Package org.opengis.test.referencing

Class CRSValidator

Object

Validator

ReferencingValidator

CRSValidator

public class CRSValidator
extends ReferencingValidator

Validates CoordinateReferenceSystem and related objects from the org.opengis.referencing.crs package.

This class is provided for users wanting to override the validation methods. When the default behavior is sufficient, the Validators static methods provide a more convenient way to validate various kinds of objects.

Since:

2.2

Field Summary

Fields

Modifier and Type	Field	Description
boolean	enforceStandardNames	true if standard names shall be enforced when such names are defined by an OGC/ISO standard.

Fields inherited from class Validator

container, DEFAULT_TOLERANCE, enforceForbiddenAttributes, logger, requireMandatoryAttributes

Constructor Summary

Constructors

Constructor	Description
CRSValidator(ValidatorContainer container)	Creates a new validator instance.

Method Summary

Modifier and Type	Method	Description
int	dispatch(CoordinateReferenceSystem object)	For each interface implemented by the given object, invokes the corresponding validate(…) method defined in this class (if any).
void	validate(CompoundCRS object)	Validates the given coordinate reference system.
void	validate(DerivedCRS object)	Validates the given coordinate reference system.
void	validate(EngineeringCRS object)	Validates the given coordinate reference system.
void	validate(GeocentricCRS object)	Validates the given coordinate reference system.
void	validate(GeographicCRS object)	Validates the given coordinate reference system.
void	validate(ImageCRS object)	Validates the given coordinate reference system.
void	validate(ProjectedCRS object)	Validates the given coordinate reference system.
void	validate(TemporalCRS object)	Validates the given coordinate reference system.
void	validate(VerticalCRS object)	Validates the given coordinate reference system.

Methods inherited from class ReferencingValidator

dispatchObject, validate

Methods inherited from class Validator

conditional, forbidden, mandatory, validate

Methods inherited from class Object

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

Field Detail

enforceStandardNames

public boolean enforceStandardNames

true if standard names shall be enforced when such names are defined by an OGC/ISO standard. For example the ISO 19111 standard constraints the GeographicCRS axis names to "geodetic latitude", "geodetic longitude" and "ellipsoidal height" (if 3D) names. Those axis names will be verified by this validator, unless this fields is explicitely set to false.

Since:

3.1

See Also:

validate(GeocentricCRS), validate(GeographicCRS), validate(ProjectedCRS), validate(VerticalCRS)

Constructor Detail

CRSValidator

public CRSValidator(ValidatorContainer container)

Creates a new validator instance.

Parameters:

container - the set of validators to use for validating other kinds of objects (see field javadoc).

Method Detail

dispatch

public int dispatch(CoordinateReferenceSystem object)

For each interface implemented by the given object, invokes the corresponding validate(…) method defined in this class (if any).

Parameters:

object - the object to dispatch to validate(…) methods, or null.

Returns:

number of validate(…) methods invoked in this class for the given object.

validate

public void validate(GeocentricCRS object)

Validates the given coordinate reference system. If the enforceStandardNames field is set to true (which is the default), then this method expects the axes to have the following names:

• For Cartesian coordinate system, "geocentric X", "geocentric Y" and "geocentric Z".
• For spherical coordinate system, "spherical latitude", "spherical longitude" and "geocentric radius".

Parameters:

object - the object to validate, or null.

validate

public void validate(GeographicCRS object)

Validates the given coordinate reference system. If the enforceStandardNames field is set to true (which is the default), then this method expects the axes to have the following names:

• "geodetic latitude", "geodetic longitude" and "ellipsoidal height" (if 3D).

Parameters:

object - the object to validate, or null.

validate

public void validate(ProjectedCRS object)

Validates the given coordinate reference system. If the enforceStandardNames field is set to true (which is the default), then this method expects the axes to have the following names:

• "northing" or "southing", "easting" or "westing".

Parameters:

object - the object to validate, or null.

validate

public void validate(DerivedCRS object)

Validates the given coordinate reference system.

Parameters:

object - the object to validate, or null.

validate

public void validate(ImageCRS object)

Validates the given coordinate reference system.

Parameters:

object - the object to validate, or null.

validate

public void validate(EngineeringCRS object)

Validates the given coordinate reference system.

Parameters:

object - the object to validate, or null.

validate

public void validate(VerticalCRS object)

Validates the given coordinate reference system. If the enforceStandardNames field is set to true (which is the default), then this method expects the axes to have the following names:

• "depth" or "gravity-related height".

Parameters:

object - the object to validate, or null.

validate

public void validate(TemporalCRS object)

Validates the given coordinate reference system.

Parameters:

object - the object to validate, or null.

validate

public void validate(CompoundCRS object)

Validates the given coordinate reference system. This method will validate every individual components in the given compound CRS.

Parameters:

object - the object to validate, or null.

Since:

3.1