Serialized Form (Apache SIS referencing 0.8 API)

Package org.apache.sis.geometry
- Class CoordinateFormat extends CompoundFormat<DirectPosition> implements Serializable
  
  serialVersionUID:
  
  8324486673169133932L
  - Serialized Fields
    - separator
```
String separator
```
      The separator between each coordinate values to be formatted. The default value is a space.
    - parseSeparator
```
String parseSeparator
```
      The separator without spaces, used at parsing time.
    - defaultCRS
```
CoordinateReferenceSystem defaultCRS
```
      The coordinate reference system to assume if no CRS is attached to the position to format. May be null.
- Class DirectPosition1D extends AbstractDirectPosition implements Serializable
  
  serialVersionUID:
  
  -9196647508968517838L
  - Serialized Fields
    - crs
```
CoordinateReferenceSystem crs
```
      The coordinate reference system for this position;
    - ordinate
```
double ordinate
```
      The ordinate value.
- Class DirectPosition2D extends Point2D.Double implements Serializable
  
  serialVersionUID:
  
  6063110617109934018L
  - Serialized Fields
    - crs
```
CoordinateReferenceSystem crs
```
      The coordinate reference system for this position;
- Class Envelope2D extends Rectangle2D.Double implements Serializable
  
  serialVersionUID:
  
  761232175464415062L
  - Serialized Fields
    - crs
```
CoordinateReferenceSystem crs
```
      The coordinate reference system, or null.
- Class GeneralDirectPosition extends AbstractDirectPosition implements Serializable
  
  serialVersionUID:
  
  -5524426558018300122L
  - Serialized Fields
    - ordinates
```
double[] ordinates
```
      The ordinates of the direct position. The length of this array is the dimension of this direct position.
    - crs
```
CoordinateReferenceSystem crs
```
      The coordinate reference system for this position, or null.
- Class GeneralEnvelope extends ArrayEnvelope implements Serializable
  
  serialVersionUID:
  
  3796799507279068254L
- Class ImmutableEnvelope extends ArrayEnvelope implements Serializable
  
  serialVersionUID:
  
  8740224085449107870L
- Class MismatchedReferenceSystemException extends IllegalArgumentException implements Serializable
  
  serialVersionUID:
  
  6222334569692693273L
- Class UnmodifiableGeometryException extends UnsupportedOperationException implements Serializable
  
  serialVersionUID:
  
  8679047625299612669L
Package org.apache.sis.parameter
- Class AbstractParameterDescriptor extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  -4346475760810353590L
  - Serialized Fields
    - minimumOccurs
```
short minimumOccurs
```
      The minimum number of times that values for this parameter group are required, as an unsigned short. We use a short because this value is usually either 0 or 1, or a very small number like 2 or 3. A large number would be a bad idea with this parameter implementation.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractParameterDescriptor.setNonDefaultMinimumOccurs(Integer)
    - maximumOccurs
```
short maximumOccurs
```
      The maximum number of times that values for this parameter group are required, as an unsigned short. Value 0xFFFF (or -1) means an unrestricted number of occurrences.
      We use a short because this value is usually 1 or a very small number like 2 or 3. This also serve as a safety since a large number would be a bad idea with this parameter implementation.
      
      Consider this field as final! This field is modified only at unmarshalling time by AbstractParameterDescriptor.setNonDefaultMaximumOccurs(Integer)
- Class DefaultParameterDescriptor extends AbstractParameterDescriptor implements Serializable
  
  serialVersionUID:
  
  -1978932430298071693L
  - Serialized Fields
    - valueClass
```
Class<T> valueClass
```
      The class that describe the type of parameter values.
      
      See Also:
      DefaultParameterDescriptor.getValueClass()
    - validValues
```
Set<E> validValues
```
      A set of valid values (usually from a code list) or null if it does not apply. This set is immutable.
      
      See Also:
      DefaultParameterDescriptor.getValidValues()
    - valueDomain
```
Range<E extends Comparable<? super E>> valueDomain
```
      The minimum and maximum parameter value with their unit of measurement, or null if none. If this field is non-null, then valueDomain.getElementType() shall be one of the following:
      
      If DefaultParameterDescriptor.valueClass is not an array, then the range element type shall be the same class.
      
      If valueClass is an array, then the range element type shall be the wrapper of valueClass.getComponentType().
      See Also:
      DefaultParameterDescriptor.getValueDomain()
    - defaultValue
```
Object defaultValue
```
      The default value for the parameter, or null.
      
      See Also:
      DefaultParameterDescriptor.getDefaultValue()
- Class DefaultParameterDescriptorGroup extends AbstractParameterDescriptor implements Serializable
  
  serialVersionUID:
  
  6058599597772994456L
  - Serialized Fields
    - descriptors
```
List<E> descriptors
```
      The parameter descriptors for this group.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultParameterDescriptorGroup.setDescriptors(GeneralParameterDescriptor[])
      
      See Also:
      DefaultParameterDescriptorGroup.descriptors()
- Class DefaultParameterValue extends FormattableObject implements Serializable
  
  serialVersionUID:
  
  -5837826787089486776L
  - Serialized Fields
    - descriptor
```
ParameterDescriptor<T> descriptor
```
      The definition of this parameter.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultParameterValue.setDescriptor(ParameterDescriptor)
      
      See Also:
      DefaultParameterValue.getDescriptor()
    - value
```
Object value
```
      The value, or null if undefined. Except for the constructors, the DefaultParameterValue.equals(Object) and the DefaultParameterValue.hashCode() methods, this field should be read only by DefaultParameterValue.getValue() and written only by DefaultParameterValue.setValue(Object, Unit).
      
      Since:
      
      0.7
    - unit
```
Unit<Q extends Quantity<Q>> unit
```
      The unit of measure for the value, or null if it does not apply. Except for the constructors, the DefaultParameterValue.equals(Object) and the DefaultParameterValue.hashCode() methods, this field should be read only by DefaultParameterValue.getUnit() and written only by DefaultParameterValue.setValue(Object, Unit).
      
      Since:
      
      0.7
- Class DefaultParameterValueGroup extends Parameters implements Serializable
  
  serialVersionUID:
  
  -1985309386356545126L
  - Serialized Fields
    - values
```
ParameterValueList values
```
      Contains the descriptor and the parameter values for this group.
      Consider this field as final! This field is modified only by the DefaultParameterValueGroup.clone() method and at unmarshalling time by DefaultParameterValueGroup.setValues(GeneralParameterValue[])
      
      See Also:
      DefaultParameterValueGroup.values()
- Class ParameterFormat extends TabularFormat<Object> implements Serializable
  
  serialVersionUID:
  
  -1345231739800152411L
  - Serialized Fields
    - displayLocale
```
Locale displayLocale
```
      The locale for international strings.
    - contentLevel
```
ParameterFormat.ContentLevel contentLevel
```
      The amount of information to put in the table.
      
      See Also:
      ParameterFormat.getContentLevel()
    - preferredCodespaces
```
Set<E> preferredCodespaces
```
      If the identifier should be written only for some code spaces, those code spaces. Otherwise null. This set should not be modified; new set are created if needed.
      
      See Also:
      ParameterFormat.getPreferredCodespaces()
    - colors
```
Colors colors
```
      The colors for an output on X3.64 compatible terminal, or null if none.
      
      See Also:
      ParameterFormat.getColors()
- Class TensorParameters extends Object implements Serializable
  
  serialVersionUID:
  
  -7386537348359343836L
  - Serialization Methods
    - readObject
```
private void readObject(ObjectInputStream in)
                 throws IOException,
                        ClassNotFoundException
```
      Invoked on deserialization for restoring the TensorParameters.parameters array.
      
      Throws:
      
      IOException - if an I/O error occurred while reading or if the stream contains invalid data.
      
      ClassNotFoundException - if the class serialized on the stream is not on the classpath.
  - Serialized Fields
    - elementType
```
Class<T> elementType
```
      The type of tensor element values.
    - dimensions
```
ParameterDescriptor<T>[] dimensions
```
      The parameters that define the number of rows, columns or other dimensions. In WKT1, the parameter names are "num_row" and "num_col" respectively.
      The length of this array determine the tensor rank.
    - prefix
```
String prefix
```
      The prefix of parameter names for tensor elements. This is "elt_" in WKT 1.
    - separator
```
String separator
```
      The separator between row and column in parameter names for tensor elements. This is "_" in WKT 1.
Package org.apache.sis.referencing
- Class AbstractIdentifiedObject extends FormattableObject implements Serializable
  
  serialVersionUID:
  
  -5173281694258483264L
  - Serialized Fields
    - name
```
ReferenceIdentifier name
```
      The name for this object or code. Shall never be null.
      Consider this field as final! This field is modified only at unmarshalling time by Names.add(Identifier).
      
      See Also:
      AbstractIdentifiedObject.getName(), AbstractIdentifiedObject.getNames()
    - alias
```
Collection<E> alias
```
      An alternative name by which this object is identified, or null if none. We must be prepared to handle either null or an empty set for "no alias" because we may get both on unmarshalling.
      Consider this field as final! This field is modified only at unmarshalling time by Names.add(Identifier).
    - identifiers
```
Set<E> identifiers
```
      An identifier which references elsewhere the object's defining information. Alternatively an identifier by which this object can be referenced.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractIdentifiedObject.setIdentifier(Code)
      
      See Also:
      AbstractIdentifiedObject.getIdentifiers(), AbstractIdentifiedObject.getIdentifier()
    - remarks
```
InternationalString remarks
```
      Comments on or information about this object, or null if none.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractIdentifiedObject.setRemarks(InternationalString)
      
      See Also:
      AbstractIdentifiedObject.getRemarks()
    - deprecated
```
boolean deprecated
```
      true if this object is deprecated.
      
      Since:
      
      0.6
- Class AbstractReferenceSystem extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  3337659819553899435L
  - Serialized Fields
    - domainOfValidity
```
Extent domainOfValidity
```
      Area for which the (coordinate) reference system is valid.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractReferenceSystem.setDomainOfValidity(Extent)
      
      See Also:
      AbstractReferenceSystem.getDomainOfValidity()
    - scope
```
InternationalString scope
```
      Description of domain of usage, or limitations of usage, for which this (coordinate) reference system object is valid.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractReferenceSystem.setScope(InternationalString)
      
      See Also:
      AbstractReferenceSystem.getScope()
- Class NamedIdentifier extends ImmutableIdentifier implements Serializable
  
  serialVersionUID:
  
  -3982456534858346939L
  - Serialization Methods
    - readObject
```
private void readObject(ObjectInputStream in)
                 throws IOException,
                        ClassNotFoundException
```
      Invoked on deserialization for reading the name written by NamedIdentifier.writeObject(ObjectOutputStream), if any.
      
      Throws:
      
      IOException - if an I/O error occurred while reading or if the stream contains invalid data.
      
      ClassNotFoundException - if the class serialized on the stream is not on the classpath.
    - writeObject
```
private void writeObject(ObjectOutputStream out)
                  throws IOException
```
      Invoked on serialization for writing the NamedIdentifier.name if it was supplied by the user. Otherwise, we will let NamedIdentifier.getName() recompute the name only when needed.
      
      Throws:
      
      IOException - if an I/O error occurred while writing.
Package org.apache.sis.referencing.crs
- Class AbstractCRS extends AbstractReferenceSystem implements Serializable
  
  serialVersionUID:
  
  -7433284548909530047L
  - Serialized Fields
    - coordinateSystem
```
CoordinateSystem coordinateSystem
```
      The coordinate system.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractCRS.setCoordinateSystem(String, CoordinateSystem)
      
      See Also:
      AbstractCRS.getCoordinateSystem()
- Class DefaultCompoundCRS extends AbstractCRS implements Serializable
  
  serialVersionUID:
  
  -2656710314586929287L
  - Serialization Methods
    - readObject
```
private void readObject(ObjectInputStream in)
                 throws IOException,
                        ClassNotFoundException
```
      Computes the single CRS list on deserialization.
      
      Throws:
      
      IOException - if an I/O error occurred while reading or if the stream contains invalid data.
      
      ClassNotFoundException - if the class serialized on the stream is not on the classpath.
  - Serialized Fields
    - components
```
List<E> components
```
      The coordinate reference systems in this compound CRS. May be the same reference than DefaultCompoundCRS.singles.
      Consider this field as final! This field is modified only at construction and unmarshalling time by DefaultCompoundCRS.setComponents(List)
- Class DefaultDerivedCRS extends AbstractDerivedCRS<Conversion> implements Serializable
  
  serialVersionUID:
  
  -8149602276542469876L
- Class DefaultEngineeringCRS extends AbstractCRS implements Serializable
  
  serialVersionUID:
  
  6695541732063382701L
  - Serialized Fields
    - datum
```
EngineeringDatum datum
```
      The datum.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultEngineeringCRS.setDatum(EngineeringDatum)
      
      See Also:
      DefaultEngineeringCRS.getDatum()
- Class DefaultGeocentricCRS extends DefaultGeodeticCRS implements Serializable
  
  serialVersionUID:
  
  6784642848287659827L
- Class DefaultGeographicCRS extends DefaultGeodeticCRS implements Serializable
  
  serialVersionUID:
  
  861224913438092335L
- Class DefaultImageCRS extends AbstractCRS implements Serializable
  
  serialVersionUID:
  
  7312452786096397847L
  - Serialized Fields
    - datum
```
ImageDatum datum
```
      The datum.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultImageCRS.setDatum(ImageDatum)
      
      See Also:
      DefaultImageCRS.getDatum()
- Class DefaultParametricCRS extends AbstractCRS implements Serializable
  
  serialVersionUID:
  
  4013698133331342649L
  - Serialized Fields
    - datum
```
DefaultParametricDatum datum
```
      The datum.
      Consider this field as final! This field is modified only at unmarshalling time by setDatum(ParametricDatum)
      
      See Also:
      DefaultParametricCRS.getDatum()
- Class DefaultProjectedCRS extends AbstractDerivedCRS<Projection> implements Serializable
  
  serialVersionUID:
  
  -4502680112031773028L
- Class DefaultTemporalCRS extends AbstractCRS implements Serializable
  
  serialVersionUID:
  
  3000119849197222007L
  - Serialized Fields
    - datum
```
TemporalDatum datum
```
      The datum.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultTemporalCRS.setDatum(TemporalDatum)
      
      See Also:
      DefaultTemporalCRS.getDatum()
- Class DefaultVerticalCRS extends AbstractCRS implements Serializable
  
  serialVersionUID:
  
  3565878468719941800L
  - Serialized Fields
    - datum
```
VerticalDatum datum
```
      The datum.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultVerticalCRS.setDatum(VerticalDatum)
      
      See Also:
      DefaultVerticalCRS.getDatum()
Package org.apache.sis.referencing.cs
- Class AbstractCS extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  6757665252533744744L
  - Serialized Fields
    - axes
```
CoordinateSystemAxis[] axes
```
      The sequence of axes for this coordinate system.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractCS.setAxis(CoordinateSystemAxis[])
      
      See Also:
      AbstractCS.getAxis(int)
- Class DefaultAffineCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  7977674229369042440L
- Class DefaultCartesianCS extends DefaultAffineCS implements Serializable
  
  serialVersionUID:
  
  -6182037957705712945L
- Class DefaultCompoundCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  -5726410275278843373L
  - Serialized Fields
    - components
```
List<E> components
```
      The coordinate systems.
- Class DefaultCoordinateSystemAxis extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  -7883614853277827689L
  - Serialized Fields
    - abbreviation
```
String abbreviation
```
      The abbreviation used for this coordinate system axes. Examples are "X" and "Y".
      Consider this field as final! This field is modified only at unmarshalling time by DefaultCoordinateSystemAxis.setAbbreviation(String)
      
      See Also:
      DefaultCoordinateSystemAxis.getAbbreviation()
    - direction
```
AxisDirection direction
```
      Direction of this coordinate system axis. In the case of Cartesian projected coordinates, this is the direction of this coordinate system axis locally.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultCoordinateSystemAxis.setDirection(AxisDirection)
      
      See Also:
      DefaultCoordinateSystemAxis.getDirection()
    - unit
```
Unit<Q extends Quantity<Q>> unit
```
      The unit of measure used for this coordinate system axis.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultCoordinateSystemAxis.setUnit(Unit)
      
      See Also:
      DefaultCoordinateSystemAxis.getUnit()
    - minimumValue
```
double minimumValue
```
      Minimal and maximal value for this axis, or negative/positive infinity if none.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultCoordinateSystemAxis.setMinimum(Double) or DefaultCoordinateSystemAxis.setMaximum(Double)
    - maximumValue
```
double maximumValue
```
      Minimal and maximal value for this axis, or negative/positive infinity if none.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultCoordinateSystemAxis.setMinimum(Double) or DefaultCoordinateSystemAxis.setMaximum(Double)
    - rangeMeaning
```
RangeMeaning rangeMeaning
```
      The range meaning for this axis, or null if unspecified.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultCoordinateSystemAxis.setRangeMeaning(RangeMeaning)
      
      See Also:
      DefaultCoordinateSystemAxis.getRangeMeaning()
- Class DefaultCylindricalCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  -8290402732390917907L
- Class DefaultEllipsoidalCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  -1452492488902329211L
- Class DefaultLinearCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  -6890723478287625763L
- Class DefaultParametricCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  -5588239024582484514L
- Class DefaultPolarCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  3960197260975470951L
- Class DefaultSphericalCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  196295996465774477L
- Class DefaultTimeCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  5222911412381303989L
- Class DefaultUserDefinedCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  -4904091898305706316L
- Class DefaultVerticalCS extends AbstractCS implements Serializable
  
  serialVersionUID:
  
  1201155778896630499L
Package org.apache.sis.referencing.datum
- Class AbstractDatum extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  -4894180465652474930L
  - Serialized Fields
    - anchorDefinition
```
InternationalString anchorDefinition
```
      Description, possibly including coordinates, of the point or points used to anchor the datum to the Earth. Also known as the "origin", especially for Engineering and Image Datums.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractDatum.setAnchorPoint(InternationalString)
      
      See Also:
      AbstractDatum.getAnchorPoint()
    - realizationEpoch
```
long realizationEpoch
```
      The time after which this datum definition is valid. This time may be precise (e.g. 1997 for IRTF97) or merely a year (e.g. 1983 for NAD83). If the time is not defined, then the value is Long.MIN_VALUE.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractDatum.setRealizationEpoch(Date)
    - domainOfValidity
```
Extent domainOfValidity
```
      Area or region in which this datum object is valid.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractDatum.setDomainOfValidity(Extent)
      
      See Also:
      AbstractDatum.getDomainOfValidity()
    - scope
```
InternationalString scope
```
      Description of domain of usage, or limitations of usage, for which this datum object is valid.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractDatum.setScope(InternationalString)
      
      See Also:
      AbstractDatum.getScope()
- Class BursaWolfParameters extends FormattableObject implements Serializable
  
  serialVersionUID:
  
  754825592343010900L
  - Serialized Fields
    - tX
```
double tX
```
      X-axis translation in metres (EPSG:8605). The legacy OGC parameter name is "dx".
    - tY
```
double tY
```
      Y-axis translation in metres (EPSG:8606). The legacy OGC parameter name is "dy".
    - tZ
```
double tZ
```
      Z-axis translation in metres (EPSG:8607). The legacy OGC parameter name is "dz".
    - rX
```
double rX
```
      X-axis rotation in arc-seconds (EPSG:8608), sign following the Position Vector convention. The legacy OGC parameter name is "ex".
    - rY
```
double rY
```
      Y-axis rotation in arc-seconds (EPSG:8609), sign following the Position Vector convention. The legacy OGC parameter name is "ey".
    - rZ
```
double rZ
```
      Z-axis rotation in arc-seconds (EPSG:8610), sign following the Position Vector convention. The legacy OGC parameter name is "ez".
    - dS
```
double dS
```
      The scale difference in parts per million (EPSG:8611). The legacy OGC parameter name is "ppm".
      Example: If a distance of 100 km in the source coordinate reference system translates into a distance of 100.001 km in the target coordinate reference system, the scale difference is 1 ppm (the ratio being 1.000001).
    - targetDatum
```
GeodeticDatum targetDatum
```
      The target datum for this set of parameters, or null if unknown. This is usually the WGS 84 datum, but other targets are allowed.
      The source datum is the DefaultGeodeticDatum that contain this BursaWolfParameters instance.
      
      See Also:
      BursaWolfParameters.getTargetDatum()
    - domainOfValidity
```
Extent domainOfValidity
```
      Region or timeframe in which a coordinate transformation based on those Bursa-Wolf parameters is valid, or null if unspecified.
      
      See Also:
      BursaWolfParameters.getDomainOfValidity()
- Class DatumShiftGrid extends Object implements Serializable
  
  serialVersionUID:
  
  8405276545243175808L
  - Serialization Methods
    - readObject
```
private void readObject(ObjectInputStream in)
                 throws IOException,
                        ClassNotFoundException
```
      Invoked after deserialization. This method computes the transient fields.
      
      Throws:
      
      IOException - if an I/O error occurred while reading or if the stream contains invalid data.
      
      ClassNotFoundException - if the class serialized on the stream is not on the classpath.
  - Serialized Fields
    - coordinateUnit
```
Unit<Q extends Quantity<Q>> coordinateUnit
```
      The unit of measurements of input values, before conversion to grid indices by DatumShiftGrid.coordinateToGrid. The coordinate unit is typically Units.DEGREE.
      
      See Also:
      DatumShiftGrid.getCoordinateUnit()
    - coordinateToGrid
```
LinearTransform coordinateToGrid
```
      Conversion from the "real world" coordinates to grid indices including fractional parts. This is the conversion that needs to be applied before to interpolate.
      
      See Also:
      DatumShiftGrid.getCoordinateToGrid()
    - translationUnit
```
Unit<Q extends Quantity<Q>> translationUnit
```
      The unit of measurement of output values, as interpolated by the DatumShiftGrid.interpolateAt(double...) method.
      
      See Also:
      DatumShiftGrid.getTranslationUnit()
    - isCellValueRatio
```
boolean isCellValueRatio
```
      true if the translation interpolated by interpolateInCell(…) are divided by grid cell size. If true, then the inverse of DatumShiftGrid.coordinateToGrid needs to be applied on the interpolated values as a delta transform. Such conversion is applied (if needed) by the DatumShiftGrid.interpolateAt(double...) method.
      
      See Also:
      DatumShiftGrid.isCellValueRatio()
    - gridSize
```
int[] gridSize
```
      Number of grid cells in along each dimension. This is usually an array of length 2 containing the number of grid cells along the x and y axes.
- Class DefaultEllipsoid extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  -1149451543954764081L
  - Serialized Fields
    - semiMajorAxis
```
double semiMajorAxis
```
      The equatorial radius. This field should be considered as final. It is modified only by JAXB at unmarshalling time.
      
      See Also:
      DefaultEllipsoid.getSemiMajorAxis()
    - semiMinorAxis
```
double semiMinorAxis
```
      The polar radius. This field should be considered as final. It is modified only by JAXB at unmarshalling time.
      
      See Also:
      DefaultEllipsoid.getSemiMinorAxis()
    - inverseFlattening
```
double inverseFlattening
```
      The inverse of the flattening value, or Double.POSITIVE_INFINITY if the ellipsoid is a sphere. This field shall be considered as final. It is modified only by JAXB at unmarshalling time.
      
      See Also:
      DefaultEllipsoid.getInverseFlattening()
    - ivfDefinitive
```
boolean ivfDefinitive
```
      Tells if the Inverse Flattening is definitive for this ellipsoid. This field shall be considered as final. It is modified only by JAXB at unmarshalling time.
      
      See Also:
      DefaultEllipsoid.isIvfDefinitive()
    - unit
```
Unit<Q extends Quantity<Q>> unit
```
      The units of the semi-major and semi-minor axis values.
- Class DefaultEngineeringDatum extends AbstractDatum implements Serializable
  
  serialVersionUID:
  
  1498304918725248637L
- Class DefaultGeodeticDatum extends AbstractDatum implements Serializable
  
  serialVersionUID:
  
  8832100095648302943L
  - Serialized Fields
    - ellipsoid
```
Ellipsoid ellipsoid
```
      The ellipsoid.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultGeodeticDatum.setEllipsoid(Ellipsoid)
      
      See Also:
      DefaultGeodeticDatum.getEllipsoid()
    - primeMeridian
```
PrimeMeridian primeMeridian
```
      The prime meridian.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultGeodeticDatum.setPrimeMeridian(PrimeMeridian)
      
      See Also:
      DefaultGeodeticDatum.getPrimeMeridian()
    - bursaWolf
```
BursaWolfParameters[] bursaWolf
```
      Bursa-Wolf parameters for datum shifts, or null if none.
- Class DefaultImageDatum extends AbstractDatum implements Serializable
  
  serialVersionUID:
  
  -4304193511244150936L
  - Serialized Fields
    - pixelInCell
```
PixelInCell pixelInCell
```
      Specification of the way the image grid is associated with the image data attributes.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultImageDatum.setPixelInCell(PixelInCell)
      
      See Also:
      DefaultImageDatum.getPixelInCell()
- Class DefaultParametricDatum extends AbstractDatum implements Serializable
  
  serialVersionUID:
  
  4951496470378888681L
- Class DefaultPrimeMeridian extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  541978454643213305L
  - Serialized Fields
    - greenwichLongitude
```
double greenwichLongitude
```
      Longitude of the prime meridian measured from the Greenwich meridian, positive eastward.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultPrimeMeridian.setGreenwichMeasure(Measure)
    - angularUnit
```
Unit<Q extends Quantity<Q>> angularUnit
```
      The angular unit of the Greenwich longitude.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultPrimeMeridian.setGreenwichMeasure(Measure)
- Class DefaultTemporalDatum extends AbstractDatum implements Serializable
  
  serialVersionUID:
  
  3357241732140076884L
  - Serialized Fields
    - origin
```
long origin
```
      The date and time origin of this temporal datum, or Long.MIN_VALUE if none. This information is mandatory, but SIS is tolerant to missing value is case a XML fragment was incomplete.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultTemporalDatum.setOrigin(Date)
- Class DefaultVerticalDatum extends AbstractDatum implements Serializable
  
  serialVersionUID:
  
  380347456670516572L
  - Serialized Fields
    - type
```
VerticalDatumType type
```
      The type of this vertical datum. If null, a value will be inferred from the name by DefaultVerticalDatum.type().
      
      See Also:
      DefaultVerticalDatum.type(), DefaultVerticalDatum.getVerticalDatumType()
- Class TimeDependentBWP extends BursaWolfParameters implements Serializable
  
  serialVersionUID:
  
  -4628799278259080258L
  - Serialized Fields
    - dtX
```
double dtX
```
      Rate of change of X-axis translation in millimetres per year (EPSG:1040).
    - dtY
```
double dtY
```
      Rate of change of Y-axis translation in millimetres per year (EPSG:1041).
    - dtZ
```
double dtZ
```
      Rate of change of Z-axis translation in millimetres per year (EPSG:1042).
    - drX
```
double drX
```
      Rate of change of X-axis rotation in milli arc-seconds per year (EPSG:1043), sign following the Position Vector convention.
    - drY
```
double drY
```
      Rate of change of Y-axis rotation in milli arc-seconds per year (EPSG:1044), sign following the Position Vector convention.
    - drZ
```
double drZ
```
      Rate of change of Z-axis rotation in milli arc-seconds per year (EPSG:1045), sign following the Position Vector convention.
    - ddS
```
double ddS
```
      Rate of change of the scale difference in parts per million per year (EPSG:1046).
    - timeReference
```
long timeReference
```
      The reference epoch for time-dependent parameters (EPSG:1047).
Package org.apache.sis.referencing.factory
- Class FactoryDataException extends FactoryException implements Serializable
  
  serialVersionUID:
  
  -6296443455120500463L
- Class InvalidGeodeticParameterException extends FactoryException implements Serializable
  
  serialVersionUID:
  
  -546427967147139788L
- Class MissingFactoryResourceException extends FactoryException implements Serializable
  
  serialVersionUID:
  
  -6726760720630526886L
- Class NoSuchAuthorityFactoryException extends NoSuchAuthorityCodeException implements Serializable
  
  serialVersionUID:
  
  -871607314555498523L
- Class UnavailableFactoryException extends MissingFactoryResourceException implements Serializable
  
  serialVersionUID:
  
  -661925454228937249L
  - Serialized Fields
    - factory
```
AuthorityFactory factory
```
      The factory that can not perform its work, or null if unknown.
Package org.apache.sis.referencing.operation
- Class AbstractCoordinateOperation extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  1237358357729193885L
  - Serialization Methods
    - readObject
```
private void readObject(ObjectInputStream in)
                 throws IOException,
                        ClassNotFoundException
```
      Computes transient fields after deserialization.
      
      Throws:
      
      IOException - if an I/O error occurred while reading or if the stream contains invalid data.
      
      ClassNotFoundException - if the class serialized on the stream is not on the classpath.
  - Serialized Fields
    - sourceCRS
```
CoordinateReferenceSystem sourceCRS
```
      The source CRS, or null if not available.
      Consider this field as final! This field is non-final only for the convenience of constructors and for initialization at XML unmarshalling time by AbstractCoordinateOperation.setSource(CoordinateReferenceSystem).
      
      See Also:
      AbstractCoordinateOperation.getSourceCRS()
    - targetCRS
```
CoordinateReferenceSystem targetCRS
```
      The target CRS, or null if not available.
      Consider this field as final! This field is non-final only for the convenience of constructors and for initialization at XML unmarshalling time by AbstractCoordinateOperation.setTarget(CoordinateReferenceSystem).
      
      See Also:
      AbstractCoordinateOperation.getTargetCRS()
    - interpolationCRS
```
CoordinateReferenceSystem interpolationCRS
```
      The CRS which is neither the source CRS or target CRS but still required for performing the operation.
      Consider this field as final! This field is non-final only for the convenience of constructors.
      
      See Also:
      AbstractCoordinateOperation.getInterpolationCRS()
    - operationVersion
```
String operationVersion
```
      Version of the coordinate transformation (i.e., instantiation due to the stochastic nature of the parameters).
      Consider this field as final! This field is modified only at unmarshalling time by AbstractCoordinateOperation.setOperationVersion(String).
      
      See Also:
      AbstractCoordinateOperation.getOperationVersion()
    - coordinateOperationAccuracy
```
Collection<E> coordinateOperationAccuracy
```
      Estimate(s) of the impact of this operation on point accuracy, or null if none.
      Consider this field as final! This field is non-final only for the convenience of constructors and for initialization at XML unmarshalling time by AbstractCoordinateOperation.setAccuracy(PositionalAccuracy[]).
      
      See Also:
      AbstractCoordinateOperation.getCoordinateOperationAccuracy()
    - domainOfValidity
```
Extent domainOfValidity
```
      Area in which this operation is valid, or null if not available.
      Consider this field as final! This field is non-final only for the convenience of constructors and for initialization at XML unmarshalling time by AbstractCoordinateOperation.setDomainOfValidity(Extent).
      
      See Also:
      AbstractCoordinateOperation.getDomainOfValidity()
    - scope
```
InternationalString scope
```
      Description of domain of usage, or limitations of usage, for which this operation is valid.
      Consider this field as final! This field is modified only at unmarshalling time by AbstractCoordinateOperation.setScope(InternationalString).
      
      See Also:
      AbstractCoordinateOperation.getScope()
    - transform
```
MathTransform transform
```
      Transform from positions in the source coordinate reference system to positions in the target coordinate reference system.
      Consider this field as final! This field is non-final only for the convenience of constructors and for initialization at XML unmarshalling time by AbstractSingleOperation.afterUnmarshal(Unmarshaller, Object).
- Class CoordinateOperationContext extends Object implements Serializable
  
  serialVersionUID:
  
  -6944460471653277973L
  - Serialized Fields
    - areaOfInterest
```
Extent areaOfInterest
```
      The spatio-temporal area of interest, or null if none.
    - desiredAccuracy
```
double desiredAccuracy
```
      The desired accuracy in metres, or 0 for the best accuracy available. See CoordinateOperationContext.getDesiredAccuracy() for more details about what we mean by "best accuracy".
- Class DefaultConversion extends AbstractSingleOperation implements Serializable
  
  serialVersionUID:
  
  -2148164324805562793L
- Class DefaultFormula extends FormattableObject implements Serializable
  
  serialVersionUID:
  
  1929966748615362698L
  - Serialized Fields
    - formula
```
InternationalString formula
```
      Formula(s) or procedure used by the operation method.
    - citation
```
Citation citation
```
      Reference to a publication giving the formula(s) or procedure used by the coordinate operation method.
- Class DefaultOperationMethod extends AbstractIdentifiedObject implements Serializable
  
  serialVersionUID:
  
  2870579345991143357L
  - Serialized Fields
    - formula
```
Formula formula
```
      Formula(s) or procedure used by this operation method. This may be a reference to a publication. Note that the operation method may not be analytic, in which case this attribute references or contains the procedure, not an analytic formula.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultOperationMethod.setFormulaCitation(Citation) or DefaultOperationMethod.setFormulaDescription(String).
    - sourceDimensions
```
Integer sourceDimensions
```
      Number of dimensions in the source CRS of this operation method. May be null if this method can work with any number of source dimensions (e.g. Affine Transform).
      Consider this field as final! This field is modified only at unmarshalling time by DefaultOperationMethod.setSourceDimensions(Integer)
      
      See Also:
      DefaultOperationMethod.getSourceDimensions()
    - targetDimensions
```
Integer targetDimensions
```
      Number of dimensions in the target CRS of this operation method. May be null if this method can work with any number of target dimensions (e.g. Affine Transform).
      Consider this field as final! This field is modified only at unmarshalling time by DefaultOperationMethod.setTargetDimensions(Integer)
      
      See Also:
      DefaultOperationMethod.getTargetDimensions()
    - parameters
```
ParameterDescriptorGroup parameters
```
      The set of parameters, or null if none.
      Consider this field as final! This field is modified only at unmarshalling time by DefaultOperationMethod.setDescriptors(GeneralParameterDescriptor[])
- Class DefaultPassThroughOperation extends AbstractCoordinateOperation implements Serializable
  
  serialVersionUID:
  
  4308173919747248695L
  - Serialized Fields
    - operation
```
SingleOperation operation
```
      The operation to apply on the subset of a coordinate tuple.
      Consider this field as final! This field is modified only at unmarshalling time by setOperation(CoordinateOperation)
      
      See Also:
      DefaultPassThroughOperation.getOperation()
- Class DefaultTransformation extends AbstractSingleOperation implements Serializable
  
  serialVersionUID:
  
  -7486704846151648971L
- Class MismatchedDatumException extends IllegalArgumentException implements Serializable
  
  serialVersionUID:
  
  9209713725368948171L
Package org.apache.sis.referencing.operation.matrix
- Class Matrix1 extends MatrixSIS implements Serializable
  
  serialVersionUID:
  
  -4829171016106097031L
  - Serialized Fields
    - m00
```
double m00
```
      The only element in this matrix.
- Class Matrix2 extends MatrixSIS implements Serializable
  
  serialVersionUID:
  
  7116561372481474290L
  - Serialized Fields
    - m00
```
double m00
```
      The first matrix element in the first row.
    - m01
```
double m01
```
      The second matrix element in the first row.
    - m10
```
double m10
```
      The first matrix element in the second row.
    - m11
```
double m11
```
      The second matrix element in the second row.
- Class Matrix3 extends MatrixSIS implements Serializable
  
  serialVersionUID:
  
  8902061778871586611L
  - Serialized Fields
    - m00
```
double m00
```
      The first matrix element in the first row.
    - m01
```
double m01
```
      The second matrix element in the first row.
    - m02
```
double m02
```
      The third matrix element in the first row.
    - m10
```
double m10
```
      The first matrix element in the second row.
    - m11
```
double m11
```
      The second matrix element in the second row.
    - m12
```
double m12
```
      The third matrix element in the second row.
    - m20
```
double m20
```
      The first matrix element in the third row.
    - m21
```
double m21
```
      The second matrix element in the third row.
    - m22
```
double m22
```
      The third matrix element in the third row.
- Class Matrix4 extends MatrixSIS implements Serializable
  
  serialVersionUID:
  
  5685762518066856310L
  - Serialized Fields
    - m00
```
double m00
```
      The first matrix element in the first row.
    - m01
```
double m01
```
      The second matrix element in the first row.
    - m02
```
double m02
```
      The third matrix element in the first row.
    - m03
```
double m03
```
      The forth matrix element in the first row.
    - m10
```
double m10
```
      The first matrix element in the second row.
    - m11
```
double m11
```
      The second matrix element in the second row.
    - m12
```
double m12
```
      The third matrix element in the second row.
    - m13
```
double m13
```
      The forth matrix element in the second row.
    - m20
```
double m20
```
      The first matrix element in the third row.
    - m21
```
double m21
```
      The second matrix element in the third row.
    - m22
```
double m22
```
      The third matrix element in the third row.
    - m23
```
double m23
```
      The forth matrix element in the third row.
    - m30
```
double m30
```
      The first matrix element in the forth row.
    - m31
```
double m31
```
      The second matrix element in the forth row.
    - m32
```
double m32
```
      The third matrix element in the forth row.
    - m33
```
double m33
```
      The forth matrix element in the forth row.
- Class MatrixSIS extends Object implements Serializable
  
  serialVersionUID:
  
  3075280376118406219L
- Class MismatchedMatrixSizeException extends MismatchedDimensionException implements Serializable
  
  serialVersionUID:
  
  -6055645640691056657L
- Class NoninvertibleMatrixException extends NoninvertibleTransformException implements Serializable
  
  serialVersionUID:
  
  -4776332020257526053L
Package org.apache.sis.referencing.operation.projection
- Class AlbersEqualArea extends EqualAreaProjection implements Serializable
  
  serialVersionUID:
  
  -3024658742514888646L
  - Serialized Fields
    - nm
```
double nm
```
      Internal coefficients for computation, depending only on eccentricity and values of standards parallels. This is defined as n = (m₁² – m₂²) / (α₂ – α₁) in §1.3.13 of IOGP Publication 373-7-2 (april 2015).
      In Apache SIS implementation, we use modified formulas in which the (1 - ℯ²) factor is omitted in EqualAreaProjection.qm(double) calculation. Consequently what we get is a modified value nm which is related to Snyder's n value by n = nm / (1 - ℯ²). The omitted (1 - ℯ²) factor is either taken in account by the (de)normalization matrix, or cancels with other (1 - ℯ²) factors when we develop the formulas.
      
      Note that in the spherical case, nm = Snyder's n.
    - C
```
double C
```
      Internal coefficients for computation, depending only on values of standards parallels. This is defined as C = m₁² + (n⋅α₁) in §1.3.13 of IOGP Publication 373-7-2 – Geomatics Guidance Note number 7, part 2 – April 2015.
- Class CylindricalEqualArea extends EqualAreaProjection implements Serializable
  
  serialVersionUID:
  
  8840395516658904421L
  - Serialized Fields
    - variant
```
byte variant
```
      The type of Cylindrical Equal Area projection. Possible values are:
      
      0 if this projection is a default variant.
      
      Initializer.AUTHALIC_RADIUS if this projection is the "Lambert Cylindrical Equal Area (Spherical)" case, in which case the semi-major and semi-minor axis lengths should be replaced by the authalic radius (this replacement is performed by the Initializer constructor).
      
      Other cases may be added in the future.
      See Also:
      CylindricalEqualArea.getVariant(OperationMethod)
- Class LambertConicConformal extends ConformalProjection implements Serializable
  
  serialVersionUID:
  
  2067358524298002016L
  - Serialized Fields
    - n
```
double n
```
      Internal coefficients for computation, depending only on eccentricity and values of standards parallels. This is defined as n = (ln m₁ – ln m₂) / (ln t₁ – ln t₂) in §1.3.1.1 of IOGP Publication 373-7-2 – Geomatics Guidance Note number 7, part 2 – April 2015.
      Note:
      
      If φ₁ = -φ₂, then the cone become a cylinder and this n value become 0. This limiting case is the Mercator projection, but we can not use this class because n=0 causes indetermination like 0 × ∞ in the equations of this class.
      
      If φ₁ = φ₂ = ±90°, then this n value become ±1. The formulas in the transform and inverse transform methods become basically the same than the ones in PolarStereographic, but (de)normalization matrices contain NaN values.
      
      Depending on how the formulas are written, n may be positive in the South hemisphere and negative in the North hemisphere (or conversely). However Apache SIS adjusts the coefficients of the (de)normalization matrices in order to keep n positive, because the formulas are slightly more accurate for positive n values. However this adjustment is optional and can be disabled in the constructor.
- Class Mercator extends ConformalProjection implements Serializable
  
  serialVersionUID:
  
  2564172914329253286L
  - Serialized Fields
    - variant
```
byte variant
```
      The type of Mercator projection. Possible values are:
      
      0 if this projection is a Mercator variant A or B.
      
      Mercator.REGIONAL if this projection is the "Mercator (variant C)" case.
      
      Mercator.SPHERICAL if this projection is the "Mercator (Spherical)" case.
      
      Mercator.PSEUDO if this projection is the "Pseudo Mercator" case.
      
      Mercator.MILLER if this projection is the "Miller Cylindrical" case.
      
      Other cases may be added in the future.
      See Also:
      Mercator.getVariant(OperationMethod)
- Class NormalizedProjection extends AbstractMathTransform2D implements Serializable
  
  serialVersionUID:
  
  -4010883312927645853L
  - Serialized Fields
    - context
```
ContextualParameters context
```
      The parameters used for creating this projection. They are used for formatting Well Known Text (WKT) and error messages. Subclasses shall not use the values defined in this object for computation purpose, except at construction time.
      
      See Also:
      NormalizedProjection.getContextualParameters()
    - eccentricity
```
double eccentricity
```
      Ellipsoid eccentricity, equals to sqrt(NormalizedProjection.eccentricitySquared). Value 0 means that the ellipsoid is spherical.
    - eccentricitySquared
```
double eccentricitySquared
```
      The square of eccentricity: ℯ² = (a²-b²)/a² where ℯ is the eccentricity, a is the semi-major axis length and b is the semi-minor axis length.
    - inverse
```
MathTransform2D inverse
```
      The inverse of this map projection.
      Note: creation of this object is not deferred to the first call to the NormalizedProjection.inverse() method because this object is lightweight and typically needed soon anyway (may be as soon as ConcatenatedTransform construction time). In addition this field is part of serialization form in order to preserve the references graph.
- Class ObliqueStereographic extends NormalizedProjection implements Serializable
  
  serialVersionUID:
  
  -1454098847621943639L
  - Serialized Fields
    - χ0
```
double χ0
```
      Conformal latitude of origin (χ₀), together with its sine and cosine. In the spherical case, χ₀ = φ₀ (the geodetic latitude of origin).
    - sinχ0
```
double sinχ0
```
      Conformal latitude of origin (χ₀), together with its sine and cosine. In the spherical case, χ₀ = φ₀ (the geodetic latitude of origin).
    - cosχ0
```
double cosχ0
```
      Conformal latitude of origin (χ₀), together with its sine and cosine. In the spherical case, χ₀ = φ₀ (the geodetic latitude of origin).
    - c
```
double c
```
      Parameters used in the conformal sphere definition. Those parameters are used in both the forward and inverse projection. If the user-supplied ellipsoid is already a sphere, then those parameters are equal to 1.
    - n
```
double n
```
      Parameters used in the conformal sphere definition. Those parameters are used in both the forward and inverse projection. If the user-supplied ellipsoid is already a sphere, then those parameters are equal to 1.
    - g
```
double g
```
      Parameters used in the inverse projection. More precisely g and h are used to compute intermediate parameters i and j, which are themselves used to compute conformal latitude and longitude.
    - h
```
double h
```
      Parameters used in the inverse projection. More precisely g and h are used to compute intermediate parameters i and j, which are themselves used to compute conformal latitude and longitude.
- Class PolarStereographic extends ConformalProjection implements Serializable
  
  serialVersionUID:
  
  -6635298308431138524L
- Class ProjectionException extends TransformException implements Serializable
  
  serialVersionUID:
  
  3031350727691500915L
- Class TransverseMercator extends ConformalProjection implements Serializable
  
  serialVersionUID:
  
  8167193470189463354L
- Class ZonedGridSystem extends AbstractMathTransform2D implements Serializable
  
  serialVersionUID:
  
  -7219325241026170925L
  - Serialized Fields
    - initialLongitude
```
double initialLongitude
```
      Westernmost longitude of the first zone.
    - zoneWidth
```
double zoneWidth
```
      Width of each Transverse Mercator zone, in the same units than longitude values. This is usually 6°.
    - projection
```
AbstractMathTransform projection
```
      The projection that performs the actual work before we add the zone number.
    - inverse
```
MathTransform2D inverse
```
      The inverse of this map projection.
Package org.apache.sis.referencing.operation.transform
- Class AbstractMathTransform.Inverse extends AbstractMathTransform implements Serializable
  
  serialVersionUID:
  
  3528274816628012283L
- Class AbstractMathTransform1D.Inverse extends AbstractMathTransform.Inverse implements Serializable
  
  serialVersionUID:
  
  2018412413506158560L
- Class AbstractMathTransform2D.Inverse extends AbstractMathTransform.Inverse implements Serializable
  
  serialVersionUID:
  
  5751908928042026412L
- Class ContextualParameters extends Parameters implements Serializable
  
  serialVersionUID:
  
  6769546741493459341L
  - Serialized Fields
    - descriptor
```
ParameterDescriptorGroup descriptor
```
      The parameters that represents the sequence of transforms as a whole. The parameter values may be used in the (de)normalization transforms, in the kernel, or both.
      
      See Also:
      ContextualParameters.getDescriptor()
    - normalize
```
Matrix normalize
```
      The affine transform to be applied before (normalize) and after (denormalize) the kernel operation. On ContextualParameters construction, those affines are initially identity transforms, to be modified in-place by callers of ContextualParameters.getMatrix(MatrixRole) or related methods. After the ContextualParameters.completeTransform(MathTransformFactory, MathTransform) method has been invoked, those matrices are typically (but not necessarily) replaced by the LinearTransform instances itself.
      
      See Also:
      ContextualParameters.getMatrix(MatrixRole)
    - denormalize
```
Matrix denormalize
```
      The affine transform to be applied before (normalize) and after (denormalize) the kernel operation. On ContextualParameters construction, those affines are initially identity transforms, to be modified in-place by callers of ContextualParameters.getMatrix(MatrixRole) or related methods. After the ContextualParameters.completeTransform(MathTransformFactory, MathTransform) method has been invoked, those matrices are typically (but not necessarily) replaced by the LinearTransform instances itself.
      
      See Also:
      ContextualParameters.getMatrix(MatrixRole)
    - values
```
ParameterValue<T>[] values
```
      The parameter values. Null elements in this array are empty slots available for adding new parameter values. The array length is the maximum number of parameters allowed, which is determined by the ContextualParameters.descriptor.
      This array is modifiable after construction, but is considered unmodifiable after ContextualParameters.completeTransform(MathTransformFactory, MathTransform) has been invoked.
    - inverse
```
ContextualParameters inverse
```
      If the inverse coordinate operation can be described by another ContextualParameters instance, a reference to that instance. Otherwise null.
    - isFrozen
```
boolean isFrozen
```
      false if this parameter group is modifiable, or true if it has been made unmodifiable (frozen) by a call to ContextualParameters.completeTransform(MathTransformFactory, MathTransform).
      
      See Also:
      ContextualParameters.freeze()
- Class DatumShiftTransform extends AbstractMathTransform implements Serializable
  
  serialVersionUID:
  
  -4492222496475405226L
  - Serialized Fields
    - context
```
ContextualParameters context
```
      The parameters used for creating this datum shift. They are used for formatting Well Known Text (WKT) and error messages. Subclasses shall not use the values defined in this object for computation purpose, except at construction time.
      
      See Also:
      DatumShiftTransform.getContextualParameters()
    - grid
```
DatumShiftGrid<C extends Quantity<C>,T extends Quantity<T>> grid
```
      The grid of datum shifts from source datum to target datum, or null if none.
- Class DefaultMathTransformFactory.Context extends Object implements Serializable
  
  serialVersionUID:
  
  6963581151055917955L
  - Serialized Fields
    - sourceCS
```
CoordinateSystem sourceCS
```
      Coordinate system of the source or target points.
    - targetCS
```
CoordinateSystem targetCS
```
      Coordinate system of the source or target points.
    - sourceEllipsoid
```
Ellipsoid sourceEllipsoid
```
      The ellipsoid of the source or target ellipsoidal coordinate system, or null if it does not apply. Valid only if DefaultMathTransformFactory.Context.sourceCS or DefaultMathTransformFactory.Context.targetCS is an instance of EllipsoidalCS.
    - targetEllipsoid
```
Ellipsoid targetEllipsoid
```
      The ellipsoid of the source or target ellipsoidal coordinate system, or null if it does not apply. Valid only if DefaultMathTransformFactory.Context.sourceCS or DefaultMathTransformFactory.Context.targetCS is an instance of EllipsoidalCS.
    - provider
```
OperationMethod provider
```
      The provider that created the parameterized MathTransform instance, or null if this information does not apply. This field is used for transferring information between createParameterizedTransform(…) and swapAndScaleAxes(…).
      
      TODO:
      
      We could make this information public as a replacement of DefaultMathTransformFactory.getLastMethodUsed().
    - parameters
```
ParameterValueGroup parameters
```
      The parameters actually used.
      
      See Also:
      DefaultMathTransformFactory.Context.getCompletedParameters()
- Class EllipsoidToCentricTransform extends AbstractMathTransform implements Serializable
  
  serialVersionUID:
  
  -3352045463953828140L
  - Serialization Methods
    - readObject
```
private void readObject(ObjectInputStream in)
                 throws IOException,
                        ClassNotFoundException
```
      Restores transient fields after deserialization.
      
      Throws:
      
      IOException - if an I/O error occurred while reading or if the stream contains invalid data.
      
      ClassNotFoundException - if the class serialized on the stream is not on the classpath.
  - Serialized Fields
    - eccentricitySquared
```
double eccentricitySquared
```
      The square of eccentricity: ℯ² = (a²-b²)/a² where a is the semi-major axis length and b is the semi-minor axis length.
    - withHeight
```
boolean withHeight
```
      true if ellipsoidal coordinates include an ellipsoidal height (i.e. are 3-D). If false, then the input coordinates are expected to be two-dimensional and the ellipsoidal height is assumed to be 0.
    - context
```
ContextualParameters context
```
      The parameters used for creating this conversion. They are used for formatting Well Known Text (WKT) and error messages.
      
      See Also:
      EllipsoidToCentricTransform.getContextualParameters()
    - inverse
```
AbstractMathTransform inverse
```
      The inverse of this transform.
      Note: creation of this object is not deferred to the first call to the EllipsoidToCentricTransform.inverse() method because this object is lightweight and typically needed soon anyway (may be as soon as ConcatenatedTransform construction time). In addition this field is part of serialization form in order to preserve the references graph.
- Class InterpolatedGeocentricTransform extends DatumShiftTransform implements Serializable
  
  serialVersionUID:
  
  5503722845441653093L
  - Serialized Fields
    - semiMajor
```
double semiMajor
```
      Semi-major axis length (a) of the source ellipsoid.
    - scale
```
double scale
```
      Semi-major axis length of the source ellipsoid divided by semi-major axis length of the target ellipsoid. Used for converting normalized coordinates between the two geocentric coordinate reference systems.
      This is a dimensionless quantity: the ellipsoid axis lengths must have been converted to the same unit before to compute this ratio.
    - ellipsoidToCentric
```
AbstractMathTransform ellipsoidToCentric
```
      The transform to apply before and after the geocentric translation. Shall be instance of EllipsoidToCentricTransform and EllipsoidToCentricTransform.Inverse respectively.
    - centricToEllipsoid
```
AbstractMathTransform centricToEllipsoid
```
      The transform to apply before and after the geocentric translation. Shall be instance of EllipsoidToCentricTransform and EllipsoidToCentricTransform.Inverse respectively.
    - inverse
```
InterpolatedGeocentricTransform inverse
```
      The inverse of this interpolated geocentric transform.
      
      See Also:
      InterpolatedGeocentricTransform.inverse()
- Class InterpolatedMolodenskyTransform extends MolodenskyFormula implements Serializable
  
  serialVersionUID:
  
  -5691721806681489940L
  - Serialized Fields
    - inverse
```
InterpolatedMolodenskyTransform inverse
```
      The inverse of this interpolated Molodensky transform.
      
      See Also:
      InterpolatedMolodenskyTransform.inverse()
- Class InterpolatedTransform extends DatumShiftTransform implements Serializable
  
  serialVersionUID:
  
  -8962688502524486475L
  - Serialized Fields
    - dimension
```
int dimension
```
      The value of DatumShiftGrid.getTranslationDimensions(), stored for efficiency.
    - inverse
```
InterpolatedTransform.Inverse inverse
```
      The inverse of this interpolated transform.
      
      See Also:
      InterpolatedTransform.inverse()
- Class MolodenskyTransform extends MolodenskyFormula implements Serializable
  
  serialVersionUID:
  
  7206439437113286122L
  - Serialized Fields
    - inverse
```
MolodenskyTransform inverse
```
      The inverse of this Molodensky transform.
      
      See Also:
      MolodenskyTransform.inverse()
- Class PassThroughTransform extends AbstractMathTransform implements Serializable
  
  serialVersionUID:
  
  -1673997634240223449L
  - Serialized Fields
    - firstAffectedOrdinate
```
int firstAffectedOrdinate
```
      Index of the first affected ordinate.
      
      See Also:
      PassThroughTransform.getModifiedCoordinates()
    - numTrailingOrdinates
```
int numTrailingOrdinates
```
      Number of unaffected ordinates after the affected ones.
      
      See Also:
      PassThroughTransform.getModifiedCoordinates()
    - subTransform
```
MathTransform subTransform
```
      The sub-transform to apply on the modified coordinates. This is often the sub-transform specified at construction time, but not necessarily.
    - inverse
```
PassThroughTransform inverse
```
      The inverse transform. This field will be computed only when needed, but is part of serialization in order to avoid rounding error.
- Class TransferFunction extends Object implements Serializable
  
  serialVersionUID:
  
  185931909755748004L
  - Serialized Fields
    - type
```
TransferFunctionType type
```
      Whether the function is linear, logarithmic or exponential.
    - base
```
double base
```
      The logarithmic base. Ignored if TransferFunction.type is LINEAR.
    - scale
```
double scale
```
      The scale factor, or NaN if unknown.
    - offset
```
double offset
```
      The scale factor, or NaN if unknown.
    - transform
```
MathTransform1D transform
```
      The transform created from above information, or null if not yet created. Conversely, may be the transform given to the constructor from which above information were inferred.
      This field is serialized because the transform may be a user-provided one.

Serialized Form

Package org.apache.sis.geometry

Class CoordinateFormat extends CompoundFormat<DirectPosition> implements Serializable

Serialized Fields

separator

parseSeparator

defaultCRS

Class DirectPosition1D extends AbstractDirectPosition implements Serializable

Serialized Fields

crs

ordinate

Class DirectPosition2D extends Point2D.Double implements Serializable

Serialized Fields

crs

Class Envelope2D extends Rectangle2D.Double implements Serializable

Serialized Fields

crs

Class GeneralDirectPosition extends AbstractDirectPosition implements Serializable

Serialized Fields

ordinates

crs

Class GeneralEnvelope extends ArrayEnvelope implements Serializable

Class ImmutableEnvelope extends ArrayEnvelope implements Serializable

Class MismatchedReferenceSystemException extends IllegalArgumentException implements Serializable

Class UnmodifiableGeometryException extends UnsupportedOperationException implements Serializable

Package org.apache.sis.parameter

Class AbstractParameterDescriptor extends AbstractIdentifiedObject implements Serializable

Serialized Fields

minimumOccurs

maximumOccurs

Class DefaultParameterDescriptor extends AbstractParameterDescriptor implements Serializable

Serialized Fields

valueClass

validValues

valueDomain

defaultValue

Class DefaultParameterDescriptorGroup extends AbstractParameterDescriptor implements Serializable

Serialized Fields

descriptors

Class DefaultParameterValue extends FormattableObject implements Serializable

Serialized Fields

descriptor

value

unit

Class DefaultParameterValueGroup extends Parameters implements Serializable

Serialized Fields

values

Class ParameterFormat extends TabularFormat<Object> implements Serializable

Serialized Fields

displayLocale

contentLevel

preferredCodespaces

colors

Class TensorParameters extends Object implements Serializable

Serialization Methods

readObject

Serialized Fields

elementType

dimensions

prefix

separator

Package org.apache.sis.referencing

Class AbstractIdentifiedObject extends FormattableObject implements Serializable

Serialized Fields

name

alias

identifiers

remarks

deprecated

Class AbstractReferenceSystem extends AbstractIdentifiedObject implements Serializable

Serialized Fields

domainOfValidity

scope

Class NamedIdentifier extends ImmutableIdentifier implements Serializable

Serialization Methods

readObject

writeObject

Package org.apache.sis.referencing.crs

Class AbstractCRS extends AbstractReferenceSystem implements Serializable

Serialized Fields