Package org.opengis.referencing

Class ReferenceSystemType

Object

CodeList<ReferenceSystemType>

ReferenceSystemType

All Implemented Interfaces:

Serializable, Comparable<ReferenceSystemType>, ControlledVocabulary

@UML(identifier="MD_ReferenceSystemTypeCode",
     specification=ISO_19115)
public final class ReferenceSystemType
extends CodeList<ReferenceSystemType>

Defines type of reference system used.

Since:

3.1

See Also:

Serialized Form

Nested Class Summary

Nested classes/interfaces inherited from class CodeList

CodeList.Filter

Field Summary

Fields

Modifier and Type	Field	Description
static ReferenceSystemType	COMPOUND_ENGINEERING_PARAMETRIC	Compound spatio-parametric coordinate reference system containing an engineering coordinate reference system and a parametric reference system.
static ReferenceSystemType	COMPOUND_ENGINEERING_PARAMETRIC_TEMPORAL	Compound spatio-parametric-temporal coordinate reference system containing an engineering, a parametric and a temporal coordinate reference system.
static ReferenceSystemType	COMPOUND_ENGINEERING_TEMPORAL	Compound spatio-temporal coordinate reference system containing an engineering coordinate reference system and a temporal reference system.
static ReferenceSystemType	COMPOUND_ENGINEERING_VERTICAL	Compound spatial reference system containing a horizontal engineering coordinate reference system and a vertical coordinate reference system.
static ReferenceSystemType	COMPOUND_ENGINEERING_VERTICAL_TEMPORAL	Compound spatio-temporal coordinate reference system containing an engineering, a vertical, and a temporal coordinate reference system.
static ReferenceSystemType	COMPOUND_GEOGRAPHIC2D_PARAMETRIC	Compound spatio-parametric coordinate reference system containing a 2D geographic horizontal coordinate reference system and a parametric reference system.
static ReferenceSystemType	COMPOUND_GEOGRAPHIC2D_PARAMETRIC_TEMPORAL	Compound spatio-parametric-temporal coordinate reference system containing a 2D geographic horizontal, a parametric and a temporal coordinate reference system.
static ReferenceSystemType	COMPOUND_GEOGRAPHIC2D_TEMPORAL	Compound spatio-temporal coordinate reference system containing a 2D geographic horizontal coordinate reference system and a temporal reference system.
static ReferenceSystemType	COMPOUND_GEOGRAPHIC2D_VERTICAL	Compound coordinate reference system in which one constituent coordinate reference system is a horizontal geodetic coordinate reference system and one is a vertical coordinate reference system.
static ReferenceSystemType	COMPOUND_GEOGRAPHIC2D_VERTICAL_TEMPORAL	Compound spatio-temporal coordinate reference system containing a 2D geographic horizontal, a vertical, and a temporal coordinate reference system.
static ReferenceSystemType	COMPOUND_GEOGRAPHIC3D_TEMPORAL	Compound spatio-temporal coordinate reference system containing a 3D geographic and temporal coordinate reference system.
static ReferenceSystemType	COMPOUND_PROJECTED_TEMPORAL	Compound spatio-temporal reference system containing a projected horizontal and a temporal coordinate reference system.
static ReferenceSystemType	COMPOUND_PROJECTED_VERTICAL	Compound spatial reference system containing a horizontal projected coordinate reference system and a vertical coordinate reference.
static ReferenceSystemType	COMPOUND_PROJECTED_VERTICAL_TEMPORAL	Compound spatio-temporal coordinate reference system containing a projected horizontal, a vertical, and a temporal coordinate reference system.
static ReferenceSystemType	COMPOUND_PROJECTED2D_PARAMETRIC	Compound spatio-parametric coordinate reference system containing a projected horizontal coordinate reference system and a parametric reference system.
static ReferenceSystemType	COMPOUND_PROJECTED2D_PARAMETRIC_TEMPORAL	Compound statio-parametric-temporal coordinate reference system containing a projected horizontal, a parametric, and a temporal coordinate reference system.
static ReferenceSystemType	ENGINEERING	Coordinate reference system based on an engineering datum (datum describing the relationship of a coordinate system to a local reference).
static ReferenceSystemType	ENGINEERING_DESIGN	Engineering coordinate reference system in which the base representation of a moving object is specified.
static ReferenceSystemType	ENGINEERING_IMAGE	Coordinate reference system based on an image datum (engineering datum which defines the relationship of a coordinate reference system to an image).
static ReferenceSystemType	GEODETIC_GEOCENTRIC	Geodetic CRS having a 3D cartesian coordinate system.
static ReferenceSystemType	GEODETIC_GEOGRAPHIC_2D	Geodetic CRS having an ellipsoidal 2D coordinate system.
static ReferenceSystemType	GEODETIC_GEOGRAPHIC_3D	Geodetic CRS having an ellipsoidal 3D coordinate system.
static ReferenceSystemType	GEOGRAPHIC_IDENTIFIER	Spatial reference in the form of a label or code that identifies a location.
static ReferenceSystemType	LINEAR	Set of Linear Referencing Methods and the policies, records and procedures for implementing them reference system that identifies a location by reference to a segment of a linear geographic feature and distance along that segment from a given point.
static ReferenceSystemType	PARAMETRIC	Coordinate reference system based on a parametric datum (datum describing the relationship of parametric coordinate reference system to an object).
static ReferenceSystemType	PROJECTED	Coordinate reference system derived from a two dimensional geodetic coordinate reference system by applying a map projection.
static ReferenceSystemType	TEMPORAL	Reference system against which time is measured.
static ReferenceSystemType	VERTICAL	One-dimensional coordinate reference system based on a vertical datum (datum describing the relation of gravity-related heights or depths to the earth).

Method Summary

Modifier and Type	Method	Description
ReferenceSystemType[]	family()	Returns the list of codes of the same kind than this code list element.
static ReferenceSystemType	valueOf(String code)	Returns the ReferenceSystemType that matches the given string, or returns a new one if none match it.
static ReferenceSystemType[]	values()	Returns the list of ReferenceSystemTypes.

Methods inherited from class CodeList

compareTo, identifier, name, names, ordinal, readResolve, toString, valueOf, valueOf, valueOf

Methods inherited from class Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

COMPOUND_ENGINEERING_PARAMETRIC

@UML(identifier="compoundEngineeringParametric",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_ENGINEERING_PARAMETRIC

Compound spatio-parametric coordinate reference system containing an engineering coordinate reference system and a parametric reference system.

Example: x, y, pressure.

COMPOUND_ENGINEERING_PARAMETRIC_TEMPORAL

@UML(identifier="compoundEngineeringParametricTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_ENGINEERING_PARAMETRIC_TEMPORAL

Compound spatio-parametric-temporal coordinate reference system containing an engineering, a parametric and a temporal coordinate reference system.

Example: x, y, pressure, time.

COMPOUND_ENGINEERING_TEMPORAL

@UML(identifier="compoundEngineeringTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_ENGINEERING_TEMPORAL

Compound spatio-temporal coordinate reference system containing an engineering coordinate reference system and a temporal reference system.

Example: x, y, time.

COMPOUND_ENGINEERING_VERTICAL

@UML(identifier="compoundEngineeringVertical",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_ENGINEERING_VERTICAL

Compound spatial reference system containing a horizontal engineering coordinate reference system and a vertical coordinate reference system.

Example: x, y, height.

COMPOUND_ENGINEERING_VERTICAL_TEMPORAL

@UML(identifier="compoundEngineeringVerticalTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_ENGINEERING_VERTICAL_TEMPORAL

Compound spatio-temporal coordinate reference system containing an engineering, a vertical, and a temporal coordinate reference system.

Example: x, y, height, time.

COMPOUND_GEOGRAPHIC2D_PARAMETRIC

@UML(identifier="compoundGeographic2DParametric",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_GEOGRAPHIC2D_PARAMETRIC

Compound spatio-parametric coordinate reference system containing a 2D geographic horizontal coordinate reference system and a parametric reference system.

Example: latitude, longitude, pressure.

COMPOUND_GEOGRAPHIC2D_PARAMETRIC_TEMPORAL

@UML(identifier="compoundGeographic2DParametricTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_GEOGRAPHIC2D_PARAMETRIC_TEMPORAL

Compound spatio-parametric-temporal coordinate reference system containing a 2D geographic horizontal, a parametric and a temporal coordinate reference system.

Example: latitude, longitude, pressure, time.

COMPOUND_GEOGRAPHIC2D_TEMPORAL

@UML(identifier="compoundGeographic2DTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_GEOGRAPHIC2D_TEMPORAL

Compound spatio-temporal coordinate reference system containing a 2D geographic horizontal coordinate reference system and a temporal reference system.

Example: latitude, longitude, time.

COMPOUND_GEOGRAPHIC2D_VERTICAL

@UML(identifier="compoundGeographic2DVertical",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_GEOGRAPHIC2D_VERTICAL

Compound coordinate reference system in which one constituent coordinate reference system is a horizontal geodetic coordinate reference system and one is a vertical coordinate reference system.

Example: latitude, longitude, [gravity related] height or depth.

COMPOUND_GEOGRAPHIC2D_VERTICAL_TEMPORAL

@UML(identifier="compoundGeographic2DVerticalTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_GEOGRAPHIC2D_VERTICAL_TEMPORAL

Compound spatio-temporal coordinate reference system containing a 2D geographic horizontal, a vertical, and a temporal coordinate reference system.

Example: latitude, longitude, height, time.

COMPOUND_GEOGRAPHIC3D_TEMPORAL

@UML(identifier="compoundGeographic3DTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_GEOGRAPHIC3D_TEMPORAL

Compound spatio-temporal coordinate reference system containing a 3D geographic and temporal coordinate reference system.

Example: latitude, longitude, ellipsoidal height, time.

COMPOUND_PROJECTED2D_PARAMETRIC

@UML(identifier="compoundProjected2DParametric",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_PROJECTED2D_PARAMETRIC

Compound spatio-parametric coordinate reference system containing a projected horizontal coordinate reference system and a parametric reference system.

Example: easting, northing, density.

COMPOUND_PROJECTED2D_PARAMETRIC_TEMPORAL

@UML(identifier="compoundProjected2DParametricTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_PROJECTED2D_PARAMETRIC_TEMPORAL

Compound statio-parametric-temporal coordinate reference system containing a projected horizontal, a parametric, and a temporal coordinate reference system.

Example: easting, northing, density, time.

COMPOUND_PROJECTED_TEMPORAL

@UML(identifier="compoundProjectedTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_PROJECTED_TEMPORAL

Compound spatio-temporal reference system containing a projected horizontal and a temporal coordinate reference system.

Example: easting, northing, time.

COMPOUND_PROJECTED_VERTICAL

@UML(identifier="compoundProjectedVertical",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_PROJECTED_VERTICAL

Compound spatial reference system containing a horizontal projected coordinate reference system and a vertical coordinate reference.

Example: easting, northing, height or depth.

COMPOUND_PROJECTED_VERTICAL_TEMPORAL

@UML(identifier="compoundProjectedVerticalTemporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType COMPOUND_PROJECTED_VERTICAL_TEMPORAL

Compound spatio-temporal coordinate reference system containing a projected horizontal, a vertical, and a temporal coordinate reference system.

Example: easting, northing, height, time.

ENGINEERING

@UML(identifier="engineering",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType ENGINEERING

Coordinate reference system based on an engineering datum (datum describing the relationship of a coordinate system to a local reference).

ENGINEERING_DESIGN

@UML(identifier="engineeringDesign",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType ENGINEERING_DESIGN

Engineering coordinate reference system in which the base representation of a moving object is specified.

ENGINEERING_IMAGE

@UML(identifier="engineeringImage",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType ENGINEERING_IMAGE

Coordinate reference system based on an image datum (engineering datum which defines the relationship of a coordinate reference system to an image).

Example: row, column.

GEODETIC_GEOCENTRIC

@UML(identifier="geodeticGeocentric",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType GEODETIC_GEOCENTRIC

Geodetic CRS having a 3D cartesian coordinate system.

Example: [geocentric] X, Y, Z.

GEODETIC_GEOGRAPHIC_2D

@UML(identifier="geodeticGeographic2D",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType GEODETIC_GEOGRAPHIC_2D

Geodetic CRS having an ellipsoidal 2D coordinate system.

GEODETIC_GEOGRAPHIC_3D

@UML(identifier="geodeticGeographic3D",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType GEODETIC_GEOGRAPHIC_3D

Geodetic CRS having an ellipsoidal 3D coordinate system.

GEOGRAPHIC_IDENTIFIER

@UML(identifier="geographicIdentifier",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType GEOGRAPHIC_IDENTIFIER

Spatial reference in the form of a label or code that identifies a location.

Example: post code.

LINEAR

@UML(identifier="linear",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType LINEAR

Set of Linear Referencing Methods and the policies, records and procedures for implementing them reference system that identifies a location by reference to a segment of a linear geographic feature and distance along that segment from a given point.

Example: x km along road.

PARAMETRIC

@UML(identifier="parametric",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType PARAMETRIC

Coordinate reference system based on a parametric datum (datum describing the relationship of parametric coordinate reference system to an object).

Example: pressure.

PROJECTED

@UML(identifier="projected",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType PROJECTED

Coordinate reference system derived from a two dimensional geodetic coordinate reference system by applying a map projection.

Example: easting, northing.

TEMPORAL

@UML(identifier="temporal",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType TEMPORAL

Reference system against which time is measured.

Example: time.

VERTICAL

@UML(identifier="vertical",
     obligation=CONDITIONAL,
     specification=ISO_19115)
public static final ReferenceSystemType VERTICAL

One-dimensional coordinate reference system based on a vertical datum (datum describing the relation of gravity-related heights or depths to the earth).

Example: height or depths.

Method Detail

values

public static ReferenceSystemType[] values()

Returns the list of ReferenceSystemTypes.

Returns:

the list of codes declared in the current JVM.

family

public ReferenceSystemType[] family()

Returns the list of codes of the same kind than this code list element. Invoking this method is equivalent to invoking values(), except that this method can be invoked on an instance of the parent CodeList class.

Specified by:

family in interface ControlledVocabulary

Specified by:

family in class CodeList<ReferenceSystemType>

Returns:

all code values for this code list.

valueOf

public static ReferenceSystemType valueOf(String code)

Returns the ReferenceSystemType that matches the given string, or returns a new one if none match it. More specifically, this methods returns the first instance for which name().equals(code) returns true. If no existing instance is found, then a new one is created for the given name.

Parameters:

code - the name of the code to fetch or to create.

Returns:

a code matching the given name.