Uses of Package
org.apache.sis.referencing.operation.transform
Packages that use org.apache.sis.referencing.operation.transform
Package
Description
Functions that associates positions within a bounded space (its domain) to values (its range).
A coverage backed by a regular grid.
Basic geometric objects (envelopes and direct positions).
Provides helper classes for handling Java2D rendered images together with some operations.
A set of helper classes for grid coverages.
Helper classes for the rendering of grid coverages.
A set of helper classes for the SIS implementation.
A set of helper classes having a dependency to Java2D.
Math transform provider
implementations.
Symbology and map representations, together with a rendering engine for display.
Base classes for reference systems used for general positioning.
Relationship of a
CoordinateSystem
(an abstract mathematical entity) to the earth or other system.Relationship between any two Coordinate Reference Systems (CRS).
Helper classes for creating Math Transforms from a set of points.
Matrix implementations for spatiotemporal referencing.
Map projection implementations.
Conversions or transformations of multi-dimensional coordinate tuples.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.coverageClassDescriptionThe function converting raster sample values to geophysics values.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.coverage.gridClassDescriptionA usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.geometryClassDescriptionProvides a default implementation for most methods required by the
MathTransform
interface.Enforces coordinate values in the range of a wraparound axis (typically longitude). -
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.imageClassDescriptionProvides a default implementation for most methods required by the
MathTransform
interface.Base class for math transforms that are known to be two-dimensional in all cases. -
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.internal.coverageClassDescriptionProvides a default implementation for most methods required by the
MathTransform
interface. -
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.internal.map.coverageClassDescriptionA usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.internal.referencingClassDescriptionLow level factory for creating math transforms.Source and target coordinate systems for which a new parameterized transform is going to be used.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.internal.referencing.j2dClassDescriptionA usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.internal.referencing.providerClassDescriptionSource and target coordinate systems for which a new parameterized transform is going to be used.An object capable to create
MathTransform
instances from given parameter values. -
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.portrayalClassDescriptionA usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.referencing
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.referencing.datumClassDescriptionA usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.referencing.operationClassDescriptionWhether a matrix is used for normalization or denormalization before or after a non-linear operation.Low level factory for creating math transforms.Source and target coordinate systems for which a new parameterized transform is going to be used.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.referencing.operation.builderClassDescriptionA usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.referencing.operation.matrixClassDescriptionA usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.
-
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.referencing.operation.projectionClassDescriptionProvides a default implementation for most methods required by the
MathTransform
interface.Base class for implementations of inverse math transforms.Base class for math transforms that are known to be two-dimensional in all cases.Base class for implementation of inverse math transforms.The parameters that describe a sequence of normalize → non-linear kernel → denormalize transforms as a whole.Specification about how to estimate a domain of validity for transforms. -
Classes in org.apache.sis.referencing.operation.transform used by org.apache.sis.referencing.operation.transformClassDescriptionBase class of linear transforms.Provides a default implementation for most methods required by the
MathTransform
interface.Base class for implementations of inverse math transforms.Base class for math transforms that are known to be one-dimensional in all cases.Base class for implementation of inverse math transforms.Base class for math transforms that are known to be two-dimensional in all cases.Conversions from two-dimensional Cartesian coordinates to polar coordinates.Conversions from three-dimensional Cartesian coordinates to spherical coordinates.Base class for concatenated transforms.Concatenated transform where the transfer dimension is the same than source and target dimension.A one dimensional, constant transform.The parameters that describe a sequence of normalize → non-linear kernel → denormalize transforms as a whole.Whether a matrix is used for normalization or denormalization before or after a non-linear operation.Base class of conversions between coordinate systems.A transform which copy the coordinates in the source array to different locations in the target array.Transforms between two CRS (usually geographic) based on different datum.Low level factory for creating math transforms.Source and target coordinate systems for which a new parameterized transform is going to be used.Specification about how to estimate a domain of validity for transforms.The transform to apply on the envelope computed by a transform step in order to get an envelope in the units of the requested domain.Transform from two- or three- dimensional ellipsoidal coordinates to (geo)centric coordinates.Whether the output coordinate system is Cartesian or Spherical.A one dimensional exponential transform.Transforms between two geographic CRS by performing geocentric translations interpolated from a grid file.The inverse of the enclosingInterpolatedGeocentricTransform
.Transforms between two geographic CRS by performing geocentric translations interpolated from a grid file, but using Molodensky approximation.The inverse of the enclosingInterpolatedMolodenskyTransform
.Transforms between two CRS by performing translations interpolated from a grid file.Transforms target coordinates to source coordinates.An interpolated transform for two-dimensional input and output coordinates.Strategy for iterating over the point arrays given toAbstractMathTransform.transform(…)
methods.A transform that performs linear interpolation between values.A usually affine, or otherwise a projective transform, which convert coordinates using only linear equations.A one dimensional, linear transform.A one dimensional, logarithmic transform.Special case for base 10 taking advantage of extra precision provided byMath.log10(double)
.Implementation of Molodensky formulas.Two- or three-dimensional datum shift using the (potentially abridged) Molodensky transformation.A Molodensky transforms for two-dimensional input and output coordinates.An immutable and thread-safe set containing the operation methods given by anIterable
.Transform which passes through a subset of coordinates to another transform.Conversions from polar coordinates to two-dimensional Cartesian coordinates.Computes latitudes and longitudes on a sphere where the south pole has been moved to given geographic coordinates.Raises the given value at some fixed power.A usually affine, or otherwise a projective transform for the generic cases.A transform having sub-areas where more accurate transforms can be used.The inverse ofSpecializableTransform
.The region where a transform is valid, together with the transform.Call of aMathTransform.transform(…)
method with source and target arrays fixed atTransformCall
creation time.A specializable transform in the two-dimensional case.The inverse ofSpecializableTransform2D
.Conversions from spherical coordinates to three-dimensional Cartesian coordinates.The function converting raster sample values to geophysics values.An affine transform that translate the coordinate values by constant values.Enforces coordinate values in the range of a wraparound axis (typically longitude).