FrameInfo(ReferenceFrame ref) |
Create a FrameInfo instance from a ReferenceFrame.
|
FullInputs(java.lang.String method,
Body target,
Time time,
ReferenceFrame fixRef,
AberrationCorrection abcorr,
Body observer,
ReferenceFrame rayRef,
Vector3 rayDir) |
|
GFAngularSeparationSearch(Body target1,
java.lang.String shape1,
ReferenceFrame frame1,
Body target2,
java.lang.String shape2,
ReferenceFrame frame2,
AberrationCorrection abcorr,
Body observer) |
|
GFIlluminationAngleSearch(java.lang.String method,
java.lang.String angtyp,
Body target,
Body illmn,
ReferenceFrame fixref,
AberrationCorrection abcorr,
Body observer,
Vector3 spoint) |
Specify the geometric inputs for an illumination angle search.
|
GFOccultationSearch(java.lang.String occtype,
Body front,
java.lang.String fshape,
ReferenceFrame fframe,
Body back,
java.lang.String bshape,
ReferenceFrame bframe,
AberrationCorrection abcorr,
Body observer) |
Create a GFOccultationSearch instance.
|
GFPositionCoordinateSearch(Body target,
ReferenceFrame frame,
AberrationCorrection abcorr,
Body observer,
java.lang.String coordinateSystem,
java.lang.String coordinate) |
|
GFRayInFOVSearch(Instrument inst,
Vector3 rayDir,
ReferenceFrame rframe,
AberrationCorrection abcorr,
Body observer) |
|
GFSubObserverCoordinateSearch(Body target,
ReferenceFrame fixref,
java.lang.String method,
AberrationCorrection abcorr,
Body observer,
java.lang.String coordinateSystem,
java.lang.String coordinate) |
|
GFSurfaceInterceptCoordinateSearch(Body target,
ReferenceFrame fixref,
java.lang.String method,
AberrationCorrection abcorr,
Body observer,
ReferenceFrame dref,
Vector3 dvec,
java.lang.String coordinateSystem,
java.lang.String coordinate) |
|
GFTargetInFOVSearch(Instrument inst,
Body target,
java.lang.String tshape,
ReferenceFrame tframe,
AberrationCorrection abcorr,
Body observer) |
|
IlluminationAngles(java.lang.String method,
Body target,
Body ilusrc,
Time t,
ReferenceFrame fixref,
AberrationCorrection abcorr,
Body observer,
Vector3 spoint) |
Find the illumination angles (phase, solar incidence, and emission)
at a specified surface point on a target body, using a specified
illumination source; create a record containing the result.The illumination source may be any ephemeris object.
|
IlluminationAngles(java.lang.String method,
Body target,
Time t,
ReferenceFrame fixref,
AberrationCorrection abcorr,
Body observer,
Vector3 spoint) |
Find the illumination angles (phase, solar incidence, and emission)
at a specified surface point on a target body, using the sun as
the illumination source; create a record containing the result.
|
PointingAndAVRecord(Instrument inst,
Time t,
ReferenceFrame ref,
Duration tolerance) |
Return a PointingAndAVRecord for a specified instrument
or structure at a given time, using a specified
lookup tolerance.
|
PointingRecord(Instrument inst,
Time t,
ReferenceFrame ref,
Duration tolerance) |
Return a PointingRecord for a specified instrument
or structure at a given time, using a specified
lookup tolerance.
|
PositionRecord(Body target,
Time t,
ReferenceFrame ref,
AberrationCorrection abcorr,
Body observer) |
Construct aberration-corrected PositionRecord from ephemeris data.
|
PositionVector(Body target,
Time t,
ReferenceFrame ref,
AberrationCorrection abcorr,
Body observer) |
Construct aberration-corrected PositionVector from ephemeris data.
|
ReferenceFrame(ReferenceFrame f) |
Construct a ReferenceFramefrom another ReferenceFrame.This constructor creates a deep copy.
|
StateRecord(Body target,
Time t,
ReferenceFrame outref,
java.lang.String refloc,
AberrationCorrection abcorr,
Vector3 obspos,
Body obsctr,
ReferenceFrame obsref) |
Construct aberration-corrected StateRecord from ephemeris data
and an observer position vector.This method provides
functionality analogous to that of the CSPICE routine spkcpo_c.
|
StateRecord(Body target,
Time t,
ReferenceFrame outref,
java.lang.String refloc,
AberrationCorrection abcorr,
Vector6 obssta,
Time obsepc,
Body obsctr,
ReferenceFrame obsref) |
Construct aberration-corrected StateRecord from ephemeris data
and an observer state vector.This method provides
functionality analogous to that of the CSPICE routine spkcvo_c.
|
StateRecord(Body target,
Time t,
ReferenceFrame ref,
AberrationCorrection abcorr,
Body observer) |
Construct aberration-corrected StateRecord from ephemeris data.
|
StateRecord(Vector3 trgpos,
Body trgctr,
ReferenceFrame trgref,
Time t,
ReferenceFrame outref,
java.lang.String refloc,
AberrationCorrection abcorr,
Body obsrvr) |
Construct aberration-corrected StateRecord from ephemeris data
and a target position vector.This method provides
functionality analogous to that of the CSPICE routine spkcpt_c.
|
StateRecord(Vector6 trgsta,
Time trgepc,
Body trgctr,
ReferenceFrame trgref,
Time t,
ReferenceFrame outref,
java.lang.String refloc,
AberrationCorrection abcorr,
Body obsrvr) |
Construct aberration-corrected StateRecord from ephemeris data
and a target state vector.This method provides
functionality analogous to that of the CSPICE routine spkcvt_c.
|
StateVector(Body target,
Time t,
ReferenceFrame outref,
java.lang.String refloc,
AberrationCorrection abcorr,
Vector3 obspos,
Body obsctr,
ReferenceFrame obsref) |
Construct aberration-corrected StateVector from ephemeris data
and an observer position vector.This method provides
functionality analogous to that of the CSPICE routine spkcpo_c.
|
StateVector(Body target,
Time t,
ReferenceFrame outref,
java.lang.String refloc,
AberrationCorrection abcorr,
Vector6 obssta,
Time obsepc,
Body obsctr,
ReferenceFrame obsref) |
Construct aberration-corrected StateVector from ephemeris data
and an observer state vector.This method provides
functionality analogous to that of the CSPICE routine spkcvo_c.
|
StateVector(Body target,
Time t,
ReferenceFrame ref,
AberrationCorrection abcorr,
Body observer) |
Construct aberration-corrected StateVector from ephemeris data.
|
StateVector(Vector3 trgpos,
Body trgctr,
ReferenceFrame trgref,
Time t,
ReferenceFrame outref,
java.lang.String refloc,
AberrationCorrection abcorr,
Body obsrvr) |
Construct aberration-corrected StateVector from ephemeris data
and a target position vector.This method provides
functionality analogous to that of the CSPICE routine spkcpt_c.
|
StateVector(Vector6 trgsta,
Time trgepc,
Body trgctr,
ReferenceFrame trgref,
Time t,
ReferenceFrame outref,
java.lang.String refloc,
AberrationCorrection abcorr,
Body obsrvr) |
Construct aberration-corrected StateVector from ephemeris data
and a target state vector.This method provides
functionality analogous to that of the CSPICE routine spkcvt_c.
|
SubObserverRecord(java.lang.String method,
Body target,
Time t,
ReferenceFrame fixref,
AberrationCorrection abcorr,
Body observer) |
Compute a specified sub-observer point; create a record
containing the result.
|
SubSolarRecord(java.lang.String method,
Body target,
Time t,
ReferenceFrame fixref,
AberrationCorrection abcorr,
Body obsrvr) |
Find a specified sub-solar point; create a record
containing the result.
|
SurfaceIntercept(java.lang.String method,
Body target,
Time time,
ReferenceFrame fixRef,
AberrationCorrection abcorr,
Body observer,
ReferenceFrame rayRef,
Vector3 rayDir) |
Find a specified surface intercept point; create a SurfaceIntercept
instance containing the result.
|
SurfaceInterceptWithDSKInfo(boolean prioritized,
Body target,
Surface[] surfList,
Time t,
ReferenceFrame fixref,
Vector3 vertex,
Vector3 raydir) |
Construct a SurfaceInterceptWithDSKInfo instance representing
a ray-DSK surface intercept.
|
SurfacePoint(java.lang.String surfspec,
Body body,
ReferenceFrame fixref,
Vector3 point) |
Construct a SurfacePoint instance from a 3-vector, a
body-fixed, body-centered reference frame, and a surface
specification string.A default time is used.This method is
appropriate for creating SurfacePoints having ellipsoidal
shape specifications.
|
SurfacePoint(java.lang.String surfspec,
Body body,
Time t,
ReferenceFrame fixref,
Vector3 point) |
Construct a SurfacePoint instance from a 3-vector, a
body-fixed, body-centered reference frame, a time, and a surface
specification string.See the discussion in the class
documentation above for details.
|
VelocityVector(Body target,
Time t,
ReferenceFrame ref,
AberrationCorrection abcorr,
Body observer) |
Construct aberration-corrected VelocityVector from ephemeris data.
|