Uses of Interface
stella.adapter.Guiding.RawFrame

Packages that use Guiding.RawFrame

Package	Description
stella.adapter

Uses of Guiding.RawFrame in stella.adapter

Classes in stella.adapter that implement Guiding.RawFrame

Modifier and Type	Class and Description
class	AuxiliaryCaptureUnit The adapter sub-unit that does acquiring on a target star.
class	AuxiliaryCoarseUnit The adapter sub-unit that does first acquiring on a target star.
class	AuxiliaryFineUnit The adapter sub-unit that does acquiring on a target star.
class	AuxiliaryGuidingUnit The guider unit task and the timer loop.
class	AuxiliaryPinholeUnit A secondary unit on a guider system is used to trace slow drifts of the guiding system.
class	AuxiliaryUnit The base class for auxiliary master sub-units that use the guider-ccd and maybe some other ccd in some way.
class	GuiderFrame An implementation of Guiding#RawFrame.
class	GuiderMode A guider mode combines properties and object needed by the guider unit to do guiding.
class	PyramidUnit The focus unit is responsible for focusing the telescope once the pyramid has been brought into the beam.

Fields in stella.adapter declared as Guiding.RawFrame

Modifier and Type	Field and Description
private Guiding.RawFrame	OffAxisUnit.raw Helper application.
private Guiding.RawFrame	PrimeFocusCamera.raw Helper application.
private Guiding.RawFrame	NasmythUnit.raw Helper apllication.
private Guiding.RawFrame	ScienceAcquire.raw Helper application.

Methods in stella.adapter that return Guiding.RawFrame

Modifier and Type	Method and Description
private Guiding.RawFrame	AuxiliaryUnit.fromTiler(Point2D around) This method returns the Guiding#RawFrame this auxiliar unit is currently focusing on.
Guiding.RawFrame	FrameShifting.getFrame() 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).
Guiding.RawFrame	AuxiliaryGuidingUnit.getFrame() If we can use the center, we return the nominal frame here, otherwise we calculate the frame around the guiding star, which is also the focus star.

Methods in stella.adapter with parameters of type Guiding.RawFrame

Modifier and Type	Method and Description
protected File	StellaGuider.createFitsFile(Guiding.RawFrame frame, long expt, String store)
protected MFits	StellaGuider.createFitsObject(Guiding.RawFrame frame, long expt)
protected List<Guiding.RawStar>	AbstractStarGuider.detect(boolean keep, int what, String type, String append, Guiding.RawFrame frame, long exposuretime, float gaussfwhm, float gausstrunc, int datamin, int datamax, int searchbox) Does a find-stars on the guider ccd.
protected List	AdapterGuider.detect(boolean keep, int what, String type, String append, Guiding.RawFrame frame, long exposuretime, float gaussfwhm, float gausstrunc, int datamin, int datamax, int searchbox) Does a find-stars on the guider ccd.
protected List<Guiding.RawStar>	AbstractStarGuider.detect(boolean keep, int what, String type, String append, Guiding.RawFrame frame, long exposuretime, int datamin, int datamax, int searchbox) Does a find-stars on the guider ccd.
protected List	AdapterGuider.detect(boolean keep, int what, String type, String append, Guiding.RawFrame frame, long exposuretime, int datamin, int datamax, int searchbox) Does a find-stars on the guider ccd.
List<Guiding.RawStar>	StellaGuider.getGuidingStars(Guiding.RawFrame frame, long expt, float gaussfwhm, float gausstrunc, int datamin, int datamax, int search, String type, String store, int steps)
List<Guiding.RawStar>	WifsipGuider.getGuidingStars(Guiding.RawFrame frame, long expt, float gaussfwhm, float gausstrunc, int datamin, int datamax, int search, String type, String store, int steps) Wifsip has four Quadrants, thus we must stitch the frame together before we can issue it to the starfinder logic.
List<Guiding.RawStar>	Guiding.getGuidingStars(Guiding.RawFrame frame, long expt, int datamin, int datamax, int search, String type) Takes a guiding frame and processes it in a way that any steps necessary to derive star positions out of it.
List<Guiding.RawStar>	StellaGuider.getGuidingStars(Guiding.RawFrame frame, long expt, int datamin, int datamax, int search, String type) Takes a guiding frame and processes it in a way that any steps necessary to derive star positions out of it.
List<Guiding.RawStar>	StellaGuider.getGuidingStars(Guiding.RawFrame frame, long expt, int datamin, int datamax, int search, String type, String store, int steps) Takes a guiding frame and processes it in a way that any steps necessary to derive star positions out of it.
protected List<Guiding.RawStar>	StellaGuider.interpretFitsFile(File fitsfile, Guiding.RawFrame frame, long expt, float gaussfwhm, float gausstrunc, int datamin, int datamax, int search, String type, String store, int steps)
protected List<Guiding.RawStar>	StellaGuider.interpretFitsFile(File fitsfile, Guiding.RawFrame frame, long expt, int datamin, int datamax, int search, String type, String store, int steps)