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| Packages that use IdentifiableComponent | |
|---|---|
| org.cts | |
| org.cts.crs | |
| org.cts.datum | |
| org.cts.op | |
| org.cts.op.projection | |
| org.cts.op.transformation | |
| org.cts.units | |
| Uses of IdentifiableComponent in org.cts |
|---|
| Methods in org.cts that return IdentifiableComponent | |
|---|---|
static IdentifiableComponent |
IdentifiableComponent.getComponent(Identifier id)
Get the component based on its identifier |
| Uses of IdentifiableComponent in org.cts.crs |
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| Subclasses of IdentifiableComponent in org.cts.crs | |
|---|---|
class |
CompoundCRS
A compound CoordinateReferenceSystem is a CoordinateReferenceSystem composed by two distinct
CoordinateReferenceSystem : a GeodeticCRS for 2D
horizontal coordinates and a VerticalCRS for the z
coordinate. |
class |
GeocentricCRS
A geocentric CoordinateReferenceSystem is a 3D cartesian coordinate system centered on the Earth center of mass. |
class |
GeodeticCRS
A geodetic CoordinateReferenceSystem is a coordinate
system based on a GeodeticDatum, a
PrimeMeridian and an org.cts.Ellipsoid. |
class |
Geographic2DCRS
A Geographic CoordinateReferenceSystem is a reference system based on a GeodeticDatum and a 2D or 3D Ellipsoidal Coordinate System. |
class |
Geographic3DCRS
A Geographic CoordinateReferenceSystem is a reference system based on a GeodeticDatum and a 2D or 3D Ellipsoidal Coordinate System. |
class |
ProjectedCRS
A Projected CoordinateReferenceSystem is a
CoordinateReferenceSystem based on a GeodeticDatum and a Projection
operation. |
class |
VerticalCRS
A vertical CoordinateReferenceSystem is a
CoordinateReferenceSystem based on a VerticalDatum. |
| Uses of IdentifiableComponent in org.cts.datum |
|---|
| Subclasses of IdentifiableComponent in org.cts.datum | |
|---|---|
class |
AbstractDatum
A datum (plural datums) is a reference from which measurements are made. |
class |
Ellipsoid
An ellipsoid is a mathematical surface used to describe the Earth surface. |
class |
GeodeticDatum
Geodetic Datum or horizontal Datum : a Datum used to
determine positions relative to the Earth (longitude / latitude) It is
recommended that every
GeodeticDatum has a toWGS84
SevenParameterTransformation attribute
(which may eventually be a Translation or the Identity transformation). |
class |
PrimeMeridian
PrimeMeridian. |
class |
VerticalDatum
Vertical datum are used to determine elevation. |
| Uses of IdentifiableComponent in org.cts.op |
|---|
| Subclasses of IdentifiableComponent in org.cts.op | |
|---|---|
class |
AbstractCoordinateOperation
AbstractCoordinateOperation is a partial implementation of the CoordinateOperation interface. |
class |
ChangeCoordinateDimension
Change de coordinate dimension. |
class |
CoordinateOperationSequence
A coordinate operation sequence can transform a coordinate through several ordered CoordinateOperations. |
class |
CoordinateRounding
A class to change the coordinate precision |
class |
CoordinateSwitch
A class to switch to values in a double array. |
class |
Geocentric2Geographic
Transform geographic coordinates (latitude, longitude, ellipsoidal height into geocentric coordinates. |
class |
Geographic2Geocentric
Transform geographic coordinates (latitude, longitude, ellipsoidal height into geocentric coordinates. |
class |
Identity
The identity transformation. |
class |
IterativeTransformation
The IterativeTransformation is used to repeat a CoordinateOperation until one ore more coordinate(s)
converge to predifined values (saved in additional dimensions using
MemorizeCoordinate). |
class |
LoadMemorizeCoordinate
Add a fourth dimension to save one of the other coordinates. |
class |
LongitudeRotation
Longitude rotation is a simple transformation which shift the longitude parameter of a geographic coordinate. |
class |
MemorizeCoordinate
Add a fourth dimension to save one of the other coordinates. |
class |
OppositeCoordinate
This transformation turn the choosing coordinate into its opposite. |
class |
UnitConversion
Convert coordinates from a source unit to a target unit. |
| Uses of IdentifiableComponent in org.cts.op.projection |
|---|
| Subclasses of IdentifiableComponent in org.cts.op.projection | |
|---|---|
class |
AlbersEqualArea
The Albers Equal Area Projection (AEA). |
class |
CassiniSoldner
The Cassini-Soldner Projection (CASS). |
class |
CylindricalEqualArea
The Cylindrical Equal Area (normal case) Projection (CEA). |
class |
EquidistantCylindrical
The Equidistant Cylindrical projection (EQC). |
class |
GaussSchreiberTransverseMercator
The Gauss Schreiber Transverse Mercator (GSTMERC). |
class |
Krovak
The Krovak (North Orientated) Projection (KROVAK). |
class |
LambertAzimuthalEqualArea
The Lambert Azimuthal Equal Area Projection (LAEA). |
class |
LambertConicConformal1SP
A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane. |
class |
LambertConicConformal2SP
A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane. |
class |
Mercator1SP
The Mercator Projection (MERC). |
class |
MillerCylindrical
The Miller Cylindrical Projection (MILL). |
class |
NewZealandMapGrid
The New Zealand Map Grid Projection (NZMG). |
class |
ObliqueMercator
The Oblique Mercator Projection (OMERC). |
class |
ObliqueStereographicAlternative
The Oblique Stereographic Alternative Projection (STEREA). |
class |
Polyconic
The Polyconic (American) Projection (POLY). |
class |
Projection
A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane. |
class |
Stereographic
The Polar Stereographic Projection (STERE). |
class |
SwissObliqueMercator
The Swiss Oblique Mercator Projection (SOMERC). |
class |
TransverseMercator
A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane. |
class |
UniversalTransverseMercator
The Universal Transverse Mercator Projection (UTM). |
class |
UniversalTransverseMercatorAuto
A map projection is any method used in cartography (mapmaking) to represent the two-dimensional curved surface of the earth or other body on a plane. |
| Uses of IdentifiableComponent in org.cts.op.transformation |
|---|
| Subclasses of IdentifiableComponent in org.cts.op.transformation | |
|---|---|
class |
Altitude2EllipsoidalHeight
Altitude2EllipsoidalHeight is a coordinate operation used to transform 3D coordinates containing the altitude in the third coordinate with a grid transformation that return the equivalent coordinates with ellipsoidal height instead of altitude. |
class |
FrenchGeocentricNTF2RGF
French Geocentric interpolation is a transformation used at IGN-France to transform coordinates from the old local NTF system to the new ETRS-89 compatible RGF93. |
class |
GeocentricTranslation
GeocentricTranslation is a coordinate operation used to transform geocentric coordinates with a 3D translation defined by three parameters representing translation values along x axis, y axis and z axis. |
class |
NTv2GridShiftTransformation
Geographic Offset by Interpolation of Gridded Data. |
class |
SevenParameterTransformation
Seven-Parameter transformations are mathematical similarities or Helmert transformations in a three dimensional space. |
| Uses of IdentifiableComponent in org.cts.units |
|---|
| Subclasses of IdentifiableComponent in org.cts.units | |
|---|---|
class |
Unit
According to wikipedia, a unit of measurement is a standardised quantity of a physical property, used as a factor to express occurring quantities of that property. |
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