The pipe flag (false).
PIPING - Static variable in class stella.error.GoodWeather: The pipe flag (false).
PIPING - Static variable in class stella.error.GuiderFits: The pipe flag (true).
PIPING - Static variable in class stella.error.GuidingStart: The pipe flag (true).
PIPING - Static variable in class stella.error.HighWindGuiding: The pipe flag (false).
PIPING - Static variable in class stella.error.IncompleteDone: The pipe flag (false).
PIPING - Static variable in class stella.error.IntraFocal: The pipe flag (true).
PIPING - Static variable in class stella.error.ISquareT: The pipe flag (false).
PIPING - Static variable in class stella.error.LateReply: The pipe flag (false).
PIPING - Static variable in class stella.error.LimitSwitchDefect: The pipe flag (false).
PIPING - Static variable in class stella.error.LimitSwitchFailure: The pipe flag (false).
PIPING - Static variable in class stella.error.LostConnection: The pipe flag (false).
PIPING - Static variable in class stella.error.LostGuiding: The pipe flag (false).
PIPING - Static variable in class stella.error.LostSerial: The pipe flag (false).
PIPING - Static variable in class stella.error.LostTarget: The pipe flag (false).
PIPING - Static variable in class stella.error.MissingParameter: The pipe flag (false).
PIPING - Static variable in class stella.error.MotorProtection: The pipe flag (false).
PIPING - Static variable in class stella.error.NoAutoClearing: The pipe flag (false).
PIPING - Static variable in class stella.error.NoCalibrationLight: The pipe flag (false).
PIPING - Static variable in class stella.error.NoCalibrationUnit: The pipe flag (false).
PIPING - Static variable in class stella.error.NoCatalogStars: The pipe flag (false).
PIPING - Static variable in class stella.error.NoCcd: The pipe flag (false).
PIPING - Static variable in class stella.error.NoDaughterAvailable: The pipe flag (false).
PIPING - Static variable in class stella.error.NoDiskSpace: The pipe flag (false).
PIPING - Static variable in class stella.error.NoExactFocus: The pipe flag (false).
PIPING - Static variable in class stella.error.NoFilterWheel: The pipe flag (false).
PIPING - Static variable in class stella.error.NoFlashing: The pipe flag (false).
PIPING - Static variable in class stella.error.NoFlatFieldLight: The pipe flag (false).
PIPING - Static variable in class stella.error.NoFlatFieldSwitch: The pipe flag (false).
PIPING - Static variable in class stella.error.NoGuiding: The pipe flag (false).
PIPING - Static variable in class stella.error.NoRoof: The pipe flag (false).
PIPING - Static variable in class stella.error.NoSequenceAvailable: The pipe flag (true).
PIPING - Static variable in class stella.error.NoStarOnAcquire: The pipe flag (false).
PIPING - Static variable in class stella.error.NoStarOnGuide: The pipe flag (false).
PIPING - Static variable in class stella.error.NoSuchFilter: The pipe flag (false).
PIPING - Static variable in class stella.error.NoSuchReadoutMode: The pipe flag (false).
PIPING - Static variable in class stella.error.NoTelescope: The pipe flag (false).
PIPING - Static variable in class stella.error.NotGuiding: The pipe flag (false).
PIPING - Static variable in class stella.error.NoThArLight: The pipe flag (false).
PIPING - Static variable in class stella.error.NoThArSwitch: The pipe flag (false).
PIPING - Static variable in class stella.error.ObjectInLimit: The pipe flag (false).
PIPING - Static variable in class stella.error.ObservationFinished: The pipe flag (false).
PIPING - Static variable in class stella.error.ParameterError: The pipe flag (false).
PIPING - Static variable in class stella.error.ParseError: The pipe flag (false).
PIPING - Static variable in class stella.error.PidOffset: The pipe flag (true).
PIPING - Static variable in class stella.error.PixelOffset: The pipe flag (true).
PIPING - Static variable in class stella.error.ProtocolError: The pipe flag (false).
PIPING - Static variable in class stella.error.QueueError: The pipe flag (false).
PIPING - Static variable in class stella.error.RecordFocus: The pipe flag (true).
PIPING - Static variable in class stella.error.RegainedGuiding: The pipe flag (false).
PIPING - Static variable in class stella.error.RepositionTelescope: The pipe flag (false).
PIPING - Static variable in class stella.error.RequestTelescopePosition: The pipe flag (false).
PIPING - Static variable in class stella.error.RoofPosition: The pipe flag (false).
PIPING - Static variable in class stella.error.ScsConnectFailure: The pipe flag (false).
PIPING - Static variable in class stella.error.ScsConnectionLost: The pipe flag (false).
PIPING - Static variable in class stella.error.SequenceExecution: The pipe flag (false).
PIPING - Static variable in class stella.error.SkyFlatAbort: The pipe flag (false).
PIPING - Static variable in class stella.error.SocketError: The pipe flag (false).
PIPING - Static variable in class stella.error.SoftwareError: The pipe flag (false).
PIPING - Static variable in class stella.error.StageStuck: The pipe flag (false).
PIPING - Static variable in class stella.error.StarFieldOfView: The pipe flag (true).
PIPING - Static variable in class stella.error.TargetExecuted: The pipe flag (true).
PIPING - Static variable in class stella.error.TargetFinished: The pipe flag (true).
PIPING - Static variable in class stella.error.TargetNotAvailable: The pipe flag (true).
PIPING - Static variable in class stella.error.TargetPicked: The pipe flag (true).
PIPING - Static variable in class stella.error.TargetStarMagnitude: The pipe flag (false).
PIPING - Static variable in class stella.error.TcpAccessDenied: The pipe flag (false).
PIPING - Static variable in class stella.error.TcpNoFreeConnections: The pipe flag (false).
PIPING - Static variable in class stella.error.TelescopeOffsets: The pipe flag (true).
PIPING - Static variable in class stella.error.TelescopePosition: The pipe flag (true).
PIPING - Static variable in class stella.error.TelescopePowerLost: The pipe flag (false).
PIPING - Static variable in class stella.error.TelescopeProtection: The pipe flag (false).
PIPING - Static variable in class stella.error.TelescopeStalled: The pipe flag (false).
PIPING - Static variable in class stella.error.TelescopeStatus: The pipe flag (false).
PIPING - Static variable in class stella.error.TimeOutLimitSwitch: The pipe flag (false).
PIPING - Static variable in class stella.error.TimeOutRoof: The pipe flag (false).
PIPING - Static variable in class stella.error.TracktimeRemaining: The pipe flag (false).
PIPING - Static variable in class stella.error.TsiConnected: The pipe flag (false).
PIPING - Static variable in class stella.error.TsiConnectFailure: The pipe flag (false).
PIPING - Static variable in class stella.error.TsiConnectionLost: The pipe flag (false).
PIPING - Static variable in class stella.error.TsiTccConnected: The pipe flag (false).
PIPING - Static variable in class stella.error.TsiTccConnectFailure: The pipe flag (false).
PIPING - Static variable in class stella.error.TsiTccConnectionLost: The pipe flag (false).
PIPING - Static variable in class stella.error.UnknownCommand: The pipe flag (false).
PIPING - Static variable in class stella.error.UnsupportedCommand: The pipe flag (false).
PIPING - Static variable in class stella.error.WeatherAccess: The pipe flag (false).
PITCH - Static variable in interface stella.xml.ReservedConstants: The name of the setup holding an eventual pitch (ra/de offset).
PITCHANGLE - Static variable in interface stella.xml.ReservedConstants: The name of the pitch distance constance in degrees.
PitchAuxiliary - Class in stella.command: The basic command to allow center points to vary short distances from the movement point of the telescope.
PitchAuxiliary(Object) - Constructor for class stella.command.PitchAuxiliary: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PitchAuxiliary(Object, String, long) - Constructor for class stella.command.PitchAuxiliary: Constructs a new offset telescope command.
PITCHDISTANCE - Static variable in interface stella.xml.ReservedConstants: The name of the pitch distance constance in degrees.
Pivoting - Interface in stella.acquire: Instances of this interface know where the acquisition CCD hot point is.
Pixel(Point2D, double, double, int) - Constructor for class astro.Aperture.Pixel: Constructs a new pixel.
pixel - Variable in class astro.WcsFit: The model uses these pixel as the identified location of stars.
pixel - Variable in class stella.util.GuiderParameters: The list of Guiding#RawStars from the ccd, GuiderParameters.KEY_CCD.
pixel - Variable in class stella.util.GuiderParametersAltAz: The list of Point2D from the ccd, GuiderParametersAltAz.KEY_CCD.
pixel - Variable in class stella.util.GuiderParametersRaDe: The list of Point2D from the ccd, GuiderParametersRaDe.KEY_CCD.
PIXELLOG - Static variable in class stella.adapter.StatusSerializer.FromLog: The log output for writing a pixel offset.
PixelOffset - Class in stella.error: A status mesage from the adapter delivering the offset in x and y as determined from the guider camera.
PixelOffset(Object) - Constructor for class stella.error.PixelOffset: Constructs a new adapter fwhm status message.
PixelPosition(double, double) - Constructor for class astro.SextractorStar.PixelPosition
PixelPosition(Point2D) - Constructor for class astro.SextractorStar.PixelPosition
pixelToAzAlt(Vector2D, double) - Method in class stella.acquire.AbstractHorizontalGeometry
pixelToAzAltOffset(Point2D) - Method in class stella.adapter.AbstractStarGuider: Converts a pixel shift into an az/alt shift.
pixelToAzAltOffset(Point2D) - Method in class stella.adapter.AdapterGuider: Converts a pixel shift into an az/alt shift.
PIXREJ - Static variable in class stella.util.TransferListener: Header cards on averaging.
PIXREJREM - Static variable in class stella.util.TransferListener: Header cards on averaging.
place - Variable in class stella.sensor.SolZSensor: The location of this sensor.
Plain() - Constructor for class stella.rmi.SwitchSsh.Plain: Constructs the command line parser instance used with this class.
Plato1() - Constructor for class astro.SolarPosition.Plato1
Plato2() - Constructor for class astro.SolarPosition.Plato2
plc - Variable in class stella.roof.BeckhoffRoof.Concurrent.Move
PlcTrigger(String) - Constructor for class stella.roof.BeckhoffRoof.PlcTrigger: Constructs a new roof trigger.
PLUS - Static variable in class stella.xml.LoopingSequencer: The char to indicate delayed trigger response.
PLUS - Static variable in class stella.xml.XMLSequencer: The char to indicate delayed trigger response.
pm - Variable in class stella.adapter.AuxiliaryGuider: The pointing model delivering the central offset az/alt.
pmalt - Variable in class stella.error.TelescopeOffsets: The value of the flux.
pmaz - Variable in class stella.error.TelescopeOffsets: The value of the FWHM.
pmde - Variable in class astro.SimpleStar: Proper motion in de, in milli arc-sec per year.
pmde - Variable in class globals.value.DecApparent: The proper motion in de, arcsec/yr.
pmde - Variable in class globals.value.RaApparent: The proper motion in de, arcsec/yr.
PMDEC - Static variable in interface stella.xml.DTDConstants: The element holding the proper motion of the star in dec (PmDec).
pmra - Variable in class astro.SimpleStar: Proper motion in ra, in milli arc-sec per year, divided by cosine dec.
pmra - Variable in class globals.value.DecApparent: The proper motion in ra, arcsec/yr.
pmra - Variable in class globals.value.RaApparent: The proper motion in ra, arcsec/yr.
PMRA - Static variable in interface stella.xml.DTDConstants: The element holding the proper motion of the star in ra (PmRA).
pointer - Variable in class stella.ccd.CameraMaster.CardInfo
pointer - Variable in class stella.xml.LoopingSequencer: The list iterator to pass through the sequence.
Pointing - Interface in stella.acquire: Defines methods to provide pointing information during acquisition.
POINTING - Static variable in class stella.util.PointingScheduler: Pointing targets must have a type equal to this.
PointingAccessible - Interface in stella.telescope: A generic interface describing the essential functionality a telescope must provide to work as an astronomical telescope.
pointingAt() - Method in interface stella.rmi.TelescopeControlling: Dumps the instrumental (encoder) position plus the offset to the current pointing.
pointingAt() - Method in class stella.telescope.TelescopeMaster: Returns the pointing plus pointing-model offset.
PointingDataModel(VectorG[], VectorG, VectorG, Multidimensional[]) - Constructor for class stella.util.PointingModel.PointingDataModel
PointingFunction - Class in stella.util: Pointing functions are the Multidimensionals used for a pointing model in Pilar.
PointingFunction() - Constructor for class stella.util.PointingFunction
PointingFunction.ClassicModel - Class in stella.util: The classical pointing model.
PointingFunction.ExtendedModel - Class in stella.util: The extended pointing model.
PointingFunction.FullModel - Class in stella.util: The extended pointing model for version zero.
PointingGrabber - Class in stella.util: A simple extension to a RmiErrorListener with the sole purpose to send status commands to the telescope and retrieve the pointing information from the telescope out of the received TelescopeStatus status.
PointingGrabber(Map) - Constructor for class stella.util.PointingGrabber: Constructs a new pointing grabber object.
PointingGrabber.Crutch - Class in stella.util: Stats the pointing grabber.
PointingKnowledge - Interface in stella.error: An interface indicating that this error can be used for pointing data.
pointinglist - Variable in class stella.telescope.TelescopeMaster: The list of telescope positions.
pointingModel(Vector2D) - Method in class stella.acquire.PointingModelPivot: Returns a Vector2D, x as pixel offset in x, y as pixel offset in y
pointingmodel - Variable in class stella.telescope.TelescopeMaster: If we have queried the actual pointing model.
PointingModel - Class in stella.util: Class to calculate a pointing model for STELLA and RoboTel.
PointingModel(Map<String, String>) - Constructor for class stella.util.PointingModel: Constructs a new pointing model using default normalized expressions.
PointingModel(Map<String, String>, boolean, boolean, boolean) - Constructor for class stella.util.PointingModel: Constructs a new pointing model.
PointingModel.FileData - Class in stella.util: An access class to a pointing model that reads data from a file.
PointingModel.PilarConverter - Class in stella.util: A helper class that converts the TCS-pointings into something readable.
PointingModel.PointingDataModel - Class in stella.util: Connects a pointing model to the DataModel framework.
PointingModel.PseudoModel - Class in stella.util: We generate a test file for reconstructing the class.
PointingModel.Temperature - Class in stella.util: Takes a list of dates and interpolates the temperature sensors to this times.
PointingModel.Wifsip - Class in stella.util: Utilitiy class to read in pointing data obtained on Robotel with the Wifsip instrument.
PointingModelAdd - Class in stella.command: The init command for the telescope.
PointingModelAdd(Object) - Constructor for class stella.command.PointingModelAdd: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PointingModelAdd(Object, String, long) - Constructor for class stella.command.PointingModelAdd: Construct a fully qualified abort telescope command.
PointingModelControlling - Interface in stella.rmi: Defines remote access for telescopes that allow semi-automatic pointing model definition
PointingModelKnowledge - Interface in stella.error: An interface indicating that this error can be used for pointing data.
PointingModelOffset - Class in stella.globals: A class representing a contant offset in two telescope axes, azimuth and altitude.
PointingModelOffset(Map<String, String>) - Constructor for class stella.globals.PointingModelOffset: Constructs a new constant offset parameter.
PointingModelOffsetTelescope - Class in stella.command: The command used during sequences to reset accumulated pointing to a predefined, fixed value.
PointingModelOffsetTelescope(Object) - Constructor for class stella.command.PointingModelOffsetTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PointingModelOffsetTelescope(Object, String, long) - Constructor for class stella.command.PointingModelOffsetTelescope: Constructs a new offset telescope command.
PointingModelPivot - Class in stella.acquire: Basic pointing model that shows only a dependency of altitude.
PointingModelPivot(Map<String, String>) - Constructor for class stella.acquire.PointingModelPivot: Defaults all but the tube flexure.
PointingModelRequest - Class in stella.command: The init command for the telescope.
PointingModelRequest(Object) - Constructor for class stella.command.PointingModelRequest: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PointingModelRequest(Object, String, long) - Constructor for class stella.command.PointingModelRequest: Construct a fully qualified abort telescope command.
POINTINGMODELS - Static variable in class stella.util.PointingFunction: Pointing models known.
PointingModelSave - Class in stella.command: The command to save the current pointing list in Pilar to a file constructed from the current date.
PointingModelSave(Object) - Constructor for class stella.command.PointingModelSave: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PointingModelSave(Object, String, long) - Constructor for class stella.command.PointingModelSave: Construct a fully qualified abort telescope command.
PointingModelTelescope - Class in stella.command: The start-guiding command.
PointingModelTelescope(Object) - Constructor for class stella.command.PointingModelTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PointingModelTelescope(Object, String, long) - Constructor for class stella.command.PointingModelTelescope: Constructs a start guiding command.
PointingOffsetsTelescope - Class in stella.command: The command that should be used during pointing model gathering for retrieving the current az/alt of the telescope (uncorrected for current pointing model and refraction) plus the offset from this position to the real position.
PointingOffsetsTelescope(Object) - Constructor for class stella.command.PointingOffsetsTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PointingOffsetsTelescope(Object, String, long) - Constructor for class stella.command.PointingOffsetsTelescope: Construct a fully qualified abort telescope command.
PointingPositionTelescope - Class in stella.command: The command that should be used during pointing model gathering for retrieving the current az/alt of the telescope (uncorrected for current pointing model and refraction) plus the offset from this position to the real position.
PointingPositionTelescope(Object) - Constructor for class stella.command.PointingPositionTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PointingPositionTelescope(Object, String, long) - Constructor for class stella.command.PointingPositionTelescope: Construct a fully qualified abort telescope command.
PointingProviding - Interface in stella.telescope: Telescope drivers that support reporting of their position plus offset should implement this interface.
PointingScheduler - Class in stella.util: A class that should be used as a scheduler during automatic pointing model deriving.
PointingScheduler(Map<String, String>) - Constructor for class stella.util.PointingScheduler: Constructs a new pointing scheduler.
PointingScheduler.HeightConstraint - Class in stella.util: A height constraint.
PointingScheduler.SolarConstraint - Class in stella.util: A solar height constraint.
POINTS - Static variable in class stella.util.SCurve.Offset
Poke() - Constructor for class stella.globals.FocusQuality.Poke
policy - Static variable in class stella.net.tpl.TsiError: The error handling policy class, changed at run-time with TsiError.TSI_ERROR_POLICY.
poll - Variable in class stella.io.PollingRS485Server: The polling thread.
poll - Variable in class stella.net.AbstractVariableMonitor: The polling timer task.
PollAnalog - Class in stella.net.modbus: The equivalent to MoxaAnalog for reading via modbus.
PollAnalog(Map<String, String>) - Constructor for class stella.net.modbus.PollAnalog: Defaults the number of channels.
PollDigital - Class in stella.net.modbus
PollDigital(Map<String, String>) - Constructor for class stella.net.modbus.PollDigital: Defaults the number of channels.
polldrop - Variable in class stella.io.PollingRS485Server.Poller: The actual polldrop of the poller.
Poller() - Constructor for class stella.io.PollingRS485Server.Poller: Constructs a new polling thread.
PollerQuery - Interface in stella.rmi: The interface allowing remote queries of the polling rs485 cache.
polling(CacheEvent) - Method in interface stella.io.CacheListener: The caster of an cache changed event passes the event to this method.
polling - Variable in class stella.net.AbstractVariableMonitor: The cache listeners.
PollingBeckhoffServer - Class in stella.io
PollingBeckhoffServer(Map<String, String>) - Constructor for class stella.io.PollingBeckhoffServer
PollingRS485Server - Class in stella.io: An extension to a normal RS485-server.
PollingRS485Server(Map) - Constructor for class stella.io.PollingRS485Server: Construct a new polling server.
PollingRS485Server.CacheDump - Class in stella.io: Dumps the poller cache of a remote polling rs485.
PollingRS485Server.ConcurrentTest - Class in stella.io: Test concurrent access to the serial line by polling and additionally using the CastingRS485Server.writeCommand(java.lang.String) method to additionally write commands and retrieve replies from the serial line.
PollingRS485Server.Interleave - Class in stella.io: Writes the second argument on the command line to the polling rs 485 server bound to the registry with the name of the first command line argument.
PollingRS485Server.Poller - Class in stella.io: The polling timer task.
PollingRS485Server.Test - Class in stella.io: Testing purpose.
pollist - Variable in class stella.io.PollingRS485Server.Poller: The actual poller's list of keys to poll.
poly - Variable in class stella.sensor.ExponentialConversion: The polynom used to render the physical value of the sensor.
poly - Variable in class stella.sensor.PolynomialConversion: The polynom used to render the physical value of the sensor.
POLYNOM - Static variable in class astro.WcsFit.Parser: Starting default.
Polynomial() - Constructor for class astro.WcsFit.Polynomial
PolynomialConversion - Class in stella.sensor: A class to convert raw readings into physical quantities.
PolynomialConversion(Map<String, String>) - Constructor for class stella.sensor.PolynomialConversion: Constructs a new polynomial conversion object.
porb - Static variable in class astro.OrbitModel.Hss348
port - Variable in class stella.command.ScsAddressConfig: The port of the error server on the scs.
port - Variable in class stella.error.TcpAccessDenied: The port at which the client tried to connect to the ATIS server.
port - Variable in class stella.error.TcpNoFreeConnections: The port at which the client tried to connect to the ATIS server.
port(CommandEvent, int) - Method in class stella.telescope.TelescopeMaster: Changes to the specified port.
PORT - Static variable in class util.AppletDownload
ports - Variable in class Sesame_pkg.SesameServiceLocator
ports - Variable in class VizieR_pkg.VizieRServiceLocator
pOS - Static variable in class htm.core.Sign
pos - Variable in class net.DateIncludingURL
pos - Variable in class stella.command.MoveMirrorTelescope: The M3 position, 2 or 3
posButton - Variable in class stella.omc.WifsipGUI
poserror - Variable in class stella.acquire.StarProspect: From the error of the catalog we deduce an pixel position error.
Position - Class in astro: A class defining a position in the sky via right ascension and declination.
Position() - Constructor for class astro.Position: Constructs a new position object.
position - Variable in class stella.command.DerotatorTelescope: The derotator position in deg.
position - Variable in class stella.command.FocusAdapter: The focus position in steps.
position - Variable in class stella.command.FocusTelescope: The focus position in mm.
position - Variable in class stella.command.FocusTest: The focus position in mm.
position(double) - Method in interface stella.roof.DomeOperating: Moves the dome to the required azimuth position and stops there.
position(double) - Method in class stella.roof.DomeReceiver: Moves the dome to the indicated position and stops there.
Position() - Constructor for class stella.roof.DomeReceiver.Position
position(CommandEvent, double, double) - Method in class stella.telescope.TelescopeMaster: Positions the telescope at a certain az/alt.
POSITION - Static variable in interface stella.xml.DTDConstants: The tag introducing the positional section of a star.
PositionExchange() - Constructor for class astro.WcsFit.PositionExchange
Positioning - Interface in stella.omc: A spinning driver allows to attain a numbered position.
PositioningException - Exception in stella.exception
PositioningException() - Constructor for exception stella.exception.PositioningException
PositioningException(String) - Constructor for exception stella.exception.PositioningException
PositioningException(Throwable) - Constructor for exception stella.exception.PositioningException
PositioningException(String, Throwable) - Constructor for exception stella.exception.PositioningException
PositionRoof - Class in stella.command: The move telescope command.
PositionRoof(Object) - Constructor for class stella.command.PositionRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PositionRoof(Object, String, long) - Constructor for class stella.command.PositionRoof: Constructs a move telescope command.
positions - Variable in class stella.omc.FilterWheel: The list of true positions from properties.
positions - Variable in class stella.omc.MiniWheel: The list of true positions from properties.
Positions() - Constructor for class stella.telescope.Waltz.Positions
positionString() - Method in class astro.Glint: Prints the coordinates, separated by a single space
PositionTelescope - Class in stella.command: The move telescope command.
PositionTelescope(Object) - Constructor for class stella.command.PositionTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PositionTelescope(Object, String, long) - Constructor for class stella.command.PositionTelescope: Constructs a move telescope command.
positiveTrigger - Variable in class stella.util.TriggerBoard: The trigger switch to turn this state to 'positive'.
POST - Static variable in class net.tap.TableAccessProtocol
post(URL, Map<Object, Object>) - Method in class net.tap.TableAccessProtocol
post - Variable in class stella.merit.PatternMerit: The list of post timeouts.
POSTFIX_CLASS - Static variable in class stella.acquire.AcquireMaster: The postfix for class name.
POSTFIX_FILE - Static variable in class stella.acquire.AcquireMaster: The postfix for file properties.
POSTFIX_MODEPROPERTIES - Static variable in class stella.acquire.AbstractAutoGuider: Modes are defined as MODE_XXX+this key, e.g.
POSTFIX_STRING - Static variable in class stella.acquire.AcquireMaster: The postfix for String properties.
PostingEvent - Interface in stella: A marker interface classifiying posting events.
postObserve(String, List<File>) - Method in class stella.util.TransferListener: This method is the master method for pre-processing completed unique-sorted fits files.
postProcess(WcsFit, VectorG) - Method in class astro.WcsFit.Parser: Called after the WCS-solution to save sigma maps or convert coordinates.
postProcess(List<Guiding.RawStar>) - Method in class stella.adapter.AuxiliaryGuidingUnit: The method does the actual guiding.
postProcess(List<Guiding.RawStar>) - Method in interface stella.adapter.PostReducing: This method is called by a StellaGuider in continuous mode, if an instance of this interface is assigned to the guider at StellaGuider.startContinuous(java.lang.String, int, int, int, int, stella.adapter.FrameShifting, stella.adapter.PostReducing).
PostReducing - Interface in stella.adapter: An interface that signals asynchronuous handling of reduced data.
power - Variable in class stella.error.TelescopeStatus: Telescope has power.
power - Variable in class stella.globals.InferPark: The registered power trigger.
power - Variable in class stella.globals.PowerTelescope: My simple trigger that reflects the state.
power - Variable in class stella.roof.RoofReceiver: The actual power state, true for power on.
powerOff() - Method in class stella.environment.DomeMaster: Powers down the roof if in manual mode.
powerOff() - Method in class stella.environment.EnvironmentMaster: Powers down the roof if in manual mode.
powerOff(String) - Method in class stella.omc.MotorController: Deactivates the power stage of the given axis.
powerOff() - Method in interface stella.rmi.BuildingControlling: Powers the roof down.
powerOff() - Method in interface stella.rmi.DomeControlling: Powers the roof down.
powerOff() - Method in interface stella.roof.DomeOperating: Directly powers down the roof.
powerOff() - Method in class stella.roof.DomeReceiver: Returns true if the dome driver is present.
powerOff() - Method in interface stella.roof.RoofOperating: Directly powers down the roof.
powerOff() - Method in class stella.roof.RoofReceiver: Powers down the roof.
PowerOffRoof - Class in stella.command: The open roof command.
PowerOffRoof(Object) - Constructor for class stella.command.PowerOffRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PowerOffRoof(Object, String, long) - Constructor for class stella.command.PowerOffRoof: Construct a fully qualified open roof command.
powerOn() - Method in class stella.environment.DomeMaster: Powers up the roof if in manual mode.
powerOn() - Method in class stella.environment.EnvironmentMaster: Powers up the roof if in manual mode.
powerOn(String) - Method in class stella.omc.MotorController: Activates the power stage of the given axis.
powerOn() - Method in interface stella.rmi.BuildingControlling: Powers the roof up.
powerOn() - Method in interface stella.rmi.DomeControlling: Powers the roof up.
powerOn() - Method in interface stella.roof.DomeOperating: Directly powers up the roof.
powerOn() - Method in class stella.roof.DomeReceiver: Returns true if the dome driver is present.
powerOn() - Method in interface stella.roof.RoofOperating: Directly powers up the roof.
powerOn() - Method in class stella.roof.RoofReceiver: Powers the roof on.
PowerOnRoof - Class in stella.command: The open roof command.
PowerOnRoof(Object) - Constructor for class stella.command.PowerOnRoof: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
PowerOnRoof(Object, String, long) - Constructor for class stella.command.PowerOnRoof: Construct a fully qualified open roof command.
PowerTelescope - Class in stella.globals: The current power state of the telescope, as parsed from a status event.
PowerTelescope(Map<String, String>) - Constructor for class stella.globals.PowerTelescope: Constructs a new power telescope trigger.
Ppmxl() - Constructor for class applet.ResponseReader.Ppmxl
PpmXL() - Constructor for class astro.AsciiCatalog.PpmXL
PpmXlDatabase - Class in mysql
PpmXlDatabase(Map<String, String>) - Constructor for class mysql.PpmXlDatabase: Constructs a new generic star database.
PPMXLDATABASE - Static variable in class mysql.PpmXlDatabase: The properties for connecting to the ppmxl db on stella.
PpmXlDatabase.Query - Class in mysql
PpmXlDatabaseFeeder - Class in mysql
PpmXlDatabaseFeeder(Map<String, String>) - Constructor for class mysql.PpmXlDatabaseFeeder: Constructs a new generic star database.
PpmXlDatabaseFeeder.Ascii - Class in mysql: Reads the PPMXL catalog file(s).
PpmXlDatabaseFeeder.AsciiFeeder - Class in mysql
PpmXlDatabaseFeeder.Copy - Class in mysql: Reads the PPMXL catalog file(s).
PPMXLDB - Static variable in class astro.StarCatalog
PPMXLFAINTDB - Static variable in class astro.StarCatalog
PPMXLFURMINT - Static variable in class mysql.PpmXlDatabase: The properties for connecting to the UCAC2 database on furmint.
PpmXlStar - Class in astro
PpmXlStar() - Constructor for class astro.PpmXlStar
PpmXlStar(String) - Constructor for class astro.PpmXlStar
PPMXLVIZIER - Static variable in class astro.StarCatalog
PPMXLVIZIER - Static variable in interface net.cds.CDSConstants
PPMXVIZIER - Static variable in class astro.StarCatalog
PPMXVIZIER - Static variable in interface net.cds.CDSConstants
Pr - Static variable in class htm.core.HTMfunc
PR_CLKVALS_1 - Static variable in interface ccd.ScienceGrade
PR_CLKVALS_1(icmd) - Method in class ccd.ScienceGradeClient: Call remote procedure PR_CLKVALS_1.
PR_CLKVALS_1(icmd) - Method in class ccd.ScienceGradeServerStub
PR_CLKVALS_2 - Static variable in interface ccd.ses231.SesMagellan
PR_CLKVALS_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure PR_CLKVALS_2.
PR_CLKVALS_2 - Static variable in interface ccd.sta0500.WifsipMagellan
PR_CLKVALS_2(cmd) - Method in class ccd.sta0500.WifsipMagellanClient: Call remote procedure PR_CLKVALS_2.
PR_CLKVALS_2(cmd) - Method in class ccd.sta0500.WifsipMagellanServerStub
PR_CLKVALS_2 - Static variable in interface ccd.sta0501.WifsipMagellan
PR_CLKVALS_2(cmd) - Method in class ccd.sta0501.WifsipMagellanClient: Call remote procedure PR_CLKVALS_2.
PR_CLKVALS_2(cmd) - Method in class ccd.sta0501.WifsipMagellanServerStub
PR_CLKVALS_2 - Static variable in interface ccd.sta0502.WifsipMagellan
PR_CLKVALS_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure PR_CLKVALS_2.
PR_CLKVALS_2 - Static variable in interface ccd.sta4240.E2VMagellan
PR_CLKVALS_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure PR_CLKVALS_2.
PR_PIDS_2 - Static variable in interface ccd.ses231.SesMagellan
PR_PIDS_2(cmd) - Method in class ccd.ses231.SesMagellanClient: Call remote procedure PR_PIDS_2.
PR_PIDS_2 - Static variable in interface ccd.sta0502.WifsipMagellan
PR_PIDS_2(cmd) - Method in class ccd.sta0502.WifsipMagellanClient: Call remote procedure PR_PIDS_2.
PR_PIDS_2 - Static variable in interface ccd.sta4240.E2VMagellan
PR_PIDS_2(cmd) - Method in class ccd.sta4240.E2VMagellanClient: Call remote procedure PR_PIDS_2.
precess(double, double, double) - Method in class globals.value.DecApparent: Precesses the right ascension to the jd given in the third parameter.
precess(double, double, double) - Method in class globals.value.RaApparent: Precesses the right ascension to the jd given in the third parameter.
Precesser - Class in astro: Class to do a simple precession.
Precesser() - Constructor for class astro.Precesser
precession(double, double, double, double) - Static method in class astro.Precesser: Calculate (simple) precession to new epoch (year).
precessionMeeus(double, double, double, double) - Static method in class astro.Precesser: Uses a more precise formular, given by J.Meeus, Astronomical Algorithms, eq.
preClose() - Method in class stella.roof.RoofReceiver: Things that are done prior to any close command.
predict(int) - Method in class stella.math.Extrapolation: Uses the extrapolating polynom to predict one value in the future, exactly spaced at the argument steps ahead.
PREDICT - Static variable in class stella.sensor.DataValue: A constant defining raw sensor data as the data source.
predict - Variable in class stella.sensor.PredictiveSensor: Stores the predicted values, i.e.
predictChange() - Method in class stella.sensor.WeatherSensor: True if a weather event generation should be possible considering the predictive sensor.
predictFrom(double) - Method in interface stella.sensor.Predicting: Predicts from the raw value and adds it to an internal buffer.
predictFrom(double) - Method in class stella.sensor.PredictiveSensor: Predicts from the actual data point to the near future.
predictFrom(double) - Method in class stella.sensor.SolHeightSensor: Predicts from the actual data point to the near future.
predictFrom(double) - Method in class stella.sensor.SolZSensor: Predicts from the actual data point to the near future.
Predicting - Interface in stella.sensor: The interface marking predictive capabilities of a sensor.
predictions - Variable in class stella.util.SensorTest: The list to the data derived from applying linear prediction.
PredictiveDataEvent - Class in stella.sensor: Adds the predicted values from a PredictiveSensor to the data event generated.
PredictiveDataEvent(Object) - Constructor for class stella.sensor.PredictiveDataEvent: Constructs a new predictive data event without any values specified.
PredictiveDataEvent(DataEvent) - Constructor for class stella.sensor.PredictiveDataEvent: Constructs a new predictive data event from a generic data event.
PREDICTIVERETARD - Static variable in class stella.sensor.WeatherEvent: The flag indicating that a sensor is prediction retarding.
PredictiveSensor - Class in stella.sensor: A prediciting sensor adds the capability of predicting future sensor readings.
PredictiveSensor(Map<String, String>) - Constructor for class stella.sensor.PredictiveSensor: Constructs a fully-qualified predictive sensor.
PREDICTIVETHRESHOLD - Static variable in class stella.sensor.WeatherEvent: The flag indicating that a sensor's reading is predicted bad.
predictmax - Variable in class stella.sensor.PredictiveDataEvent: The maximum predicted value if used as an average of data.
predictmin - Variable in class stella.sensor.PredictiveDataEvent: The minimum predicted value if used as an average of data.
predictOne(double[], int, int, int) - Method in class stella.util.SensorTest: Applies linear prediction to the entire data set.
predictraw - Variable in class stella.sensor.PredictiveDataEvent: The raw predicted value.
predictretard - Variable in class stella.sensor.WeatherSensor: An indicator weather is on retard because of a prediction toggle.
predicttime - Variable in class stella.sensor.WeatherSensor: The actual retard time intervall for prediction retards.
predicttoggle - Variable in class stella.sensor.WeatherSensor: The Toggling instance for predicted-value judgement.
PREDICTVALUE - Static variable in class stella.sensor.DataValue: A constant defining raw sensor data as the data source.
PREFIX_ACQUIREGAUSS - Static variable in class stella.acquire.AcquireMaster: The truncated gauss class for acquire star classification.
PREFIX_ACQUIRETOOL - Static variable in class stella.acquire.AcquireMaster: The aggregate class for acquire.
PREFIX_ADU - Static variable in class mysql.ObserveSql: The prefix for the ADU keys.
PREFIX_CATALOGMATCH - Static variable in class stella.acquire.AcquireMaster: The prefix for the catalog matcher.
PREFIX_COARSEUNIT - Static variable in class stella.acquire.AcquireMaster: The coarse acquisition unit.
PREFIX_DEF - Static variable in class stella.xml.DOMTools: The key-header to the default position elements.
PREFIX_ETC - Static variable in class stella.acquire.AcquireMaster: The prefix for the exposure time calculator.
PREFIX_FINEUNIT - Static variable in class stella.acquire.AcquireMaster: The coarse acquisition unit.
PREFIX_FLATMAXIMA - Static variable in class astro.fits.FitsCheck: The statistic minima valid flats must fulfill.
PREFIX_FLATMINIMA - Static variable in class astro.fits.FitsCheck: The statistic minima valid flats must fulfill.
PREFIX_FOCUSUNIT - Static variable in class stella.auxiliary.PinholeViewingMaster: The properties of the FocussingUnit.
PREFIX_FOV - Static variable in class stella.acquire.AcquireMaster: The prefix for the field-of-view provider.
PREFIX_GEOMETRY - Static variable in class stella.acquire.AcquireMaster: The prefix for the geometry on the CCD and in the optics.
PREFIX_GUIDEETC - Static variable in class stella.acquire.AcquireMaster: Only if guiding uses a different CCD.
PREFIX_GUIDEGAUSS - Static variable in class stella.acquire.AcquireMaster: The truncated gauss class for guide star classification.
PREFIX_GUIDEGEOMETRY - Static variable in class stella.acquire.AcquireMaster: Only if guiding uses a different CCD.
PREFIX_GUIDEPINHOLE - Static variable in class stella.acquire.AcquireMaster: Only if guiding uses a different CCD.
PREFIX_GUIDETOOL - Static variable in class stella.acquire.AcquireMaster: The aggregate class for guide.
PREFIX_GUIDEUNIT - Static variable in class stella.acquire.AcquireMaster: The coarse acquisition unit.
PREFIX_PINHOLE - Static variable in class stella.acquire.AcquireMaster: The prefix for pinhole position properties.
PREFIX_SCIENCEMAXIMA - Static variable in class astro.fits.FitsCheck: The statistic minima valid science frames must fulfill.
PREFIX_SCIENCEMINIMA - Static variable in class astro.fits.FitsCheck: The statistic minima valid science frames must fulfill.
PREFIX_SPILL - Static variable in class stella.acquire.AcquireMaster: The prefix for classes providing prompt image recognition.
PREFIX_TOGGLE - Static variable in class stella.sensor.MultiToggleSensor: Toggle (raw) values are constructed from this key-header.
PREFIX_VANISH - Static variable in class stella.acquire.AcquireMaster: The prefix for classes providing prompt image recognition.
preOpen() - Method in class stella.roof.BeckhoffRoof: Before opening the roof we ensure that it is shut, if the trigger BeckhoffRoof.KEY_SHUTBEFORE is set.
preOpen() - Method in class stella.roof.RoofReceiver: Things that are done prior to any open command.
prepare(WcsFit) - Method in class astro.WcsFit.Parser
prepare() - Method in class stella.adapter.AuxiliaryMaster: Prepares the master for a new target.
prepare() - Method in class stella.auxiliary.AbstractFocussingUnit: Prepare for a focus sequence.
prepare() - Method in class stella.auxiliary.LinearPrimeFocus
prepareAcquire(double, double, float, float) - Method in class stella.acquire.AcquireMaster
prepareAcquire(StarCommand) - Method in class stella.adapter.AdapterMaster
prepareAcquire(StarCommand) - Method in class stella.adapter.AuxiliaryMaster: Prepares any acquiring process by calculating and setting guide stars, ra/de center etc.
prepareAutoFocus(AutoFocusCcd) - Method in class stella.ccd.WifsipMaster: Uses the information provided in the auto-focus command to calculate a correct exposure time and readout frame.
prepareCalibration() - Method in class stella.calibration.CalibrationMaster: Prepares a calibration exposure.
prepareCalibration() - Method in interface stella.rmi.CalibrationControlling: Makes the adapter ready for a calibration exposure.
prepareCatalog(List<Star>) - Method in class stella.acquire.AcquireMaster
prepareContinuous(long) - Method in class stella.adapter.StellaGuider: Prepares a continuous guiding exposure.
prepareDither(double, double) - Method in class stella.acquire.AcquireMaster
prepareFit(ModelSource) - Method in class astro.OrbitFit: We try to solve for the orbit, if the period set in the properties is a valid choice.
prepareFit(MHeader) - Method in class astro.WcsFit: From a fits header we try to deduce our starting conditions for fitting the WCS model.
prepareFit(ModelSource) - Method in class stella.asiva.SkyQualityFit
prepareFlatField() - Method in class stella.calibration.CalibrationMaster: Prepares a flat field exposure.
prepareFlatField() - Method in interface stella.rmi.CalibrationControlling: Makes the adapter ready for a flat field exposure.
prepareGuidePivotOffset(double, double) - Method in class stella.acquire.AcquireMaster
prepareHeader(AdsSocketChannel, int) - Method in class stella.net.ads.protocol.AdsCommand: Prepares the header from static information in the ads socket channel, our command code and the cycle id
prepareInsert(String, List<String>) - Method in class mysql.SqlAccess: Returns a prepared statement for inserting data.
prepareMap(SimpleStar) - Method in class mysql.PpmXlDatabaseFeeder
prepareMap(SimpleStar) - Method in class mysql.Ucac4DatabaseFeeder
preparePayload(AdsSocketChannel, AdsHeader) - Method in class stella.net.ads.protocol.AdsCommand: Prepares the payload.
preparePayload(AdsSocketChannel, AdsHeader) - Method in class stella.net.ads.protocol.ControlAds
preparePayload(AdsSocketChannel, AdsHeader) - Method in class stella.net.ads.protocol.DeviceInfoAds
preparePayload(AdsSocketChannel, AdsHeader) - Method in class stella.net.ads.protocol.ReadAds
preparePayload(AdsSocketChannel, AdsHeader) - Method in class stella.net.ads.protocol.ReadWriteAds
preparePayload(AdsSocketChannel, AdsHeader) - Method in class stella.net.ads.protocol.StateAds
preparePayload(AdsSocketChannel, AdsHeader) - Method in class stella.net.ads.protocol.WriteAds
preparePivotOffset(double, double) - Method in class stella.acquire.AcquireMaster
prepareScience() - Method in class stella.calibration.CalibrationMaster: Prepares a science operation.
prepareScience() - Method in interface stella.rmi.CalibrationControlling: Makes the adapter ready for a star exposure.
prepareSelect(Map<String, String>, String, String, String, String, int) - Method in class mysql.SqlAccess
prepareSumBuffer(Map<String, Long>, Map<String, AdsValue>, ByteBuffer) - Method in class stella.net.ads.AdsSocketChannel
prepareUpdate(String, List<String>, String) - Method in class mysql.SqlAccess: Returns a prepared statement for updating data.
prepareUpdate(String, String, String) - Method in class mysql.SqlAccess: Returns a prepared statement for updating data.
prepend(List<E>) - Method in interface stella.Sequencing: Adds the sequencer steps found in the argument to the start of the remaining sequence.
prepend(List) - Method in class stella.util.DummySequencer: Prepend to sequence, not necessary.
prepend(List) - Method in class stella.util.SimulatorSequencer: Ignore.
prepend(List<SequenceStep>) - Method in class stella.xml.LoopingSequencer: Prepends the sequncing step found in the target file at the start of the current sequence.For expansion of comand version, see LoopingSequencer.insert(int, int, java.util.List<stella.xml.SequenceStep>).
PREPEND - Static variable in class stella.xml.SequenceErrorFinalizer: A constant defining prepending of the error-handling sequnce.
PREPEND - Static variable in class stella.xml.XMLErrorFinalizer: A constant defining prepending of the error-handling sequnce.
prepend(List<Collection<DOMSequence.TaskElement>>) - Method in class stella.xml.XMLSequencer: Prepends the sequncing step found in the target file at the start of the current sequence.For expansion of comand version, see XMLSequencer.insert(int, int, java.util.List).
PreRecordedFiles - Class in stella.net: A simple class that allocates files named as the variable to monitor, and deserializes an array of objects out of it.
PreRecordedFiles() - Constructor for class stella.net.PreRecordedFiles
PreRecordedFiles.DumpRandomGauss - Class in stella.net
PreRecordedMonitor - Class in stella.net: A pre-recorded variable monitor has some way of assigning an array of possible readings to variable names.
PreRecordedMonitor() - Constructor for class stella.net.PreRecordedMonitor: Creates the empty index and values maps.
preserve() - Method in class globals.rmi.Unique: On exit, we save our current state if the serialize property is set.
preserve() - Method in class globals.trigger.CountDownTrigger: Preserves the overall true time of the trigger.
preserve() - Method in class globals.trigger.CountingTrigger: Preserves the overall true time of the trigger.
preserve() - Method in class globals.value.IntegerId: On exit, we save our current state if the serialize property is set.
preserve() - Method in class globals.value.StopWatch: Preserves the overall true time of the trigger.
preserve() - Method in class io.AbstractSimulatingDriver: On exit, we save our current state if the serialize property is set.
preserve() - Method in class stella.globals.ExposureCount: On exit, we save our current state if the serialize property is set.
preserve() - Method in class stella.globals.FocusQuality: On exit, we save our current state if the serialize property is set.
preserve() - Method in class stella.globals.ProposalTime: No need to do anything here, is alreday writtn in the db.
preserve() - Method in class stella.globals.RunningCount: On exit, we save our current state if the serialize property is set.
preserve() - Method in class stella.io.PollingBeckhoffServer: On exit, we save our current state if the serialize property is set.
preserve() - Method in class stella.roof.BeckhoffRoof: On exit, we save our current state if the serialize property is set.
preserve() - Method in class stella.util.PointingScheduler: If a preserve file is given via the PointingScheduler.KEY_PRESERVE key, we serialize the surrent lookup table of sky tile numbers to successes into this file and return true.
preserve() - Method in class stella.util.TransferListener: Preserves the current state of this transfer listener by writing all information to the TransferListener.KEY_PRESERVEFILE property.
preShut() - Method in class stella.roof.BeckhoffRoof: No action required before shutting the roof.
press - Variable in class stella.globals.RefractionModel: The pressure value.
pressnull - Variable in class stella.telescope.AbstractPilarDriver: Gets true as soon as we have reported an invalid temperature.
PRESSURE - Static variable in class stella.ccd.JanosDriver: The keyword for the head pressure.
pressure - Variable in class stella.telescope.AbstractPilarDriver: The ambient pressure.
preTransfer(String, File) - Method in class stella.util.TransferListener: This method is called before a fits file is put into the ready-to-transfer queue.
PRETTY - Static variable in class stella.util.PointingModel: For proper parsing of the variables.
prettyCollection(Collection<?>, int) - Static method in class stella.util.TransferListener.Inspect
prettyPrint(List<StarDetection>, String) - Static method in class astro.fits.MFitsStarFind.Reduce: Does a one-per line print of a raw-star list.
prettyPrint(List<StarDetection>, String, boolean) - Static method in class astro.fits.MFitsStarFind.Reduce: Does a one-per line print of a raw-star list.
PRIMARY_ACK - Static variable in class stella.AcknowledgeEvent: Any acknowledge event starts with this string.
primarySaveFits() - Method in class stella.acquire.AcquisitionUnit
PrimeFocusCamera - Class in stella.adapter: The adapter sub-unit that does acquiring on a target star with the helper camera installed at the prime focus on STELLA-2.
PrimeFocusCamera(Map<String, String>) - Constructor for class stella.adapter.PrimeFocusCamera: Constructs a new acquire unit.
PrimeFocusCamera.Vanish - Class in stella.adapter: Checks pinhole vanish.
PrimeFocusGeometry - Class in stella.acquire: In prime focus, the angle between the CCD-y axis and the elevation axis is fixed for an alt-az telescope.
PrimeFocusGeometry(Map<String, String>) - Constructor for class stella.acquire.PrimeFocusGeometry
PrimeFocusGuider - Class in stella.adapter: A helper class that houses methods for the adapter master and its subsystems.
PrimeFocusGuider(Map<String, String>) - Constructor for class stella.adapter.PrimeFocusGuider: Constructs a new adapter helper, defaulting all properties.
principal - Variable in class stella.sensor.DatabaseCurrent: The mapping of STELLA sensors values to sql field names.
principal - Variable in class stella.sensor.WeatherDatabase: The mapping of STELLA sensors names to sql field names.
Print() - Constructor for class astro.fits.TableTools.Print
Print() - Constructor for class astro.Resolver.Print
Print() - Constructor for class astro.SightInfo.Print
print(Collection<SporeTarget>) - Static method in class stella.sql.TargetDatabase.Listing: Print the name of the targets, orderd alphabetically.
print - Variable in class stella.util.GuiderParameters: If true, amoeba should output approximation per star.
printCounts(Number[]) - Static method in class stella.util.MasterDark: Prints a number array to system.out
printCtrl - Variable in class stella.omc.OmcMotor
printCurve(PrintWriter) - Method in class astro.LightCurveSimulator: Simulates values of the light curve at regular intervals composed of exposure time plus readout time.
printDeviceInfo(AdsSocketChannel) - Static method in class stella.net.ads.AdsSocketChannel.Info
printExtremum(double) - Static method in class astro.OrbitModel.Hss348.Eclipse
printISOControl(boolean) - Method in class stella.omc.OmcMotor: Whether or not the ISO control characters should be returned by sendCommand ().
printItem(String) - Method in class util.AppletDownload
printList(List<?>) - Static method in class stella.util.SchedulerAccess: Prints the list, item by item on a line.
printlnCommon(Node) - Static method in class xml.DOMEcho: Echo common attributes of a DOM2 Node and terminate output with an EOL character.
printMark(short) - Static method in class htm.core.Convex
printSign() - Method in class htm.core.Sign
printSpectral(VectorG) - Static method in class stella.util.PointingModel.FileData: Prints spectral information on a harmonics solution by summing over all m's.
printStatistic(File, PrintWriter) - Method in class stella.util.GuidingStatistic: Prints the statistic for the given file.
printSum(Extrapolation) - Static method in class stella.math.ParabolicExtrapolation.StepTest: Print sums of data.
printToFile(String, List<String>) - Static method in class stella.adapter.AveragePinhole.Test
printToFile(String, List<String>) - Static method in class stella.adapter.ModelDrift.Test
printTriangle(Vector2D[]) - Static method in class astro.WcsMatch: Converts a triangle to a string.
printVariable(AdsSocketChannel, String, AdsValue) - Static method in class stella.net.ads.AdsSocketChannel.Info
printVariableBlock(AdsSocketChannel, Map<String, AdsValue>) - Static method in class stella.net.ads.AdsSocketChannel.Info
printVariableInfo() - Method in class stella.net.ads.AdsSocketChannel: Mainly for test purposes.
prior - Variable in class stella.merit.PatternMerit: The list of prior timeouts.
PRIORITY - Static variable in interface stella.xml.ReservedConstants: The name of the priorty setup section.
PRIORITYCAP - Static variable in interface stella.xml.ReservedConstants: The name of the priorityclass setup constatn.
PriorityJumpMerit - Class in stella.merit: A simple priority merit.
PriorityJumpMerit(Map<String, String>) - Constructor for class stella.merit.PriorityJumpMerit: Constructs a new priority merit.
PriorityMerit - Class in stella.merit: A simple priority merit.
PriorityMerit(Map) - Constructor for class stella.merit.PriorityMerit: Constructs a new priority merit.
probability - Variable in class astro.SextractorStar: The star-galaxy probability.
probe(Object) - Static method in class astro.fits.HeaderCardDescriptor: Tries to convert a string value into a fits-header key understandable object.
probeForType(Object) - Static method in class stella.ccd.CameraMaster: Deprecated.
probeMethod(String, Class) - Static method in class stella.globals.ShutterTimes: Scan for the method with the given name in the stated class.
probeTile(VectorG, double, double) - Static method in class stella.math.SphereTiles: Probes if a point on the sky lies within the tile specified by the 4-dimensional vector passed over.
probs - Variable in class stella.rmi.GenericSimulator: A list of Doubles generated from GenericSimulator.KEY_ERRORPROBABILITIES.
process(String[]) - Method in class astro.fits.AbstractSkyMaker.Make: Reads the command line, parses it and processes.
process(ImageEnhance) - Method in class astro.fits.ImageEnhance.Cmd
process(String[]) - Method in class astro.fits.MFitsStarFind.Reduce: Reads the command line and find the stars.
process(String[]) - Method in class astro.HeliocentricJulianDate: Reads the command line and parses object ra,dec out of it.
process(String[]) - Method in class astro.Seeing.Motion: Process the switches.
process(String[]) - Method in class astro.WcsFit.Parser: After calling that, all data is either present or has default values
process() - Method in class astro.WcsMatch.Coarse: Processes the command lines.
process(Date) - Method in class globals.value.BarycentricVelocity.Cmd: Reads the command line and parses object ra,dec out of it.
process(String[]) - Method in class io.DataStreamConvert: Processes the command line if no file or no format is given, a usage message is displayed and nothing else is changed.
process(String[]) - Method in class mysql.AbstractSql.Columns: Process the switches.
process(String[]) - Method in class mysql.AbstractSql.Extract: Process the switches.
process(String[]) - Method in class mysql.ManagerSql.Confirm: Reads the command line and find the stars.
process(String[]) - Method in class mysql.ManagerSql.Fork: Reads the command line and find the stars.
process(String[]) - Method in class mysql.ManagerSql.Reset: Reads the command line and find the stars.
process(String[]) - Method in class mysql.ObserveSql.Extract: Process the switches.
process(String[]) - Method in class mysql.ProposalSql.AddProposal: Reads the command line and find the stars.
process(String[]) - Method in class mysql.UserSql.AddUser
process(String[]) - Method in class mysql.UserSql.Circular
process(String[]) - Method in class stella.net.ParameterClient: Does both, parsing and processing of the command line switches.
process() - Method in class stella.omc.ProgramManipulator
process - Variable in class stella.rmi.ReceiverTorso: A vector of commands currently processed.
process(String[]) - Method in class stella.rmi.SwitchSkeleton.Turn: Processes the command line.
process(String[]) - Method in class stella.rmi.SwitchSsh.Plain: Processes the command line.
process(String[]) - Method in class stella.roof.BaaderDome.Control: Reads the command line and interpret the actions required.
process(String[]) - Method in class stella.roof.DomeReceiver.Control: Reads the command line and interpret the actions required.
process(String[]) - Method in class stella.sensor.DailyDumpRepository.Parser: Reads the command line into a properties object.
process(String[]) - Method in class stella.sensor.WeatherStation.Manage: Processes the command line.
process(String[]) - Method in class stella.util.AltAzVelocity: Reads the command line and parses object ra,dec out of it.
process(String[]) - Method in class stella.util.ClusterAccess: Processes the command line arguments.
process(String[]) - Method in class stella.util.HistoryDatabase.Logfile: Reads the command line and parses the supplied master log.
process(String[]) - Method in class stella.util.SensorTest.Parser: Reads the command line into a properties object.
process(String[]) - Method in class stella.util.SineError.Parse: Processes the command line arguments.
process(String[]) - Method in class stella.util.SolarHeightCalculator: Reads the command line and parses date, longitude and latitude out of it
process(String[]) - Method in class stella.util.TargetCoordinates: Reads the command line and parses object ra,dec out of it.
process(String[]) - Method in class stella.util.TelescopeAxis.Randomize: Reads the command line and parses all required parameters.
process(String[]) - Method in class stella.util.TelescopeError.Parse: Processes the command line arguments.
process(String[]) - Method in class stella.util.Tracking: Reads the command line and parses object ra,dec out of it.
processAnswer(String) - Method in class stella.sensor.Ups: Subclasses must provide a body for this method.
processCommand(CommandEvent, int) - Method in class stella.adapter.AdapterMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.adapter.AdapterSimulator: Simulates execution of the adapter commands.
processCommand(CommandEvent, int) - Method in class stella.adapter.AuxiliaryMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.auxiliary.AdapterMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.auxiliary.AuxiliaryMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.auxiliary.AuxiliarySimulator: Simulates execution of the adapter commands.
processCommand(CommandEvent, int) - Method in class stella.auxiliary.OffAxisMaster
processCommand(CommandEvent, int) - Method in class stella.auxiliary.PinholeViewingMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.calibration.CalibrationMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.calibration.CalibrationSimulator: Simulates execution of the adapter commands.
processCommand(CommandEvent, int) - Method in class stella.ccd.CameraMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.ccd.MagellanMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.ccd.SesSimulator: Simulates execution of the particular ccd-command.
processCommand(CommandEvent, int) - Method in class stella.ccd.WifsipMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.ccd.WifsipSimulator: Simulates execution of the particular ccd-command.
processCommand(CommandEvent, int) - Method in class stella.environment.DomeMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.environment.DomeSimulator: Simulated command processing.
processCommand(CommandEvent, int) - Method in class stella.environment.EnvironmentMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.environment.EnvironmentSimulator: Simulated command processing.
processCommand(CommandEvent, int) - Method in class stella.environment.ShelterMaster: Process the command.
processCommand(CommandEvent) - Method in class stella.MasterLauncher: The method to handle internal (master) commands.
processCommand(CommandEvent, int) - Method in class stella.net.CommandReceiver: Processes the given command.
processCommand(CommandEvent, int) - Method in class stella.net.TestReceiver: Processes the given command.
processCommand(CommandEvent, int) - Method in class stella.rmi.GenericMaster: Processes the given command.
processCommand(CommandEvent, int) - Method in class stella.rmi.GenericSimulator: Processes the given command.
processCommand(CommandEvent, int) - Method in class stella.rmi.ReceiverTorso: Processes the given command.
processCommand(CommandEvent, int) - Method in class stella.rmi.TestReceiver: Processes the given command.
processCommand(CommandEvent, int) - Method in class stella.telescope.TelescopeMaster: Process the command.
processCommand(CommandEvent, int) - Method in class stella.telescope.TelescopeSimulator: Simulated command execution.
processData(TplEvent) - Method in interface stella.net.tpl.TplListener: This method is invoked if a new TplEvent occured.
processData(Map<String, DataEvent>, boolean) - Method in class stella.sensor.DatabaseCurrent: The file collector writes out all the data it received in a single file.
processData(Map<String, DataEvent>, boolean) - Method in interface stella.sensor.DataCollecting: This method is called after the ShortAverageRepository collected some data.
processData(Map<String, DataEvent>, boolean) - Method in class stella.sensor.FileCurrent: The file collector writes out all the data it received in a single file.
processData(TplEvent) - Method in class stella.telescope.OpenPilarSocket: Processes a TplEvent.
processData(TplEvent) - Method in class stella.telescope.Pilar3Socket: Processes a TplEvent.
processError(ErrorEvent) - Method in interface stella.net.ErrorProcessing
processError(ErrorEvent) - Method in class stella.net.ErrorServer: Notifies all registered ErrorListeners.
processError(ErrorEvent) - Method in class stella.net.ReceiverServer: An escape pod for subclasses that want to do anything special with errors or exceptions thrown during the lifecycle of this thread.
processError(ErrorEvent) - Method in class stella.net.TestReceiver: Processes the error in a way that it send it as an ascii string to the specified post, TestReceiver.KEY_ERRORPORT, on the specified host, TestReceiver.KEY_ERRORHOST.
processError(ErrorEvent, ErrorFinalizing, ParameterClustering, List<String>, List<String>, Integer, Long, List<String>, Integer, List<String>, List<String>) - Method in class stella.xml.ParsedTarget: Depending on the target the termination acts on, the different abort sections are loaded.
processFits(MFits, Rectangle, Dimension, double, Date, int) - Method in interface ccd.ImageProcessing: Reduces a fits image.
processFits(MFits, Rectangle, Dimension, double, Date, int) - Method in class stella.acquire.AbstractAutoGuider
processFor(Class<? extends Remote>) - Method in class stella.rmi.GenericAccess: Processes the command line arguments after parsing.
processMFits(MFits, Rectangle, Dimension, Date, long, double) - Method in class globals.rmi.AbstractFitsParameter: Processes the fits to avoid storing of all data.
processMFits(MFits, Rectangle, Dimension, Date, long, double) - Method in class globals.rmi.AbstractFitsValue: The fits file and the exposure time should be registered just when the fits file resides in memory.
processMFits(MFits, Rectangle, Dimension, Date, long, double) - Method in class globals.rmi.FitsMoments: The fits file should be registered just when the fits file resides in memory.
processOn() - Method in class stella.util.SchedulerAccess: Process the command line arguments, when parsing was already done.
processPick(HistoryAware.Pick) - Method in interface stella.rmi.PickListener: Issued to this listener when a certain pick should be processed.
processSwitches() - Method in class astro.LightCurveSimulator.Series: Process the command line switches found.
processSwitches(Remote) - Method in class stella.acquire.AcquisitionAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.adapter.AdapterAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.adapter.GuiderAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.auxiliary.AuxiliaryAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.calibration.CalibrationAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.ccd.CameraAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.ccd.SesAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.ccd.WifsipAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.rmi.GenericAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.roof.BuildingAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.roof.DomeAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.roof.ShelterAccess: Process the command line switches found.
processSwitches(Remote) - Method in class stella.telescope.TelescopeAccess: Process the command line switches found.
processSwitches(SchedulerControlling) - Method in class stella.util.SchedulerAccess: Process the command line switches found.
PRODUCT_NOT_SUPPORT - Static variable in interface stella.mxio.EthReading
ProgramManipulator - Class in stella.omc
ProgramManipulator() - Constructor for class stella.omc.ProgramManipulator: Constructs the parser to the fits finder.
projection - Variable in class astro.WcsFit: The model is composed with this projection.
PromptMatching - Interface in stella.acquire: Implementers can deliver a pixel shift directly from a reduced image.
promptShift(Point2D, MImageHDU, Rectangle, Dimension) - Method in interface stella.acquire.PromptMatching
promptShift(Point2D, MImageHDU, Rectangle, Dimension) - Method in class stella.acquire.PromptSpillage
promptShift(Point2D, MImageHDU, Rectangle, Dimension) - Method in class stella.acquire.PromptVanish
PromptSpillage - Class in stella.acquire
PromptSpillage(Map<String, String>) - Constructor for class stella.acquire.PromptSpillage
PromptVanish - Class in stella.acquire
PromptVanish(Map<String, String>) - Constructor for class stella.acquire.PromptVanish
PROP - Static variable in class astro.AsciiCatalog.BJG2004
PROP - Static variable in class astro.AsciiCatalog.PpmXL
PROP - Static variable in class astro.AsciiCatalog.TwoMass
PROP - Static variable in class astro.SextractorStar
PROP - Static variable in class mysql.PpmXlDatabaseFeeder.Ascii
PROP - Static variable in class mysql.PpmXlDatabaseFeeder.Copy
PROP - Static variable in class stella.util.GuiderParameters: Milliarcsec to degrees.
PROP - Static variable in class stella.util.PointingModel.FileData: The switches directly linked to properties.
prop - Variable in class stella.util.TargetChangeListener.GridThread: The caller.
PROPDEC - Static variable in interface astro.Star: The declination of the star shortcut.
propdec - Variable in class globals.value.PropDecTarget: The proper motion in declination of the actual object as a Double.
PropDecTarget - Class in globals.value: A general variable representing the proper motion in dec of the actual object.
PropDecTarget(Map<String, String>) - Constructor for class globals.value.PropDecTarget: Constructs a new global representing the actual object's ra.
Properties() - Constructor for class stella.xml.DOMTarget.Properties
PROPFILE - Static variable in class stella.xml.DOMTarget.FileToFile: The properties file of the scheduler.
PROPFILE - Static variable in class stella.xml.DOMTarget.Filter: The properties file of the scheduler.
PROPFILE - Static variable in class stella.xml.DOMTarget.SerializeMerit: The properties file of the scheduler.
propid - Variable in class stella.util.DataPermission: If a user name plus proposal was specified.
proposal - Variable in class stella.xml.SporeTarget: The proposal id.
ProposalSql - Class in mysql: A class that allows access to a database containing the propsals to stella observations as handed over by the user.
ProposalSql(Map<String, String>) - Constructor for class mysql.ProposalSql: Constructs a new proposal sql.
proposalsql - Variable in class stella.rmi.GenericMaster: The history-db reference.
proposalsql - Static variable in class stella.sql.TargetConsistency: The history-db reference.
ProposalSql.AddProposal - Class in mysql: Adds a new user with the command line.
ProposalSql.GetTime - Class in mysql
ProposalTime - Class in stella.globals: Counts the time spent on certain proposals.
ProposalTime(Map<String, String>) - Constructor for class stella.globals.ProposalTime
ProposalTime.Dump - Class in stella.globals: Dumps all proposal times to system out, converting durations to hours on the fly.
PROPRA - Static variable in interface astro.Star: The proper motion in right ascension of the star shortcut.
propra - Variable in class globals.value.PropRaTarget: The ra of the actual object as a Double.
PropRaTarget - Class in globals.value: A general variable representing the proper motion in ra, most likely in miliarcsec/yr, of the actual object.
PropRaTarget(Map<String, String>) - Constructor for class globals.value.PropRaTarget: Constructs a new global representing the actual object's ra.
propsql - Variable in class stella.sql.TargetDatabase: The task sql we drain the targets from.
protect(CommandEvent, boolean) - Method in class stella.telescope.TelescopeMaster: Closes the mirror cover.
ProtectTelescope - Class in stella.command: The command for closing the mirror covers without parking for immediate protection.
ProtectTelescope(Object) - Constructor for class stella.command.ProtectTelescope: Constructs a abort adapter telescope, grabbing the type from the class name and setting the command time to the current system time.
ProtectTelescope(Object, String, long) - Constructor for class stella.command.ProtectTelescope: Construct a fully qualified abort telescope command.
Protocol - Class in stella.net.ads: Contains mainly constants required for Beckhoff's ADS protocol.
Protocol() - Constructor for class stella.net.ads.Protocol
protocol(Socket) - Method in class stella.net.CommandReceiver: The method to handle the communication from the command-sending client to this receiver.
protocol(Socket) - Method in class stella.net.ErrorReceiver: The method to handle the communication from the error-sending client to this receiver.
protocol(Socket) - Method in class stella.net.ParameterRelay: The method called as soon as a connection is established.
protocol(Socket) - Method in class stella.net.ParameterServer: The method called as soon as a connection is established.
protocol(Socket) - Method in class stella.net.ReceiverServer: The method called as soon as a connection is established.
PROTOCOL_TYPE_ERROR - Static variable in interface stella.mxio.EthReading
ProtocolError - Class in stella.error: An error indicating problems with the command submission.
ProtocolError(Object) - Constructor for class stella.error.ProtocolError: Constructs a protocol error.
ProtocolError(Object, String, long) - Constructor for class stella.error.ProtocolError: Constructs a new protocol error.
provideStatus() - Method in class stella.MasterMind: Returns a status from the master.
PseudoModel() - Constructor for class stella.util.PointingModel.PseudoModel
PseudoRandom - Class in globals.value: A Value representing a pseudo-random variable as generated by "Random number generators: good ones are hard to find", Communications of the ACM, Volume 31 , Issue 10 (October 1988) Pages: 1192 - 1201
PseudoRandom(Map<String, String>) - Constructor for class globals.value.PseudoRandom: Constructs a new Teide-Longitude global.
psi - Variable in class stella.util.OffAxisRank: Derotator offset.
psicos - Variable in class stella.asiva.AltAzFromFits: Sine and cosine of Euler angle.
psisin - Variable in class stella.asiva.AltAzFromFits: Sine and cosine of Euler angle.
PsqlTables - Interface in stella.sql
publish(LogRecord) - Method in class util.log.JStatusHandler
pull(ByteBuffer) - Method in class stella.net.ads.AdsValue
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsByte
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsDouble
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsFloat
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsInteger
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsLong
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsShort
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsWord16
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsWord32
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsWord64
pull(ByteBuffer) - Method in class stella.net.ads.type.AdsWord8
purge() - Method in class htm.core.HTMrange
purge(List<Star>, double, double, double) - Method in class mysql.HtmStarDatabase
push(Star) - Method in class mysql.TargetSql: Takes a star and pushes it into the db.
push(ByteBuffer, Number) - Method in class stella.net.ads.AdsValue
push(ByteBuffer) - Method in class stella.net.ads.protocol.AdsHeader: Push the header into the provided buffer.
push(ByteBuffer) - Method in class stella.net.ads.protocol.AdsPayload: The only common method to all payload is the ability to push themselfs into a byte buffer.
push(ByteBuffer) - Method in class stella.net.ads.protocol.ControlPayload
push(ByteBuffer) - Method in class stella.net.ads.protocol.DeviceInfoReply
push(ByteBuffer) - Method in class stella.net.ads.protocol.EmptyPayload: Returns the input buffer without anything added to it.
push(ByteBuffer) - Method in class stella.net.ads.protocol.ErrorReply
push(ByteBuffer) - Method in class stella.net.ads.protocol.ReadPayload
push(ByteBuffer) - Method in class stella.net.ads.protocol.ReadReply
push(ByteBuffer) - Method in class stella.net.ads.protocol.ReadWritePayload
push(ByteBuffer) - Method in class stella.net.ads.protocol.StateReply
push(ByteBuffer) - Method in class stella.net.ads.protocol.WritePayload
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsByte
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsDouble
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsFloat
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsInteger
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsLong
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsShort
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsWord16
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsWord32
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsWord64
push(ByteBuffer, Number) - Method in class stella.net.ads.type.AdsWord8
pushImmediately(Map<Object, String>) - Method in class mysql.ManagerSql: Takes the list of targets, copies them to the local tmp and further to the appropriate Tenerife machine, where it is immediately added to the running master.
pushIndex(ByteBuffer) - Method in class stella.net.ads.protocol.IndexPayload
put(String, String) - Static method in class stella.ow.OW
put(String, String) - Static method in class stella.ow.OWJNI
putMessage(Message) - Method in class stella.net.gregor.CommunicationHandler: We send a message by placing it into the outqueue and notifying the sender thread.
putPixel(long, int, ByteBuffer) - Static method in class astro.fits.TableTools
PYRAMIDTYPE - Static variable in class stella.adapter.AdapterUnit: Guiding frames start with this header, followed by date and count.
PyramidUnit - Class in stella.adapter: The focus unit is responsible for focusing the telescope once the pyramid has been brought into the beam.
PyramidUnit(Map<String, String>) - Constructor for class stella.adapter.PyramidUnit: Construct a new focus unit that uses a focus pyramid in the main beam.
PythonClient - Class in stella.ow: This is a work-around to get the one-wire sensors to work.
PythonClient(Map) - Constructor for class stella.ow.PythonClient: Constructs a new python driver.
PythonClient.Test - Class in stella.ow: A test class.

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