Index (Apache SIS referencing 0.6 API)

A B C D E F G H I L M N O P R S T U V W

A

AbstractCoordinateOperation - Class in org.apache.sis.referencing.operation: Describes the operation for transforming coordinates in the source CRS to coordinates in the target CRS.
AbstractCoordinateOperation(Map<String, ?>, CoordinateReferenceSystem, CoordinateReferenceSystem, CoordinateReferenceSystem, MathTransform) - Constructor for class AbstractCoordinateOperation: Creates a coordinate operation from the given properties.
AbstractCoordinateOperation(CoordinateOperation) - Constructor for class AbstractCoordinateOperation: Creates a new coordinate operation with the same values than the specified one.
AbstractCRS - Class in org.apache.sis.referencing.crs: Coordinate reference system, defined by a coordinate system and (usually) a datum.
AbstractCRS(Map<String, ?>, CoordinateSystem) - Constructor for class AbstractCRS: Creates a coordinate reference system from the given properties and coordinate system.
AbstractCRS(CoordinateReferenceSystem) - Constructor for class AbstractCRS: Constructs a new coordinate reference system with the same values than the specified one.
AbstractCS - Class in org.apache.sis.referencing.cs: The set of coordinate system axes that spans a given coordinate space.
AbstractCS(Map<String, ?>, CoordinateSystemAxis...) - Constructor for class AbstractCS: Constructs a coordinate system from a set of properties and a sequence of axes.
AbstractCS(CoordinateSystem) - Constructor for class AbstractCS: Creates a new coordinate system with the same values than the specified one.
AbstractDatum - Class in org.apache.sis.referencing.datum: Specifies the relationship of a Coordinate System to the earth.
AbstractDatum(Map<String, ?>) - Constructor for class AbstractDatum: Creates a datum from the given properties.
AbstractDatum(Datum) - Constructor for class AbstractDatum: Creates a new datum with the same values than the specified one.
AbstractDirectPosition - Class in org.apache.sis.geometry: Base class for DirectPosition implementations.
AbstractDirectPosition() - Constructor for class AbstractDirectPosition: Constructs a direct position.
AbstractEnvelope - Class in org.apache.sis.geometry: Base class for Envelope implementations.
AbstractEnvelope() - Constructor for class AbstractEnvelope: Constructs an envelope.
AbstractIdentifiedObject - Class in org.apache.sis.referencing: Base class for objects identified by a name or a code.
AbstractIdentifiedObject(Map<String, ?>) - Constructor for class AbstractIdentifiedObject: Constructs an object from the given properties.
AbstractIdentifiedObject(IdentifiedObject) - Constructor for class AbstractIdentifiedObject: Constructs a new identified object with the same values than the specified one.
AbstractMathTransform - Class in org.apache.sis.referencing.operation.transform: Provides a default implementation for most methods required by the MathTransform interface.
AbstractMathTransform() - Constructor for class AbstractMathTransform: Constructor for subclasses.
AbstractMathTransform.Inverse - Class in org.apache.sis.referencing.operation.transform: Base class for implementations of inverse math transforms.
AbstractMathTransform.Inverse() - Constructor for class AbstractMathTransform.Inverse: Constructs an inverse math transform.
AbstractMathTransform1D - Class in org.apache.sis.referencing.operation.transform: Base class for math transforms that are known to be one-dimensional in all cases.
AbstractMathTransform1D() - Constructor for class AbstractMathTransform1D: Constructor for subclasses.
AbstractMathTransform2D - Class in org.apache.sis.referencing.operation.transform: Base class for math transforms that are known to be two-dimensional in all cases.
AbstractMathTransform2D() - Constructor for class AbstractMathTransform2D: Constructor for subclasses.
AbstractMathTransform2D.Inverse - Class in org.apache.sis.referencing.operation.transform: Base class for implementation of inverse math transforms.
AbstractMathTransform2D.Inverse() - Constructor for class AbstractMathTransform2D.Inverse: Constructs an inverse math transform.
AbstractParameterDescriptor - Class in org.apache.sis.parameter: Abstract definition of a parameter or group of parameters used by a coordinate operation or a process.
AbstractParameterDescriptor(Map<String, ?>, int, int) - Constructor for class AbstractParameterDescriptor: Constructs a parameter descriptor from a set of properties.
AbstractParameterDescriptor(GeneralParameterDescriptor) - Constructor for class AbstractParameterDescriptor: Constructs a new parameter descriptor with the same values than the specified one.
AbstractReferenceSystem - Class in org.apache.sis.referencing: Description of a spatial and temporal reference system used by a dataset.
AbstractReferenceSystem(Map<String, ?>) - Constructor for class AbstractReferenceSystem: Constructs a reference system from the given properties.
AbstractReferenceSystem(ReferenceSystem) - Constructor for class AbstractReferenceSystem: Constructs a new reference system with the same values than the specified one.
accept(CoordinateSystemAxis) - Method in interface AxisFilter: Returns true if the given axis shall be included in the new coordinate system.
add(Rectangle2D) - Method in class Envelope2D: Adds an other rectangle to this rectangle.
add(double, double) - Method in class Envelope2D: Adds a point to this rectangle.
add(DirectPosition) - Method in class GeneralEnvelope: Adds a point to this envelope.
add(Envelope) - Method in class GeneralEnvelope: Adds an envelope object to this envelope.
addGroup(String) - Method in class DefaultParameterValueGroup: Creates a new subgroup of the specified name, and adds it to the list of subgroups.
addGroup(String) - Method in class ContextualParameters: Unsupported operation, since ContextualParameters groups do not contain sub-groups.
addIdentifier(String) - Method in class Builder: Adds an IdentifiedObject identifier given by a String.
addIdentifier(Citation, String) - Method in class Builder: Adds an IdentifiedObject identifier in an alternative namespace.
addIdentifier(ReferenceIdentifier) - Method in class Builder: Adds an IdentifiedObject identifier fully specified by the given identifier.
addName(CharSequence) - Method in class Builder: Adds an IdentifiedObject name given by a String or InternationalString.
addName(Citation, CharSequence) - Method in class Builder: Adds an IdentifiedObject name in an alternative namespace.
addName(ReferenceIdentifier) - Method in class Builder: Adds an IdentifiedObject name fully specified by the given identifier.
addName(GenericName) - Method in class Builder: Adds an IdentifiedObject name fully specified by the given generic name.
addNamesAndIdentifiers(IdentifiedObject) - Method in class Builder: Adds all non-deprecated names and identifiers from the given object.
AffineTransforms2D - Class in org.apache.sis.referencing.operation.matrix: Bridge between Matrix and Java2D AffineTransform instances.
ALPHANUM - Static variable in class TensorParameters: Parses and creates matrix parameters with alphanumeric names.
angle(AxisDirection, AxisDirection) - Static method in class CoordinateSystems: Returns the arithmetic (counterclockwise) angle from the first axis direction to the second direction.
AxesConvention - Enum in org.apache.sis.referencing.cs: High-level characteristics about the axes of a coordinate system.
AxisFilter - Interface in org.apache.sis.referencing.cs: Modifications to apply on the axes of a coordinate system in order to produce a new coordinate system.

B

booleanValue() - Method in class DefaultParameterValue: Returns the boolean value of this parameter.
booleanValue(ParameterDescriptor<Boolean>) - Method in class Parameters: Returns the boolean value of the parameter identified by the given descriptor.
boundsEquals(Envelope, int, int, double) - Method in class Envelope2D: Returns true if this envelope bounds is equal to that envelope bounds in two specified dimensions.
Builder<B extends Builder<B>> - Class in org.apache.sis.referencing: Base class of builders for various kind of IdentifiedObject.
Builder() - Constructor for class Builder: Creates a new builder.
Builder(IdentifiedObject) - Constructor for class Builder: Creates a new builder initialized to properties of the given object.
BURSA_WOLF_KEY - Static variable in class DefaultGeodeticDatum: The "bursaWolf" property for Bursa-Wolf parameters.
BursaWolfParameters - Class in org.apache.sis.referencing.datum: Parameters for a geographic transformation between two datum having the same prime meridian.
BursaWolfParameters(GeodeticDatum, Extent) - Constructor for class BursaWolfParameters: Creates a new instance for the given target datum and domain of validity.

C

cast(ParameterDescriptor<?>, Class<T>) - Static method in class Parameters: Casts the given parameter descriptor to the given type.
cast(ParameterValue<?>, Class<T>) - Static method in class Parameters: Casts the given parameter value to the given type.
castOrCopy(Envelope) - Static method in class AbstractEnvelope: Returns the given envelope as an AbstractEnvelope instance.
castOrCopy(Envelope) - Static method in class GeneralEnvelope: Returns the given envelope as a GeneralEnvelope instance.
castOrCopy(Envelope) - Static method in class ImmutableEnvelope: Returns the given envelope as an ImmutableEnvelope instance.
castOrCopy(ParameterDescriptor<T>) - Static method in class DefaultParameterDescriptor: Returns a SIS parameter implementation with the same values than the given arbitrary implementation.
castOrCopy(ParameterDescriptorGroup) - Static method in class DefaultParameterDescriptorGroup: Returns a SIS group implementation with the same values than the given arbitrary implementation.
castOrCopy(IdentifiedObject) - Static method in class AbstractIdentifiedObject: Returns a SIS identified object implementation with the values of the given arbitrary implementation.
castOrCopy(CoordinateReferenceSystem) - Static method in class AbstractCRS: Returns a SIS coordinate reference system implementation with the values of the given arbitrary implementation.
castOrCopy(CompoundCRS) - Static method in class DefaultCompoundCRS: Returns a SIS CRS implementation with the same values than the given arbitrary implementation.
castOrCopy(DerivedCRS) - Static method in class DefaultDerivedCRS: Returns a SIS coordinate reference system implementation with the same values than the given arbitrary implementation.
castOrCopy(EngineeringCRS) - Static method in class DefaultEngineeringCRS: Returns a SIS coordinate reference system implementation with the same values than the given arbitrary implementation.
castOrCopy(GeocentricCRS) - Static method in class DefaultGeocentricCRS: Returns a SIS coordinate reference system implementation with the same values than the given arbitrary implementation.
castOrCopy(GeographicCRS) - Static method in class DefaultGeographicCRS: Returns a SIS coordinate reference system implementation with the same values than the given arbitrary implementation.
castOrCopy(ImageCRS) - Static method in class DefaultImageCRS: Returns a SIS coordinate reference system implementation with the same values than the given arbitrary implementation.
castOrCopy(ProjectedCRS) - Static method in class DefaultProjectedCRS: Returns a SIS coordinate reference system implementation with the same values than the given arbitrary implementation.
castOrCopy(TemporalCRS) - Static method in class DefaultTemporalCRS: Returns a SIS coordinate reference system implementation with the same values than the given arbitrary implementation.
castOrCopy(VerticalCRS) - Static method in class DefaultVerticalCRS: Returns a SIS coordinate reference system implementation with the same values than the given arbitrary implementation.
castOrCopy(CoordinateSystem) - Static method in class AbstractCS: Returns a SIS coordinate system implementation with the values of the given arbitrary implementation.
castOrCopy(AffineCS) - Static method in class DefaultAffineCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(CartesianCS) - Static method in class DefaultCartesianCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(CoordinateSystemAxis) - Static method in class DefaultCoordinateSystemAxis: Returns a SIS axis implementation with the same values than the given arbitrary implementation.
castOrCopy(CylindricalCS) - Static method in class DefaultCylindricalCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(EllipsoidalCS) - Static method in class DefaultEllipsoidalCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(LinearCS) - Static method in class DefaultLinearCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(PolarCS) - Static method in class DefaultPolarCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(SphericalCS) - Static method in class DefaultSphericalCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(TimeCS) - Static method in class DefaultTimeCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(UserDefinedCS) - Static method in class DefaultUserDefinedCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(VerticalCS) - Static method in class DefaultVerticalCS: Returns a SIS coordinate system implementation with the same values than the given arbitrary implementation.
castOrCopy(Datum) - Static method in class AbstractDatum: Returns a SIS datum implementation with the values of the given arbitrary implementation.
castOrCopy(Ellipsoid) - Static method in class DefaultEllipsoid: Returns a SIS ellipsoid implementation with the same values than the given arbitrary implementation.
castOrCopy(EngineeringDatum) - Static method in class DefaultEngineeringDatum: Returns a SIS datum implementation with the same values than the given arbitrary implementation.
castOrCopy(GeodeticDatum) - Static method in class DefaultGeodeticDatum: Returns a SIS datum implementation with the same values than the given arbitrary implementation.
castOrCopy(ImageDatum) - Static method in class DefaultImageDatum: Returns a SIS datum implementation with the same values than the given arbitrary implementation.
castOrCopy(PrimeMeridian) - Static method in class DefaultPrimeMeridian: Returns a SIS prime meridian implementation with the same values than the given arbitrary implementation.
castOrCopy(TemporalDatum) - Static method in class DefaultTemporalDatum: Returns a SIS datum implementation with the same values than the given arbitrary implementation.
castOrCopy(VerticalDatum) - Static method in class DefaultVerticalDatum: Returns a SIS datum implementation with the same values than the given arbitrary implementation.
castOrCopy(CoordinateOperation) - Static method in class AbstractCoordinateOperation: Returns a SIS coordinate operation implementation with the values of the given arbitrary implementation.
castOrCopy(Conversion) - Static method in class DefaultConversion: Returns a SIS coordinate operation implementation with the values of the given arbitrary implementation.
castOrCopy(Formula) - Static method in class DefaultFormula: Returns a SIS formula implementation with the same values than the given arbitrary implementation.
castOrCopy(OperationMethod) - Static method in class DefaultOperationMethod: Returns a SIS operation method implementation with the same values than the given arbitrary implementation.
castOrCopy(PassThroughOperation) - Static method in class DefaultPassThroughOperation: Returns a SIS coordinate operation implementation with the values of the given arbitrary implementation.
castOrCopy(Transformation) - Static method in class DefaultTransformation: Returns a SIS coordinate operation implementation with the values of the given arbitrary implementation.
castOrCopy(Matrix) - Static method in class AffineTransforms2D: Returns the given matrix as a Java2D affine transform.
castOrCopy(Matrix) - Static method in class Matrix1: Casts or copies the given matrix to a Matrix1 implementation.
castOrCopy(Matrix) - Static method in class Matrix2: Casts or copies the given matrix to a Matrix2 implementation.
castOrCopy(Matrix) - Static method in class Matrix3: Casts or copies the given matrix to a Matrix3 implementation.
castOrCopy(Matrix) - Static method in class Matrix4: Casts or copies the given matrix to a Matrix4 implementation.
castOrCopy(Matrix) - Static method in class MatrixSIS: Casts or copies the given matrix to a SIS implementation.
castOrWrap(ParameterValueGroup) - Static method in class Parameters: Returns the given parameter value group as a Parameters instance.
clone() - Method in class DirectPosition1D: Returns a copy of this position.
clone() - Method in class DirectPosition2D: Returns a clone of this point.
clone() - Method in class GeneralDirectPosition: Returns a deep copy of this position.
clone() - Method in class GeneralEnvelope: Returns a deep copy of this envelope.
clone() - Method in class DefaultParameterValue: Returns a clone of this parameter value.
clone() - Method in class DefaultParameterValueGroup: Returns a deep copy of this group of parameter values.
clone() - Method in class Parameters: Returns a copy of this group of parameter values.
clone() - Method in class BursaWolfParameters: Returns a copy of this object.
clone() - Method in class MatrixSIS: Returns a clone of this matrix.
clone() - Method in class ContextualParameters: Returns a modifiable clone of this parameter value group.
CommonCRS - Enum in org.apache.sis.referencing: Frequently-used geodetic CRS and datum that are guaranteed to be available in SIS.
CommonCRS.Temporal - Enum in org.apache.sis.referencing: Frequently-used temporal CRS and datum that are guaranteed to be available in SIS.
CommonCRS.Vertical - Enum in org.apache.sis.referencing: Frequently-used vertical CRS and datum that are guaranteed to be available in SIS.
compareTo(GenericName) - Method in class NamedIdentifier: Compares this name with the specified object for order.
complete(Map<String, ?>) - Method in class GeodeticObjectFactory: Returns the union of the given properties map with the default properties given at construction time.
complete(Map<String, ?>) - Method in class DefaultCoordinateOperationFactory: Returns the union of the given properties map with the default properties given at construction time.
completeTransform(MathTransformFactory, MathTransform) - Method in class ContextualParameters: Marks this ContextualParameter as unmodifiable and creates the normalize → kernel → denormalize transforms chain.
compound(MathTransform...) - Static method in class MathTransforms: Puts together a list of independent math transforms, each of them operating on a subset of ordinate values.
computeHashCode() - Method in class DefaultParameterDescriptor: Invoked by AbstractIdentifiedObject.hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultParameterDescriptorGroup: Invoked by AbstractIdentifiedObject.hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class AbstractIdentifiedObject: Invoked by AbstractIdentifiedObject.hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class AbstractReferenceSystem: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class AbstractCRS: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultCompoundCRS: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultDerivedCRS: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultProjectedCRS: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class AbstractCS: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultCoordinateSystemAxis: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class AbstractDatum: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultEllipsoid: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultGeodeticDatum: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultImageDatum: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultPrimeMeridian: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultTemporalDatum: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultVerticalDatum: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class AbstractCoordinateOperation: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultOperationMethod: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class DefaultPassThroughOperation: Invoked by hashCode() for computing the hash code when first needed.
computeHashCode() - Method in class NormalizedProjection: Computes a hash code value for this NormalizedProjection.
computeHashCode() - Method in class AbstractMathTransform: Computes a hash value for this transform.
computeHashCode() - Method in class AbstractMathTransform.Inverse: Computes a hash value for this transform.
computeHashCode() - Method in class PassThroughTransform: Computes a hash value for this transform.
concatenate(MathTransform, MathTransform) - Static method in class MathTransforms: Concatenates the two given transforms.
concatenate(MathTransform1D, MathTransform1D) - Static method in class MathTransforms: Concatenates the given one-dimensional transforms.
concatenate(MathTransform2D, MathTransform2D) - Static method in class MathTransforms: Concatenates the given two-dimensional transforms.
concatenate(MathTransform, MathTransform, MathTransform) - Static method in class MathTransforms: Concatenates the three given transforms.
concatenate(MathTransform1D, MathTransform1D, MathTransform1D) - Static method in class MathTransforms: Concatenates the three given one-dimensional transforms.
concatenate(MathTransform2D, MathTransform2D, MathTransform2D) - Static method in class MathTransforms: Concatenates the three given two-dimensional transforms.
contains(DirectPosition) - Method in class AbstractEnvelope: Tests if a specified coordinate is inside the boundary of this envelope.
contains(Envelope) - Method in class AbstractEnvelope: Returns true if this envelope completely encloses the specified envelope.
contains(Envelope, boolean) - Method in class AbstractEnvelope: Returns true if this envelope completely encloses the specified envelope.
contains(double, double) - Method in class Envelope2D: Tests if a specified coordinate is inside the boundary of this envelope.
contains(Rectangle2D) - Method in class Envelope2D: Returns true if this envelope completely encloses the specified rectangle.
contains(double, double, double, double) - Method in class Envelope2D: Returns true if this envelope completely encloses the specified rectangle.
ContextualParameters - Class in org.apache.sis.referencing.operation.transform: The parameters that describe a sequence of normalize → non-linear kernel → denormalize transforms as a whole.
ContextualParameters(OperationMethod) - Constructor for class ContextualParameters: Creates a new group of parameters for the given non-linear coordinate operation method.
convertAfter(int, Number, Number) - Method in class MatrixSIS: Assuming that this matrix represents an affine transform, pre-concatenates a scale and a translation on the given dimension.
convertBefore(int, Number, Number) - Method in class MatrixSIS: Assuming that this matrix represents an affine transform, concatenates a scale and a translation on the given dimension.
CoordinateSystems - Class in org.apache.sis.referencing.cs: Utility methods working on CoordinateSystem objects and their axes.
copy(ParameterValueGroup, ParameterValueGroup) - Static method in class Parameters: Copies the values of a parameter group into another parameter group.
copy(Matrix) - Static method in class Matrices: Creates a new matrix which is a copy of the given matrix.
correlation() - Method in class LinearTransformBuilder: Returns the correlation coefficients of the last transform created by LinearTransformBuilder.create(), or null if none.
create(Class<T>, T) - Method in class ParameterBuilder: Creates a descriptor for values of the given type without domain restriction.
create(double, Unit<?>) - Method in class ParameterBuilder: Creates a descriptor for floating point values without domain restriction.
create(Map<String, ?>, SingleCRS, Conversion, CoordinateSystem) - Static method in class DefaultDerivedCRS: Creates a derived CRS from a defining conversion and a type inferred from the given arguments.
create(Map<String, ?>, SingleCRS, CoordinateReferenceSystem, OperationMethod, MathTransform, CoordinateSystem) - Static method in class DefaultDerivedCRS: Creates a derived CRS from a math transform and a type inferred from the given arguments.
create() - Method in class LinearTransformBuilder: Creates a linear transform approximation from the source points to the target points.
create(int, int, double[]) - Static method in class Matrices: Creates a matrix of size numRow × numCol initialized to the given elements.
create(int, int, Number[]) - Static method in class Matrices: Creates a matrix of size numRow × numCol initialized to the given numbers.
create(int, MathTransform, int) - Static method in class PassThroughTransform: Creates a transform which passes through a subset of ordinates to another transform.
createAffineCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a two-dimensional affine coordinate system from the given pair of axis.
createAffineCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a three-dimensional affine coordinate system from the given set of axis.
createAffineTransform(Matrix) - Method in class DefaultMathTransformFactory: Creates an affine transform from a matrix.
createBaseToDerived(CoordinateReferenceSystem, ParameterValueGroup, CoordinateSystem) - Method in class DefaultMathTransformFactory: Creates a transform from a base CRS to a derived CS using the given parameters.
createBaseToDerived(CoordinateSystem, MathTransform, CoordinateSystem) - Method in class DefaultMathTransformFactory: Creates a transform from a base to a derived CS using an existing parameterized transform.
createBounded(double, double, double, Unit<?>) - Method in class ParameterBuilder: Creates a descriptor for floating point values restricted to the given domain.
createBounded(int, int, int) - Method in class ParameterBuilder: Creates a descriptor for integer values restricted to the given domain.
createBounded(Class<T>, T, T, T) - Method in class ParameterBuilder: Creates a descriptor for values of the given type restricted to the given domain.
createBounded(Range<T>, T) - Method in class ParameterBuilder: Creates a descriptor for values in the domain represented by the given Range object.
createCartesianCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a three-dimensional Cartesian coordinate system from the given set of axis.
createCartesianCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a two-dimensional Cartesian coordinate system from the given pair of axis.
createCompoundCRS(Map<String, ?>, CoordinateReferenceSystem...) - Method in class GeodeticObjectFactory: Creates a compound coordinate reference system from an ordered list of CoordinateReferenceSystem objects.
createConcatenatedOperation(Map<String, ?>, CoordinateOperation...) - Method in class DefaultCoordinateOperationFactory: Creates an ordered sequence of two or more single coordinate operations.
createConcatenatedTransform(MathTransform, MathTransform) - Method in class DefaultMathTransformFactory: Creates a transform by concatenating two existing transforms.
createCoordinateSystemAxis(Map<String, ?>, String, AxisDirection, Unit<?>) - Method in class GeodeticObjectFactory: Creates a coordinate system axis from an abbreviation and a unit.
createCylindricalCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a cylindrical coordinate system from the given set of axis.
createDefiningConversion(Map<String, ?>, OperationMethod, ParameterValueGroup) - Method in class DefaultCoordinateOperationFactory: Creates a defining conversion from the given operation parameters.
createDerivedCRS(Map<String, ?>, CoordinateReferenceSystem, Conversion, CoordinateSystem) - Method in class GeodeticObjectFactory: Creates a derived coordinate reference system from a conversion.
createDiagonal(int, int) - Static method in class Matrices: Creates a matrix of size numRow × numCol.
createDimensionSelect(int, int[]) - Static method in class Matrices: Creates a matrix for a transform that keep only a subset of source ordinate values.
createElementDescriptor(int[]) - Method in class TensorParameters: Creates a new parameter descriptor for a matrix or tensor element at the given indices.
createEllipsoid(Map<String, ?>, double, double, Unit<Length>) - Static method in class DefaultEllipsoid: Creates a new ellipsoid using the specified properties and axis length.
createEllipsoid(Map<String, ?>, double, double, Unit<Length>) - Method in class GeodeticObjectFactory: Creates an ellipsoid from semi-axis length values.
createEllipsoidalCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates an ellipsoidal coordinate system without ellipsoidal height.
createEllipsoidalCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates an ellipsoidal coordinate system with ellipsoidal height.
createEngineeringCRS(Map<String, ?>, EngineeringDatum, CoordinateSystem) - Method in class GeodeticObjectFactory: Creates a engineering coordinate reference system.
createEngineeringDatum(Map<String, ?>) - Method in class GeodeticObjectFactory: Creates an engineering datum.
createEnumerated(Class<T>, T[], T) - Method in class ParameterBuilder: Creates a descriptor for a parameter restricted to a set of valid values.
createFlattenedSphere(Map<String, ?>, double, double, Unit<Length>) - Static method in class DefaultEllipsoid: Creates a new ellipsoid using the specified properties, axis length and inverse flattening value.
createFlattenedSphere(Map<String, ?>, double, double, Unit<Length>) - Method in class GeodeticObjectFactory: Creates an ellipsoid from a major semi-axis length and inverse flattening.
createFromWKT(String) - Method in class GeodeticObjectFactory: Creates a Coordinate Reference System object from a Well Known Text (WKT).
createFromWKT(String) - Method in class DefaultMathTransformFactory: Creates a math transform object from a Well Known Text (WKT).
createFromXML(String) - Method in class GeodeticObjectFactory: Creates a coordinate reference system object from a XML string.
createFromXML(String) - Method in class DefaultMathTransformFactory: Creates a math transform object from a XML string.
createGeocentricCRS(Map<String, ?>, GeodeticDatum, CartesianCS) - Method in class GeodeticObjectFactory: Creates a geocentric coordinate reference system from a Cartesian coordinate system.
createGeocentricCRS(Map<String, ?>, GeodeticDatum, SphericalCS) - Method in class GeodeticObjectFactory: Creates a geocentric coordinate reference system from a spherical coordinate system.
createGeodeticDatum(Map<String, ?>, Ellipsoid, PrimeMeridian) - Method in class GeodeticObjectFactory: Creates geodetic datum from ellipsoid and (optionally) Bursa-Wolf parameters.
createGeographicCRS(Map<String, ?>, GeodeticDatum, EllipsoidalCS) - Method in class GeodeticObjectFactory: Creates a geographic coordinate reference system.
createGroup(int, int, GeneralParameterDescriptor...) - Method in class ParameterBuilder: Creates a descriptor group for the given cardinality and parameters.
createGroup(GeneralParameterDescriptor...) - Method in class ParameterBuilder: Creates a descriptor group for the given parameters.
createGroupForMapProjection(ParameterDescriptor<?>...) - Method in class ParameterBuilder: Creates a descriptor group for a map projection.
createIdentity(int) - Static method in class Matrices: Creates a square identity matrix of size size × size.
createImageCRS(Map<String, ?>, ImageDatum, AffineCS) - Method in class GeodeticObjectFactory: Creates an image coordinate reference system.
createImageDatum(Map<String, ?>, PixelInCell) - Method in class GeodeticObjectFactory: Creates an image datum.
createIntersection(Rectangle2D) - Method in class Envelope2D: Returns the intersection of this envelope with the specified rectangle.
createLinearCS(Map<String, ?>, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a linear coordinate system.
createMapProjection(MathTransformFactory) - Method in class LambertConicConformal: Returns the sequence of normalization → this → denormalization transforms as a whole.
createMapProjection(MathTransformFactory) - Method in class Mercator: Returns the sequence of normalization → this → denormalization transforms as a whole.
createMapProjection(MathTransformFactory) - Method in class NormalizedProjection: Returns the sequence of normalization → this → denormalization transforms as a whole.
createMapProjection(MathTransformFactory) - Method in class PolarStereographic: Returns the sequence of normalization → this → denormalization transforms as a whole.
createMapProjection(MathTransformFactory) - Method in class TransverseMercator: Returns the sequence of normalization → this → denormalization transforms as a whole.
createMathTransform(MathTransformFactory, ParameterValueGroup) - Method in interface MathTransformProvider: Creates a math transform from the specified group of parameter values.
createOperation(CoordinateReferenceSystem, CoordinateReferenceSystem, OperationMethod) - Method in class DefaultCoordinateOperationFactory: Not yet implemented.
createOperation(CoordinateReferenceSystem, CoordinateReferenceSystem) - Method in class DefaultCoordinateOperationFactory: Not yet implemented.
createOperationMethod(Map<String, ?>, Integer, Integer, ParameterDescriptorGroup) - Method in class DefaultCoordinateOperationFactory: Creates an operation method from a set of properties and a descriptor group.
createParameterizedTransform(ParameterValueGroup) - Method in class DefaultMathTransformFactory: Creates a transform from a group of parameters.
createPassThrough(int, Matrix, int) - Static method in class Matrices: Creates a matrix which converts a subset of ordinates with another matrix.
createPassThroughTransform(int, MathTransform, int) - Method in class DefaultMathTransformFactory: Creates a transform which passes through a subset of ordinates to another transform.
createPolarCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a polar coordinate system from the given pair of axis.
createPrimeMeridian(Map<String, ?>, double, Unit<Angle>) - Method in class GeodeticObjectFactory: Creates a prime meridian, relative to Greenwich.
createProjectedCRS(Map<String, ?>, GeographicCRS, Conversion, CartesianCS) - Method in class GeodeticObjectFactory: Creates a projected coordinate reference system from a conversion.
createSingleOperation(Map<String, ?>, CoordinateReferenceSystem, CoordinateReferenceSystem, CoordinateReferenceSystem, OperationMethod, MathTransform) - Method in class DefaultCoordinateOperationFactory: Creates a transformation or conversion from the given properties.
createSphericalCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a spherical coordinate system from the given set of axis.
createStrictlyPositive(double, Unit<?>) - Method in class ParameterBuilder: Creates a descriptor for floating point values greater than zero.
createTemporalCRS(Map<String, ?>, TemporalDatum, TimeCS) - Method in class GeodeticObjectFactory: Creates a temporal coordinate reference system.
createTemporalDatum(Map<String, ?>, Date) - Method in class GeodeticObjectFactory: Creates a temporal datum from an enumerated type value.
createTimeCS(Map<String, ?>, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a temporal coordinate system.
createTransform(Envelope, Envelope) - Static method in class Matrices: Creates a transform matrix mapping the given source envelope to the given destination envelope.
createTransform(AxisDirection[], AxisDirection[]) - Static method in class Matrices: Creates a transform matrix changing axis order and/or direction.
createTransform(Envelope, AxisDirection[], Envelope, AxisDirection[]) - Static method in class Matrices: Creates a transform matrix mapping the given source envelope to the given destination envelope, combined with changes in axis order and/or direction.
createTransformedShape(Shape) - Method in class AbstractMathTransform2D: Transforms the specified shape.
createTransformedShape(Shape) - Method in class AbstractMathTransform2D.Inverse: Transforms the specified shape.
createUnion(Rectangle2D) - Method in class Envelope2D: Returns the union of this envelope with the specified rectangle.
createUserDefinedCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a two-dimensional user defined coordinate system from the given pair of axis.
createUserDefinedCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a three-dimensional user defined coordinate system from the given set of axis.
createValue() - Method in class DefaultParameterDescriptor: Creates a new parameter value instance initialized with the default value.
createValue() - Method in class DefaultParameterDescriptorGroup: Creates a new instance of parameter value group initialized with the default values.
createValueGroup(Map<String, ?>) - Method in class TensorParameters: Creates a new instance of parameter group with default values of 1 on the diagonal, and 0 everywhere else.
createValueGroup(Map<String, ?>, Matrix) - Method in class TensorParameters: Creates a new instance of parameter group initialized to the given matrix.
createVerticalCRS(Map<String, ?>, VerticalDatum, VerticalCS) - Method in class GeodeticObjectFactory: Creates a vertical coordinate reference system.
createVerticalCS(Map<String, ?>, CoordinateSystemAxis) - Method in class GeodeticObjectFactory: Creates a vertical coordinate system.
createVerticalDatum(Map<String, ?>, VerticalDatumType) - Method in class GeodeticObjectFactory: Creates a vertical datum from an enumerated type value.
createZero(int, int) - Static method in class Matrices: Creates a matrix of size numRow × numCol filled with zero values.
crs() - Method in enum CommonCRS.Temporal: Returns the coordinate reference system associated to this temporal object.
crs() - Method in enum CommonCRS.Vertical: Returns the coordinate reference system associated to this vertical object.
CRS - Class in org.apache.sis.referencing: Static methods working on Coordinate Reference Systems.

D

datum() - Method in enum CommonCRS: Returns the geodetic datum associated to this geodetic object.
datum() - Method in enum CommonCRS.Temporal: Returns the datum associated to this temporal object.
datum() - Method in enum CommonCRS.Vertical: Returns the datum associated to this vertical object.
ddS - Variable in class TimeDependentBWP: Rate of change of the scale difference in parts per million per year (EPSG:1046).
DefaultAffineCS - Class in org.apache.sis.referencing.cs: A 2- or 3-dimensional coordinate system with straight axes that are not necessarily orthogonal.
DefaultAffineCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultAffineCS: Constructs a two-dimensional coordinate system from a set of properties.
DefaultAffineCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultAffineCS: Constructs a three-dimensional coordinate system from a set of properties.
DefaultAffineCS(AffineCS) - Constructor for class DefaultAffineCS: Creates a new coordinate system with the same values than the specified one.
DefaultCartesianCS - Class in org.apache.sis.referencing.cs: A 2- or 3-dimensional Cartesian coordinate system made of straight orthogonal axes.
DefaultCartesianCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultCartesianCS: Constructs a two-dimensional coordinate system from a set of properties.
DefaultCartesianCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultCartesianCS: Constructs a three-dimensional coordinate system from a set of properties.
DefaultCartesianCS(CartesianCS) - Constructor for class DefaultCartesianCS: Creates a new coordinate system with the same values than the specified one.
DefaultCompoundCRS - Class in org.apache.sis.referencing.crs: A CRS describing the position of points through two or more independent coordinate reference systems.
DefaultCompoundCRS(Map<String, ?>, CoordinateReferenceSystem...) - Constructor for class DefaultCompoundCRS: Constructs a compound CRS from the given properties and CRS.
DefaultCompoundCRS(CompoundCRS) - Constructor for class DefaultCompoundCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultCompoundCS - Class in org.apache.sis.referencing.cs: A coordinate system made of two or more independent coordinate systems.
DefaultCompoundCS(Map<String, ?>, CoordinateSystem...) - Constructor for class DefaultCompoundCS: Constructs a coordinate system from a set of properties and a sequence of coordinate systems.
DefaultCompoundCS(CoordinateSystem...) - Constructor for class DefaultCompoundCS: Constructs a compound coordinate system from a sequence of coordinate systems.
DefaultConversion - Class in org.apache.sis.referencing.operation: A parameterized mathematical operation that converts coordinates to another CRS without any change of datum.
DefaultConversion(Map<String, ?>, CoordinateReferenceSystem, CoordinateReferenceSystem, CoordinateReferenceSystem, OperationMethod, MathTransform) - Constructor for class DefaultConversion: Creates a coordinate conversion from the given properties.
DefaultConversion(Map<String, ?>, OperationMethod, MathTransform, ParameterValueGroup) - Constructor for class DefaultConversion: Creates a defining conversion from the given transform and/or parameters.
DefaultConversion(Conversion) - Constructor for class DefaultConversion: Creates a new coordinate operation with the same values than the specified one.
DefaultCoordinateOperationFactory - Class in org.apache.sis.referencing.operation: Creates operations capable to transform coordinates from a given source CRS to a given target CRS.
DefaultCoordinateOperationFactory() - Constructor for class DefaultCoordinateOperationFactory: Constructs a factory with no default properties.
DefaultCoordinateOperationFactory(Map<String, ?>, MathTransformFactory) - Constructor for class DefaultCoordinateOperationFactory: Constructs a factory with the given default properties.
DefaultCoordinateSystemAxis - Class in org.apache.sis.referencing.cs: Coordinate system axis name, direction, unit and range of values.
DefaultCoordinateSystemAxis(Map<String, ?>, String, AxisDirection, Unit<?>) - Constructor for class DefaultCoordinateSystemAxis: Constructs an axis from a set of properties.
DefaultCoordinateSystemAxis(CoordinateSystemAxis) - Constructor for class DefaultCoordinateSystemAxis: Creates a new coordinate system axis with the same values than the specified one.
DefaultCylindricalCS - Class in org.apache.sis.referencing.cs: A 3-dimensional coordinate system made of a polar coordinate system extended by a straight perpendicular axis.
DefaultCylindricalCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultCylindricalCS: Constructs a three-dimensional coordinate system from a set of properties.
DefaultCylindricalCS(CylindricalCS) - Constructor for class DefaultCylindricalCS: Creates a new coordinate system with the same values than the specified one.
DefaultDerivedCRS - Class in org.apache.sis.referencing.crs: A coordinate reference system that is defined by its coordinate conversion from another CRS (not by a datum).
DefaultDerivedCRS(Map<String, ?>, SingleCRS, Conversion, CoordinateSystem) - Constructor for class DefaultDerivedCRS: Creates a derived CRS from a defining conversion.
DefaultDerivedCRS(Map<String, ?>, SingleCRS, CoordinateReferenceSystem, OperationMethod, MathTransform, CoordinateSystem) - Constructor for class DefaultDerivedCRS: Creates a derived CRS from a math transform.
DefaultDerivedCRS(DerivedCRS) - Constructor for class DefaultDerivedCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultEllipsoid - Class in org.apache.sis.referencing.datum: Geometric figure that can be used to describe the approximate shape of the earth.
DefaultEllipsoid(Map<String, ?>, double, double, double, boolean, Unit<Length>) - Constructor for class DefaultEllipsoid: Creates a new ellipsoid using the specified axis length.
DefaultEllipsoid(Ellipsoid) - Constructor for class DefaultEllipsoid: Creates a new ellipsoid with the same values than the specified one.
DefaultEllipsoidalCS - Class in org.apache.sis.referencing.cs: A 2- or 3-dimensional coordinate system for geodetic latitude and longitude, optionally with ellipsoidal height.
DefaultEllipsoidalCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultEllipsoidalCS: Constructs a two-dimensional coordinate system from a set of properties.
DefaultEllipsoidalCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultEllipsoidalCS: Constructs a three-dimensional coordinate system from a set of properties.
DefaultEllipsoidalCS(EllipsoidalCS) - Constructor for class DefaultEllipsoidalCS: Creates a new coordinate system with the same values than the specified one.
DefaultEngineeringCRS - Class in org.apache.sis.referencing.crs: A 1-, 2- or 3-dimensional contextually local coordinate reference system.
DefaultEngineeringCRS(Map<String, ?>, EngineeringDatum, CoordinateSystem) - Constructor for class DefaultEngineeringCRS: Creates a coordinate reference system from the given properties, datum and coordinate system.
DefaultEngineeringCRS(EngineeringCRS) - Constructor for class DefaultEngineeringCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultEngineeringDatum - Class in org.apache.sis.referencing.datum: Defines the origin of an engineering coordinate reference system.
DefaultEngineeringDatum(Map<String, ?>) - Constructor for class DefaultEngineeringDatum: Creates an engineering datum from the given properties.
DefaultEngineeringDatum(EngineeringDatum) - Constructor for class DefaultEngineeringDatum: Creates a new datum with the same values than the specified one.
DefaultFormula - Class in org.apache.sis.referencing.operation: Specification of the coordinate operation method formula.
DefaultFormula(CharSequence) - Constructor for class DefaultFormula: Creates a new formula from the given string.
DefaultFormula(Citation) - Constructor for class DefaultFormula: Creates a new formula from the given citation.
DefaultFormula(Formula) - Constructor for class DefaultFormula: Creates a new formula with the same values than the specified one.
DefaultGeocentricCRS - Class in org.apache.sis.referencing.crs: A 3-dimensional coordinate reference system with the origin at the approximate centre of mass of the earth.
DefaultGeocentricCRS(Map<String, ?>, GeodeticDatum, CartesianCS) - Constructor for class DefaultGeocentricCRS: Creates a coordinate reference system from the given properties, datum and coordinate system.
DefaultGeocentricCRS(Map<String, ?>, GeodeticDatum, SphericalCS) - Constructor for class DefaultGeocentricCRS: Creates a coordinate reference system from the given properties, datum and coordinate system.
DefaultGeocentricCRS(GeocentricCRS) - Constructor for class DefaultGeocentricCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultGeodeticDatum - Class in org.apache.sis.referencing.datum: Defines the location and orientation of an ellipsoid that approximates the shape of the earth.
DefaultGeodeticDatum(Map<String, ?>, Ellipsoid, PrimeMeridian) - Constructor for class DefaultGeodeticDatum: Creates a geodetic datum from the given properties.
DefaultGeodeticDatum(GeodeticDatum) - Constructor for class DefaultGeodeticDatum: Creates a new datum with the same values than the specified one.
defaultGeographic() - Static method in enum CommonCRS: Returns the default two-dimensional normalized geographic CRS.
DefaultGeographicCRS - Class in org.apache.sis.referencing.crs: A 2- or 3-dimensional coordinate reference system based on an ellipsoidal approximation of the geoid.
DefaultGeographicCRS(Map<String, ?>, GeodeticDatum, EllipsoidalCS) - Constructor for class DefaultGeographicCRS: Creates a coordinate reference system from the given properties, datum and coordinate system.
DefaultGeographicCRS(GeographicCRS) - Constructor for class DefaultGeographicCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultImageCRS - Class in org.apache.sis.referencing.crs: A 2-dimensional engineering coordinate reference system applied to locations in images.
DefaultImageCRS(Map<String, ?>, ImageDatum, AffineCS) - Constructor for class DefaultImageCRS: Creates a coordinate reference system from the given properties, datum and coordinate system.
DefaultImageCRS(ImageCRS) - Constructor for class DefaultImageCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultImageDatum - Class in org.apache.sis.referencing.datum: Defines the origin of an image coordinate reference system.
DefaultImageDatum(Map<String, ?>, PixelInCell) - Constructor for class DefaultImageDatum: Creates an image datum from the given properties.
DefaultImageDatum(ImageDatum) - Constructor for class DefaultImageDatum: Creates a new datum with the same values than the specified one.
DefaultLinearCS - Class in org.apache.sis.referencing.cs: A 1-dimensional coordinate system for points that lie on a single axis (not necessarily a straight line).
DefaultLinearCS(Map<String, ?>, CoordinateSystemAxis) - Constructor for class DefaultLinearCS: Constructs a coordinate system from a set of properties.
DefaultLinearCS(LinearCS) - Constructor for class DefaultLinearCS: Creates a new coordinate system with the same values than the specified one.
DefaultMathTransformFactory - Class in org.apache.sis.referencing.operation.transform: Low level factory for creating math transforms.
DefaultMathTransformFactory() - Constructor for class DefaultMathTransformFactory: Creates a new factory which will discover operation methods with a ServiceLoader.
DefaultMathTransformFactory(Iterable<? extends OperationMethod>) - Constructor for class DefaultMathTransformFactory: Creates a new factory which will use the given operation methods.
DefaultOperationMethod - Class in org.apache.sis.referencing.operation: Describes the algorithm and parameters used to perform a coordinate operation.
DefaultOperationMethod(Map<String, ?>, Integer, Integer, ParameterDescriptorGroup) - Constructor for class DefaultOperationMethod: Constructs an operation method from a set of properties and a descriptor group.
DefaultOperationMethod(MathTransform) - Constructor for class DefaultOperationMethod: Convenience constructor that creates an operation method from a math transform.
DefaultOperationMethod(OperationMethod) - Constructor for class DefaultOperationMethod: Creates a new operation method with the same values than the specified one.
DefaultParameterDescriptor<T> - Class in org.apache.sis.parameter: The definition of a single parameter used by an operation method.
DefaultParameterDescriptor(Map<String, ?>, int, int, Class<T>, Range<?>, T[], T) - Constructor for class DefaultParameterDescriptor: Constructs a descriptor from the given properties.
DefaultParameterDescriptor(ParameterDescriptor<T>) - Constructor for class DefaultParameterDescriptor: Creates a new descriptor with the same values than the specified one.
DefaultParameterDescriptorGroup - Class in org.apache.sis.parameter: The definition of a group of related parameters used by an operation method.
DefaultParameterDescriptorGroup(Map<String, ?>, int, int, GeneralParameterDescriptor...) - Constructor for class DefaultParameterDescriptorGroup: Constructs a parameter group from a set of properties.
DefaultParameterDescriptorGroup(ParameterDescriptorGroup) - Constructor for class DefaultParameterDescriptorGroup: Creates a new descriptor with the same values than the specified one.
DefaultParameterValue<T> - Class in org.apache.sis.parameter: A single parameter value used by an operation method.
DefaultParameterValue(ParameterDescriptor<T>) - Constructor for class DefaultParameterValue: Creates a parameter value from the specified descriptor.
DefaultParameterValue(ParameterValue<T>) - Constructor for class DefaultParameterValue: Creates a new instance initialized with the values from the specified parameter object.
DefaultParameterValueGroup - Class in org.apache.sis.parameter: A group of related parameter values.
DefaultParameterValueGroup(ParameterDescriptorGroup) - Constructor for class DefaultParameterValueGroup: Creates a parameter group from the specified descriptor.
DefaultParameterValueGroup(ParameterValueGroup) - Constructor for class DefaultParameterValueGroup: Creates a new instance initialized with all values from the specified parameter group.
DefaultPassThroughOperation - Class in org.apache.sis.referencing.operation: Specifies that a subset of a coordinate tuple is subject to a specific coordinate operation.
DefaultPassThroughOperation(Map<String, ?>, CoordinateReferenceSystem, CoordinateReferenceSystem, SingleOperation, int, int) - Constructor for class DefaultPassThroughOperation: Constructs a single operation from a set of properties.
DefaultPassThroughOperation(PassThroughOperation) - Constructor for class DefaultPassThroughOperation: Creates a new coordinate operation with the same values than the specified one.
DefaultPolarCS - Class in org.apache.sis.referencing.cs: A 2-dimensional coordinate system for coordinates represented by a distance from the origin and an angle from a fixed direction.
DefaultPolarCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultPolarCS: Constructs a two-dimensional coordinate system from a set of properties.
DefaultPolarCS(PolarCS) - Constructor for class DefaultPolarCS: Creates a new coordinate system with the same values than the specified one.
DefaultPrimeMeridian - Class in org.apache.sis.referencing.datum: Defines the origin from which longitude values are determined.
DefaultPrimeMeridian(Map<String, ?>, double, Unit<Angle>) - Constructor for class DefaultPrimeMeridian: Creates a prime meridian from the given properties.
DefaultPrimeMeridian(PrimeMeridian) - Constructor for class DefaultPrimeMeridian: Creates a new prime meridian with the same values than the specified one.
DefaultProjectedCRS - Class in org.apache.sis.referencing.crs: A 2-dimensional coordinate reference system used to approximate the shape of the earth on a planar surface.
DefaultProjectedCRS(Map<String, ?>, GeographicCRS, Conversion, CartesianCS) - Constructor for class DefaultProjectedCRS: Creates a projected CRS from a defining conversion.
DefaultProjectedCRS(ProjectedCRS) - Constructor for class DefaultProjectedCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultSphericalCS - Class in org.apache.sis.referencing.cs: A 3-dimensional coordinate system with one distance measured from the origin and two angular coordinates.
DefaultSphericalCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultSphericalCS: Constructs a three-dimensional coordinate system from a set of properties.
DefaultSphericalCS(SphericalCS) - Constructor for class DefaultSphericalCS: Creates a new coordinate system with the same values than the specified one.
DefaultTemporalCRS - Class in org.apache.sis.referencing.crs: A 1-dimensional coordinate reference system used for the recording of time.
DefaultTemporalCRS(Map<String, ?>, TemporalDatum, TimeCS) - Constructor for class DefaultTemporalCRS: Creates a coordinate reference system from the given properties, datum and coordinate system.
DefaultTemporalCRS(TemporalCRS) - Constructor for class DefaultTemporalCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultTemporalDatum - Class in org.apache.sis.referencing.datum: Defines the origin of a temporal coordinate reference system.
DefaultTemporalDatum(Map<String, ?>, Date) - Constructor for class DefaultTemporalDatum: Creates a temporal datum from the given properties.
DefaultTemporalDatum(TemporalDatum) - Constructor for class DefaultTemporalDatum: Creates a new datum with the same values than the specified one.
DefaultTimeCS - Class in org.apache.sis.referencing.cs: A 1-dimensional coordinate system for time elapsed in the specified time units from a specified time origin.
DefaultTimeCS(Map<String, ?>, CoordinateSystemAxis) - Constructor for class DefaultTimeCS: Constructs a coordinate system from a set of properties.
DefaultTimeCS(TimeCS) - Constructor for class DefaultTimeCS: Creates a new coordinate system with the same values than the specified one.
DefaultTransformation - Class in org.apache.sis.referencing.operation: A parameterized mathematical operation that transforms coordinates to another CRS with a change of datum.
DefaultTransformation(Map<String, ?>, CoordinateReferenceSystem, CoordinateReferenceSystem, CoordinateReferenceSystem, OperationMethod, MathTransform) - Constructor for class DefaultTransformation: Creates a coordinate transformation from the given properties.
DefaultTransformation(Transformation) - Constructor for class DefaultTransformation: Creates a new coordinate operation with the same values than the specified one.
DefaultUserDefinedCS - Class in org.apache.sis.referencing.cs: A 2- or 3-dimensional coordinate system for any combination of coordinate axes not covered by other CS types.
DefaultUserDefinedCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultUserDefinedCS: Constructs a two-dimensional coordinate system from a set of properties.
DefaultUserDefinedCS(Map<String, ?>, CoordinateSystemAxis, CoordinateSystemAxis, CoordinateSystemAxis) - Constructor for class DefaultUserDefinedCS: Constructs a three-dimensional coordinate system from a set of properties.
DefaultUserDefinedCS(UserDefinedCS) - Constructor for class DefaultUserDefinedCS: Creates a new coordinate system with the same values than the specified one.
DefaultVerticalCRS - Class in org.apache.sis.referencing.crs: A 1-dimensional coordinate reference system used for recording heights or depths.
DefaultVerticalCRS(Map<String, ?>, VerticalDatum, VerticalCS) - Constructor for class DefaultVerticalCRS: Creates a coordinate reference system from the given properties, datum and coordinate system.
DefaultVerticalCRS(VerticalCRS) - Constructor for class DefaultVerticalCRS: Constructs a new coordinate reference system with the same values than the specified one.
DefaultVerticalCS - Class in org.apache.sis.referencing.cs: A 1-dimensional coordinate system for heights or depths of points.
DefaultVerticalCS(Map<String, ?>, CoordinateSystemAxis) - Constructor for class DefaultVerticalCS: Constructs a coordinate system from a set of properties.
DefaultVerticalCS(VerticalCS) - Constructor for class DefaultVerticalCS: Creates a new coordinate system with the same values than the specified one.
DefaultVerticalDatum - Class in org.apache.sis.referencing.datum: Identifies a particular reference level surface used as a zero-height surface.
DefaultVerticalDatum(Map<String, ?>, VerticalDatumType) - Constructor for class DefaultVerticalDatum: Creates a vertical datum from the given properties.
DefaultVerticalDatum(VerticalDatum) - Constructor for class DefaultVerticalDatum: Creates a new datum with the same values than the specified one.
denormalizeGeographicOutputs(double) - Method in class ContextualParameters: Appends a denormalization step after the non-linear kernel, which will convert input ordinates in the two first dimensions from radians to degrees.
DEPRECATED_KEY - Static variable in class AbstractIdentifiedObject: Optional key which can be given to the constructor for specifying the object is deprecated.
depth() - Method in class NamedIdentifier: Returns the depth of this name within the namespace hierarchy.
derivative(DirectPosition) - Method in class AbstractMathTransform: Gets the derivative of this transform at a point.
derivative(DirectPosition) - Method in class AbstractMathTransform.Inverse: Gets the derivative of this transform at a point.
derivative(double) - Method in class AbstractMathTransform1D: Gets the derivative of this function at a value.
derivative(DirectPosition) - Method in class AbstractMathTransform1D: Gets the derivative of this transform at a point.
derivative(Point2D) - Method in class AbstractMathTransform2D: Gets the derivative of this transform at a point.
derivative(Point2D) - Method in class AbstractMathTransform2D.Inverse: Gets the derivative of this transform at a point.
derivative(DirectPosition) - Method in class PassThroughTransform: Gets the derivative of this transform at a point.
derivativeAndTransform(MathTransform, double[], int, double[], int) - Static method in class MathTransforms: A buckle method for calculating derivative and coordinate transformation in a single step.
descriptor(String) - Method in class DefaultParameterDescriptorGroup: Returns the first parameter in this group for the specified name.
descriptors() - Method in class DefaultParameterDescriptorGroup: Returns all parameters in this group.
directionAlongMeridian(AxisDirection, double) - Static method in class CoordinateSystems: Returns an axis direction from a pole along a meridian.
DirectPosition1D - Class in org.apache.sis.geometry: A one-dimensional position within some coordinate reference system.
DirectPosition1D() - Constructor for class DirectPosition1D: Constructs a position initialized to (0) with a null coordinate reference system.
DirectPosition1D(CoordinateReferenceSystem) - Constructor for class DirectPosition1D: Constructs a position with the specified coordinate reference system.
DirectPosition1D(double) - Constructor for class DirectPosition1D: Constructs a 1D position from the specified ordinate.
DirectPosition1D(CharSequence) - Constructor for class DirectPosition1D: Constructs a position initialized to the values parsed from the given string in Well Known Text (WKT) format.
DirectPosition2D - Class in org.apache.sis.geometry: A two-dimensional position on top of Point2D.
DirectPosition2D() - Constructor for class DirectPosition2D: Constructs a position initialized to (0,0) with a null coordinate reference system.
DirectPosition2D(CoordinateReferenceSystem) - Constructor for class DirectPosition2D: Constructs a position initialized to (0,0) with the specified coordinate reference system.
DirectPosition2D(double, double) - Constructor for class DirectPosition2D: Constructs a 2D position from the specified ordinates.
DirectPosition2D(CoordinateReferenceSystem, double, double) - Constructor for class DirectPosition2D: Constructs a 2D position from the specified ordinates in the specified CRS.
DirectPosition2D(DirectPosition) - Constructor for class DirectPosition2D: Constructs a position initialized to the same values than the specified point.
DirectPosition2D(CharSequence) - Constructor for class DirectPosition2D: Constructs a position initialized to the values parsed from the given string in Well Known Text (WKT) format.
DistanceUtils - Class in org.apache.sis.distance: Class to calculate distances on earth surface.
DistanceUtils() - Constructor for class DistanceUtils
doubleValue() - Method in class DefaultParameterValue: Returns the numeric value of this parameter.
doubleValue(Unit<?>) - Method in class DefaultParameterValue: Returns the numeric value of this parameter in the given unit of measure.
doubleValue(ParameterDescriptor<? extends Number>) - Method in class Parameters: Returns the floating point value of the parameter identified by the given descriptor.
doubleValueList() - Method in class DefaultParameterValue: Returns an ordered sequence of two or more numeric values of this parameter, where each value has the same associated unit of measure.
doubleValueList(Unit<?>) - Method in class DefaultParameterValue: Returns an ordered sequence of numeric values in the specified unit of measure.
doubleValueList(ParameterDescriptor<double[]>) - Method in class Parameters: Returns the floating point values of the parameter identified by the given descriptor.
drX - Variable in class TimeDependentBWP: Rate of change of X-axis rotation in milli arc-seconds per year (EPSG:1043), sign following the Position Vector convention.
drY - Variable in class TimeDependentBWP: Rate of change of Y-axis rotation in milli arc-seconds per year (EPSG:1044), sign following the Position Vector convention.
drZ - Variable in class TimeDependentBWP: Rate of change of Z-axis rotation in milli arc-seconds per year (EPSG:1045), sign following the Position Vector convention.
dS - Variable in class BursaWolfParameters: The scale difference in parts per million (EPSG:8611).
dtX - Variable in class TimeDependentBWP: Rate of change of X-axis translation in millimetres per year (EPSG:1040).
dtY - Variable in class TimeDependentBWP: Rate of change of Y-axis translation in millimetres per year (EPSG:1041).
dtZ - Variable in class TimeDependentBWP: Rate of change of Z-axis translation in millimetres per year (EPSG:1042).

E

EARTH_RADIUS - Static variable in class DistanceUtils
ellipsoid() - Method in enum CommonCRS: Returns the ellipsoid associated to this geodetic object.
Envelope2D - Class in org.apache.sis.geometry: A two-dimensional envelope on top of Rectangle2D.
Envelope2D() - Constructor for class Envelope2D: Constructs an initially empty envelope with no CRS.
Envelope2D(DirectPosition, DirectPosition) - Constructor for class Envelope2D: Constructs a two-dimensional envelope defined by the specified coordinates.
Envelope2D(Envelope) - Constructor for class Envelope2D: Constructs a two-dimensional envelope defined by an other Envelope.
Envelope2D(GeographicBoundingBox) - Constructor for class Envelope2D: Constructs a new envelope with the same data than the specified geographic bounding box.
Envelope2D(CoordinateReferenceSystem, Rectangle2D) - Constructor for class Envelope2D: Constructs two-dimensional envelope defined by an other Rectangle2D.
Envelope2D(CoordinateReferenceSystem, double, double, double, double) - Constructor for class Envelope2D: Constructs two-dimensional envelope defined by the specified coordinates.
Envelopes - Class in org.apache.sis.geometry: Transforms envelopes to new Coordinate Reference Systems, and miscellaneous utilities.
equals(Object) - Method in class AbstractDirectPosition: Returns true if the specified object is also a DirectPosition with equal coordinate and equal CRS.
equals(Envelope, double, boolean) - Method in class AbstractEnvelope: Compares to the specified envelope for equality up to the specified tolerance value.
equals(Object) - Method in class AbstractEnvelope: Returns true if the specified object is an envelope of the same class with equals coordinates and CRS.
equals(Object) - Method in class DirectPosition2D: Compares this point with the specified object for equality.
equals(Object) - Method in class Envelope2D: Compares the specified object with this envelope for equality.
equals(Object, ComparisonMode) - Method in class AbstractParameterDescriptor: Compares the specified object with this parameter for equality.
equals(Object, ComparisonMode) - Method in class DefaultParameterDescriptor: Compares the specified object with this parameter for equality.
equals(Object, ComparisonMode) - Method in class DefaultParameterDescriptorGroup: Compares the specified object with this parameter group for equality.
equals(Object, ComparisonMode) - Method in class DefaultParameterValue: Compares the specified object with this parameter for equality.
equals(Object) - Method in class DefaultParameterValue: Compares the specified object with this parameter for equality.
equals(Object, ComparisonMode) - Method in class DefaultParameterValueGroup: Compares the specified object with this parameter for equality.
equals(Object) - Method in class DefaultParameterValueGroup: Compares the specified object with this parameter for equality.
equals(Object) - Method in class TensorParameters: Compares this object with the given object for equality.
equals(Object, ComparisonMode) - Method in class AbstractIdentifiedObject: Compares this object with the given object for equality.
equals(Object) - Method in class AbstractIdentifiedObject: Compares the specified object with this object for equality.
equals(Object, ComparisonMode) - Method in class AbstractReferenceSystem: Compares this reference system with the specified object for equality.
equals(Object, ComparisonMode) - Method in class AbstractCRS: Compares this coordinate reference system with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultCompoundCRS: Compares this coordinate reference system with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultDerivedCRS: Compares this coordinate reference system with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultProjectedCRS: Compares this coordinate reference system with the specified object for equality.
equals(Object, ComparisonMode) - Method in class AbstractCS: Compares the specified object with this coordinate system for equality.
equals(Object, ComparisonMode) - Method in class DefaultCompoundCS: Compares this coordinate system with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultCoordinateSystemAxis: Compares the specified object with this axis for equality.
equals(Object, ComparisonMode) - Method in class AbstractDatum: Compares the specified object with this datum for equality.
equals(Object) - Method in class BursaWolfParameters: Compares the specified object with this object for equality.
equals(Object, ComparisonMode) - Method in class DefaultEllipsoid: Compares this ellipsoid with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultGeodeticDatum: Compare this datum with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultImageDatum: Compares this datum with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultPrimeMeridian: Compares this prime meridian with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultTemporalDatum: Compares this temporal datum with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultVerticalDatum: Compare this vertical datum with the specified object for equality.
equals(Object) - Method in class TimeDependentBWP: Compares the specified object with this object for equality.
equals(Object) - Method in class NamedIdentifier: Compares this identifier with the specified object for equality.
equals(Object, ComparisonMode) - Method in class AbstractCoordinateOperation: Compares this coordinate operation with the specified object for equality.
equals(Object) - Method in class DefaultFormula: Compares this formula with the given object for equality.
equals(Object, ComparisonMode) - Method in class DefaultOperationMethod: Compares this operation method with the specified object for equality.
equals(Object, ComparisonMode) - Method in class DefaultPassThroughOperation: Compares this concatenated operation with the specified object for equality.
equals(Matrix, Matrix, double, boolean) - Static method in class Matrices: Compares the given matrices for equality, using the given relative or absolute tolerance threshold.
equals(Matrix, Matrix, ComparisonMode) - Static method in class Matrices: Compares the given matrices for equality, using the given comparison strictness level.
equals(Object) - Method in class Matrix1: Returns true if the specified object is of type Matrix1 and all of the data members are equal to the corresponding data members in this matrix.
equals(Object) - Method in class Matrix2: Returns true if the specified object is of type Matrix2 and all of the data members are equal to the corresponding data members in this matrix.
equals(Object) - Method in class MatrixSIS: Returns true if the specified object is of the same class than this matrix and all of the data members are equal to the corresponding data members in this matrix.
equals(Matrix, double) - Method in class MatrixSIS: Compares the given matrices for equality, using the given absolute tolerance threshold.
equals(Object, ComparisonMode) - Method in class MatrixSIS: Compares this matrix with the given object for equality.
equals(Object, ComparisonMode) - Method in class NormalizedProjection: Compares the given object with this transform for equivalence.
equals(Object) - Method in class AbstractMathTransform: Compares the specified object with this math transform for strict equality.
equals(Object, ComparisonMode) - Method in class AbstractMathTransform: Compares the specified object with this math transform for equality.
equals(Object, ComparisonMode) - Method in class AbstractMathTransform.Inverse: Compares the specified object with this inverse math transform for equality.
equals(Object) - Method in class ContextualParameters: Compares the given object with the parameters for equality.
equals(Object, ComparisonMode) - Method in class PassThroughTransform: Compares the specified object with this math transform for equality.
excentricity - Variable in class NormalizedProjection: Ellipsoid excentricity, equals to sqrt(NormalizedProjection.excentricitySquared).
excentricitySquared - Variable in class NormalizedProjection: The square of excentricity: ℯ² = (a²-b²)/a² where ℯ is the excentricity, a is the semi-major axis length and b is the semi-minor axis length.

F

forCode(String) - Static method in class CRS: Returns the Coordinate Reference System for the given authority code.
forConvention(AxesConvention) - Method in class AbstractCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultCompoundCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultDerivedCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultEngineeringCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultGeocentricCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultGeographicCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultImageCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultProjectedCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultTemporalCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultVerticalCRS: Returns a coordinate reference system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class AbstractCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultAffineCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultCartesianCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultCylindricalCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultEllipsoidalCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultLinearCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultPolarCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultSphericalCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultTimeCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultUserDefinedCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
forConvention(AxesConvention) - Method in class DefaultVerticalCS: Returns a coordinate system equivalent to this one but with axes rearranged according the given convention.
format(Object, Appendable) - Method in class ParameterFormat: Formats the given object to the given stream of buffer.
formatTo(Formatter) - Method in class AbstractParameterDescriptor: Formats this descriptor as a pseudo-Well Known Text element.
formatTo(Formatter) - Method in class DefaultParameterValue: Formats this parameter as a Well Known Text Parameter[…] element.
formatTo(Formatter) - Method in class AbstractIdentifiedObject: Formats the inner part of the Well Known Text (WKT) representation for this object.
formatTo(Formatter) - Method in class AbstractCRS: Formats the inner part of the Well Known Text (WKT) representation of this CRS.
formatTo(Formatter) - Method in class DefaultCompoundCRS: Formats this CRS as a Well Known Text CompoundCRS[…] element.
formatTo(Formatter) - Method in class DefaultDerivedCRS: Formats the inner part of the Well Known Text (WKT) representation of this CRS.
formatTo(Formatter) - Method in class DefaultEngineeringCRS: Formats this CRS as a Well Known Text EngineeringCRS[…] element.
formatTo(Formatter) - Method in class DefaultGeocentricCRS: Formats this CRS as a Well Known Text GeodeticCRS[…] element.
formatTo(Formatter) - Method in class DefaultGeographicCRS: Formats this CRS as a Well Known Text GeodeticCRS[…] element.
formatTo(Formatter) - Method in class DefaultImageCRS: Formats this CRS as a Well Known Text ImageCRS[…] element.
formatTo(Formatter) - Method in class DefaultProjectedCRS: Formats the inner part of the Well Known Text (WKT) representation of this CRS.
formatTo(Formatter) - Method in class DefaultTemporalCRS: Formats this CRS as a Well Known Text TimeCRS[…] element.
formatTo(Formatter) - Method in class DefaultVerticalCRS: Formats this CRS as a Well Known Text VerticalCRS[…] element.
formatTo(Formatter) - Method in class AbstractCS: Formats the inner part of the Well Known Text (WKT) representation of this coordinate system.
formatTo(Formatter) - Method in class DefaultCoordinateSystemAxis: Formats this axis as a Well Known Text Axis[…] element.
formatTo(Formatter) - Method in class AbstractDatum: Formats the inner part of the Well Known Text (WKT) representation for this datum.
formatTo(Formatter) - Method in class BursaWolfParameters: Formats this object as a Well Known Text ToWGS84[…] element.
formatTo(Formatter) - Method in class DefaultEllipsoid: Formats this ellipsoid as a Well Known Text Ellipsoid[…] element.
formatTo(Formatter) - Method in class DefaultEngineeringDatum: Formats this datum as a Well Known Text EngineeringDatum[…] element.
formatTo(Formatter) - Method in class DefaultGeodeticDatum: Formats this datum as a Well Known Text Datum[…] element.
formatTo(Formatter) - Method in class DefaultImageDatum: Formats this datum as a Well Known Text ImageDatum[…] element.
formatTo(Formatter) - Method in class DefaultPrimeMeridian: Formats this prime meridian as a Well Known Text PrimeMeridian[…] element.
formatTo(Formatter) - Method in class DefaultTemporalDatum: Formats this datum as a Well Known Text TimeDatum[…] element.
formatTo(Formatter) - Method in class DefaultVerticalDatum: Formats this datum as a Well Known Text VerticalDatum[…] element.
formatTo(Formatter) - Method in class AbstractCoordinateOperation: Formats this coordinate operation in Well Known Text (WKT) version 2 format.
formatTo(Formatter) - Method in class DefaultFormula: Formats this formula as a pseudo-Well Known Text element.
formatTo(Formatter) - Method in class DefaultOperationMethod: Formats this operation as a Well Known Text Method[…] element.
formatTo(Formatter) - Method in class AbstractMathTransform: Formats the inner part of a Well Known Text version 1 (WKT 1) element.
formatTo(Formatter) - Method in class AbstractMathTransform.Inverse: Formats the inner part of a Well Known Text version 1 (WKT 1) element.
formatTo(Formatter) - Method in class PassThroughTransform: Formats this transform as a Well Known Text version 1 (WKT 1) element.
fromWKT(CharSequence) - Static method in class Envelopes: Returns the bounding box of a geometry defined in Well Known Text (WKT) format.
fromWKT(String) - Static method in class CRS: Creates a Coordinate Reference System object from a Well Known Text (WKT).

G

GeneralDirectPosition - Class in org.apache.sis.geometry: A mutable DirectPosition (the coordinates of a position) of arbitrary dimension.
GeneralDirectPosition(CoordinateReferenceSystem) - Constructor for class GeneralDirectPosition: Constructs a position using the specified coordinate reference system.
GeneralDirectPosition(int) - Constructor for class GeneralDirectPosition: Constructs a position with the specified number of dimensions.
GeneralDirectPosition(double...) - Constructor for class GeneralDirectPosition: Constructs a position with the specified ordinates.
GeneralDirectPosition(DirectPosition) - Constructor for class GeneralDirectPosition: Constructs a position initialized to the same values than the specified point.
GeneralDirectPosition(CharSequence) - Constructor for class GeneralDirectPosition: Constructs a position initialized to the values parsed from the given string in Well Known Text (WKT) format.
GeneralEnvelope - Class in org.apache.sis.geometry: A mutable Envelope (a minimum bounding box or rectangle) of arbitrary dimension.
GeneralEnvelope(DirectPosition, DirectPosition) - Constructor for class GeneralEnvelope: Constructs an envelope defined by two corners given as direct positions.
GeneralEnvelope(double[], double[]) - Constructor for class GeneralEnvelope: Constructs an envelope defined by two corners given as sequences of ordinate values.
GeneralEnvelope(int) - Constructor for class GeneralEnvelope: Constructs an empty envelope of the specified dimension.
GeneralEnvelope(CoordinateReferenceSystem) - Constructor for class GeneralEnvelope: Constructs an empty envelope with the specified coordinate reference system.
GeneralEnvelope(Envelope) - Constructor for class GeneralEnvelope: Constructs a new envelope with the same data than the specified envelope.
GeneralEnvelope(GeographicBoundingBox) - Constructor for class GeneralEnvelope: Constructs a new envelope with the same data than the specified geographic bounding box.
GeneralEnvelope(CharSequence) - Constructor for class GeneralEnvelope: Constructs a new envelope initialized to the values parsed from the given string in BOX or Well Known Text (WKT) format.
geocentric() - Method in enum CommonCRS: Returns the geocentric CRS using a Cartesian coordinate system.
GeodeticObjectFactory - Class in org.apache.sis.referencing.factory: Creates Coordinate Reference System (CRS) implementations, with their Coordinate System (CS) and Datum components.
GeodeticObjectFactory() - Constructor for class GeodeticObjectFactory: Constructs a factory with no default properties.
GeodeticObjectFactory(Map<String, ?>) - Constructor for class GeodeticObjectFactory: Constructs a factory with the given default properties.
geographic() - Method in enum CommonCRS: Returns the two-dimensional geographic CRS with axes in the standard (latitude, longitude) order.
geographic3D() - Method in enum CommonCRS: Returns the three-dimensional geographic CRS with axes in the standard (latitude, longitude, height) order.
getAbbreviation() - Method in class DefaultCoordinateSystemAxis: Returns the abbreviation used for this coordinate system axes.
getAlias() - Method in class AbstractIdentifiedObject: Returns alternative names by which this object is identified.
getAllDescriptors(int...) - Method in class TensorParameters: Returns all parameters in this group for a tensor of the specified dimensions.
getAnchorPoint() - Method in class AbstractDatum: Returns a description of the point(s) used to anchor the datum to the Earth.
getAngularUnit() - Method in class DefaultPrimeMeridian: Returns the angular unit of the Greenwich longitude.
getAuthalicRadius() - Method in class DefaultEllipsoid: Returns the radius of a hypothetical sphere having the same surface than this ellipsoid.
getAvailableMethods(Class<? extends SingleOperation>) - Method in class DefaultMathTransformFactory: Returns a set of available methods for coordinate operations of the given type.
getAxis(int) - Method in class AbstractCS: Returns the axis for this coordinate system at the specified dimension.
getAxisUnit() - Method in class DefaultEllipsoid: Returns the linear unit of the semi-major and semi-minor axis values.
getBase() - Method in class TransferFunction: Returns the logarithm or exponent base in the transfer function.
getBaseCRS() - Method in class DefaultDerivedCRS: Returns the CRS on which the conversion is applied.
getBaseCRS() - Method in class DefaultProjectedCRS: Returns the geographic CRS on which the map projection is applied.
getBursaWolfParameters() - Method in class DefaultGeodeticDatum: Returns all Bursa-Wolf parameters specified in the properties map at construction time.
getCenterX() - Method in class Envelope2D: Returns the median ordinate value for dimension 0.
getCenterY() - Method in class Envelope2D: Returns the median ordinate value for dimension 1.
getCircularRegionApproximation(int) - Method in class LatLonPointRadius: Gets the circular region approximation on the earth surface using haversine formula.
getCitation() - Method in class DefaultFormula: Returns the reference to a publication giving the formula(s) or procedure used by the coordinate operation method, or null if none.
getColors() - Method in class ParameterFormat: Returns the colors for an output on X3.64 compatible terminal, or null if none.
getComponentAt(CoordinateReferenceSystem, int, int) - Static method in class CRS: Returns the coordinate reference system in the given range of dimension indices.
getComponents() - Method in class DefaultCompoundCRS: Returns the ordered list of coordinate reference systems.
getComponents() - Method in class DefaultCompoundCS: Returns all coordinate systems in this compound CS.
getContentLevel() - Method in class ParameterFormat: Returns the amount of information to put in the table.
getContextualParameters() - Method in class NormalizedProjection: Returns the parameters used for creating the complete map projection.
getContextualParameters() - Method in class AbstractMathTransform: Returns the parameters for a sequence of normalize → this → denormalize transforms (optional operation).
getConversionFromBase() - Method in class DefaultDerivedCRS: Returns the conversion from the base CRS to this CRS.
getConversionFromBase() - Method in class DefaultProjectedCRS: Returns the map projection from the base CRS to this CRS.
getCoordinate() - Method in class AbstractDirectPosition: Returns a sequence of numbers that hold the coordinate of this position in its reference system.
getCoordinate() - Method in class DirectPosition1D: Returns a sequence of numbers that hold the coordinate of this position in its reference system.
getCoordinate() - Method in class DirectPosition2D: Returns a sequence of numbers that hold the coordinate of this position in its reference system.
getCoordinate() - Method in class GeneralDirectPosition: Returns a sequence of numbers that hold the coordinate of this position in its reference system.
getCoordinateOperationAccuracy() - Method in class AbstractCoordinateOperation: Returns an estimation of the impact of this operation on point accuracy.
getCoordinateReferenceSystem() - Method in class DirectPosition1D: Returns the coordinate reference system in which the coordinate is given.
getCoordinateReferenceSystem() - Method in class DirectPosition2D: Returns the coordinate reference system in which the coordinate is given.
getCoordinateReferenceSystem() - Method in class Envelope2D: Returns the coordinate reference system in which the coordinates are given.
getCoordinateReferenceSystem() - Method in class GeneralDirectPosition: Returns the coordinate reference system in which the coordinate is given.
getCoordinateSystem() - Method in class AbstractCRS: Returns the coordinate system.
getCoordinateSystem() - Method in class DefaultEngineeringCRS: Returns the coordinate system.
getCoordinateSystem() - Method in class DefaultGeographicCRS: Returns the coordinate system.
getCoordinateSystem() - Method in class DefaultImageCRS: Returns the coordinate system.
getCoordinateSystem() - Method in class DefaultProjectedCRS: Returns the coordinate system.
getCoordinateSystem() - Method in class DefaultTemporalCRS: Returns the coordinate system.
getCoordinateSystem() - Method in class DefaultVerticalCRS: Returns the coordinate system.
getDatum() - Method in class DefaultDerivedCRS: Returns the datum of the base CRS.
getDatum() - Method in class DefaultEngineeringCRS: Returns the datum.
getDatum() - Method in class DefaultGeocentricCRS: Returns the geodetic datum associated to this geocentric CRS.
getDatum() - Method in class DefaultGeographicCRS: Returns the geodetic datum associated to this geographic CRS.
getDatum() - Method in class DefaultImageCRS: Returns the datum.
getDatum() - Method in class DefaultProjectedCRS: Returns the datum of the base CRS.
getDatum() - Method in class DefaultTemporalCRS: Returns the datum.
getDatum() - Method in class DefaultVerticalCRS: Returns the datum.
getDefaultParameters(String) - Method in class DefaultMathTransformFactory: Returns the default parameter values for a math transform using the given operation method.
getDefaultValue() - Method in class DefaultParameterDescriptor: Returns the default value for the parameter.
getDefaultValue(int[]) - Method in class TensorParameters: Returns the default value for the parameter descriptor at the given indices.
getDescription() - Method in class AbstractIdentifiedObject: Returns a narrative explanation of the role of this object.
getDescriptor() - Method in class DefaultParameterValue: Returns the definition of this parameter.
getDescriptor() - Method in class DefaultParameterValueGroup: Returns the abstract definition of this group of parameters.
getDescriptor() - Method in class ContextualParameters: Returns the parameters for the normalize → non-linear kernel → denormalize sequence as a whole.
getDescriptors(GeneralParameterValue...) - Static method in class Parameters: Returns the descriptors of the given parameters, in the same order.
getDimension() - Method in class DirectPosition1D: The length of coordinate sequence (the number of entries).
getDimension() - Method in class DirectPosition2D: The length of coordinate sequence (the number of entries).
getDimension() - Method in class Envelope2D: Returns the number of dimensions, which is always 2.
getDimension() - Method in class GeneralDirectPosition: The length of ordinate sequence (the number of entries).
getDimension() - Method in class AbstractCS: Returns the number of dimensions of this coordinate system.
getDimensionDescriptor(int) - Method in class TensorParameters: Returns the parameter descriptor for the dimension at the given index.
getDirection() - Method in class DefaultCoordinateSystemAxis: Returns the direction of this coordinate system axis.
getDirectionReplacement(AxisDirection) - Method in interface AxisFilter: Returns a replacement for the given axis direction.
getDirectPosition() - Method in class AbstractDirectPosition: Returns always this, the direct position for this position.
getDirectPosition() - Method in class DirectPosition2D: Returns always this, the direct position for this position.
getDomainOfValidity() - Method in class AbstractReferenceSystem: Returns the region or timeframe in which this reference system is valid, or null if unspecified.
getDomainOfValidity() - Method in class AbstractDatum: Returns the region or timeframe in which this datum is valid, or null if unspecified.
getDomainOfValidity() - Method in class BursaWolfParameters: Returns the region or timeframe in which a coordinate transformation based on those Bursa-Wolf parameters is valid, or null if unspecified.
getDomainOfValidity() - Method in class AbstractCoordinateOperation: Returns the area or region or timeframe in which this coordinate operation is valid.
getEccentricity() - Method in class DefaultEllipsoid: The ratio of the distance between the center and a focus of the ellipse to the length of its semi-major axis.
getElement(int, int) - Method in class Matrix1: Retrieves the value at the specified row and column of this matrix.
getElement(int, int) - Method in class Matrix2: Retrieves the value at the specified row and column of this matrix.
getElement(int, int) - Method in class Matrix3: Retrieves the value at the specified row and column of this matrix.
getElement(int, int) - Method in class Matrix4: Retrieves the value at the specified row and column of this matrix.
getElement(int, int) - Method in class MatrixSIS: Retrieves the value at the specified row and column of this matrix.
getElementDescriptor(int...) - Method in class TensorParameters: Returns the parameter descriptor for a matrix or tensor element at the given indices.
getElements() - Method in class Matrix1: Returns all matrix elements in a flat, row-major (column indices vary fastest) array.
getElements() - Method in class Matrix2: Returns all matrix elements in a flat, row-major (column indices vary fastest) array.
getElements() - Method in class Matrix3: Returns all matrix elements in a flat, row-major (column indices vary fastest) array.
getElements() - Method in class Matrix4: Returns all matrix elements in a flat, row-major (column indices vary fastest) array.
getElements() - Method in class MatrixSIS: Returns a copy of all matrix elements in a flat, row-major (column indices vary fastest) array.
getElementType() - Method in class TensorParameters: Returns the type of tensor element values.
getEllipsoid() - Method in class DefaultGeodeticDatum: Returns the ellipsoid given at construction time.
getFlip(AffineTransform) - Static method in class AffineTransforms2D: Returns -1 if one axis has been flipped, +1 if no axis has been flipped, or 0 if unknown.
getFormula() - Method in class DefaultFormula: Returns the formula(s) or procedure used by the operation method, or null if none.
getFormula() - Method in class DefaultOperationMethod: Formula(s) or procedure used by this operation method.
getGeographicBoundingBox(CoordinateReferenceSystem) - Static method in class CRS: Returns the valid geographic area for the given coordinate reference system, or null if unknown.
getGreenwichLongitude(GeodeticCRS) - Static method in class CRS: Returns the Greenwich longitude of the prime meridian of the given CRS in degrees.
getGreenwichLongitude() - Method in class DefaultPrimeMeridian: Longitude of the prime meridian measured from the Greenwich meridian, positive eastward.
getGreenwichLongitude(Unit<Angle>) - Method in class DefaultPrimeMeridian: Returns the longitude value relative to the Greenwich Meridian, expressed in the specified units.
getHaversineDistance(double, double, double, double) - Static method in class DistanceUtils: Calculates haversine (great circle) distance between two lat/lon coordinates.
getHeight() - Method in class Envelope2D: Returns the span for dimension 1.
getHorizontalComponent(CoordinateReferenceSystem) - Static method in class CRS: Returns the first horizontal coordinate reference system found in the given CRS, or null if there is none.
getIdentifier(IdentifiedObject, Citation) - Static method in class IdentifiedObjects: Returns an identifier for the given object according the given authority.
getIdentifierOrName(IdentifiedObject) - Static method in class IdentifiedObjects: Returns the string representation of the first identifier, or the object name if there is no identifier.
getIdentifiers() - Method in class AbstractIdentifiedObject: Returns identifiers which references elsewhere the object's defining information.
getInterface() - Method in class AbstractParameterDescriptor: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultParameterDescriptor: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultParameterDescriptorGroup: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class AbstractIdentifiedObject: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class AbstractReferenceSystem: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class AbstractCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultCompoundCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultDerivedCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultEngineeringCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultGeocentricCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultGeographicCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultImageCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultProjectedCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultTemporalCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultVerticalCRS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class AbstractCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultAffineCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultCartesianCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultCoordinateSystemAxis: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultCylindricalCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultEllipsoidalCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultLinearCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultPolarCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultSphericalCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultTimeCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultUserDefinedCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultVerticalCS: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class AbstractDatum: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultEllipsoid: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultEngineeringDatum: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultGeodeticDatum: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultImageDatum: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultPrimeMeridian: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultTemporalDatum: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultVerticalDatum: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class AbstractCoordinateOperation: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultConversion: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultOperationMethod: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultPassThroughOperation: Returns the GeoAPI interface implemented by this class.
getInterface() - Method in class DefaultTransformation: Returns the GeoAPI interface implemented by this class.
getInterpolationCRS() - Method in class AbstractCoordinateOperation: Returns the CRS which is neither the source CRS or target CRS but still required for performing the operation.
getInverseFlattening() - Method in class DefaultEllipsoid: Returns the value of the inverse of the flattening constant.
getLastMethodUsed() - Method in class DefaultMathTransformFactory: Returns the operation method used by the latest call to a create(…) constructor in the currently running thread.
getLinearAccuracy() - Method in class AbstractCoordinateOperation: Returns an estimation of positional accuracy in metres, or NaN if unknown.
getLower(int) - Method in class AbstractEnvelope: Returns the limit in the direction of decreasing ordinate values in the specified dimension.
getLowerCorner() - Method in class AbstractEnvelope: A coordinate position consisting of all the lower ordinate values.
getLowerCorner() - Method in class Envelope2D: The limits in the direction of decreasing ordinate values for the two dimensions.
getMathTransform() - Method in class AbstractCoordinateOperation: Returns the object for transforming coordinates in the source CRS to coordinates in the target CRS.
getMatrix(boolean) - Method in class ContextualParameters: Returns the affine transforms to be applied before or after the non-linear kernel operation.
getMatrix() - Method in interface LinearTransform: Returns the coefficients of this linear transform as a matrix.
getMatrix(MathTransform) - Static method in class MathTransforms: If the given transform is linear, returns its coefficients as a matrix.
getMaximum(int) - Method in class AbstractEnvelope: Returns the maximal ordinate value for the specified dimension.
getMaximum(int) - Method in class Envelope2D: Returns the maximal ordinate along the specified dimension.
getMaximumOccurs() - Method in class AbstractParameterDescriptor: The maximum number of times that values for this parameter group or parameter can be included.
getMaximumValue() - Method in class DefaultParameterDescriptor: Returns the maximum parameter value.
getMaximumValue() - Method in class DefaultCoordinateSystemAxis: Returns the maximum value normally allowed for this axis, in the unit of measure for the axis.
getMaxX() - Method in class Envelope2D: Returns the maximal ordinate value for dimension 0.
getMaxY() - Method in class Envelope2D: Returns the maximal ordinate value for dimension 1.
getMedian() - Method in class AbstractEnvelope: A coordinate position consisting of all the median ordinate values.
getMedian(int) - Method in class AbstractEnvelope: Returns the median ordinate along the specified dimension.
getMedian(int) - Method in class Envelope2D: Returns the median ordinate along the specified dimension.
getMemberName(ParameterDescriptor<?>) - Static method in class Parameters: Gets the parameter name as an instance of MemberName.
getMethod() - Method in class DefaultPassThroughOperation: Deprecated.
May be removed in GeoAPI 4.0 since it does not apply to pass-through operations.
getMinimum(int) - Method in class AbstractEnvelope: Returns the minimal ordinate value for the specified dimension.
getMinimum(int) - Method in class Envelope2D: Returns the minimal ordinate along the specified dimension.
getMinimumOccurs() - Method in class AbstractParameterDescriptor: The minimum number of times that values for this parameter group or parameter are required.
getMinimumValue() - Method in class DefaultParameterDescriptor: Returns the minimum parameter value.
getMinimumValue() - Method in class DefaultCoordinateSystemAxis: Returns the minimum value normally allowed for this axis, in the unit of measure for the axis.
getMinX() - Method in class Envelope2D: Returns the minimal ordinate value for dimension 0.
getMinY() - Method in class Envelope2D: Returns the minimal ordinate value for dimension 1.
getModifiedCoordinates() - Method in class DefaultPassThroughOperation: Returns the ordered sequence of indices in a source coordinate tuple of the coordinates affected by this pass-through operation.
getModifiedCoordinates() - Method in class PassThroughTransform: Returns the ordered sequence of positive integers defining the positions in a source coordinate tuple of the coordinates affected by this pass-through operation.
getName() - Method in class AbstractIdentifiedObject: Returns the primary name by which this object is identified.
getName(IdentifiedObject, Citation) - Static method in class IdentifiedObjects: Returns an object name according the given authority.
getNames(IdentifiedObject, Citation) - Static method in class IdentifiedObjects: Returns every object names and aliases according the given authority.
getNumber(int, int) - Method in class MatrixSIS: Retrieves the value at the specified row and column of this matrix, wrapped in a Number.
getNumCol() - Method in class Matrix1: Returns the number of columns in this matrix, which is always 1 in this implementation.
getNumCol() - Method in class Matrix2: Returns the number of columns in this matrix, which is always 2 in this implementation.
getNumCol() - Method in class Matrix3: Returns the number of columns in this matrix, which is always 3 in this implementation.
getNumCol() - Method in class Matrix4: Returns the number of columns in this matrix, which is always 4 in this implementation.
getNumRow() - Method in class Matrix1: Returns the number of rows in this matrix, which is always 1 in this implementation.
getNumRow() - Method in class Matrix2: Returns the number of rows in this matrix, which is always 2 in this implementation.
getNumRow() - Method in class Matrix3: Returns the number of rows in this matrix, which is always 3 in this implementation.
getNumRow() - Method in class Matrix4: Returns the number of rows in this matrix, which is always 4 in this implementation.
getOffset() - Method in class TransferFunction: Returns the offset of the transfer function.
getOperation() - Method in class DefaultPassThroughOperation: Returns the operation to apply on the subset of a coordinate tuple.
getOperationMethod(String) - Method in class DefaultCoordinateOperationFactory: Returns the operation method of the given name.
getOperationMethod(String) - Method in class DefaultMathTransformFactory: Returns the operation method for the specified name or identifier.
getOperationType() - Method in class DefaultOperationMethod: Returns the base interface of the CoordinateOperation instances that use this method.
getOperationVersion() - Method in class AbstractCoordinateOperation: Returns the version of the coordinate operation.
getOrCreate(ParameterDescriptor<T>) - Method in class Parameters: Returns the parameter identified by the given descriptor.
getOrdinate(int) - Method in class DirectPosition1D: Returns the ordinate at the specified dimension.
getOrdinate(int) - Method in class DirectPosition2D: Returns the ordinate at the specified dimension.
getOrdinate(int) - Method in class GeneralDirectPosition: Returns the ordinate at the specified dimension.
getOrigin() - Method in class DefaultTemporalDatum: Returns the date and time origin of this temporal datum.
getParameterDescriptors() - Method in interface Parameterized: Returns the parameter descriptors for this parameterized object, or null if unknown.
getParameterDescriptors() - Method in class NormalizedProjection: Returns a description of the non-linear internal parameters of this NormalizedProjection.
getParameterDescriptors() - Method in class AbstractMathTransform: Returns the parameter descriptors for this math transform, or null if unknown.
getParameters() - Method in class DefaultOperationMethod: Returns the set of parameters.
getParameterValues() - Method in interface Parameterized: Returns the parameter values for this parameterized object, or null if unknown.
getParameterValues() - Method in class DefaultPassThroughOperation: Deprecated.
May be removed in GeoAPI 4.0 since it does not apply to pass-through operations.
getParameterValues() - Method in class NormalizedProjection: Returns a copy of non-linear internal parameter values of this NormalizedProjection.
getParameterValues() - Method in class AbstractMathTransform: Returns the parameter values for this math transform, or null if unknown.
getParsedNames() - Method in class NamedIdentifier: Returns the sequence of local names making this generic name.
getPixelInCell() - Method in class DefaultImageDatum: Specification of the way the image grid is associated with the image data attributes.
getPointOnGreatCircle(double, double, double, double) - Static method in class DistanceUtils: Returns a coordinate on the great circle at the specified bearing.
getPositionVectorTransformation(Date) - Method in class BursaWolfParameters: Returns the position vector transformation (geocentric domain) as an affine transform.
getPositionVectorTransformation(GeodeticDatum, Extent) - Method in class DefaultGeodeticDatum: Returns the position vector transformation (geocentric domain) to the specified datum.
getPreferredCodespaces() - Method in class ParameterFormat: Returns the code spaces of names, aliases and identifiers to show, or null if there is no restriction.
getPrimeMeridian() - Method in class DefaultGeodeticDatum: Returns the prime meridian given at construction time.
getProperties(IdentifiedObject, String...) - Static method in class IdentifiedObjects: Returns the information provided in the specified identified object as a map of properties.
getRangeMeaning() - Method in class DefaultCoordinateSystemAxis: Returns the meaning of axis value range specified by the minimum and maximum values.
getRealizationEpoch() - Method in class AbstractDatum: The time after which this datum definition is valid.
getRectangularRegionApproximation(int) - Method in class LatLonPointRadius: Calculates the rectangular region enclosing the circular search region.
getRemarks() - Method in class AbstractIdentifiedObject: Returns comments on or information about this object, including data source information.
getRotation(AffineTransform) - Static method in class AffineTransforms2D: Returns an estimation of the rotation angle in radians.
getScale() - Method in class TransferFunction: Returns the scale factor of the transfer function.
getScaleX0(AffineTransform) - Static method in class AffineTransforms2D: Returns the magnitude of scale factor x by canceling the effect of eventual flip and rotation.
getScaleY0(AffineTransform) - Static method in class AffineTransforms2D: Returns the magnitude of scale factor y by canceling the effect of eventual flip and rotation.
getScope() - Method in class AbstractReferenceSystem: Returns the domain or limitations of usage, or null if unspecified.
getScope() - Method in class AbstractDatum: Returns the domain or limitations of usage, or null if unspecified.
getScope() - Method in class AbstractCoordinateOperation: Returns a description of domain of usage, or limitations of usage, for which this operation is valid.
getSemiMajorAxis() - Method in class DefaultEllipsoid: Length of the semi-major axis of the ellipsoid.
getSemiMinorAxis() - Method in class DefaultEllipsoid: Length of the semi-minor axis of the ellipsoid.
getSingleComponents() - Method in class DefaultCompoundCRS: Returns the ordered list of single coordinate reference systems.
getSingleComponents(CoordinateReferenceSystem) - Static method in class CRS: Returns the ordered list of single coordinate reference systems for the specified CRS.
getSourceCRS() - Method in class AbstractCoordinateOperation: Returns the source CRS, or null if unspecified.
getSourceDimensions() - Method in class DefaultOperationMethod: Number of dimensions in the source CRS of this operation method.
getSourceDimensions() - Method in class AbstractMathTransform: Gets the dimension of input points.
getSourceDimensions() - Method in class AbstractMathTransform.Inverse: Gets the dimension of input points.
getSourceDimensions() - Method in class AbstractMathTransform1D: Returns the dimension of input points, which is always 1.
getSourceDimensions() - Method in class AbstractMathTransform2D: Returns the dimension of input points, which is always 2.
getSourceDimensions() - Method in class PassThroughTransform: Gets the dimension of input points.
getSpan(int) - Method in class AbstractEnvelope: Returns the envelope span (typically width or height) along the specified dimension.
getSpan(int, Unit<?>) - Method in class AbstractEnvelope: Returns the envelope span along the specified dimension, in terms of the given units.
getSpan(int) - Method in class Envelope2D: Returns the envelope span along the specified dimension.
getSteps(MathTransform) - Static method in class MathTransforms: Returns all single components of the given (potentially concatenated) transform.
getSubTransform() - Method in class PassThroughTransform: Returns the sub-transform to apply on the modified coordinates.
getSwapXY(AffineTransform) - Static method in class AffineTransforms2D: Returns an estimation about whether the specified transform swaps x and y axes.
getTargetCRS() - Method in class AbstractCoordinateOperation: Returns the target CRS, or null if unspecified.
getTargetDatum() - Method in class BursaWolfParameters: Returns the target datum for this set of parameters, or null if unknown.
getTargetDimensions() - Method in class DefaultOperationMethod: Number of dimensions in the target CRS of this operation method.
getTargetDimensions() - Method in class AbstractMathTransform: Gets the dimension of output points.
getTargetDimensions() - Method in class AbstractMathTransform.Inverse: Gets the dimension of output points.
getTargetDimensions() - Method in class AbstractMathTransform1D: Returns the dimension of output points, which is always 1.
getTargetDimensions() - Method in class AbstractMathTransform2D: Returns the dimension of output points, which is always 2.
getTargetDimensions() - Method in class PassThroughTransform: Gets the dimension of output points.
getTemporalComponent(CoordinateReferenceSystem) - Static method in class CRS: Returns the first temporal coordinate reference system found in the given CRS, or null if there is none.
getTimeReference() - Method in class TimeDependentBWP: Returns the reference epoch for time-dependent parameters.
getTransform() - Method in class TransferFunction: Returns the transform from sample values to geophysics values, as specified by the current properties of this TransferFunction.
getType() - Method in class TransferFunction: Returns the transfer function type (linear, logarithmic or exponential).
getUnicodeIdentifier(IdentifiedObject) - Static method in class IdentifiedObjects: Returns the first name, alias or identifier which is a valid Unicode identifier.
getUnit() - Method in class DefaultParameterDescriptor: Returns the unit of measurement for the minimum, maximum and default values.
getUnit() - Method in class DefaultParameterValue: Returns the unit of measure of the parameter value.
getUnit() - Method in class DefaultCoordinateSystemAxis: Returns the unit of measure used for this coordinate system axis.
getUnitReplacement(Unit<?>) - Method in interface AxisFilter: Returns a replacement for the given axis unit.
getUpper(int) - Method in class AbstractEnvelope: Returns the limit in the direction of increasing ordinate values in the specified dimension.
getUpperCorner() - Method in class AbstractEnvelope: A coordinate position consisting of all the upper ordinate values.
getUpperCorner() - Method in class Envelope2D: The limits in the direction of increasing ordinate values for the two dimensions.
getValidValues() - Method in class DefaultParameterDescriptor: If this parameter allows only a finite set of values, returns that set.
getValue() - Method in class DefaultParameterValue: Returns the parameter value as an object.
getValue(ParameterDescriptor<T>) - Method in class Parameters: Returns the value of the parameter identified by the given descriptor.
getValueClass() - Method in class DefaultParameterDescriptor: Returns the class that describe the type of the parameter.
getValueDomain() - Method in class DefaultParameterDescriptor: Returns the domain of values with their unit of measurement (if any), or null if none.
getValueDomain(ParameterDescriptor<?>) - Static method in class Parameters: Returns the domain of valid values defined by the given descriptor, or null if none.
getValues() - Method in class BursaWolfParameters: Returns the parameter values.
getValues() - Method in class TimeDependentBWP: Returns the parameter values.
getValueType() - Method in class ParameterFormat: Returns the type of objects formatted by this class.
getVerticalComponent(CoordinateReferenceSystem, boolean) - Static method in class CRS: Returns the first vertical coordinate reference system found in the given CRS, or null if there is none.
getVerticalDatumType() - Method in class DefaultVerticalDatum: Returns the type of this vertical datum.
getWidth() - Method in class Envelope2D: Returns the span for dimension 0.
groups(String) - Method in class DefaultParameterValueGroup: Returns all subgroups with the specified name.
groups(String) - Method in class ContextualParameters: Unsupported operation, since ContextualParameters groups do not contain sub-groups.

H

HALF_EARTH_CIRCUMFERENCE - Static variable in class DistanceUtils
hashCode() - Method in class AbstractDirectPosition: Returns a hash value for this coordinate.
hashCode() - Method in class AbstractEnvelope: Returns a hash value for this envelope.
hashCode() - Method in class DirectPosition1D: Returns a hash value for this coordinate.
hashCode() - Method in class DirectPosition2D: Returns a hash value for this coordinate.
hashCode() - Method in class GeneralDirectPosition: Returns a hash value for this coordinate.
hashCode() - Method in class DefaultParameterValue: Returns a hash value for this parameter.
hashCode() - Method in class DefaultParameterValueGroup: Returns a hash value for this parameter.
hashCode() - Method in class TensorParameters: Returns a hash code value for this object.
hashCode() - Method in class AbstractIdentifiedObject: Returns a hash value for this identified object.
hashCode() - Method in class BursaWolfParameters: Returns a hash value for this object.
hashCode() - Method in class TimeDependentBWP: Returns a hash value for this object.
hashCode() - Method in class NamedIdentifier: Returns a hash code value for this object.
hashCode() - Method in class DefaultFormula: Returns a hash code value for this formula.
hashCode() - Method in class Matrix1: Returns a hash code value based on the data values in this object.
hashCode() - Method in class Matrix2: Returns a hash code value based on the data values in this object.
hashCode() - Method in class MatrixSIS: Returns a hash code value based on the data values in this matrix.
hashCode() - Method in class AbstractMathTransform: Returns a hash value for this transform.
hashCode() - Method in class ContextualParameters: Returns a hash code value for this object.
head() - Method in class NamedIdentifier: Returns the first element in the sequence of parsed names.

I

IdentifiedObjects - Class in org.apache.sis.referencing: Utility methods working on arbitrary implementations of the IdentifiedObject interface.
identity(int) - Static method in class MathTransforms: Returns an identity transform of the specified dimension.
ImmutableEnvelope - Class in org.apache.sis.geometry: An immutable Envelope (a minimum bounding box or rectangle) of arbitrary dimension.
ImmutableEnvelope(DirectPosition, DirectPosition) - Constructor for class ImmutableEnvelope: Constructs an envelope defined by two corners given as direct positions.
ImmutableEnvelope(double[], double[], CoordinateReferenceSystem) - Constructor for class ImmutableEnvelope: Constructs an envelope defined by two corners given as sequences of ordinate values.
ImmutableEnvelope(GeographicBoundingBox) - Constructor for class ImmutableEnvelope: Constructs a new envelope with the same data than the specified geographic bounding box.
ImmutableEnvelope(Envelope) - Constructor for class ImmutableEnvelope: Creates an immutable envelope with the values of the given envelope.
ImmutableEnvelope(CoordinateReferenceSystem, Envelope) - Constructor for class ImmutableEnvelope: Creates an immutable envelope with the ordinate values of the given envelope but a different CRS.
ImmutableEnvelope(CoordinateReferenceSystem, CharSequence) - Constructor for class ImmutableEnvelope: Constructs a new envelope initialized to the values parsed from the given string in BOX or Well Known Text (WKT) format.
indicesToName(int[]) - Method in class TensorParameters: Returns the parameter descriptor name of a matrix or tensor element at the given indices.
intersect(Envelope) - Method in class GeneralEnvelope: Sets this envelope to the intersection if this envelope with the specified one.
intersects(Envelope) - Method in class AbstractEnvelope: Returns true if this envelope intersects the specified envelope.
intersects(Envelope, boolean) - Method in class AbstractEnvelope: Returns true if this envelope intersects the specified envelope.
intersects(Rectangle2D) - Method in class Envelope2D: Returns true if this envelope intersects the specified envelope.
intersects(double, double, double, double) - Method in class Envelope2D: Returns true if this envelope intersects the specified envelope.
intValue() - Method in class DefaultParameterValue: Returns the integer value of this parameter, usually used for a count.
intValue(ParameterDescriptor<? extends Number>) - Method in class Parameters: Returns the integer value of the parameter identified by the given descriptor.
intValueList() - Method in class DefaultParameterValue: Returns an ordered sequence of two or more integer values of this parameter, usually used for counts.
intValueList(ParameterDescriptor<int[]>) - Method in class Parameters: Returns the integer values of the parameter identified by the given descriptor.
inverse(Matrix) - Static method in class Matrices: Returns the inverse of the given matrix.
inverse() - Method in class MatrixSIS: Returns the inverse of this matrix.
inverse() - Method in class NormalizedProjection: Returns the inverse of this map projection.
inverse() - Method in class AbstractMathTransform: Returns the inverse transform of this object.
inverse() - Method in class AbstractMathTransform.Inverse: Returns the inverse of this math transform, which is the enclosing math transform.
inverse() - Method in class AbstractMathTransform1D: Returns the inverse transform of this object.
inverse() - Method in class AbstractMathTransform2D: Returns the inverse transform of this object.
inverse() - Method in class AbstractMathTransform2D.Inverse: Returns the enclosing math transform.
inverse() - Method in class PassThroughTransform: Creates the inverse transform of this object.
inverseDeltaTransform(AffineTransform, Point2D, Point2D) - Static method in class AffineTransforms2D: Calculates the inverse transform of a point without applying the translation components.
inverseTransform(AffineTransform, Rectangle2D, Rectangle2D) - Static method in class AffineTransforms2D: Calculates a rectangle which entirely contains the inverse transform of bounds.
inverseTransform(double[], int, double[], int) - Method in class LambertConicConformal: Transforms the specified (x,y) coordinates and stores the (θ,φ) result in dstPts.
inverseTransform(double[], int, double[], int) - Method in class Mercator: Transforms the specified (x,y) coordinates and stores the result in dstPts (angles in radians).
inverseTransform(double[], int, double[], int) - Method in class NormalizedProjection: Inverse converts the single coordinate in srcPts at the given offset and stores the result in ptDst at the given offset.
inverseTransform(double[], int, double[], int) - Method in class PolarStereographic: Transforms the specified (x,y) coordinates and stores the result in dstPts (angles in radians).
inverseTransform(double[], int, double[], int) - Method in class TransverseMercator: Transforms the specified (η, ξ) coordinates and stores the result in dstPts (angles in radians).
invert() - Method in class BursaWolfParameters: Inverts in-place the transformation by inverting the sign of all numerical parameters.
isAffine(Matrix) - Static method in class Matrices: Returns true if the given matrix represents an affine transform.
isAffine() - Method in class Matrix1: Returns true if this matrix represents an affine transform.
isAffine() - Method in class Matrix2: Returns true if this matrix represents an affine transform.
isAffine() - Method in class Matrix3: Returns true if this matrix represents an affine transform.
isAffine() - Method in class Matrix4: Returns true if this matrix represents an affine transform.
isAffine() - Method in class MatrixSIS: Returns true if this matrix represents an affine transform.
isAffine() - Method in interface LinearTransform: Returns true if this transform is affine.
isAllNaN() - Method in class AbstractEnvelope: Returns false if at least one ordinate value is not NaN.
isDefiningConversion() - Method in class AbstractCoordinateOperation: Returns true if this coordinate operation is for the definition of a derived or projected CRS.
isDeprecated() - Method in class AbstractIdentifiedObject: Returns true if this object is deprecated.
isEmpty() - Method in class AbstractEnvelope: Determines whether or not this envelope is empty.
isEmpty() - Method in class Envelope2D: Determines whether the envelope is empty.
isHeuristicMatchForName(String) - Method in class AbstractIdentifiedObject: Returns true if either the primary name or at least one alias matches the given string according heuristic rules.
isHeuristicMatchForName(String) - Method in class DefaultCoordinateSystemAxis: Returns true if either the primary name or at least one alias matches the given string according heuristic rules.
isHeuristicMatchForName(String) - Method in class AbstractDatum: Returns true if either the primary name or at least one alias matches the given string according heuristic rules.
isHeuristicMatchForName(IdentifiedObject, String) - Static method in class IdentifiedObjects: Returns true if either the primary name or at least one alias matches the given string according heuristic rules.
isHorizontalCRS(CoordinateReferenceSystem) - Static method in class CRS: Returns true if the given CRS is horizontal.
isIdentity() - Method in class BursaWolfParameters: Returns true if a transformation built from this set of parameters would perform no operation.
isIdentity() - Method in class TimeDependentBWP: Returns true if a transformation built from this set of parameters would perform no operation.
isIdentity(Matrix, double) - Static method in class Matrices: Returns true if the given matrix is close to an identity matrix, given a tolerance threshold.
isIdentity() - Method in class Matrix1: Returns true if this matrix is an identity matrix.
isIdentity() - Method in class Matrix2: Returns true if this matrix is an identity matrix.
isIdentity() - Method in class Matrix3: Returns true if this matrix is an identity matrix.
isIdentity() - Method in class Matrix4: Returns true if this matrix is an identity matrix.
isIdentity() - Method in class MatrixSIS: Returns true if this matrix is an identity matrix.
isIdentity() - Method in class AbstractMathTransform.Inverse: Tests whether this transform does not move any points.
isIdentity() - Method in class AbstractMathTransform: Tests whether this transform does not move any points.
isIdentity() - Method in class PassThroughTransform: Tests whether this transform does not move any points.
isIvfDefinitive() - Method in class DefaultEllipsoid: Indicates if the inverse flattening is definitive for this ellipsoid.
isSphere() - Method in class DefaultEllipsoid: true if the ellipsoid is degenerate and is actually a sphere.
isTranslation() - Method in class BursaWolfParameters: Returns true if a transformation built from this set of parameters would perform only a translation.
isTranslation() - Method in class TimeDependentBWP: Returns true if a transformation built from this set of parameters would perform only a translation.
IterationStrategy - Enum in org.apache.sis.referencing.operation.transform: Strategy for iterating over the point arrays given to AbstractMathTransform.transform(…) methods.

L

LambertConicConformal - Class in org.apache.sis.referencing.operation.projection: Lambert Conic Conformal projection (EPSG codes 9801, 9802, 9803, 9826, 1051).
LambertConicConformal(OperationMethod, Parameters) - Constructor for class LambertConicConformal: Creates a Lambert projection from the given parameters.
LatLonPointRadius - Class in org.apache.sis.distance: Represents a 2D point associated with a radius to enable great circle estimation on earth surface.
LatLonPointRadius(DirectPosition, double) - Constructor for class LatLonPointRadius: Creates a representation of point-radius search region.
linear(double, double) - Static method in class MathTransforms: Creates a one-dimensional affine transform for the given coefficients.
linear(Matrix) - Static method in class MathTransforms: Creates an arbitrary linear transform from the specified matrix.
LinearTransform - Interface in org.apache.sis.referencing.operation.transform: A usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.
LinearTransformBuilder - Class in org.apache.sis.referencing.operation.builder: Creates a linear (usually affine) transform which will map approximatively the given source points to the given target points.
LinearTransformBuilder() - Constructor for class LinearTransformBuilder: Creates a new linear transform builder.
LOCALE_KEY - Static variable in class AbstractIdentifiedObject: Optional key which can be given to the constructor for specifying the locale to use for producing error messages.

M

m00 - Variable in class Matrix1: The only element in this matrix.
m00 - Variable in class Matrix2: The first matrix element in the first row.
m00 - Variable in class Matrix3: The first matrix element in the first row.
m00 - Variable in class Matrix4: The first matrix element in the first row.
m01 - Variable in class Matrix2: The second matrix element in the first row.
m01 - Variable in class Matrix3: The second matrix element in the first row.
m01 - Variable in class Matrix4: The second matrix element in the first row.
m02 - Variable in class Matrix3: The third matrix element in the first row.
m02 - Variable in class Matrix4: The third matrix element in the first row.
m03 - Variable in class Matrix4: The forth matrix element in the first row.
m10 - Variable in class Matrix2: The first matrix element in the second row.
m10 - Variable in class Matrix3: The first matrix element in the second row.
m10 - Variable in class Matrix4: The first matrix element in the second row.
m11 - Variable in class Matrix2: The second matrix element in the second row.
m11 - Variable in class Matrix3: The second matrix element in the second row.
m11 - Variable in class Matrix4: The second matrix element in the second row.
m12 - Variable in class Matrix3: The third matrix element in the second row.
m12 - Variable in class Matrix4: The third matrix element in the second row.
m13 - Variable in class Matrix4: The forth matrix element in the second row.
m20 - Variable in class Matrix3: The first matrix element in the third row.
m20 - Variable in class Matrix4: The first matrix element in the third row.
m21 - Variable in class Matrix3: The second matrix element in the third row.
m21 - Variable in class Matrix4: The second matrix element in the third row.
m22 - Variable in class Matrix3: The third matrix element in the third row.
m22 - Variable in class Matrix4: The third matrix element in the third row.
m23 - Variable in class Matrix4: The forth matrix element in the third row.
m30 - Variable in class Matrix4: The first matrix element in the forth row.
m31 - Variable in class Matrix4: The second matrix element in the forth row.
m32 - Variable in class Matrix4: The third matrix element in the forth row.
m33 - Variable in class Matrix4: The forth matrix element in the forth row.
MathTransformProvider - Interface in org.apache.sis.referencing.operation.transform: An object capable to create MathTransform instances from given parameter values.
MathTransforms - Class in org.apache.sis.referencing.operation.transform: Utility methods creating or working on MathTransform instances.
Matrices - Class in org.apache.sis.referencing.operation.matrix: Matrix factory methods and utilities.
Matrix1 - Class in org.apache.sis.referencing.operation.matrix: A matrix of fixed 1×1 size, typically resulting from MathTransform1D derivative computation.
Matrix1() - Constructor for class Matrix1: Creates a new identity matrix.
Matrix1(double) - Constructor for class Matrix1: Creates a new matrix initialized to the specified value.
Matrix1(double[]) - Constructor for class Matrix1: Creates a new matrix initialized to the specified values.
Matrix2 - Class in org.apache.sis.referencing.operation.matrix: A matrix of fixed 2×2 size, typically resulting from MathTransform2D derivative computation.
Matrix2() - Constructor for class Matrix2: Creates a new identity matrix.
Matrix2(double, double, double, double) - Constructor for class Matrix2: Creates a new matrix initialized to the specified values.
Matrix2(double[]) - Constructor for class Matrix2: Creates a new matrix initialized to the specified values.
Matrix3 - Class in org.apache.sis.referencing.operation.matrix: A matrix of fixed 3×3 size.
Matrix3() - Constructor for class Matrix3: Creates a new identity matrix.
Matrix3(double, double, double, double, double, double, double, double, double) - Constructor for class Matrix3: Creates a new matrix initialized to the specified values.
Matrix3(double[]) - Constructor for class Matrix3: Creates a new matrix initialized to the specified values.
Matrix4 - Class in org.apache.sis.referencing.operation.matrix: A matrix of fixed 4×4 size, often used in datum shifts.
Matrix4() - Constructor for class Matrix4: Creates a new identity matrix.
Matrix4(double, double, double, double, double, double, double, double, double, double, double, double, double, double, double, double) - Constructor for class Matrix4: Creates a new matrix initialized to the specified values.
Matrix4(double[]) - Constructor for class Matrix4: Creates a new matrix initialized to the specified values.
MatrixSIS - Class in org.apache.sis.referencing.operation.matrix: A Matrix able to perform some operations of interest to Spatial Information Systems (SIS).
MatrixSIS() - Constructor for class MatrixSIS: For sub-class constructors.
MAXIMUM_VALUE_KEY - Static variable in class DefaultCoordinateSystemAxis: Key for the "maximumValue" property to be given to the constructor.
Mercator - Class in org.apache.sis.referencing.operation.projection: Mercator Cylindrical projection (EPSG codes 9804, 9805, 1026, 1024, 1044, 9841).
Mercator(OperationMethod, Parameters) - Constructor for class Mercator: Creates a Mercator projection from the given parameters.
MINIMUM_VALUE_KEY - Static variable in class DefaultCoordinateSystemAxis: Key for the "minimumValue" property to be given to the constructor.
MismatchedDatumException - Exception in org.apache.sis.referencing.operation: Thrown when the source and target CRS of a conversion use different datum.
MismatchedDatumException() - Constructor for exception MismatchedDatumException: Constructs a new exception with no message.
MismatchedDatumException(String) - Constructor for exception MismatchedDatumException: Constructs a new exception with the specified detail message.
MismatchedDatumException(String, Throwable) - Constructor for exception MismatchedDatumException: Constructs a new exception with the specified detail message and cause.
MismatchedMatrixSizeException - Exception in org.apache.sis.referencing.operation.matrix: Thrown when two matrices can not be added or multiplied because the sizes do not match.
MismatchedMatrixSizeException() - Constructor for exception MismatchedMatrixSizeException: Constructs a new exception with no message.
MismatchedMatrixSizeException(String) - Constructor for exception MismatchedMatrixSizeException: Constructs a new exception with the specified detail message.
MismatchedMatrixSizeException(String, Throwable) - Constructor for exception MismatchedMatrixSizeException: Constructs a new exception with the specified detail message and cause.
MismatchedReferenceSystemException - Exception in org.apache.sis.geometry: Indicates that an object cannot be constructed because of a mismatch in the reference systems of geometric components.
MismatchedReferenceSystemException() - Constructor for exception MismatchedReferenceSystemException: Creates an exception with no message.
MismatchedReferenceSystemException(String) - Constructor for exception MismatchedReferenceSystemException: Creates an exception with the specified message.
MismatchedReferenceSystemException(String, Throwable) - Constructor for exception MismatchedReferenceSystemException: Creates an exception with the specified message and cause.
multiply(Matrix, Matrix) - Static method in class Matrices: Returns a new matrix which is the result of multiplying the first matrix with the second one.
multiply(Matrix) - Method in class MatrixSIS: Returns a new matrix which is the result of multiplying this matrix with the specified one.

N

NamedIdentifier - Class in org.apache.sis.referencing: An identification of a CRS object which is both a Identifier and a GenericName.
NamedIdentifier(ReferenceIdentifier) - Constructor for class NamedIdentifier: Creates a new identifier from the specified one.
NamedIdentifier(GenericName) - Constructor for class NamedIdentifier: Creates a new identifier from the specified name.
NamedIdentifier(Map<String, ?>) - Constructor for class NamedIdentifier: Constructs an identifier from the given properties.
NamedIdentifier(Citation, CharSequence) - Constructor for class NamedIdentifier: Constructs an identifier from an authority and code.
NamedIdentifier(Citation, String, CharSequence, String, InternationalString) - Constructor for class NamedIdentifier: Constructs an identifier from an authority and localizable code, with an optional version number and description.
nameToIndices(String) - Method in class TensorParameters: Returns the indices of matrix element for the given parameter name, or null if none.
NoninvertibleMatrixException - Exception in org.apache.sis.referencing.operation.matrix: Thrown when a matrix can not be inverted.
NoninvertibleMatrixException() - Constructor for exception NoninvertibleMatrixException: Constructs a new exception with no message.
NoninvertibleMatrixException(String) - Constructor for exception NoninvertibleMatrixException: Constructs a new exception with the specified detail message.
NoninvertibleMatrixException(String, Throwable) - Constructor for exception NoninvertibleMatrixException: Constructs a new exception with the specified detail message and cause.
normalize() - Method in class AbstractDirectPosition: Ensures that the position is contained in the coordinate system domain.
normalize() - Method in class GeneralEnvelope: Ensures that the envelope is contained in the coordinate system domain.
normalizeColumns() - Method in class Matrix1: Normalizes all columns in-place.
normalizeColumns() - Method in class Matrix2: Normalizes all columns in-place.
normalizeColumns() - Method in class MatrixSIS: Normalizes all columns in-place.
normalizedGeographic() - Method in enum CommonCRS: Returns a two-dimensional geographic CRS with axes in the non-standard but computationally convenient (longitude, latitude) order.
NormalizedProjection - Class in org.apache.sis.referencing.operation.projection: Base class for conversion services between ellipsoidal and cartographic projections.
NormalizedProjection(OperationMethod, Parameters, Map<NormalizedProjection.ParameterRole, ? extends ParameterDescriptor<? extends Number>>) - Constructor for class NormalizedProjection: Constructs a new map projection from the supplied parameters.
NormalizedProjection.ParameterRole - Enum in org.apache.sis.referencing.operation.projection: Maps the parameters to be used for initializing NormalizedProjection and its normalization / denormalization matrices.
normalizeGeographicInputs(double) - Method in class ContextualParameters: Prepends a normalization step converting input ordinates in the two first dimensions from degrees to radians.

O

onCreate(boolean) - Method in class Builder: Initializes/cleanups the Builder.properties map before/after a createXXX(…) execution.
ordinate - Variable in class DirectPosition1D: The ordinate value.
ordinates - Variable in class GeneralDirectPosition: The ordinates of the direct position.
org.apache.sis.distance - package org.apache.sis.distance
org.apache.sis.geometry - package org.apache.sis.geometry: Basic geometric objects (envelopes and direct positions).
org.apache.sis.parameter - package org.apache.sis.parameter: Descriptions and values of parameters used by a coordinate operation or a process.
org.apache.sis.referencing - package org.apache.sis.referencing: Base classes for reference systems used for general positioning.
org.apache.sis.referencing.crs - package org.apache.sis.referencing.crs: Coordinate Reference System (CRS) definitions as coordinate systems related to the earth through datum.
org.apache.sis.referencing.cs - package org.apache.sis.referencing.cs: Coordinate System (CS) definitions as the set of coordinate system axes that spans the coordinate space.
org.apache.sis.referencing.datum - package org.apache.sis.referencing.datum: Relationship of a CoordinateSystem (an abstract mathematical entity) to the earth or other system.
org.apache.sis.referencing.factory - package org.apache.sis.referencing.factory: Creates Coordinate Reference System (CRS) objects from given properties.
org.apache.sis.referencing.operation - package org.apache.sis.referencing.operation: Relationship between any two Coordinate Reference Systems (CRS).
org.apache.sis.referencing.operation.builder - package org.apache.sis.referencing.operation.builder: Helper classes for creating Math Transforms from a set of points.
org.apache.sis.referencing.operation.matrix - package org.apache.sis.referencing.operation.matrix: Matrix implementations for spatio-temporal referencing.
org.apache.sis.referencing.operation.projection - package org.apache.sis.referencing.operation.projection: Map projection implementations.
org.apache.sis.referencing.operation.transform - package org.apache.sis.referencing.operation.transform: Conversions or transformations of multi-dimensional coordinate points.
orthodromicDistance(double, double, double, double) - Method in class DefaultEllipsoid: Returns the orthodromic distance between two geographic coordinates.

P

parameter(String) - Method in class DefaultParameterValueGroup: Returns the value in this group for the specified name.
parameter(String) - Method in class ContextualParameters: Returns the parameter value of the given name.
ParameterBuilder - Class in org.apache.sis.parameter: Helper class for parameter descriptor instantiations.
ParameterBuilder() - Constructor for class ParameterBuilder: Creates a new builder.
ParameterBuilder(GeneralParameterDescriptor) - Constructor for class ParameterBuilder: Creates a new builder initialized to properties of the given object.
ParameterFormat - Class in org.apache.sis.parameter: Formats parameter descriptors or parameter values in a tabular format.
ParameterFormat() - Constructor for class ParameterFormat: Creates a new formatter for the default locale and timezone.
ParameterFormat(Locale, TimeZone) - Constructor for class ParameterFormat: Creates a new formatter for the given locale and timezone.
ParameterFormat.ContentLevel - Enum in org.apache.sis.parameter: The amount of information to include in the table formatted by ParameterFormat.
Parameterized - Interface in org.apache.sis.parameter: An object which can supply its parameters in a ParameterValueGroup.
Parameters - Class in org.apache.sis.parameter: Convenience methods for fetching parameter values despite the variations in parameter names, value types and units.
Parameters() - Constructor for class Parameters: For subclass constructors only.
parse(CharSequence, ParsePosition) - Method in class ParameterFormat: Not yet supported.
parseAxisDirection(String) - Static method in class CoordinateSystems: Returns an axis direction code from the given direction name.
PassThroughTransform - Class in org.apache.sis.referencing.operation.transform: Transform which passes through a subset of ordinates to another transform.
PassThroughTransform(int, MathTransform, int) - Constructor for class PassThroughTransform: Constructor for sub-classes.
PolarStereographic - Class in org.apache.sis.referencing.operation.projection: Polar Stereographic projection (EPSG codes 9810, 9829, 9830).
PolarStereographic(OperationMethod, Parameters) - Constructor for class PolarStereographic: Creates a Polar Stereographic projection from the given parameters.
prefix - Variable in class TensorParameters: The prefix of parameter names for tensor elements.
primeMeridian() - Method in enum CommonCRS: Returns the prime meridian associated to this geodetic object.
print() - Method in class AbstractParameterDescriptor: Prints a string representation of this descriptor to the standard output stream.
print() - Method in class DefaultParameterValueGroup: Prints a string representation of this group to the standard output stream.
ProjectionException - Exception in org.apache.sis.referencing.operation.projection: Thrown by NormalizedProjection when a map projection failed.
ProjectionException() - Constructor for exception ProjectionException: Constructs a new exception with no detail message.
ProjectionException(String) - Constructor for exception ProjectionException: Constructs a new exception with the specified detail message.
ProjectionException(Throwable) - Constructor for exception ProjectionException: Constructs a new exception with the specified cause.
ProjectionException(String, Throwable) - Constructor for exception ProjectionException: Constructs a new exception with the specified detail message and cause.
properties - Variable in class Builder: The properties to be given to ObjectFactory methods.
push(GenericName) - Method in class NamedIdentifier: Returns this name expanded with the specified scope.

R

RANGE_MEANING_KEY - Static variable in class DefaultCoordinateSystemAxis: Key for the "rangeMeaning" property to be given to the constructor.
rank() - Method in class TensorParameters: Returns the rank of the tensor objects for which this instance will create parameters.
redimension(OperationMethod, int, int) - Static method in class DefaultOperationMethod: Returns an operation method with different dimensions, if we are allowed to change dimensionality.
redimension(int, int) - Method in class DefaultOperationMethod: Returns this operation method with different dimensions, if we are allowed to change dimensionality.
reload() - Method in class DefaultMathTransformFactory: Notifies this factory that the elements provided by the Iterable<OperationMethod> may have changed.
rename(Citation, CharSequence...) - Method in class Builder: Replaces the names associated to the given authority by the given new names.
replaceAxes(CoordinateSystem, AxisFilter) - Static method in class CoordinateSystems: Returns a coordinate system derived from the given one but with a modified list of axes.
reverseRotation() - Method in class BursaWolfParameters: Inverts in-place the sign of rotation terms (BursaWolfParameters.rX, BursaWolfParameters.rY, BursaWolfParameters.rZ).
reverseRotation() - Method in class TimeDependentBWP: Inverts in-place the sign of rotation terms and their derivative.
rX - Variable in class BursaWolfParameters: X-axis rotation in arc-seconds (EPSG:8608), sign following the Position Vector convention.
rY - Variable in class BursaWolfParameters: Y-axis rotation in arc-seconds (EPSG:8609), sign following the Position Vector convention.
rZ - Variable in class BursaWolfParameters: Z-axis rotation in arc-seconds (EPSG:8610), sign following the Position Vector convention.

S

scope() - Method in class NamedIdentifier: Returns the scope (name space) in which this name is local.
separator - Variable in class TensorParameters: The separator between row and column in parameter names for tensor elements.
setBase(double) - Method in class TransferFunction: Sets the logarithm or exponent base in the transfer function.
setCodeSpace(Citation, String) - Method in class Builder: Sets the Identifier authority and code space.
setColors(Colors) - Method in class ParameterFormat: Sets the colors for an output on X3.64 compatible terminal.
setContentLevel(ParameterFormat.ContentLevel) - Method in class ParameterFormat: Sets the amount of information to put in the table.
setCoordinate(double...) - Method in class GeneralDirectPosition: Sets the ordinate values along all dimensions.
setCoordinateReferenceSystem(CoordinateReferenceSystem) - Method in class DirectPosition1D: Sets the coordinate reference system in which the coordinate is given.
setCoordinateReferenceSystem(CoordinateReferenceSystem) - Method in class DirectPosition2D: Sets the coordinate reference system in which the coordinate is given.
setCoordinateReferenceSystem(CoordinateReferenceSystem) - Method in class Envelope2D: Sets the coordinate reference system in which the coordinate are given.
setCoordinateReferenceSystem(CoordinateReferenceSystem) - Method in class GeneralDirectPosition: Sets the coordinate reference system in which the coordinate is given.
setCoordinateReferenceSystem(CoordinateReferenceSystem) - Method in class GeneralEnvelope: Sets the coordinate reference system in which the coordinate are given.
setDeprecated(boolean) - Method in class Builder: Sets whether the next Identifier or IdentifiedObjects to create shall be considered deprecated.
setDescription(CharSequence) - Method in class Builder: Sets an Identifier or IdentifiedObject description.
setElement(int, int, double) - Method in class Matrix1: Modifies the value at the specified row and column of this matrix.
setElement(int, int, double) - Method in class Matrix2: Modifies the value at the specified row and column of this matrix.
setElement(int, int, double) - Method in class Matrix3: Modifies the value at the specified row and column of this matrix.
setElement(int, int, double) - Method in class Matrix4: Modifies the value at the specified row and column of this matrix.
setElements(double[]) - Method in class Matrix1: Sets all matrix elements from a flat, row-major (column indices vary fastest) array.
setElements(double[]) - Method in class Matrix2: Sets all matrix elements from a flat, row-major (column indices vary fastest) array.
setElements(double[]) - Method in class Matrix3: Sets all matrix elements from a flat, row-major (column indices vary fastest) array.
setElements(double[]) - Method in class Matrix4: Sets all matrix elements from a flat, row-major (column indices vary fastest) array.
setElements(double[]) - Method in class MatrixSIS: Sets all matrix elements from a flat, row-major (column indices vary fastest) array.
setEnvelope(double...) - Method in class GeneralEnvelope: Sets the envelope to the specified values, which must be the lower corner coordinates followed by upper corner coordinates.
setEnvelope(Envelope) - Method in class GeneralEnvelope: Sets this envelope to the same coordinate values than the specified envelope.
setLocation(DirectPosition) - Method in class AbstractDirectPosition: Sets this direct position to the given position.
setLocation(DirectPosition) - Method in class DirectPosition1D: Sets this coordinate to the specified direct position.
setLocation(Point2D) - Method in class DirectPosition2D: Sets this coordinate to the specified point.
setLocation(DirectPosition) - Method in class GeneralDirectPosition: Sets this coordinate to the specified direct position.
setOffset(double) - Method in class TransferFunction: Sets the offset of the transfer function.
setOrdinate(int, double) - Method in class DirectPosition1D: Sets the ordinate value along the specified dimension.
setOrdinate(int, double) - Method in class DirectPosition2D: Sets the ordinate value along the specified dimension.
setOrdinate(int, double) - Method in class GeneralDirectPosition: Sets the ordinate value along the specified dimension.
setPositionVectorTransformation(Matrix, double) - Method in class BursaWolfParameters: Sets all Bursa-Wolf parameters from the given Position Vector transformation matrix.
setPreferredCodespaces(String...) - Method in class ParameterFormat: Filters names, aliases and identifiers by their code spaces.
setRange(int, double, double) - Method in class GeneralEnvelope: Sets the envelope range along the specified dimension.
setRemarks(CharSequence) - Method in class Builder: Sets remarks as a String or InternationalString instance.
setRequired(boolean) - Method in class ParameterBuilder: Sets whether the parameter is mandatory or optional.
setScale(double) - Method in class TransferFunction: Sets the scale factor of the transfer function.
setSourcePoints(DirectPosition...) - Method in class LinearTransformBuilder: Sets the source points.
setTargetPoints(DirectPosition...) - Method in class LinearTransformBuilder: Sets the target points.
setToInfinite() - Method in class GeneralEnvelope: Sets the lower corner to negative infinity and the upper corner to positive infinity.
setToNaN() - Method in class GeneralEnvelope: Sets all ordinate values to NaN.
setTransform(MathTransform1D) - Method in class TransferFunction: Sets the transform from sample values to geophysics values.
setType(TransferFunctionType) - Method in class TransferFunction: Sets the transfer function type.
setValue(Object) - Method in class DefaultParameterValue: Sets the parameter value as an object.
setValue(boolean) - Method in class DefaultParameterValue: Sets the parameter value as a boolean.
setValue(int) - Method in class DefaultParameterValue: Sets the parameter value as an integer.
setValue(double) - Method in class DefaultParameterValue: Sets the parameter value as a floating point.
setValue(double, Unit<?>) - Method in class DefaultParameterValue: Sets the parameter value as a floating point and its associated unit.
setValue(double[], Unit<?>) - Method in class DefaultParameterValue: Sets the parameter value as an array of floating point and their associated unit.
setValue(Object, Unit<?>) - Method in class DefaultParameterValue: Sets the parameter value and its associated unit.
setValues(double...) - Method in class BursaWolfParameters: Sets the parameters to the given values.
setValues(double...) - Method in class TimeDependentBWP: Sets the parameters to the given values.
setVersion(String) - Method in class Builder: Sets the Identifier version of object definitions.
simplify() - Method in class GeneralEnvelope: Ensures that lower <= upper for every dimensions.
SIZE - Static variable in class Matrix1: The matrix size, which is 1.
SIZE - Static variable in class Matrix2: The matrix size, which is 2.
SIZE - Static variable in class Matrix3: The matrix size, which is 3.
SIZE - Static variable in class Matrix4: The matrix size, which is 4.
solve(Matrix) - Method in class MatrixSIS: Returns the value of U which solves this × U = matrix.
specialize(Class<T>, CoordinateReferenceSystem, CoordinateReferenceSystem, MathTransformFactory) - Method in class DefaultConversion: Returns a specialization of this conversion with a more specific type, source and target CRS.
stringValue() - Method in class DefaultParameterValue: Returns the string value of this parameter.
stringValue(ParameterDescriptor<? extends CharSequence>) - Method in class Parameters: Returns the string value of the parameter identified by the given descriptor.
subEnvelope(int, int) - Method in class GeneralEnvelope: Returns a view over this envelope that encompass only some dimensions.
suggest(int, int, int, int, int) - Static method in enum IterationStrategy: Suggests a strategy for iterating over the points to transform in an array.
swapAndScaleAxes(CoordinateSystem, CoordinateSystem) - Static method in class CoordinateSystems: Returns an affine transform between two coordinate systems.

T

TensorParameters<E> - Class in org.apache.sis.parameter: Creates parameter groups for tensors (usually matrices).
TensorParameters(Class<E>, String, String, ParameterDescriptor<Integer>...) - Constructor for class TensorParameters: Constructs a descriptors provider.
TimeDependentBWP - Class in org.apache.sis.referencing.datum: Parameters for a time-dependent geographic transformation between two datum.
TimeDependentBWP(GeodeticDatum, Extent, Date) - Constructor for class TimeDependentBWP: Creates a new instance for the given target datum, domain of validity and time reference.
tip() - Method in class NamedIdentifier: The last element in the sequence of parsed names.
toDate(double) - Method in class DefaultTemporalCRS: Convert the given value into a Date object.
toFullyQualifiedName() - Method in class NamedIdentifier: Returns a view of this name as a fully-qualified name.
toInternationalString() - Method in class NamedIdentifier: Returns a local-dependent string representation of this generic name.
toMatrix(ParameterValueGroup) - Method in class TensorParameters: Constructs a matrix from a group of parameters.
toMatrix(AffineTransform) - Static method in class AffineTransforms2D: Creates a 3×3 matrix from the given affine transform.
toPolygonWKT(Envelope) - Static method in class Envelopes: Formats the given envelope as a POLYGON element in the Well Known Text (WKT) format.
toRectangles() - Method in class Envelope2D: Returns this envelope as non-empty Java2D rectangle objects.
toSimpleEnvelopes() - Method in class AbstractEnvelope: Returns this envelope as an array of simple (without wraparound) envelopes.
toString() - Method in class AbstractDirectPosition: Formats this position in the Well Known Text (WKT) format.
toString() - Method in class AbstractEnvelope: Formats this envelope as a "BOX" element.
toString() - Method in class DirectPosition1D: Formats this position in the Well Known Text (WKT) format.
toString() - Method in class DirectPosition2D: Formats this position in the Well Known Text (WKT) format.
toString() - Method in class Envelope2D: Formats this envelope as a "BOX" element.
toString(Envelope) - Static method in class Envelopes: Formats the given envelope as a BOX element.
toString() - Method in class GeneralDirectPosition: Formats this position in the Well Known Text (WKT) format.
toString() - Method in class AbstractParameterDescriptor: Returns a string representation of this descriptor.
toString() - Method in class DefaultParameterValueGroup: Returns a string representation of this group.
toString(Identifier) - Static method in class IdentifiedObjects: Returns a string representation of the given identifier.
toString() - Method in class NamedIdentifier: Returns a string representation of this generic name.
toString() - Method in class LinearTransformBuilder: Returns a string representation of this builder for debugging purpose.
toString(Matrix) - Static method in class Matrices: Returns a unlocalized string representation of the given matrix.
toString() - Method in class MatrixSIS: Returns a unlocalized string representation of this matrix.
toString() - Method in class TransferFunction: Returns a string representation of this transfer function for debugging purpose.
toValue(Date) - Method in class DefaultTemporalCRS: Convert the given date into a value in this axis unit.
TransferFunction - Class in org.apache.sis.referencing.operation.transform: The function converting raster sample values to geophysics values.
TransferFunction() - Constructor for class TransferFunction: Creates a transfer function initialized to the identity transform.
transform(Envelope, CoordinateReferenceSystem) - Static method in class Envelopes: Transforms the given envelope to the specified CRS.
transform(MathTransform, Envelope) - Static method in class Envelopes: Transforms an envelope using the given math transform.
transform(CoordinateOperation, Envelope) - Static method in class Envelopes: Transforms an envelope using the given coordinate operation.
transform(AffineTransform, Shape, boolean) - Static method in class AffineTransforms2D: Transforms the given shape.
transform(AffineTransform, Rectangle2D, Rectangle2D) - Static method in class AffineTransforms2D: Calculates a rectangle which entirely contains the direct transform of bounds.
transform(double[], int, double[], int, boolean) - Method in class LambertConicConformal: Converts the specified (θ,φ) coordinate (units in radians) and stores the result in dstPts.
transform(double[], int, double[], int, boolean) - Method in class Mercator: Converts the specified (λ,φ) coordinate (units in radians) and stores the result in dstPts (linear distance on a unit sphere).
transform(double[], int, double[], int, int) - Method in class Mercator: Converts a list of coordinate point ordinal values.
transform(double[], int, double[], int, boolean) - Method in class NormalizedProjection: Converts a single coordinate in srcPts at the given offset and stores the result in dstPts at the given offset.
transform(double[], int, double[], int, boolean) - Method in class PolarStereographic: Converts the specified (θ,φ) coordinate (units in radians) and stores the result in dstPts.
transform(double[], int, double[], int, boolean) - Method in class TransverseMercator: Converts the specified (λ,φ) coordinate (units in radians) and stores the result in dstPts.
transform(DirectPosition, DirectPosition) - Method in class AbstractMathTransform: Transforms the specified ptSrc and stores the result in ptDst.
transform(double[], int, double[], int, boolean) - Method in class AbstractMathTransform: Transforms a single coordinate point in an array, and optionally computes the transform derivative at that location.
transform(double[], int, double[], int, int) - Method in class AbstractMathTransform: Transforms a list of coordinate point ordinal values.
transform(float[], int, float[], int, int) - Method in class AbstractMathTransform: Transforms a list of coordinate point ordinal values.
transform(double[], int, float[], int, int) - Method in class AbstractMathTransform: Transforms a list of coordinate point ordinal values.
transform(float[], int, double[], int, int) - Method in class AbstractMathTransform: Transforms a list of coordinate point ordinal values.
transform(double) - Method in class AbstractMathTransform1D: Transforms the specified value.
transform(double[], int, double[], int, boolean) - Method in class AbstractMathTransform1D: Transforms a single point in the given array and opportunistically computes its derivative if requested.
transform(Point2D, Point2D) - Method in class AbstractMathTransform2D.Inverse: Transforms the specified ptSrc and stores the result in ptDst.
transform(Point2D, Point2D) - Method in class AbstractMathTransform2D: Transforms the specified ptSrc and stores the result in ptDst.
transform(double[], int, double[], int, boolean) - Method in class PassThroughTransform: Transforms a single coordinate in a list of ordinal values, and opportunistically computes the transform derivative if requested.
transform(double[], int, double[], int, int) - Method in class PassThroughTransform: Transforms many coordinates in a list of ordinal values.
transform(float[], int, float[], int, int) - Method in class PassThroughTransform: Transforms many coordinates in a list of ordinal values.
transform(double[], int, float[], int, int) - Method in class PassThroughTransform: Transforms many coordinates in a list of ordinal values.
transform(float[], int, double[], int, int) - Method in class PassThroughTransform: Transforms many coordinates in a list of ordinal values.
translate(double...) - Method in class GeneralEnvelope: Translates the envelope by the given vector.
transpose() - Method in class Matrix1: For a 1×1 matrix, this method does nothing.
transpose() - Method in class Matrix2: Sets the value of this matrix to its transpose.
transpose() - Method in class Matrix3: Sets the value of this matrix to its transpose.
transpose() - Method in class Matrix4: Sets the value of this matrix to its transpose.
transpose() - Method in class MatrixSIS: Sets the value of this matrix to its transpose.
TransverseMercator - Class in org.apache.sis.referencing.operation.projection: Transverse Mercator projection (EPSG codes 9807).
TransverseMercator(OperationMethod, Parameters) - Constructor for class TransverseMercator: Creates a Transverse Mercator projection from the given parameters.
tX - Variable in class BursaWolfParameters: X-axis translation in metres (EPSG:8605).
tY - Variable in class BursaWolfParameters: Y-axis translation in metres (EPSG:8606).
tZ - Variable in class BursaWolfParameters: Z-axis translation in metres (EPSG:8607).

U

unmodifiable(ParameterValue<T>) - Static method in class DefaultParameterValue: Returns an unmodifiable implementation of the given parameter value.
unmodifiable(Matrix) - Static method in class Matrices: Returns an unmodifiable view of the given matrix.
UnmodifiableGeometryException - Exception in org.apache.sis.geometry: Indicates that an operation is not allowed on a geometry object because it is unmodifiable.
UnmodifiableGeometryException() - Constructor for exception UnmodifiableGeometryException: Creates an exception with no message.
UnmodifiableGeometryException(String) - Constructor for exception UnmodifiableGeometryException: Creates an exception with the specified message.

V

validate(T) - Method in class DefaultParameterValue: Invoked by DefaultParameterValue.setValue(Object, Unit) after the basic verifications have been done and before the value is stored.
valueFile() - Method in class DefaultParameterValue: Returns a reference to a file or a part of a file containing one or more parameter values.
valueOf(String) - Static method in enum ParameterFormat.ContentLevel: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum CommonCRS.Temporal: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum CommonCRS: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum CommonCRS.Vertical: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum AxesConvention: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum NormalizedProjection.ParameterRole: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum IterationStrategy: Returns the enum constant of this type with the specified name.
values() - Method in class DefaultParameterValueGroup: Returns the values in this group.
values() - Static method in enum ParameterFormat.ContentLevel: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum CommonCRS.Temporal: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum CommonCRS: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum CommonCRS.Vertical: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum AxesConvention: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum NormalizedProjection.ParameterRole: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Method in class ContextualParameters: Returns an unmodifiable list containing all parameters in this group.
values() - Static method in enum IterationStrategy: Returns an array containing the constants of this enum type, in the order they are declared.

W

WKT1 - Static variable in class TensorParameters: Parses and creates matrix parameters with names matching the Well Known Text version 1 (WKT 1) convention.

A B C D E F G H I L M N O P R S T U V W