lbto::IIFServerI Class Reference

#include <LbtoIIFInterfaceI.h>

Inheritance diagram for lbto::IIFServerI:

Collaboration diagram for lbto::IIFServerI:

Public Member Functions
	IIFServerI ()
	class parameterized constructor More...
	~IIFServerI ()
	dtor Does nothing. More...
virtual result	Authorize (const Ice::Current &)
	Check authorization for control the telescope. More...
virtual result	StepFocus (double relPos, const std::string &ope, const std::string &side, const Ice::Current &)
	StepFocus moves the respective focus position, by moving the OPE. More...
virtual result	MoveFocus (double absPos, const std::string &ope, const std::string &side, const Ice::Current &)
	Moves an OPE to a new absolute position z to adjust or to define a new focus position. More...
virtual result	OffsetPointing (double rotangle, double offx, double offy, const std::string &coordsys, const std::string &ope, const std::string &np, const std::string &movetype, const std::string &side, const Ice::Current &)
	OffsetPointing moves the telescope a small distance, setting the value. More...
virtual result	OffsetPointing2 (double rotangle, double offx, double offy, const std::string &coordsys, const std::string &movetype, const std::string &side, const Ice::Current &)
	OffsetPointing moves the telescope a small distance, setting the value. More...
virtual result	OffsetGuiding (double rotangle, double offx, double offy, const std::string &coordsys, const std::string &side, const Ice::Current &)
	OffsetGuiding moves the telescope a small distance without changing. More...
virtual result	UpdatePointingReference (const std::string &offset_coord, const std::string &side, const Ice::Current &)
	This command allows the user to use the current sky or focal plane location achieved via the. More...
virtual result	TipTilt (double xrot, double yrot, const std::string &ope, const std::string &side, const Ice::Current &)
	TipTilt moves an OPE in tip or tilt direction, relative to the current position. More...
virtual result	SetPMTerm (const std::string &name, double value, const std::string &side, const Ice::Current &)
	SetPMTerm sets a singel term in the pointing model. More...
virtual result	SetPMTerm2 (const std::string &name, double value, const std::string &movetype, const std::string &side, const Ice::Current &)
	SetPMTerm sets a singel term in the pointing model. More...
virtual result	MoveXYZ (double xmov, double ymov, double zmov, const std::string &side, const Ice::Current &)
	MoveXYZ moves the primary and secondary together in X, Y and Z direction. More...
virtual result	MoveXY (double xmov, double ymov, const std::string &ope, const std::string &side, const Ice::Current &)
	MoveXY moves an OPE in X or Y direction, relative to the current position. More...
virtual result	RotateCommon (double z, double angle, double direction, const std::string &side, const Ice::Current &)
	Rotates the primary and the secondary mirror around a common point. More...
virtual result	RotateZ (double angle, const std::string &movetype, const std::string &side, const Ice::Current &)
	the tertiary mirror is rotated to adjust the incoming beam angle for the instrument. More...
virtual result	Move (double x, double y, double z, double rx, double ry, double rz, int dflag, const std::string &movetype, const std::string &OPE, int time, const std::string &side, const Ice::Current &)
	This command combines the functionality of MoveXY, TipTilt, StepFocus and MoveFocus. More...
virtual result	SetHotspot (double coord1, double coord2, const Ice::Current &)
	Set the hotspot coordinates to be used by PresetTelescope command. More...
virtual result	ClearHotspot (const Ice::Current &)
	Removes the hotspot from the system. More...
virtual result	SetOffset (double coord1, double coord2, const std::string &coordsys, const Ice::Current &)
	Set the offset coordinates to be used by PresetTelescope. More...
virtual result	SetOffsetNew (double coord1, double coord2, const std::string &coordsys, const std::string &movetype, const Ice::Current &)
	Set the offset coordinates to be used by PresetTelescope. More...
virtual result	SetOffset2 (double coord1, double coord2, const std::string &system, const std::string &movetype, const Ice::Current &)
	Set the offset coordinates to be used by PresetTelescope. More...
virtual result	ClearOffset (const Ice::Current &)
	Removes the offset from the system. More...
virtual result	SetNonSidereal (const nonsidereal &target, bool override, const Ice::Current &)
	Set the non-sidereal values to be used by PresetTelescope. More...
virtual result	ClearNonSidereal (bool override, const Ice::Current &)
	Removes the non-sidereal object from the system. More...
virtual result	UpdateNonSiderealTarget (double RArate, double DECrate, const Ice::Current &)
	Update the non-sidereal values. More...
virtual result	SetNonSiderealObject (const std::string &objtype, const nonsidereal &target, bool override, const Ice::Current &)
virtual result	ClearNonSiderealObject (const std::string &objtype, bool override, const Ice::Current &)
virtual result	UpdateNonSiderealObject (const std::string &objtype, double RArate, double DECrate, const Ice::Current &)
	Update the non-sidereal values. More...
virtual result	SetTarget (double coord1, double coord2, const std::string &coordsys, double epoch, float wl, const Ice::Current &)
	Set the target information to be used by PresetTelescope. More...
virtual result	SetStars (const SeqPos &list, const Ice::Current &)
	Sets the target, and eventually, the guide stars. More...
virtual result	SetStarsNew (const SeqNewPos &list, const Ice::Current &)
	Sets the target, and eventually, the guide stars. More...
virtual result	SetStars2 (const SeqPos2 &list, const Ice::Current &)
	Sets the target, and eventually, the guide stars. More...
virtual result	ClearStars (const Ice::Current &)
	Removes the selected target and guide stars from the system. More...
virtual result	PresetTelescope (double rotangle, const std::string &rotmode, const std::string &mode, const std::string &side, const Ice::Current &)
	PresetTelescope slew the telescope into position in order to begin an observation cycle. More...
virtual result	BinocularControl (const std::string &flag, const Ice::Current &)
	BinocularControl clears the target information in the PCS. More...
virtual result	GetParameter (const SeqDD &list, const Ice::Current &)
	Reads a block of entries from the data dictionary in one shot. More...
virtual result	SetParameter (const SeqDD &list, const Ice::Current &)
	Sets the values of the specified data dictionary entries on the TCS in one shot. More...
virtual result	SendWavefront (const SeqWF &wfs, const std::string &OPE, const std::string &side, const Ice::Current &)
	Sends an array of 28 Zernike polynomial coefficients to be compensated by the actuators. More...
virtual result	UpdateTargetWavelength (float wavelength, const std::string &side, const Ice::Current &)
	Updates the target effective wavelength without issuing a new preset. More...
virtual result	RotReady (bool enable, const std::string &side, const Ice::Current &)
	Readies the cable wrap and rotator. More...
virtual result	RotHold (const std::string &side, const Ice::Current &)
	If the rotator is tracking or slewing, this command makes it stop moving and hold the position. More...
virtual result	RotTrack (const std::string &side, const Ice::Current &)
	Makes rotator begin tracking according to the polynomial stream it is currently receiving from the PCS. More...
virtual result	MaximizeWrapTime (bool azflag, bool rotflag, const std::string &side, const Ice::Current &)
	This command is to provide some control over the use of the rotator cablewrap. More...
virtual result	RotServicePosition (double angle, const std::string &side, const Ice::Current &)
	Makes the rotator move to the specified angle in the specified coordinate frame and hold at that position. More...
virtual result	PauseGuiding (const std::string &side, const Ice::Current &)
	Temporarily suspends the current guiding operation. More...
virtual result	ResumeGuiding (const std::string &side, const Ice::Current &)
	Resumes suspended guiding operation. More...
virtual result	SetGuidingHotspot (double coord1, double coord2, const std::string &movetype, const std::string &side, const Ice::Current &)
	Sets guider hotspot. More...
virtual result	PauseAO (const std::string &side, const Ice::Current &)
	Temporarily suspends the current AO operation. More...
virtual result	ResumeAO (const std::string &side, const Ice::Current &)
	Resumes suspended operation after a PauseAO. More...
virtual result	StartAO (const std::string &side, const Ice::Current &)
	Start AO operation. More...
virtual result	StopAO (const std::string &reason, const std::string &side, const Ice::Current &)
	Stop AO operation. More...
virtual result	AcquireRefAO (bool repointFlag, const std::string &side, const Ice::Current &)
	Acquire the reference star. More...
virtual result	CheckRefAO (const std::string &side, const Ice::Current &)
	Check the reference star position. More...
virtual result	RefineAO (const std::string &method, const std::string &side, const Ice::Current &)
	Refine AO. More...
virtual result	RunAO (const std::string &type, const std::string &side, const Ice::Current &)
	Do AcquireRefAO, StartAO. More...
virtual result	PresetFlatAO (const std::string &flat, const std::string &side, const Ice::Current &)
	Request flat shape for AO. More...
virtual result	CorrectModesAO (const SeqModes &modes, const std::string &side, const Ice::Current &)
	Send 672 mode corrections to AO. More...
virtual result	ModifyAO (int NModes, double Freq, int Nbins, double TTMod, const std::string &F1spec, const std::string &F2spec, const std::string &side, const Ice::Current &)
	Modify AO. More...
virtual result	PresetAO (const std::string &AOMode, const std::string &side, const Ice::Current &)
	Preset AO. More...
virtual result	OffsetXYAO (double DeltaX, double DeltaY, const std::string &side, const Ice::Current &)
	OffsetXY AO. More...
virtual result	OffsetZAO (double DeltaZ, const std::string &side, const Ice::Current &)
	OffsetZ AO. More...
virtual result	SetReference (const SeqPos &list, const Ice::Current &)
	Sets the AO reference star. More...
virtual result	SetReferenceNew (const SeqNewPos &list, const Ice::Current &)
	Sets the AO reference star. More...
virtual result	SetReference2 (const SeqPos2 &list, const Ice::Current &)
	Sets the AO reference star. More...
virtual result	ClearReference (const Ice::Current &)
	Removes the AO reference star from the system. More...
virtual result	LogEvent (const std::string &event, const std::string &description, const Ice::Current &)
	Use this command to log a message inside the TCS's logging system. More...
virtual result	GetRotatorTrajectory (double seconds, double interval, double start, const std::string &side, const Ice::Current &)
	Use this command to get the rotator trajectory for the LBC. More...
virtual result	GetRotatorPolynomials (double start, int count, double interval, int order, const std::string &side, const Ice::Current &)
	Use this command to get rotator polynomials. More...
virtual result	Standby (int level, const std::string &side, const Ice::Current &)
	Use this command to set the standby level. More...
virtual result	RotatePrimary (double distance, double angle, double direction, const std::string &side, const Ice::Current &)
	Use this command to to rotate the primary about a point on axis. More...
virtual result	GetKFPCoordinates (const SeqPos &list, const std::string &side, const Ice::Current &)
	Use this command to get focal plane positions for LN AO reference objects. More...
virtual result	GetKFPCoordinatesNew (const SeqNewPos &list, const std::string &side, const Ice::Current &)
	Use this command to get focal plane positions for LN AO reference objects. More...
virtual result	GetKFPCoordinates2 (const SeqPos2 &list, const std::string &side, const Ice::Current &)
	Use this command to get focal plane positions for LN AO reference objects. More...
virtual result	SetAGWFilter (int filterNumber, const std::string &side, const Ice::Current &)
	Use this command to set the AGw filter. More...
virtual result	SetGuidingBinning (int factor, const std::string &side, const Ice::Current &)
	Use this command to set the AGw filter. More...
virtual result	NSQuery (const std::string &targenName, const std::string &startDate, const std::string &startTime, const std::string &endDate, const std::string &endTime, const std::string &interval, const std::string &fileName, const Ice::Current &)
virtual void	remove (const Ice::Current &)
	remove the IIF object More...
Public Member Functions inherited from lbto::IIFServer
virtual bool	ice_isA (const ::std::string &, const ::Ice::Current &=::Ice::Current()) const
virtual ::std::vector< ::std::string >	ice_ids (const ::Ice::Current &=::Ice::Current()) const
virtual const ::std::string &	ice_id (const ::Ice::Current &=::Ice::Current()) const
virtual ::lbto::result	Authorize (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___Authorize (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	StepFocus (::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___StepFocus (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	MoveFocus (::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___MoveFocus (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetPointing (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetPointing (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetPointing2 (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetPointing2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetGuiding (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetGuiding (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	UpdatePointingReference (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___UpdatePointingReference (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	TipTilt (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___TipTilt (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetPMTerm (const ::std::string &, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetPMTerm (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetPMTerm2 (const ::std::string &, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetPMTerm2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	MoveXYZ (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___MoveXYZ (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	MoveXY (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___MoveXY (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	Move (::Ice::Double, ::Ice::Double, ::Ice::Double, ::Ice::Double, ::Ice::Double, ::Ice::Double, ::Ice::Int, const ::std::string &, const ::std::string &, ::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___Move (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetTarget (::Ice::Double, ::Ice::Double, const ::std::string &, ::Ice::Double, ::Ice::Float, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetTarget (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetStars (const ::lbto::SeqPos &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetStars (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetStarsNew (const ::lbto::SeqNewPos &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetStarsNew (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetStars2 (const ::lbto::SeqPos2 &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetStars2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearStars (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearStars (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetHotspot (::Ice::Double, ::Ice::Double, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetHotspot (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearHotspot (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearHotspot (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetOffset (::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetOffset (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetOffsetNew (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetOffsetNew (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetOffset2 (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetOffset2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearOffset (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearOffset (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetNonSidereal (const ::lbto::nonsidereal &, bool, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetNonSidereal (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearNonSidereal (bool, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearNonSidereal (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	UpdateNonSiderealTarget (::Ice::Double, ::Ice::Double, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___UpdateNonSiderealTarget (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetNonSiderealObject (const ::std::string &, const ::lbto::nonsidereal &, bool, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetNonSiderealObject (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearNonSiderealObject (const ::std::string &, bool, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearNonSiderealObject (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	UpdateNonSiderealObject (const ::std::string &, ::Ice::Double, ::Ice::Double, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___UpdateNonSiderealObject (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PresetTelescope (::Ice::Double, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PresetTelescope (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	BinocularControl (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___BinocularControl (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetParameter (const ::lbto::SeqDD &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetParameter (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetParameter (const ::lbto::SeqDD &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetParameter (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotateCommon (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotateCommon (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotateZ (::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotateZ (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotatePrimary (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotatePrimary (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SendWavefront (const ::lbto::SeqWF &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SendWavefront (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	UpdateTargetWavelength (::Ice::Float, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___UpdateTargetWavelength (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	LogEvent (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___LogEvent (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetRotatorTrajectory (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetRotatorTrajectory (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetRotatorPolynomials (::Ice::Double, ::Ice::Int, ::Ice::Double, ::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetRotatorPolynomials (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	Standby (::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___Standby (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	MaximizeWrapTime (bool, bool, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___MaximizeWrapTime (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PauseGuiding (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PauseGuiding (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ResumeGuiding (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ResumeGuiding (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetGuidingHotspot (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetGuidingHotspot (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetAGWFilter (::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetAGWFilter (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetGuidingBinning (::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetGuidingBinning (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotReady (bool, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotReady (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotHold (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotHold (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotTrack (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotTrack (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotServicePosition (::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotServicePosition (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PauseAO (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PauseAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ResumeAO (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ResumeAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	StartAO (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___StartAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	StopAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___StopAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	AcquireRefAO (bool, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___AcquireRefAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	CheckRefAO (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___CheckRefAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RefineAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RefineAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RunAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RunAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PresetFlatAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PresetFlatAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	CorrectModesAO (const ::lbto::SeqModes &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___CorrectModesAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ModifyAO (::Ice::Int, ::Ice::Double, ::Ice::Int, ::Ice::Double, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ModifyAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PresetAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PresetAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetXYAO (::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetXYAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetZAO (::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetZAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetReference (const ::lbto::SeqPos &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetReference (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetReferenceNew (const ::lbto::SeqNewPos &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetReferenceNew (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetReference2 (const ::lbto::SeqPos2 &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetReference2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearReference (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearReference (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetKFPCoordinates (const ::lbto::SeqPos &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetKFPCoordinates (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetKFPCoordinatesNew (const ::lbto::SeqNewPos &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetKFPCoordinatesNew (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetKFPCoordinates2 (const ::lbto::SeqPos2 &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetKFPCoordinates2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	NSQuery (const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___NSQuery (::IceInternal::Incoming &, const ::Ice::Current &)
virtual void	remove (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___remove (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::Ice::DispatchStatus	__dispatch (::IceInternal::Incoming &, const ::Ice::Current &)
virtual bool	ice_isA (const ::std::string &, const ::Ice::Current &=::Ice::Current()) const
virtual ::std::vector< ::std::string >	ice_ids (const ::Ice::Current &=::Ice::Current()) const
virtual const ::std::string &	ice_id (const ::Ice::Current &=::Ice::Current()) const
virtual ::lbto::result	Authorize (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___Authorize (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	StepFocus (::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___StepFocus (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	MoveFocus (::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___MoveFocus (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetPointing (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetPointing (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetPointing2 (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetPointing2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetGuiding (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetGuiding (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	UpdatePointingReference (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___UpdatePointingReference (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	TipTilt (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___TipTilt (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetPMTerm (const ::std::string &, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetPMTerm (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetPMTerm2 (const ::std::string &, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetPMTerm2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	MoveXYZ (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___MoveXYZ (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	MoveXY (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___MoveXY (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	Move (::Ice::Double, ::Ice::Double, ::Ice::Double, ::Ice::Double, ::Ice::Double, ::Ice::Double, ::Ice::Int, const ::std::string &, const ::std::string &, ::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___Move (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetTarget (::Ice::Double, ::Ice::Double, const ::std::string &, ::Ice::Double, ::Ice::Float, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetTarget (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetStars (const ::lbto::SeqPos &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetStars (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetStarsNew (const ::lbto::SeqNewPos &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetStarsNew (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetStars2 (const ::lbto::SeqPos2 &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetStars2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearStars (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearStars (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetHotspot (::Ice::Double, ::Ice::Double, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetHotspot (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearHotspot (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearHotspot (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetOffset (::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetOffset (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetOffsetNew (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetOffsetNew (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetOffset2 (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetOffset2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearOffset (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearOffset (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetNonSidereal (const ::lbto::nonsidereal &, bool, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetNonSidereal (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearNonSidereal (bool, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearNonSidereal (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	UpdateNonSiderealTarget (::Ice::Double, ::Ice::Double, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___UpdateNonSiderealTarget (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetNonSiderealObject (const ::std::string &, const ::lbto::nonsidereal &, bool, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetNonSiderealObject (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearNonSiderealObject (const ::std::string &, bool, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearNonSiderealObject (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	UpdateNonSiderealObject (const ::std::string &, ::Ice::Double, ::Ice::Double, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___UpdateNonSiderealObject (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PresetTelescope (::Ice::Double, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PresetTelescope (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	BinocularControl (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___BinocularControl (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetParameter (const ::lbto::SeqDD &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetParameter (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetParameter (const ::lbto::SeqDD &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetParameter (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotateCommon (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotateCommon (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotateZ (::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotateZ (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotatePrimary (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotatePrimary (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SendWavefront (const ::lbto::SeqWF &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SendWavefront (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	UpdateTargetWavelength (::Ice::Float, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___UpdateTargetWavelength (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	LogEvent (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___LogEvent (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetRotatorTrajectory (::Ice::Double, ::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetRotatorTrajectory (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetRotatorPolynomials (::Ice::Double, ::Ice::Int, ::Ice::Double, ::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetRotatorPolynomials (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	Standby (::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___Standby (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	MaximizeWrapTime (bool, bool, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___MaximizeWrapTime (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PauseGuiding (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PauseGuiding (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ResumeGuiding (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ResumeGuiding (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetGuidingHotspot (::Ice::Double, ::Ice::Double, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetGuidingHotspot (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetAGWFilter (::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetAGWFilter (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetGuidingBinning (::Ice::Int, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetGuidingBinning (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotReady (bool, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotReady (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotHold (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotHold (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotTrack (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotTrack (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RotServicePosition (::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RotServicePosition (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PauseAO (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PauseAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ResumeAO (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ResumeAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	StartAO (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___StartAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	StopAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___StopAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	AcquireRefAO (bool, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___AcquireRefAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	CheckRefAO (const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___CheckRefAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RefineAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RefineAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	RunAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___RunAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PresetFlatAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PresetFlatAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	CorrectModesAO (const ::lbto::SeqModes &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___CorrectModesAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ModifyAO (::Ice::Int, ::Ice::Double, ::Ice::Int, ::Ice::Double, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ModifyAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	PresetAO (const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___PresetAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetXYAO (::Ice::Double, ::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetXYAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	OffsetZAO (::Ice::Double, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___OffsetZAO (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetReference (const ::lbto::SeqPos &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetReference (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetReferenceNew (const ::lbto::SeqNewPos &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetReferenceNew (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	SetReference2 (const ::lbto::SeqPos2 &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___SetReference2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	ClearReference (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___ClearReference (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetKFPCoordinates (const ::lbto::SeqPos &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetKFPCoordinates (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetKFPCoordinatesNew (const ::lbto::SeqNewPos &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetKFPCoordinatesNew (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	GetKFPCoordinates2 (const ::lbto::SeqPos2 &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___GetKFPCoordinates2 (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::lbto::result	NSQuery (const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::std::string &, const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___NSQuery (::IceInternal::Incoming &, const ::Ice::Current &)
virtual void	remove (const ::Ice::Current &=::Ice::Current())=0
::Ice::DispatchStatus	___remove (::IceInternal::Incoming &, const ::Ice::Current &)
virtual ::Ice::DispatchStatus	__dispatch (::IceInternal::Incoming &, const ::Ice::Current &)

Public Attributes
const Nice::GeoLocation	geosite
	Coordinates of the observatory on the Earth crust. More...

Private Attributes
int	m_ddit
int	m_PFTit
std::map< std::string, std::string >	m_dd1
std::map< std::string, std::string >	m_dd2
std::vector< std::string >	m_PFT01
std::vector< std::string >	m_poly
std::vector< std::string >	m_error
result	m_errorResult
position2	target
	IIF Target. See IIF Position object. Must be defined before to call PresetTelescope. More...
std::string	proxyName
	The proxy name. More...

Additional Inherited Members
Public Types inherited from lbto::IIFServer
typedef IIFServerPrx	ProxyType
typedef IIFServerPtr	PointerType
typedef IIFServerPrx	ProxyType
typedef IIFServerPtr	PointerType
Static Public Member Functions inherited from lbto::IIFServer
static const ::std::string &	ice_staticId ()
static const ::std::string &	ice_staticId ()
Protected Member Functions inherited from lbto::IIFServer
virtual void	__writeImpl (::IceInternal::BasicStream *) const
virtual void	__readImpl (::IceInternal::BasicStream *)
virtual void	__writeImpl (::IceInternal::BasicStream *) const
virtual void	__readImpl (::IceInternal::BasicStream *)

Constructor & Destructor Documentation

IIFServerI()

lbto::IIFServerI::IIFServerI

(

)

class parameterized constructor

Since

2017-05-12 adapted to what's expected by the snapshot() in IIFServiceWorker.

~IIFServerI()

lbto::IIFServerI::~IIFServerI

(

)

dtor Does nothing.

Member Function Documentation

AcquireRefAO()

lbto::result lbto::IIFServerI::AcquireRefAO ( bool  repointFlag, const std::string &  side, const Ice::Current &    )

virtual

Acquire the reference star.

Parameters

repointFlag	flag to request the telescope to repoint.
side	the side this command applies to.

Returns

Result object

Authorize()

lbto::result lbto::IIFServerI::Authorize ( const Ice::Current &  )

virtual

Check authorization for control the telescope.

Returns

Result object

BinocularControl()

lbto::result lbto::IIFServerI::BinocularControl ( const std::string &  flag, const Ice::Current &    )

virtual

BinocularControl clears the target information in the PCS.

Parameters

flag	Preset control flag: CLEARPRESET, SYNCPRESET, SYNCOFFSET, ADJUSTBALANCE.

Returns

Result object

CheckRefAO()

lbto::result lbto::IIFServerI::CheckRefAO ( const std::string &  side, const Ice::Current &    )

virtual

Check the reference star position.

Parameters

side	the side this command applies to.

Returns

Result object

ClearHotspot()

lbto::result lbto::IIFServerI::ClearHotspot ( const Ice::Current &  )

virtual

Removes the hotspot from the system.

Returns

Result object.

Note

This is not an IIF/TCS command.

ClearNonSidereal()

lbto::result lbto::IIFServerI::ClearNonSidereal ( bool  override, const Ice::Current &    )

virtual

Removes the non-sidereal object from the system.

Parameters

override

non-sidereal override flag

Returns

Result object.

Note

This is not an IIF/TCS command.

ClearNonSiderealObject()

lbto::result lbto::IIFServerI::ClearNonSiderealObject ( const std::string &  objtype, bool  override, const Ice::Current &  c  )

virtual

Parameters

objtype	the non-sidereal type
override

Returns

Result object.

Since

2016-11-17

ClearOffset()

lbto::result lbto::IIFServerI::ClearOffset ( const Ice::Current &  )

virtual

Removes the offset from the system.

Returns

Result object.

Note

This is not an IIF/TCS command.

ClearReference()

lbto::result lbto::IIFServerI::ClearReference ( const Ice::Current &  )

virtual

Removes the AO reference star from the system.

Returns

Result object

Note

This is not an IIF/TCS command.

ClearStars()

lbto::result lbto::IIFServerI::ClearStars ( const Ice::Current &  )

virtual

Removes the selected target and guide stars from the system.

Returns

Result object

Note

This is not an IIF/TCS command.

CorrectModesAO()

lbto::result lbto::IIFServerI::CorrectModesAO ( const SeqModes &  modes, const std::string &  side, const Ice::Current &    )

virtual

Send 672 mode corrections to AO.

Parameters

modes	modes list
side	the side this command applies to.

Returns

Result object

GetKFPCoordinates()

lbto::result lbto::IIFServerI::GetKFPCoordinates ( const SeqPos &  list, const std::string &  side, const Ice::Current &    )

virtual

Use this command to get focal plane positions for LN AO reference objects.

Parameters

list	the list of stars.
side	the side this command applies to.

Returns

Result object

GetKFPCoordinates2()

lbto::result lbto::IIFServerI::GetKFPCoordinates2 ( const SeqPos2 &  list, const std::string &  side, const Ice::Current &  c  )

virtual

Use this command to get focal plane positions for LN AO reference objects.

Parameters

list	the list of stars.
side	the side this command applies to.

Returns

Result object

Since

2016-11-17

GetKFPCoordinatesNew()

lbto::result lbto::IIFServerI::GetKFPCoordinatesNew ( const SeqNewPos &  list, const std::string &  _side, const Ice::Current &    )

virtual

Use this command to get focal plane positions for LN AO reference objects.

Parameters

list	the list of stars.
side	the side this command applies to.

Returns

Result object

Deprecated:

Use GetKFPCoordinates2

GetParameter()

lbto::result lbto::IIFServerI::GetParameter ( const SeqDD &  list, const Ice::Current &    )

virtual

Reads a block of entries from the data dictionary in one shot.

If FITS information is defined here, it will be included in the FITS headers (only used by the IRTC client).

Parameters

list	DD entry list

Returns

Result object.

GetRotatorPolynomials()

lbto::result lbto::IIFServerI::GetRotatorPolynomials ( double  start, int  count, double  interval, int  order, const std::string &  side, const Ice::Current &    )

virtual

Use this command to get rotator polynomials.

Parameters

start	the start time in MJD (UT days)
count	the number of points in the trajectory
interval	the time between points (seconds)
order	the desired polynomial order (0,1,2)
side	the side this command applies to.

Returns

Result object

Since

2017-02-01 Try to calculate vals from the current parallactic angle

2017-02-14 Flip sign of polynomial coefficients (as IIF does)

Todo:

get a realistic local sidereal time via sofa

GetRotatorTrajectory()

lbto::result lbto::IIFServerI::GetRotatorTrajectory ( double  seconds, double  interval, double  start, const std::string &  side, const Ice::Current &    )

virtual

Use this command to get the rotator trajectory for the LBC.

Parameters

seconds	the number of seconds in the trajectory
interval	the time between points
start	the start time in MJD
side	the side this command applies to.

Returns

Result object

LogEvent()

lbto::result lbto::IIFServerI::LogEvent ( const std::string &  event, const std::string &  description, const Ice::Current &    )

virtual

Use this command to log a message inside the TCS's logging system.

Parameters

event	an event name that the instrument desires to log
description	the descriptive text that the instrument desires to log

Returns

Result object

MaximizeWrapTime()

lbto::result lbto::IIFServerI::MaximizeWrapTime ( bool  azflag, bool  rotflag, const std::string &  side, const Ice::Current &    )

virtual

This command is to provide some control over the use of the rotator cablewrap.

Parameters

azflag	flag to control AZ wrap.
rotflag	flag to control rotator wrap.
side	the side this command applies to.

Returns

Result object

ModifyAO()

lbto::result lbto::IIFServerI::ModifyAO ( int  NModes, double  Freq, int  Nbins, double  TTMod, const std::string &  F1spec, const std::string &  F2spec, const std::string &  side, const Ice::Current &    )

virtual

Modify AO.

Parameters

NModes	the number of corrected modes.
Freq	the CCD integration frequency.
Nbins	the CCD binning.
TTMod	Tip-Tilt internal mirror modulation.
F1spec	the selected position of filter wheel #1.
F2spec	the selected position of filter wheel #2.
side	the side this command applies to.

Returns

Result object

Move()

lbto::result lbto::IIFServerI::Move ( double  x, double  y, double  z, double  rx, double  ry, double  rz, int  dflag, const std::string &  movetype, const std::string &  OPE, int  time, const std::string &  side, const Ice::Current &    )

virtual

This command combines the functionality of MoveXY, TipTilt, StepFocus and MoveFocus.

Parameters

x	movement in x [millimeter]
y	movement in y [millimeter]
z	movement in z [millimeter]
rx	rotation in x [microradian]
ry	rotation in y [microradian]
rz	rotation in z [microradian]
dflag	6 bits with a bit for each of the preceding 6 variables. Bit 0 enables X, bit 1 enables Y, bit 2 enables Z, and so on.
movetype	movement type: ABS, REL
ope	Optical element: DEFAULT, M1, M2, M3, M1M2, M1M3, M2M3, M1M2M3
time	lookahead time for the collimation correction [sec]
side	the side this command applies to.

Returns

Result object.

MoveFocus()

lbto::result lbto::IIFServerI::MoveFocus ( double  absPos, const std::string &  ope, const std::string &  side, const Ice::Current &    )

virtual

Moves an OPE to a new absolute position z to adjust or to define a new focus position.

Parameters

absPos	distance to move the OPE [millimeter]
ope	Optical element : M1 or M2 or M3 or M1M2
side	the side this command applies to.

Returns

Result object.

MoveXY()

lbto::result lbto::IIFServerI::MoveXY ( double  xmov, double  ymov, const std::string &  ope, const std::string &  side, const Ice::Current &    )

virtual

MoveXY moves an OPE in X or Y direction, relative to the current position.

Parameters

xmov	movement in x [millimeter]
ymov	movement in y [millimeter]
ope	Optical element: M1 or M2
side	the side this command applies to.

Returns

Result object.

MoveXYZ()

lbto::result lbto::IIFServerI::MoveXYZ ( double  xmov, double  ymov, double  zmov, const std::string &  side, const Ice::Current &    )

virtual

MoveXYZ moves the primary and secondary together in X, Y and Z direction.

Parameters

xmov	movement in x [millimeter]
ymov	movement in y [millimeter]
zmov	movement in z [millimeter]
side	the side this command applies to.

Returns

Result object.

NSQuery()

lbto::result lbto::IIFServerI::NSQuery ( const std::string &  targenName, const std::string &  startDate, const std::string &  startTime, const std::string &  endDate, const std::string &  endTime, const std::string &  interval, const std::string &  fileName, const Ice::Current &    )

virtual

Parameters

targenName
startDate
startTime
endDate
endTime
interval
fileName

Since

2016-11-17

OffsetGuiding()

lbto::result lbto::IIFServerI::OffsetGuiding ( double  rotangle, double  offx, double  offy, const std::string &  coordsys, const std::string &  side, const Ice::Current &    )

virtual

OffsetGuiding moves the telescope a small distance without changing.

the value of the pointing coordinates.

Parameters

rotangle	Rotator angle [radian]
offx	Offset in X [radian/pixels]
offy	Offset in Y [radian/pixels]
coordsys	Coordinate system: AZALT
side	the side this command applies to.

Returns

Result object.

OffsetPointing()

lbto::result lbto::IIFServerI::OffsetPointing ( double  rotangle, double  offx, double  offy, const std::string &  coordsys, const std::string &  ope, const std::string &  np, const std::string &  movetype, const std::string &  side, const Ice::Current &    )

virtual

OffsetPointing moves the telescope a small distance, setting the value.

of the telescope pointing coordinates to the new position.

Parameters

rotangle	Rotator angle [radian]
offx	Offset in X [radian/pixels]
offy	Offset in Y [radian/pixels]
coordsys	Coordinate system: RADEC, AZALT, DETXY, GALACTIC
ope	Optical element : DEFAULT, M1, M2, M3, HEXAPOD, MOUNT
np	New position flag
movetype	movement type to apply: Relative / Absolute
side	the side this command applies to.

Returns

Result object.

OffsetPointing2()

lbto::result lbto::IIFServerI::OffsetPointing2 ( double  rotangle, double  offx, double  offy, const std::string &  coordsys, const std::string &  movetype, const std::string &  side, const Ice::Current &    )

virtual

OffsetPointing moves the telescope a small distance, setting the value.

of the telescope pointing coordinates to the new position.

Parameters

rotangle	Rotator angle [radian]
offx	Offset in X [radian/pixels]
offy	Offset in Y [radian/pixels]
coordsys	Coordinate system: RADEC, AZALT, DETXY, GALACTIC
movetype	movement type to apply: Relative / Absolute
side	the side this command applies to.

Returns

Result object.

Since

2016-11-17

OffsetXYAO()

lbto::result lbto::IIFServerI::OffsetXYAO ( double  DeltaX, double  DeltaY, const std::string &  side, const Ice::Current &    )

virtual

OffsetXY AO.

Parameters

DeltaX	the X offset.
DeltaY	the Y offset.
side	the side this command applies to.

Returns

Result object

OffsetZAO()

lbto::result lbto::IIFServerI::OffsetZAO ( double  DeltaZ, const std::string &  side, const Ice::Current &    )

virtual

OffsetZ AO.

Parameters

DeltaZ	the Z offset.
side	the side this command applies to.

Returns

Result object

PauseAO()

lbto::result lbto::IIFServerI::PauseAO ( const std::string &  side, const Ice::Current &    )

virtual

Temporarily suspends the current AO operation.

Parameters

side	the side this command applies to.

Returns

Result object

PauseGuiding()

lbto::result lbto::IIFServerI::PauseGuiding ( const std::string &  side, const Ice::Current &    )

virtual

Temporarily suspends the current guiding operation.

Parameters

side	the side this command applies to.

Returns

Result object

PresetAO()

lbto::result lbto::IIFServerI::PresetAO ( const std::string &  AOMode, const std::string &  side, const Ice::Current &    )

virtual

Preset AO.

Parameters

AOMode	the AO operatin mode.
side	the side this command applies to.

Returns

Result object

PresetFlatAO()

lbto::result lbto::IIFServerI::PresetFlatAO ( const std::string &  flat, const std::string &  side, const Ice::Current &    )

virtual

Request flat shape for AO.

Parameters

flat	the flat name.
side	the side this command applies to.

Returns

Result object

PresetTelescope()

lbto::result lbto::IIFServerI::PresetTelescope ( double  rotangle, const std::string &  rotmode, const std::string &  mode, const std::string &  side, const Ice::Current &    )

virtual

PresetTelescope slew the telescope into position in order to begin an observation cycle.

Parameters

rotangle	initial rotator angle [radian]
rotmode	rotator mode: POSITION, PARALLACTIC, NATIVE, GRAVITATIONAL, IDLE.
mode	Operation mode: STATIC, TRACK, ACQUIRE, GUIDE, ADAPTIVE, ACTIVE, INTERFEROMETRIC.
side	the side this command applies to.

Returns

Result object

Note

This is an IIF/TCS command, but the parameters are different.

RefineAO()

lbto::result lbto::IIFServerI::RefineAO ( const std::string &  method, const std::string &  side, const Ice::Current &    )

virtual

Refine AO.

Parameters

method	the method used for refinement.
side	the side this command applies to.

Returns

Result object

remove()

void lbto::IIFServerI::remove ( const Ice::Current &  )

virtual

remove the IIF object

ResumeAO()

lbto::result lbto::IIFServerI::ResumeAO ( const std::string &  side, const Ice::Current &    )

virtual

Resumes suspended operation after a PauseAO.

Parameters

side	the side this command applies to.

Returns

Result object

ResumeGuiding()

lbto::result lbto::IIFServerI::ResumeGuiding ( const std::string &  side, const Ice::Current &    )

virtual

Resumes suspended guiding operation.

Parameters

side	the side this command applies to.

Returns

Result object

RotateCommon()

lbto::result lbto::IIFServerI::RotateCommon ( double  z, double  angle, double  direction, const std::string &  side, const Ice::Current &    )

virtual

Rotates the primary and the secondary mirror around a common point.

Parameters

z	rotation point [millimeter]
angle	rotation angle [radian]
direction	direction angle [radian]
side	the side this command applies to.

Returns

Result object.

RotatePrimary()

lbto::result lbto::IIFServerI::RotatePrimary ( double  distance, double  angle, double  direction, const std::string &  side, const Ice::Current &    )

virtual

Use this command to to rotate the primary about a point on axis.

Parameters

distance	the distance above the mirror about which to rotate
angle	the rotation angle
direction	the direction in shich to rotate
side	the side this command applies to.

Returns

Result object

RotateZ()

lbto::result lbto::IIFServerI::RotateZ ( double  angle, const std::string &  movetype, const std::string &  side, const Ice::Current &    )

virtual

the tertiary mirror is rotated to adjust the incoming beam angle for the instrument.

Parameters

angle	rotation angle [radian]
movetype	movement type: ABS, REL
side	the side this command applies to.

Returns

Result object.

RotHold()

lbto::result lbto::IIFServerI::RotHold ( const std::string &  side, const Ice::Current &    )

virtual

If the rotator is tracking or slewing, this command makes it stop moving and hold the position.

Parameters

side	the side this command applies to.

Returns

Result object

RotReady()

lbto::result lbto::IIFServerI::RotReady ( bool  enable, const std::string &  side, const Ice::Current &    )

virtual

Readies the cable wrap and rotator.

Parameters

enable	flag to ready/unready the rotator.
side	the side this command applies to.

Returns

Result object

RotServicePosition()

lbto::result lbto::IIFServerI::RotServicePosition ( double  angle, const std::string &  side, const Ice::Current &    )

virtual

Makes the rotator move to the specified angle in the specified coordinate frame and hold at that position.

Parameters

angle	[radian]
side	the side this command applies to.

Returns

Result object

RotTrack()

lbto::result lbto::IIFServerI::RotTrack ( const std::string &  side, const Ice::Current &    )

virtual

Makes rotator begin tracking according to the polynomial stream it is currently receiving from the PCS.

Parameters

side	the side this command applies to.

Returns

Result object

RunAO()

lbto::result lbto::IIFServerI::RunAO ( const std::string &  repointFlag, const std::string &  side, const Ice::Current &    )

virtual

Do AcquireRefAO, StartAO.

Parameters

repointFlag	flag to request the telescope to repoint in AcquireRefAO.
side	the side this command applies to.

Returns

Result object

SendWavefront()

lbto::result lbto::IIFServerI::SendWavefront ( const SeqWF &  wfs, const std::string &  OPE, const std::string &  side, const Ice::Current &    )

virtual

Sends an array of 28 Zernike polynomial coefficients to be compensated by the actuators.

of the primary or secondary mirror.

Parameters

wfs	coefficients list
OPE	Optical element: M1, M2
side	the side this command applies to.

Returns

Result object.

SetAGWFilter()

lbto::result lbto::IIFServerI::SetAGWFilter ( int  filterNumber, const std::string &  side, const Ice::Current &    )

virtual

Use this command to set the AGw filter.

Parameters

filterNumber	the number of the filter.
side	the side this command applies to.

Returns

Result object

SetGuidingBinning()

lbto::result lbto::IIFServerI::SetGuidingBinning ( int  factor, const std::string &  side, const Ice::Current &    )

virtual

Use this command to set the AGw filter.

Parameters

factor
side	the side this command applies to.

Returns

Result object

Since

2016-11-17

SetGuidingHotspot()

lbto::result lbto::IIFServerI::SetGuidingHotspot ( double  coord1, double  coord2, const std::string &  movetype, const std::string &  side, const Ice::Current &    )

virtual

Sets guider hotspot.

Parameters

coord1	coordinate x [pixel].
coord2	coordinate y [pixel].
movetype	the move type, REL or ABS.
side	the side this command applies to.

Returns

Result object

SetHotspot()

lbto::result lbto::IIFServerI::SetHotspot ( double  coord1, double  coord2, const Ice::Current &    )

virtual

Set the hotspot coordinates to be used by PresetTelescope command.

Parameters

coord1	Coordinate x [pixel]
coord2	Coordinate y [pixel]

Returns

Result object.

Note

This is not an IIF/TCS command.

SetNonSidereal()

lbto::result lbto::IIFServerI::SetNonSidereal ( const nonsidereal &  target, bool  override, const Ice::Current &    )

virtual

Set the non-sidereal values to be used by PresetTelescope.

Parameters

target	non-sidereal target
override	non-sidereal override flag

Returns

Result object.

Note

This is not an IIF/TCS command.

SetNonSiderealObject()

lbto::result lbto::IIFServerI::SetNonSiderealObject ( const std::string &  objtype, const nonsidereal &  target, bool  override, const Ice::Current &  c  )

virtual

Parameters

objtype	the non-sidereal type
target
override

Returns

Result object.

Since

2016-11-17

SetOffset()

lbto::result lbto::IIFServerI::SetOffset ( double  coord1, double  coord2, const std::string &  coordsys, const Ice::Current &    )

virtual

Set the offset coordinates to be used by PresetTelescope.

Parameters

_offx	Coordinate x [radian/pixel]
_offy	Coordinate y [radian/pixel]
coordsys	Coordinate system: RADEC, ALTAZ, DETXY, GALACTIC.

Returns

Result object.

Note

This is not an IIF/TCS command.

SetOffset2()

lbto::result lbto::IIFServerI::SetOffset2 ( double  coord1, double  coord2, const std::string &  system, const std::string &  movetype, const Ice::Current &    )

virtual

Set the offset coordinates to be used by PresetTelescope.

Parameters

coord1	Coordinate x [radian/pixel]
coord2	Coordinate y [radian/pixel]
system	Coordinate system: RADEC, ALTAZ, DETXY, GALACTIC.
movetype

Returns

Result object.

Note

This is not an IIF/TCS command.

Since

2016-11-17

SetOffsetNew()

lbto::result lbto::IIFServerI::SetOffsetNew ( double  coord1, double  coord2, const std::string &  coordsys, const std::string &  movetype, const Ice::Current &    )

virtual

Set the offset coordinates to be used by PresetTelescope.

Parameters

coord1	Coordinate x [radian/pixel]
coord2	Coordinate y [radian/pixel]
system	Coordinate system: RADEC, ALTAZ, DETXY, GALACTIC.
movetype	Coordinate system: RADEC, ALTAZ, DETXY, GALACTIC.

Returns

Result object.

Note

This is not an IIF/TCS command.

Deprecated:

Use SetOffset2

Since

2016-11-17

SetParameter()

lbto::result lbto::IIFServerI::SetParameter ( const SeqDD &  list, const Ice::Current &    )

virtual

Sets the values of the specified data dictionary entries on the TCS in one shot.

Parameters

list	DD entry list with entry-value pairs

Returns

Result object.

SetPMTerm()

lbto::result lbto::IIFServerI::SetPMTerm ( const std::string &  name, double  value, const std::string &  side, const Ice::Current &    )

virtual

SetPMTerm sets a singel term in the pointing model.

Parameters

name	name of term (only "CA" and "IE" are allowed)
value	value of term
side	the side this command applies to.

Returns

Result object.

SetPMTerm2()

lbto::result lbto::IIFServerI::SetPMTerm2 ( const std::string &  name, double  value, const std::string &  movetype, const std::string &  side, const Ice::Current &    )

virtual

SetPMTerm sets a singel term in the pointing model.

Parameters

name	name of term (only "CA" and "IE" are allowed)
value	value of term
movetype
side	the side this command applies to.

Returns

Result object.

Since

2016-11-17

SetReference()

lbto::result lbto::IIFServerI::SetReference ( const SeqPos &  list, const Ice::Current &    )

virtual

Sets the AO reference star.

Parameters

list	List of objects.

Returns

Result object

Note

This is not an IIF/TCS command.

SetReference2()

lbto::result lbto::IIFServerI::SetReference2 ( const SeqPos2 &  list, const Ice::Current &  c  )

virtual

Sets the AO reference star.

Parameters

list	List of objects.

Returns

Result object

Note

This is not an IIF/TCS command.

SetReferenceNew()

lbto::result lbto::IIFServerI::SetReferenceNew ( const SeqNewPos &  list, const Ice::Current &    )

virtual

Sets the AO reference star.

Parameters

list	List of objects.

Returns

Result object

Note

This is not an IIF/TCS command.

Deprecated:

use SetReference2

SetStars()

lbto::result lbto::IIFServerI::SetStars ( const SeqPos &  list, const Ice::Current &    )

virtual

Sets the target, and eventually, the guide stars.

(first element on the list is used as target)

Parameters

list	List of objects.

Returns

Result object

Note

This is not an IIF/TCS command.

SetStars2()

lbto::result lbto::IIFServerI::SetStars2 ( const SeqPos2 &  list, const Ice::Current &  c  )

virtual

Sets the target, and eventually, the guide stars.

(first element on the list is used as target)

Parameters

list	List of objects.

Returns

Result object

Note

This is not an IIF/TCS command.

Since

2016-11-17

SetStarsNew()

lbto::result lbto::IIFServerI::SetStarsNew ( const SeqNewPos &  list, const Ice::Current &  c  )

virtual

Sets the target, and eventually, the guide stars.

(first element on the list is used as target)

Parameters

list	List of objects.

Returns

Result object

Note

This is not an IIF/TCS command. use SetStars2

SetTarget()

lbto::result lbto::IIFServerI::SetTarget ( double  coord1, double  coord2, const std::string &  coordsys, double  epoch, float  wl, const Ice::Current &    )

virtual

Set the target information to be used by PresetTelescope.

Parameters

coord1	Coordinate x [radian]
coord2	Coordinate y [radian]
coordsys	Coordinate system: RADEC, AZALT, GALACTIC
epoch
wl	Target wavelength

Returns

Result object.

Note

This is not an IIF/TCS command and is not completed and must be completed.

Standby()

lbto::result lbto::IIFServerI::Standby ( int  level, const std::string &  side, const Ice::Current &    )

virtual

Use this command to set the standby level.

Parameters

level	the standby level
side	the side this command applies to.

Returns

Result object

StartAO()

lbto::result lbto::IIFServerI::StartAO ( const std::string &  side, const Ice::Current &    )

virtual

Start AO operation.

Parameters

side	the side this command applies to.

Returns

Result object

StepFocus()

lbto::result lbto::IIFServerI::StepFocus ( double  relPos, const std::string &  ope, const std::string &  side, const Ice::Current &    )

virtual

StepFocus moves the respective focus position, by moving the OPE.

a given distance in the direction of of the telescope�~

StopAO()

lbto::result lbto::IIFServerI::StopAO ( const std::string &  reason, const std::string &  side, const Ice::Current &    )

virtual

Stop AO operation.

Parameters

reason	the reason for stopping.
side	the side this command applies to.

Returns

Result object

TipTilt()

lbto::result lbto::IIFServerI::TipTilt ( double  xrot, double  yrot, const std::string &  ope, const std::string &  side, const Ice::Current &    )

virtual

TipTilt moves an OPE in tip or tilt direction, relative to the current position.

Parameters

xrot	rotation in x [microradian]
yrot	rotation in y [microradian]
ope	Optical element: M1 or M2 or M3
side	the side this command applies to.

Returns

Result object.

UpdateNonSiderealObject()

lbto::result lbto::IIFServerI::UpdateNonSiderealObject ( const std::string &  objtype, double  RArate, double  DECrate, const Ice::Current &    )

virtual

Update the non-sidereal values.

Parameters

objtype	the non-sidereal type
RArate	the new RArate
DECrate	the new DECrate

Returns

Result object.

Since

2016-11-17

UpdateNonSiderealTarget()

lbto::result lbto::IIFServerI::UpdateNonSiderealTarget ( double  RArate, double  DECrate, const Ice::Current &    )

virtual

Update the non-sidereal values.

Parameters

RArate	the new RArate
DECrate	the new DECrate
side	the side this command applies to.

Returns

Result object.

UpdatePointingReference()

lbto::result lbto::IIFServerI::UpdatePointingReference ( const std::string &  offset_coord, const std::string &  side, const Ice::Current &    )

virtual

This command allows the user to use the current sky or focal plane location achieved via the.

OffsetPointing command and update the previous values; To be used in conjunction with the OffsetPointing cmd.

Parameters

offset_coord	the offset coordinate system.
side	the side this command applies to.

Returns

Result object

UpdateTargetWavelength()

lbto::result lbto::IIFServerI::UpdateTargetWavelength ( float  wavelength, const std::string &  side, const Ice::Current &    )

virtual

Updates the target effective wavelength without issuing a new preset.

Parameters

wavelength	new target wavelength. Range is [0.3, 15.0] [microns]
side	the side this command applies to.

Returns

Result object.

Member Data Documentation

geosite

const Nice::GeoLocation lbto::IIFServerI::geosite

Coordinates of the observatory on the Earth crust.

m_dd1

std::map<std::string, std::string> lbto::IIFServerI::m_dd1

private

m_dd2

std::map<std::string, std::string> lbto::IIFServerI::m_dd2

private

m_ddit

int lbto::IIFServerI::m_ddit

private

m_error

std::vector<std::string> lbto::IIFServerI::m_error

private

m_errorResult

result lbto::IIFServerI::m_errorResult

private

m_PFT01

std::vector<std::string> lbto::IIFServerI::m_PFT01

private

m_PFTit

int lbto::IIFServerI::m_PFTit

private

m_poly

std::vector<std::string> lbto::IIFServerI::m_poly

private

proxyName

std::string lbto::IIFServerI::proxyName

private

The proxy name.

target

position2 lbto::IIFServerI::target

private

IIF Target. See IIF Position object. Must be defined before to call PresetTelescope.

---

The documentation for this class was generated from the following files:

• ln/ltcs/test/LbtoIIFSimulator/LbtoIIFInterfaceI.h
• ln/ltcs/test/LbtoIIFSimulator/LbtoIIFInterfaceI.cc