Uses of Class
SRM.BaseSRF

Uses of BaseSRF in SRM

Subclasses of BaseSRF in SRM

Modifier and Type	Class and Description
class	BaseSRF_2D The BaseSRF_2D abstract class is the base class for the 2D SRFs.
class	BaseSRF_3D The BaseSRF_3D abstract class is the base class for the 3D SRFs.
class	BaseSRF_MapProjection The BaseSRF_MapProjection abstract class.
class	BaseSRF_WithEllipsoidalHeight The BaseSRF_WithEllipsoidalHeight abstract class.
class	BaseSRF_WithTangentPlaneSurface The BaseSRF_WithTangentPlaneSurface abstract class.
class	SRF_Celestiocentric SRF_Celestiocentric class declaration.
class	SRF_Celestiodetic SRF_Celestiodetic class declaration.
class	SRF_Celestiomagnetic SRF_Celestiomagnetic class declaration.
class	SRF_EquatorialInertial SRF_EquatorialInertial class declaration.
class	SRF_EquidistantCylindrical SRF_EquidistantCylindrical class declaration.
class	SRF_HeliosphericAriesEcliptic SRF_HeliosphericAriesEcliptic class declaration.
class	SRF_HeliosphericEarthEcliptic SRF_HeliosphericEarthEcliptic class declaration.
class	SRF_HeliosphericEarthEquatorial SRF_HeliosphericEarthEquatorial class declaration.
class	SRF_LambertConformalConic SRF_LambertConformalConic class declaration.
class	SRF_LocalSpaceAzimuthal SRF_LocalSpaceAzimuthal class declaration.
class	SRF_LocalSpacePolar SRF_LocalSpacePolar class declaration.
class	SRF_LocalSpaceRectangular2D SRF_LocalSpaceRectangular2D class declaration.
class	SRF_LocalSpaceRectangular3D SRF_LocalSpaceRectangular3D class declaration.
class	SRF_LocalTangentSpaceAzimuthalSpherical SRF_LocalTangentSpaceAzimuthalSpherical class declaration.
class	SRF_LocalTangentSpaceCylindrical SRF_LocalTangentSpaceCylindrical class declaration.
class	SRF_LocalTangentSpaceEuclidean SRF_LocalTangentSpaceEuclidean class declaration.
class	SRF_LococentricEuclidean3D SRF_LococentricEuclidean3D class declaration.
class	SRF_Mercator SRF_Mercator class declaration.
class	SRF_ObliqueMercatorSpherical SRF_ObliqueMercatorSpherical class declaration.
class	SRF_Planetodetic SRF_Planetodetic class declaration.
class	SRF_PolarStereographic SRF_PolarStereographic class declaration.
class	SRF_SolarEcliptic SRF_SolarEcliptic class declaration.
class	SRF_SolarEquatorial SRF_SolarEquatorial class declaration.
class	SRF_SolarMagneticDipole SRF_SolarMagneticDipole class declaration.
class	SRF_SolarMagneticEcliptic SRF_SolarMagneticEcliptic class declaration.
class	SRF_TransverseMercator SRF_TransverseMercator class declaration.

Fields in SRM with type parameters of type BaseSRF

Modifier and Type	Field and Description
protected HashMap<String,BaseSRF>	BaseSRF._internalSRFs

Methods in SRM that return BaseSRF

Modifier and Type	Method and Description
static BaseSRF	BaseSRF.createSRFSetMember(SRM_SRFS_Code srf_set, SRM_SRFSM_Code set_member, SRM_ORM_Code orm, SRM_RT_Code rt) Creates an SRF from a SRF set code, a set member code specific to that set, and an ORM code.
static BaseSRF	BaseSRF.createStandardSRF(SRM_SRF_Code srf_code, SRM_RT_Code rt_code) Creates a Standard SRF from its SRF code.
BaseSRF	Direction.getSRF() Returns the SRF this Direction belongs to.
BaseSRF	Coord.getSRF() Returns the SRF this coordassocSRFinate belongs to.
BaseSRF	BaseSRF.makeClone() Returns the shallow copy of this object instance.

Methods in SRM with parameters of type BaseSRF

Modifier and Type	Method and Description
protected SRM.BaseSRF_3D.LTP_vec	BaseSRF_3D.compLTP(BaseSRF srf, Coord3D coord)
protected SRM_Coordinate_Valid_Region_Code	OpManager.computeAsArray(BaseSRF srcSrf, BaseSRF tgtSrf, double[] src, double[] dest, SRM_ORM_Trans_Params hst)
protected abstract SRM_Coordinate_Valid_Region_Code	Conversions.convert(SRM_SRFT_Code srfType, BaseSRF srcSrf, BaseSRF destSrf, double[] src, double[] dest, SRM_ORM_Trans_Params hst)
SRM_Coordinate_Valid_Region_Code	LteConv.convert(SRM_SRFT_Code destSrfType, BaseSRF srcSrf, BaseSRF destSrf, double[] src, double[] dest, SRM_ORM_Trans_Params hst)
boolean	SRF_SolarMagneticDipole.isEqual(BaseSRF srf)
boolean	SRF_EquatorialInertial.isEqual(BaseSRF srf)
boolean	SRF_LocalTangentSpaceAzimuthalSpherical.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_EquidistantCylindrical.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_LambertConformalConic.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_LococentricEuclidean3D.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_Celestiodetic.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_HeliosphericEarthEquatorial.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_ObliqueMercatorSpherical.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_Planetodetic.isEqual(BaseSRF srf)
boolean	SRF_Celestiomagnetic.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_LocalSpaceAzimuthal.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_SolarMagneticEcliptic.isEqual(BaseSRF srf)
boolean	SRF_SolarEquatorial.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_SolarEcliptic.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
abstract boolean	BaseSRF.isEqual(BaseSRF srf)
boolean	SRF_LocalSpaceRectangular2D.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_Mercator.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_Celestiocentric.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_LocalTangentSpaceCylindrical.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_LocalTangentSpaceEuclidean.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_TransverseMercator.isEqual(BaseSRF srf)
boolean	SRF_HeliosphericAriesEcliptic.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_LocalSpacePolar.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_PolarStereographic.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_LocalSpaceRectangular3D.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
boolean	SRF_HeliosphericEarthEcliptic.isEqual(BaseSRF srf) Returns TRUE if the SRF parameters are equal
protected abstract void	LsrConv.setTransformMatrix(BaseSRF srcSrf, BaseSRF destSrf)
protected void	LteConv.toAzSphere(BaseSRF srcSrf, BaseSRF destSrf, double[] source_generic_coord, double[] dest_generic_coord)
protected SRM_Coordinate_Valid_Region_Code	SphereConv.toCcen(BaseSRF srcSrf, BaseSRF destSrf, double[] source_generic_coord, double[] dest_generic_coord)
protected void	LteConv.toCcen(BaseSRF srcSrf, BaseSRF destSrf, double[] source_generic_coordinate, double[] dest_generic_coordinate)
protected void	LsrConv.toLsr(BaseSRF srcSrf, BaseSRF destSrf, double[] source_generic_coord, double[] dest_generic_coord)
protected void	LteConv.toLtsc(BaseSRF srcSrf, BaseSRF destSrf, double[] source_generic_coord, double[] dest_generic_coord)

Constructors in SRM with parameters of type BaseSRF

Constructor and Description
Coord(BaseSRF assocSRF, Coord_ClassType type) Constructor setting the associated SRF and the concrete class type
Coord2D(BaseSRF assocSRF, Coord_ClassType type) Constructor setting the associated SRF and the concrete class type
Coord3D(BaseSRF assocSRF, Coord_ClassType type) Constructor setting the associated SRF and the concrete class type
CoordSurf(BaseSRF assocSRF, Coord_ClassType type) Constructor setting the associated SRF and the concrete class type
Direction(BaseSRF srf, Coord3D ref_coord, double[] vec) Constructor, requires an SRF, 3 reference coordinate values, and 3 direction values.