All Classes Interface Summary Class Summary Enum Summary
| Class |
Description |
| AbstractCartesianMatchEngine |
Abstract superclass for match engines working in a Cartesian space.
|
| AbstractSkyMatchEngine |
Abstract superclass for MatchEngines which work on the celestial sphere.
|
| AnisotropicCartesianMatchEngine |
Matcher which matches in an anisotropic N-dimensional Cartesian space.
|
| BitsetMask |
HealpixMask implementation based on a BitSet representing all the
pixels at a given HEALPix order.
|
| CdsHealpixSkyPixellator |
HEALPix sky pixellator using the CDS-HEALPIX-JAVA library
written by F-X Pineau at CDS.
|
| CombinedMatchEngine |
A matching engine which provides matching facilities by combining the
characteristics of a number of other matching engines.
|
| Coverage |
Provides a compact representation of a region of space.
|
| CuboidCartesianMatchEngine |
Matchers which matches within a cuboidal shape in a Cartesian space.
|
| CuboidCoverage |
Partial coverage implementation representing an N-dimensional hypercuboid.
|
| CuboidCoverage.ErrorDecoder |
Defines mapping of tuple to error value.
|
| CuboidCoverage.PointDecoder |
Defines mapping of tuple to Cartesian position.
|
| EllipseCartesianMatchEngine |
MatchEngine implementation for plane elliptical figures.
|
| EllipseCartesianMatchEngine.InDegrees |
MatchEngine class that behaves like EllipseCartesianSkyMatchEngine but
uses human-friendly units (degrees and arcseconds) rather than radians
for tuple elements and match parameters.
|
| EllipseSkyMatchEngine |
MatchEngine implementation for ellipses on the surface of a (celestial)
sphere.
|
| EllipseSkyMatchEngine.InDegrees |
MatchEngine class that behaves like EllipseSkyMatchEngine but uses
human-friendly units (degrees and arcseconds) rather than radians
for tuple elements and match parameters.
|
| EllipseToy |
Provides an interactive graphical representation of the Ellipse Matching
algorithms used in this package.
|
| EllipseToy.CartesianEllipseToy |
Component which shows ellipses on a Cartesian plane.
|
| EllipseToy.SkyEllipseToy |
Component which shows ellipses on a spherical surface.
|
| EqualsMatchEngine |
Match engine which considers two rows matched if they contain objects
which are non-blank and equal.
|
| ErrorCartesianMatchEngine |
Match Engine which works in an N-dimensional Cartesian space with
isotropic per-row errors.
|
| ErrorSkyMatchEngine |
MatchEngine which matches objects on the celestial sphere according to
per-object error radii.
|
| ErrorSkyMatchEngine.InDegrees |
MatchEngine class that behaves like ErrorSkyMatchEngine but uses
human-friendly units (degrees and arcseconds) rather than radians
for tuple elements and match parameters.
|
| FixedRadiusConePixer |
Can calculate which sky pixels fall within a cone of variable radius.
|
| FixedSkyMatchEngine |
MatchEngine which matches objects on the celestial sphere with a
fixed maximum separation.
|
| FixedSkyMatchEngine.InDegrees |
MatchEngine class that behaves like FixedSkyMatchEngine but uses
human-friendly units (degrees and arcseconds) rather than radians
for tuple elements and match parameters.
|
| HealpixMask |
Represents an area on the sky using HEALPix tesselation.
|
| HealpixMask.PixelTester |
Defines a way to test inclusion of HEALPix pixels in an area.
|
| HealpixSkyPixellator |
Implements sky pixellisation using the HEALPix scheme.
|
| HtmSkyPixellator |
Implements sky pixellisation using the HTM (Hierarchical Triangular Mesh)
indexing scheme.
|
| IsotropicCartesianMatchEngine |
Matcher which matches in an isotropic N-dimensional Cartesian space.
|
| JoinType |
Defines how a set of matched rows from input tables
( RowLink objects) are used to select rows for inclusion
in an output table which represents the result of the matching operation. |
| LinkGroup |
Defines a group of RowLink objects.
|
| LinkSet |
Holds an unordered collection of unique RowLink objects. |
| Match1Type |
Defines how an output table is created from the results of an internal
(single-table) match operation.
|
| MatchEngine |
Defines the details of object matching criteria.
|
| MatchKit |
Performs the operations required for object matching.
|
| MatchStarTables |
Provides factory methods for producing tables which represent the
result of row matching.
|
| MultiJoinType |
Enumeration defining how each table in a multi-table join can determines
the acceptability of a match.
|
| NullProgressIndicator |
Dummy progress indicator.
|
| PairMode |
Enumeration used to determine which row links result from a pair
match operation.
|
| PairsRowLink |
RowLink implementation which stores a number of pair matches to a single
reference RowRef.
|
| ProgressIndicator |
Callback interface for indicating how an algorithm is progressing.
|
| ProgressRowSequence |
|
| RangeModelProgressIndicator |
ProgressIndicator implementation that can serve as the model for
a JProgressBar.
|
| RowLink |
Represents an ordered set of RowRefs
which are considered in some way linked to each other. |
| RowLink1 |
RowLink subclass which contains a single RowRef.
|
| RowLink2 |
RowLink subclass which specifically contains two items (a pair).
|
| RowLinkN |
RowLink implementation for an arbitrary number of RowRefs.
|
| RowMatcher |
Performs matching on the rows of one or more tables.
|
| RowRef |
Represents a reference to a table row.
|
| SkyCoverage |
Partial coverage implementation for use on the celestial sphere.
|
| SkyCoverage.TupleDecoder |
Defines mapping a tuple to sky positional information.
|
| SkyPixellator |
Provides a pixellisation of the celestial sphere.
|
| SphericalPolarMatchEngine |
Match engine which works with tuples representing RA, Dec and range.
|
| SphericalPolarMatchEngine.InDegrees |
MatchEngine class that behaves like SphericalPolarSkyMatchEngine but
uses human-friendly units (degrees and arcseconds) rather than radians
for tuple elements and match parameters.
|
| TextProgressIndicator |
ProgressIndicator which logs progress to an output stream.
|
| VariableRadiusConePixer |
Can calculate which sky pixels fall within a cone of variable radius.
|