Uses of Class stella.net.tpl.TsiTimeoutException

Packages that use TsiTimeoutException
Package Description

stella.net.tpl

stella.telescope

Packages that use TsiTimeoutException
Package	Description
stella.net.tpl
stella.telescope

Uses of TsiTimeoutException in stella.net.tpl

Methods in stella.net.tpl that throw TsiTimeoutException
Modifier and Type	Method and Description
`boolean`	PilarDriver.`commenceClear()` Clears all errors the telescope.
`boolean`	PilarDriver.`commenceSetCovers(boolean close)` Sets the position of the mirror covers.
`boolean`	PilarDriver.`commenceUsePort(int portnumber)` Uses the specified port, i.e.
`Collection<TsiError>`	PilarDriver.`getErrors()` Gets the current errors at the telescope.
`Object`	PilarDriver.`getValue(String name)` Synchroniously return a value of a variable.
`void`	PilarDriver.`rebuild()` Rebuild the error data base like on a restart.
`boolean`	PilarDriver.`setValue(String name, String to)` Synchroniously return a value of a variable.
`boolean`	PilarDriver.`waitForValue(String variable, String value, String notvalue, long timeout)` Waits for a parameter to achieve a certain value.

Uses of TsiTimeoutException in stella.telescope

Methods in stella.telescope that throw TsiTimeoutException
Modifier and Type	Method and Description
`private boolean`	OpenPilarSocket.`applyOffset(double dazenc, double dz)` Applies an encoder difference in azimuth and zenith distance to the current azimuth and height.
`private boolean`	Pilar3Socket.`applyOffset(double dazenc, double dz)` Applies an encoder difference in azimuth and zenith distance to the current azimuth and height.
`boolean`	OpenPilarSocket.`commenceAbort()` Aborts all telescope operation.
`boolean`	Pilar3Socket.`commenceAbort()` Aborts all telescope operation.
`boolean`	OpenPilarSocket.`commenceAbsoluteOffset(double azoff, double altoff)` Applies an AZ-ALT offset to the current telescope position.
`boolean`	Pilar3Socket.`commenceAbsoluteOffset(double azoff, double altoff)` Applies an AZ-ALT offset to the current telescope position.
`boolean`	OpenPilarSocket.`commenceAbsoluteOffset(double azoff, double altoff, double h)` Applies an AZ-ALT offset to the current telescope position.
`boolean`	Pilar3Socket.`commenceAbsoluteOffset(double azoff, double altoff, double h)` Applies an AZ-ALT offset to the current telescope position.
`boolean`	OpenPilarSocket.`commenceClear()` Try to clear the telescope errors.
`boolean`	Pilar3Socket.`commenceClear()` Try to clear the telescope errors.
`boolean`	OpenPilarSocket.`commenceDerotator(double position)` Sets the absolut position of the telescope derotator and disables tracking adjustment.
`boolean`	Pilar3Socket.`commenceDerotator(double position)` Sets the absolut position of the telescope derotator and disables tracking adjustment.
`boolean`	OpenPilarSocket.`commenceDerotatorOffset(double position)` Sets the offset of the telescope derotator and prepares the telescope for derotator tracking adjustment.
`boolean`	Pilar3Socket.`commenceDerotatorOffset(double position)` Sets the offset of the telescope derotator and prepares the telescope for derotator tracking adjustment.
`boolean`	OpenPilarSocket.`commenceFocus(double position)` Sets the absolut position of the telescope primary focus (in mm).
`boolean`	Pilar3Socket.`commenceFocus(double position)` Sets the absolut position of the telescope primary focus (in mm).
`boolean`	OpenPilarSocket.`commenceFocusOffset(double dpos)` Sets the offset position of the telescope primary focus (in mm).
`boolean`	Pilar3Socket.`commenceFocusOffset(double dpos)` Sets the offset position of the telescope primary focus (in mm).
`boolean`	OpenPilarSocket.`commenceGuiding(boolean start)` Starts/stops telescope tracking and waits until pilar acknowledges the new state.
`boolean`	Pilar3Socket.`commenceGuiding(boolean start)` Starts/stops telescope tracking.
`boolean`	OpenPilarSocket.`commenceInit()` Initializes the telescope.
`boolean`	Pilar3Socket.`commenceInit()` Initializes the telescope.
`boolean`	OpenPilarSocket.`commenceMove(double radeg, double dedeg)` Moves the telescope into a new RA-DE position.
`boolean`	Pilar3Socket.`commenceMove(double radeg, double dedeg)` Moves the telescope into a new RA-DE position.
`boolean`	OpenPilarSocket.`commenceMove(double radeg, double dedeg, double off, boolean fol)` Moves the telescope into a new RA-DE position.
`boolean`	Pilar3Socket.`commenceMove(double radeg, double dedeg, double off, boolean fol)` Moves the telescope into a new RA-DE position.
`boolean`	OpenPilarSocket.`commenceMove(double radeg, double dedeg, double off, boolean follow, boolean use)` Moves the telescope into a new RA-DE position.
`boolean`	Pilar3Socket.`commenceMove(double radeg, double dedeg, double off, boolean follow, boolean use)` Moves the telescope into a new RA-DE position.
`boolean`	OpenPilarSocket.`commenceMoveAzAlt(double azdeg, double altdeg)` Moves the telescope into a new AZ-ALT position and stops tracking.
`boolean`	Pilar3Socket.`commenceMoveAzAlt(double azdeg, double altdeg)` Moves the telescope into a new AZ-ALT position and stops tracking.
`boolean`	OpenPilarSocket.`commencePark()` Brings the telescope into its park position.
`boolean`	Pilar3Socket.`commencePark()` Brings the telescope into its park position.
`boolean`	OpenPilarSocket.`commenceRelativeOffset(double azoff, double altoff)` Adds an AZ-ZD offset to the current telescope position.
`boolean`	Pilar3Socket.`commenceRelativeOffset(double azoff, double altoff)` Adds an AZ-ALT offset to the current telescope position.
`boolean`	OpenPilarSocket.`commenceRelativeOffset(double azoff, double altoff, double h)` Adds an AZ-ALT offset to the current telescope position.
`boolean`	Pilar3Socket.`commenceRelativeOffset(double azoff, double altoff, double h)` Adds an AZ-ALT offset to the current telescope position.
`boolean`	OpenPilarSocket.`commenceSetCovers(boolean close)` Sets the position of the mirror covers.
`boolean`	Pilar3Socket.`commenceSetCovers(boolean close)` Sets the position of the mirror covers.
`private TplAbort`	OpenPilarSocket.`commenceTplAbort(boolean killit, int what)` Sends a new TPL abort command with the default command completition timeout.
`private TplAbort`	Pilar3Socket.`commenceTplAbort(boolean killit, int what)` Sends a new TPL abort command with the default command completition timeout.
`private TplAbort`	OpenPilarSocket.`commenceTplAbort(boolean killit, int what, long timeout)` Sends a new TPL abort command.
`private TplAbort`	Pilar3Socket.`commenceTplAbort(boolean killit, int what, long timeout)` Sends a new TPL abort command.
`private TplGet`	OpenPilarSocket.`commenceTplGet(String request)` Sends a new get command with the default command completition timeout.
`private TplGet`	Pilar3Socket.`commenceTplGet(String request)` Sends a new get command with the default command completition timeout.
`private TplGet`	OpenPilarSocket.`commenceTplGet(String request, long timeout)` Sends a new get command.
`private TplGet`	Pilar3Socket.`commenceTplGet(String request, long timeout)` Sends a new get command.
`private TplSet`	OpenPilarSocket.`commenceTplSet(String request)` Sends a new set command with the default command completition timeout.
`private TplSet`	Pilar3Socket.`commenceTplSet(String request)` Sends a new set command with the default command completition timeout.
`private TplSet`	OpenPilarSocket.`commenceTplSet(String request, long timeout)` Sends a new set command.
`private TplSet`	Pilar3Socket.`commenceTplSet(String request, long timeout)` Sends a new set command.
`boolean`	OpenPilarSocket.`commenceTracking(boolean start)` Starts/stops telescope tracking.
`boolean`	Pilar3Socket.`commenceTracking(boolean start)` Starts/stops telescope tracking.
`boolean`	OpenPilarSocket.`commenceUsePort(int portnum)` Optical port, specifies used derotator and filter and will also rotate M3 (if supported by the telescope hardware).
`boolean`	Pilar3Socket.`commenceUsePort(int portnum)` Optical port, specifies used derotator and filter and will also rotate M3 (if supported by the telescope hardware).
`Collection<TsiError>`	OpenPilarSocket.`getErrors()` Updates the error list the error list.
`Collection<TsiError>`	Pilar3Socket.`getErrors()` Reads the error list.
`private double`	OpenPilarSocket.`getHorizontalHeight()` Returns the current height as returned by the telescope or throws an error.
`private double`	Pilar3Socket.`getHorizontalHeight()` Returns the current height as returned by the telescope or throws an error.
`Object`	OpenPilarSocket.`getValue(String name)` Returns the value of a TSI variable as a java Object.
`Object`	Pilar3Socket.`getValue(String name)` Returns the value of a TSI variable as a java Object.
`void`	OpenPilarSocket.`rebuild()` A way to rebuild the error base.
`boolean`	OpenPilarSocket.`setValue(String name, String to)` Sets the value of a TSI varibale.
`boolean`	Pilar3Socket.`setValue(String name, String to)` Sets the value of a TSI varibale.
`private int`	OpenPilarSocket.`updatedErrorList()` We retrieve the list of errors on the telescope and updated our internal error map with new errors encountered.
`boolean`	OpenPilarSocket.`updateEnvironment()` Writes the actual ambient temperature and pressure to Pilar3 to make use it in the refraction correction.
`boolean`	Pilar3Socket.`updateEnvironment()` Writes the actual ambient temperature and pressure to Pilar3 to make use it in the refraction correction.
`private boolean`	OpenPilarSocket.`waitCommandCompleted(TplCommand command, long timeout)` Waits for a given TPL command gets completed.
`private boolean`	Pilar3Socket.`waitCommandCompleted(TplCommand command, long timeout)` Waits for a given TPL command gets completed.
`boolean`	OpenPilarSocket.`waitForValue(String variable, String value, String notvalue, long timeout)` Waits until (monitors) a TSI variable gets a specified value.
`boolean`	Pilar3Socket.`waitForValue(String variable, String value, String notvalue, long timeout)` Waits until (monitors) a TSI variable gets a specified value.

Uses of Classstella.net.tpl.TsiTimeoutException

Uses of TsiTimeoutException in stella.net.tpl

Uses of TsiTimeoutException in stella.telescope

Uses of Class
stella.net.tpl.TsiTimeoutException