All Classes Interface Summary Class Summary Enum Summary Exception Summary
Class |
Description |
AbstractDAO |
A base class for data access objects (DAOs), providing methods to access the model and the connection.
|
AbstractDataAccessObject |
Represents a basic data access object
|
AbstractDataModel |
Abstract class to represent editable spatial models.
|
AbstractDataSet |
Abstract class to represent editable data sets
|
AbstractDataSetLayer |
(non-Javadoc)
|
AbstractDataSetProducer |
GeometrySetProducer is a producer that uses the edit model
data set with indexing information for geometries.
|
AbstractDataSource |
Class to create a database data source.
|
AbstractFeature |
Defines an abstract class that represents a geospatial feature.
|
AbstractIndexedDataSet |
An indexed dataset that is associated to a data layer
|
AbstractRTree<T extends RNode> |
This class provides a skeletal implementation of the RTreeInterface
interface to minimize the effort required to implement an RTree.
|
AbstractRTree.DoubleRNode |
Helper class for {#search(ToDoubleFunction)}
Stores the node plus a double value; sorts on the doubles.
|
AbstractRTree.JoinWalkerLevel<T extends RNode,Q extends RNode> |
Helper class for JoinWalker.
|
AbstractRTree.PairDebug<P,Q> |
|
AbstractSpatialIndex |
Abstract spatial index class.
|
Adapters |
|
AdapterShapefileJGeom |
|
AnalysisCost |
An AnalysisCost describes the NFE analysis cost.
|
AnalysisCustomizedCost |
An AnalysisCustomizedCost describes a customized cost.
|
AnalysisEngine |
|
AnalysisEngine.DefaultCallable |
|
AnalysisInfo |
This interface defines methods for retrieving the analysis information.
|
AnimatedStroke |
A Java2D basic stroke that also animates itself along the path of a shape
it applied to.
|
AStar |
This class implements A* shortest path algorithm.
|
AStar.AStarVisitedNode |
|
AStarCostFunction |
This interface defines the heuristic cost function for A* search
Users can provide their own cost estimates to guide the A* search.
|
BandReferenceInfo |
BandReferenceInfo is a Java class mapped to the XML element BandReferenceInfo in
the Oracle Spatial GeoRaster metadata.
|
BasicLayer |
A basic layer that serves as a default implementation of the Layer interface.
|
BasicManipulationPreview |
The manipulation preview containing other manipulation previews.
|
BasicTool |
A basic do-nothing tool intended for extension by concrete tools.
|
BehavioralLayer |
Base interface for all the layers which define a behavior
|
BidirectionalBfs |
|
BidirectionalDijkstra |
|
BinaryHeap<E extends java.lang.Comparable> |
a binary Min.
|
BinaryHeap.IndexKeeper<E> |
|
BinaryInteraction |
Defines different types of interactions between two elements
|
BreadthFirstSearch |
Network search algorithm that explores the network in breadth first manner.
|
BufferedRandomAccessFile |
BufferedInputStream impl with similar facilities as a RandomAccessFile .
|
ByteOrder |
|
ByteOrderBigEndian |
|
ByteOrderLittleEndian |
|
CachedNetworkIO |
This interface defines methods related to cached network input and output.
|
CachedNetworkIOWM |
This interface defines methods related to workspace change.
|
CachingHandler |
This interface defines methods supported by a caching handler.
|
CachingPolicy |
The caching policy for a network at certain link level.
|
CategorizedUserData |
This interface defines methods supported by a categorized user data object.
|
CategorizedUserDataImpl |
Default implementation for CategorizedUserData.
|
CellValueInterface |
|
Chain |
Provides an efficient double-ended list of vertices, which can be referenced by either end.
|
Chain.AccurateSum |
Accurately accumulate a summation.
|
Chain.CenterPoint |
Abusing subclassing --- this is used to store the centers of circular arcs in Chain.
|
ClipFlatPcIntoTxt |
|
ClipPcFlatCells |
|
ClipPcIntoTxt |
|
Cluster |
|
ClusterEvaluator |
|
ClusteringConstraint |
|
ClusterResult |
|
ClusterSizeConstraint |
|
CollectionUtils |
Collection utilities class.
|
CompGeom |
|
CompJGeom |
|
ConfigManager |
This singleton class manages LOD configurations.
|
ConflictDescriptor |
Describes a conflict as in the conflict table.
|
ConnectionParameters |
|
ConnectionParameters.BasicConnection |
A connection using Host, Port and Service Name.
|
ConnectionParameters.ConnectionType |
|
ConnectionParameters.WalletConnection |
A connection using a wallet file, service name found in tnsnames.ora and
proxy parameters.
|
Constraint<T> |
|
ConstraintOperator |
Supports "and", "or", and "not" operations on network constraints.
|
ContextualMenuHandler |
Interface to implement a class that will add menu items to the contextual menu.
|
Contour |
|
CoordRefSys |
|
CoordRefSys.GeodeticSrid |
|
CoordRefSys.LambertConformalConicSrid |
|
CoordRefSys.ProjectedSrid |
|
CoordRefSys.Srid |
|
CoordRefSys.TransverseMercatorSrid |
|
CoordSysInfo |
Immutable, thread-safe class that stores simplified coordinate system information.
|
CoreLoop |
Each MapCanvas instance has a core rendering loop.
|
CS8307_54004 |
(non-Javadoc)
|
CSTransformer |
(non-Javadoc)
|
CSUtils |
(non-Javadoc)
|
CustomCrsExport |
|
DataException |
Reports SDOVIS exception related with map data access.
|
DataProducer |
A generic interface for all types of data producers.
|
DataSourceMetadata |
(non-Javadoc)
|
DbConnectionData |
This class defines the data needed to connect to a database.
|
DBFFileCodePage |
Enum that represents Code Pages supported by DBF files.
|
DBFieldDesc |
|
DBFileHdr |
|
DBFReaderJGeom |
Reads records from a Shapefile (DBF format), decoding the fields data using a derived or
specified Charset .
|
DBFReaderJGeom.CharacterColumn |
|
DBFReaderJGeom.DateColumn |
|
DBFReaderJGeom.LogicalColumn |
|
DBFReaderJGeom.NumericColumn |
|
DBFReaderJGeom.RecordColumn |
|
DBMS |
|
DefaultLinkCostCalculator |
This is the default link cost calculator implementation.
|
DefaultNodeCostCalculator |
This is the default node cost calculator implementation.
|
DefaultPairwiseCostCalculator |
This is the default pairwise cost calculator.
|
DefaultPairwiseShortestPaths |
This is the default pairwise shortest paths algorithm.
|
DefaultSelectionManager<V extends GeoObject> |
A helper component that can be used by a Layer to keep track of the geo-objects selected
|
DefaultSingleSourceShortestPaths |
|
Dijkstra |
This class implements Dijkstra shortest path algorithm.
|
Drawable |
A Drawable references either a Java2D Shape or Point2D instance, but never
both.
|
DummyCostFunction |
The heuristic cost function implemented in this class always returns 0.
|
DummyLinkCostCalculator |
This implementation of LinkCostCalculator always returns a fixed number
as link cost.
|
DummyLinkLevelSelector |
This implementation of LinkLevelSelector always returns the fixed link level
specified in the constructor.
|
DummyNodeCostCalculator |
This implementation of NodeCostCalculator always returns a fixed number
as node cost.
|
DynamicLinkLevelSelector |
This implementation of LinkLevelSelector dynamically assigns link level to
the next node according to the distance from the next node to the start/end
point.
|
Edge |
|
EditableLayer |
A layer which support editing actions on its content
|
EditChangeEvent |
Defines an edit event which can be a spatial representation change,
a change in one non-spatial attribute, or a change in several
non-spatial attributes at the same time.
|
EditChangeListener |
Implementers will be notified when a layer content is edited
|
EditChangeManager |
Defines a class to keep history of edit changes.
|
ElementExtractor |
This extractor extracts elements from J3D_Geometry in an iterative fashion
Composite surface is expected to be:
< , 1006, N>
N tuples of the form
<, 1003, x> <, 2003, x>*
Composite solid should be of the form:
< , 1008, N>
N solids each of the form
<, 1007, > specified using 1 outer surface and N inner surfaces
<, 1006, M> and M tuples of the form <,1003, > m times
followed by 0 or more inner solids specified as surfaces as:
<, 2006, p> and p tuples of the form <,2003, >
|
EngineConfig |
|
EuclideanCostFunction |
This class implements the A* heuristic cost function as the 2D euclidean
distance between the current node and the goal node.
|
EventManager |
EventManager keeps track of current keyboard, mouse inputs and other critical
events for the associated map canvas.
|
ExpressionLexicalAnalyzer |
Default implementation for NFEExpressionAnalyzer.
|
ExtendedKML2 |
|
Face |
|
FastJGeometry |
Subclass of JGeometry that is capable of preprocessing the geometry and storing extra information to allow later
operations to be performed faster.
|
FastJGeometry.FastOp |
Operations can be accelerated by doing preprocessing beforehand.
|
FastJGeometry.PPStatus |
Whether a particular operation is PREPROCESSed, should NEVER be preprocessed, or may
be AUTOmatcially done at the discretion of the implementation.
|
Feature |
This interface defines the methods supported by a network feature.
|
Feature.FeatureType |
A list of valid feature types.
|
FeatureAttributeDescriptor |
Describes a feature attribute descriptor.
|
FeatureClassDescriptor |
Describes a feature class with features involved in a conflict.
|
FeatureDAO |
The FeatureDAO data access object provides methods to load and manage the model features.
|
FeatureData |
FeatureData contains information about all feature data associated with the network elements
in a network, sub-network or a partition.
|
FeatureDataImpl |
Default implementations for FeatureData.
|
FeatureDescriptor |
Describes a feature involve in a conflict.
|
FeatureElement |
A feature element is a point or line defined on a network element.
|
FeatureElement.FeatureElementType |
A list of valid feature element types.
|
FeatureElementDescriptor |
Describes a feature element or a network element that is part of a feature descriptor.
|
FeatureElementImpl |
Default implementation of FeatureElement.
|
FeatureElementPropertyChangedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when a feature element's property has changed.
|
FeatureElementsAddedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when one or more feature elements are added to the model
|
FeatureElementsRemovedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when a one or more feature elements are removed from the model.
|
FeatureFilter |
This interface defines the methods to check whether a given feature is a goal
feature during network analysis.
|
FeatureFilterOperator |
Supports "and", "or", and "not" operations on feature filters.
|
FeatureImpl |
Default implementation of Feature.
|
FeatureLayer |
Features associated with elements in a network, sub-network or a partition,
in a feature layer.
|
FeatureLayerDescriptor |
Describes a feature layer with features involved in a conflict.
|
FeatureLayerImpl |
Default implementation of FeatureLayer.
|
FeatureLayerManipulationPreview |
A manipulation preview implementation for creating a feature layer manipulation preview.
|
FeatureLayerMetadata |
Metadata information for a feature layer.
|
FeatureLayerMetadata.FeatureLayerType |
A list of valid feature layer types.
|
FeatureMetadata |
Metadata for all registered feature layers on a network.
|
FeaturePath |
A FeaturePath object consists of a Feature and the PathFeature that ends
at the feature.
|
FeaturePropertyChangedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when a feature's property has changed.
|
FeaturesAddedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when one or more features are added to the model
|
FeatureSelectableLayer |
Defines a feature layer which features can be selected.
|
FeaturesRemovedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when one or more features are removed from the model
|
FilePairwisePathResultIO |
|
FileUtils |
Files utilities class.
|
Filter<E> |
Interface used to customize searches by filtering
|
GCPGeoreference |
GCPGeoreference represents the PL/SQL type MDSYS.SDO_GEOR_GEOREFERENCE
It could be used to load Ground Control Points into a GeoRaster using
sdo_geor.georeference.
|
GCPPoint |
|
Generalization3D |
|
GeoDataProducer |
A generic spatial data producer that gets data from MDS on demand.
|
GeodeticCostFunction |
This class implements the heuristic cost as the 2D geodetic distance
in meters between the current node and the goal node.
|
GeodeticPairwiseCostCalculator |
|
GeoHash |
|
GeometryExceptionWithContext |
|
GeometryFeature |
Defines a geometry feature to be used in editable geometry sets.
|
GeometryMetadata |
This class defines geometry metadata for Oracle SDO_GEOMETRY.
|
GeoObject |
An interface representing a piece of geo-spatial object.
|
GeoObjectLayer |
A layer to keep track of a group of GeoObjects
|
GeoRasterException |
The class GeoRasterException is a subclass of Exception, and it
indicates conditions related to JGeoRaster that an application might want to catch.
|
GeoRasterImage |
GeoRasterImage is a GeoRaster image engine, which is used to generate Java images from a
GeoRaster object or a subset of a GeoRaster object based on the metadata of the
GeoRaster object and different query conditions.
|
GeoRasterImage.NodataMapping |
|
GeoRasterImageProcessUtil |
The GeoRasterImageProcessUtil class provides the following basic image processing
functions:
|
GeorColormap |
GeorColormap is combined with class GeorColormapEnrty to represent a GeoRaster colormap, which contains an array
of GeorColormapEnrty instances, and each GeorColormapEnrty contains four components: red, green, blue, and alpha (alpha is optional).
|
GeorColormapEntry |
A GeoRaster colormap entry, which contains five components: cellValue, red, green, blue, and alpha (alpha is optional).
|
GeorFunctionalFittingModel |
GeorFunctionFittingModel is a Java class that maps to the XML type rationalPolynomialType
defined in the GeoRaster XML schema.
|
GeorGrayscale |
GeorGrayscale class is combined with class GeorGrayscaleEntry to represent a GeoRaster grayscale, which contains an array
of GeorGrayscaleEntry instances, and each GeorGrayscaleEntry contains a pair of cell value and gray value.
|
GeorGrayscaleEntry |
A GeoRaster grayscale entry, which contains two components: cellvalue and gray.
|
GeorHistogram |
GeorHistogram class is combined with class GeorHistogramEntry to represent a GeoRaster histogram, which contains an array
of GeorHistogramEntry instances, and each GeorHistogramEntry contains a pair of cell value and count value.
|
GeorHistogramEntry |
A GeoRaster grayscale entry, which contains two components: value and count.
|
GeorSpatialReference |
|
GeorUtil |
|
GML |
|
GML2 |
|
GML3 |
|
GML3.GMLVersion |
|
GML3g |
|
GoalNode |
This interface defines if a given node is a goal node for network analysis
|
GoalNodeOperator |
Supports "and", "or", and "not" operations on goal node filters.
|
GraphicsUtilities |
GraphicsUtilities contains a set of tools to perform
common graphics operations easily.
|
GroupingLOD1Generalization |
|
HeavyPointOnNet |
A HeavyPointOnNet is a PointOnNet with reference to the underlying
LogialNode and LogicalLink object.
|
HeuristicCostFunction |
This interface defines the heuristic cost function from one point to another.
|
Hilbert |
|
HistoryMetadata |
|
HoverableLayer |
An interface for layers that have objects that can be hovered over
|
HoverManager |
A HoverManager is associated with a MapCanvas, and keeps a reference to the
GeoObject that is currently in hover.
|
Icons |
|
Identifiable |
|
IdentifiableBinaryHeap<E extends Identifiable & java.lang.Comparable> |
a binary Min.
|
IdentifiablePriorityQueue<E extends Identifiable & java.lang.Comparable> |
This interface defines the methods supported by a priority queue.
|
ImageObject |
An image based feature to be rendered in canvas
|
IndexedSpatialSet<V extends GeoObject> |
A set that is spatially indexed.
|
InMemoryPairwisePathResultIO |
|
Intersection<V> |
Represents an intersection between two or more elements.
|
IntersectionLocation |
Defines different line locations
|
IntersectionMember<V> |
Holds the information of an element participating in an intersection interaction along with the information of how the element is intersected.
|
InvalidDBConnectionException |
Thrown when a Connection is invalid.
|
InvalidExpressionException |
Thrown when an expression is invalid.
|
InvalidTopoOperationException |
|
J3D_Geometry |
|
JDBCAbstractIOService |
Provides default implementation of some methods shared by all the services.
|
JDBCAdapter |
This Class helps to encapsulate calls to Oracle JDBC Extensions that does not
work with some J2EE connection pools implementations.
|
JDBCAnalysisIOService |
Provides the default implementation for the analysis service.
|
JdbcDataSource |
This implementation of NFEConnectionDataSource gets the connections using oracle.jdbc.OracleDataSource.
|
JDBCExtensionInterface |
|
JDBCFeatureIOService |
Provides the default implementation for the feature service.
|
JDBCIOServiceProvider |
Provides the default implementation for the service provider.
|
JDBCModelIOService |
Provides the default implementation for the model service.
|
JDBCUtil |
|
JDBCUtils |
Utilities used by NFE to execute queries and perform common operations.
|
JDBCWorkspaceIOService |
Provides the default implementation for the workspace service.
|
JGeometry |
A Java class that maps Oracle Spatial's SQL type MDSYS.SDO_GEOMETRY.
|
JGeometry.ChainConverter |
Helper class used in creating an Oracle geometry from chains.
|
JGeometry.ElementIterator |
|
JGeometry.GeomParser |
Callbacks for parsing this geometry via parseGeometry
|
JGeometry.Point |
Deprecated.
|
JGeometrySegmentUtil |
|
JGeomToGeoJson |
Provides convenient methods to generate JSON fragments.
|
JGeoRaster |
JGeoRaster is a Java class mapped to the Oracle Spatial GeoRaster SQL type MDSYS.SDO_GEORASTER,
and it provides the capability to access, manipulate, and visualize the GeoRaster objects stored in an
Oracle Spatial database.
|
JGeoRasterMeta |
The GeoRaster Java library defines a full set of Java classes to store and represent
all metadata of a GeoRaster object.
|
JGeoRasterVM |
JGeoRasterVM supports the definition of a GeoRaster virtual mosaic for the purpose of displaying
a collection of images as a single one without storing the resulting image and supporting most of
the same visualization options as if it was a single image.
|
JPoint2DD |
|
JPoint3DD |
Immutable 3D point or vector.
|
JRaster |
JRaster is a Java class that deals with raster data stored on the server side.
|
JsonParser |
This class provides methods to read a JSON input.
Methods starting with get will return an item related to the previous JsonParser.next() return value.
Methods starting with read involve one or more internal calls to JsonParser.next() method to read complex values.
|
JsonParser.Event |
This are all the possible tokens identified during parsing.
|
JsonParser.JsonLocation |
Position of JsonParser when this object was build.
|
KML |
|
KML2 |
|
KShortestPaths |
This interface defines methods supported by a k shortest path algorithm.
|
KShortestPathsBfs |
BFS implementation of K-shortest paths search.
|
Las2SqlLdr |
|
Las2SqlLdr.LasFileStream |
|
Las2SqlLdr.PointData |
|
Las2SqlLdr.PointData.MBR |
|
Las2SqlLdr.PointData.SinglePoint |
|
Las2SqlLdrIndep |
|
LASImportExport |
|
LASImportExport.Las10Header |
|
LASImportExport.Las12Header |
|
Layer |
A Layer represents a graphics layer that handles the display of and
interaction with a particular type of contents.
|
LayerInfo |
LayerInfo is a Java class mapped to the XML element LayerInfo in the Oracle Spatial
GeoRaster metadata.
|
LayerManager |
Contains and manages all the Layers to be displayed by the MapCanvas
|
LayerManager.Entry |
|
LayerManagerEvent |
Represents an event in a LayerManager
|
LeveledNetworkCache |
An instance of this class contains the cache for all link levels of a
network.
|
LineIntersectionList<E> |
A list implementation that stores intersection across a line and facilitates sorting and finding those intersections
|
LineIntersectionMember<V> |
An intersection member which geometry is a line
|
Link |
This interface defines a network link.
|
LinkCostCalculator |
This interface defines methods supported by a link cost calculator.
|
LinkCostFunction |
User defined link cost interface
|
LinkDescriptor |
Describes a link.
|
LinkLevelSelector |
A LinkLevelSelector selects the link level for the next node to expand on.
|
LinkNotFoundException |
Thrown when a link(s) cannot be found.
|
LocationMsg |
|
LocationMsgArr |
|
LocationMsgPkd |
|
LODAnalysisInfo |
An instance of this class carries the analysis information.
|
LODConfig |
Load-on-demand configuration, which consists of configuration for network IO and configuration
for network analysis.
|
LODConfigException |
Reports errors while parsing xml configuration files or constructing
LODConfig objects.
|
LODGoalNode |
This interface defines methods to check whether a given node is a goal
node.
|
LODNetworkConstraint |
This interface defines a general network constraint for network analysis.
|
LODNetworkException |
Base exception class for Load-On-Demand network analysis.
|
LODNetworkFactory |
This class handles network element creation for Oracle Spatial Network Data Model.
|
LODNetworkManager |
This class is the entry point of all functionalities provided by the lod
package.
|
LODNetworkWrapper |
This is the wrapper class containing LOD related java stored procedures
used by SDO_NET package.
|
LODUserDataIO |
This interface defines methods to read and write user defined
data from and to the database.
|
LODUserDataIOSDO |
This implementation of LODUserDataIO reads all the user defined data from
the node, link and path tables.
|
Logger |
Logging API for Oracle LBS products.
|
LogicalBasicNetwork |
This interface defines methods supported by a logical network.
|
LogicalHeavyPath |
A LogicalHeavyPath is a logical path with detailed node and link information.
|
LogicalLightPath |
Light-weight logical path, which only contains the start and end node IDs on the path.
|
LogicalLightSubPath |
Light weight logical sub-path that references to
a LogicalLightPath
|
LogicalLink |
This interface defines a standalone link.
|
LogicalNetLink |
A LogicalNetLink defines a network link, which is a LogicalLink with
reference to the LogicalNetNode objects of its start and end nodes.
|
LogicalNetLinkImpl |
Default implementation of LogicalNetLink.
|
LogicalNetNode |
A LogicalNetNode is a LogicalNode with reference to adjacent node and link
objects.
|
LogicalNetNodeImpl |
Default implementation of LogicalNetNode.
|
LogicalNode |
This interface defines a standalone node.
|
LogicalPartition |
This interface defines methods supported by a logical network partition.
|
LogicalPartitionImpl |
Default implementation of LogicalPartition.
|
LogicalPath |
A LogicalPath is defined by an array of link IDs, array of node IDs, and
the costs for traversing through this path.
|
LogicalSubNetwork |
A LogicalSubNetwork is a LogicalNetwork that connects to external nodes.
|
LogicalSubPath |
LogicalSubPath represents a portion of a LogicalPath, with the start
and/or end points located on links of the the containing path.
|
LogicalSubPathImpl |
Default implementation of LogicalSubPath.
|
LongHashMap<V> |
This is a bare-bones, application specific, optimized hash table
implementation.
|
LongHashSet |
This is a bare-bones, application specific, optimized hash set
implementation.
|
LongHashTable<V> |
A subclass of LongHashMap that implements Map the interface.
|
LongLinkedHashMap<V> |
This is a bare-bones, application specific, optimized ordered hash map implementation.
|
LRSGeometryG3D |
This class defines an LRS Geodetic 3D geometry object
|
LRUCachingHandler |
This class implements the Least Recently Used (LRU) caching handler.
|
ManipulableLayer |
Defines a layer which elements can be manipulated.
|
Manipulation<V> |
Contains information regarding to how an element is manipulated
|
ManipulationPreview |
Represents a preview of a manipulation performed over a ManipulableLayer.
|
MapCanvas |
MapCanvas provides a canvas component for displaying and interacting with
various spatial data layers.
|
MapConstants |
Contains constants for layers tags and positions.
|
MapNavLayer |
MapNavLayer renders and handles the events for the Navigation Panel
that includes a panning dial, zoom buttons, and if a tile layer is
present, a zoom slider
|
MapRegion |
MapRegion defines the current map display region, including the image
(device) area and the data window.
|
MapRegionEvent |
Contains information regarding a change in a canvas's map region
|
MapTip |
Displays a one line tip that contains a short description of a feature
in hover.
|
MapUndoManager |
A subclass of UndoManager that notifies about any edit to the subscribed ChangeListeners.
|
Matrix<E> |
A simple double array matrix implementation.
|
MaxCostConstraint |
Maximum cost network constraint.
|
MaxDepthConstraint |
Maximum depth network constraint.
|
MBR |
This interface defines the Minimum Bounding Rectangle (MBR) interface.
|
MDPoint |
This interface defines a mutilple dimension point.
|
MDSException |
|
Mer |
Provides helper methods for mers stored as bare arrays, as well as an encapsulated type.
|
MergeLaszFilesIntoPc |
|
MessagesBundle |
|
MethodNotSupportedException |
Thrown when an unsupported or invalid method is called.
|
MinimumSpanningTree |
This interface defines methods supported by a minimum-spanning-tree
algorithm.
|
ModelDAO |
The ModelDAO data access object provides methods to load, create and manage the model infrastructure.
|
MosaicParameters |
MosaicParameters class provides the parameters for JGeoRasterVM
|
MVThemeLayer |
A layer that renders a MapViewer theme
|
NDMTimer |
Timer utility class.
|
Network |
This interface defines a network.
|
NetworkAnalysisConfig |
Configuration for network analysis.
|
NetworkAnalyst |
This class is the single entry point to all the network analysis operations
supported by NDM LOD.
|
NetworkBuffer |
A NetworkBuffer is defined by central points and the set of nodes and link
intervals within certain radius from the cental points.
|
NetworkBuffer.DoubleInterval |
This class defines a double interval.
|
NetworkBuffer.Elements |
This class contains elements in a network buffer.
|
NetworkBuffer.LinkInterval |
|
NetworkBuffer.LinkIntervals |
An instance of this class contains a LogicalLink object and a list of
intervals associated with the link object.
|
NetworkConstraint |
This interface defines a general network constraint for network analysis.
|
NetworkDAO |
The NetworkDAO data access object provides methods to load, create and manage the network elements.
|
NetworkDataException |
This class defines the exceptions for Oracle Spatial Network Data Model
|
NetworkElementPropertyChangedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when a network element's property has changed.
|
NetworkElementsAddedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when one or more network elements are added to the model
|
NetworkElementsRemovedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when one or more network elements are removed from the model
|
NetworkExplorer |
This class provides methods to navigate a network.
|
NetworkFactory |
This class handles network element creation for Oracle Spatial Network Data Model.
|
NetworkIO |
This interface defines methods to read/write network information from/to a
datasource.
|
NetworkIOConfig |
Configuration for network IO.
|
NetworkManager |
This class defines methods for the network data I/O and
network analysis.
|
NetworkMetadata |
This class defines a network metadata.
|
NetworkSearch |
|
NetworkSearch.MatchedPoint |
|
NetworkSearch.NetworkSearchTree |
|
NetworkSearch.NodeLinkIds |
|
NetworkSearch.PartialLinkElement |
|
NetworkSearch.PointOnNetWithLink |
|
NetworkSearch.SameLinkMatchedPointPair |
|
NetworkSearch.Statistics |
|
NetworkSearch.TmpSearchData |
|
NetworkUpdate |
A NetworkUpdate object contains network update information.
|
NFEAbstractDataSource |
This class provides an implementation of the NFEDataSource interface that will return a connection already bind to the workspace specified by the method setActiveWorkspace.
|
NFEAddFeatureElementTool |
Tool used for creating new feature elements for a feature layer
|
NFEAddFeatureTool |
Tool used for adding new features to a feature layer
|
NFEAnalysisIOService |
This interface is the entry point to the feature analysis operations supported by NFE.
|
NFEAtomicUndoableEdit |
A base abstract class that should be extended by any undoable edit implementation that wants to perform a undo/redo action for a specific NFE model event.
|
NFEAttributeConstraint |
Represents a constraint for an attribute definition.
|
NFEAttributeDescriptor |
Used to describe an attribute definition of a Feature Layer.
|
NFEAttributeType |
Possible types of a feature layer's attribute
|
NFEBasicAttributeConstraint |
|
NFEBasicAttributeDescriptor |
|
NFEBasicCatalog |
|
NFEBasicEventDispatcher<U extends java.util.EventListener> |
An implementation of NFEEventDispatcher that fires all the event in a single thread.
|
NFEBasicFeature |
|
NFEBasicFeatureClass |
|
NFEBasicFeatureElement |
|
NFEBasicFeatureLayer |
|
NFEBasicLineLineRuleHandler |
|
NFEBasicLineLineRuleHandlerParam |
|
NFEBasicLinePointRuleHandler |
|
NFEBasicLinePointRuleHandlerParam |
|
NFEBasicLink |
The default implementation of NFELink
|
NFEBasicModel |
The default implementation of NFEModel
|
NFEBasicModelManipulator |
The default implementation of NFEModelManipulator
|
NFEBasicModelObject |
The simplest implementation of NFEModelObject
|
NFEBasicModelObjectFactory |
The dafault implementation of NFEModelObjectFactory
|
NFEBasicNetwork |
|
NFEBasicNode |
The default implementation of NFENode
|
NFEBasicPredefinedConnectedPoint |
|
NFEBlockUndoableEdit |
Undoable Edit implementation which contains multiple actions that should be executed altogether in a undo/redo operation.
|
NFEBoxSelectionTool |
A tool used for selecting everything interacting with a rectangle drawn by the user.
|
NFECardinalityRule |
Represents a cardinality rule associated to a feature layer and (optionally) a point feature class
|
NFECatalog |
A set of predefined values that can be assigned to a feature layer's attribute
|
NFECatalogValue |
It is a tuple of an ID and a value
|
NFEChangesKeeper |
This class is meant to keep the references to the edited objects (network elements and features) in a project session,
in order to keep the tracking of the changes performed and then save them into the DB when desired.
|
NFEConflictsDescriptor |
Class describing the NFE conflicts.
|
NFEConnectableEdge<V> |
Represents an edge and the location (relative to the edge and as a point in space) where the connection must be performed.
|
NFEConnectionDataSource |
This interface defines methods related to the Connection handling.
|
NFEConnectionDescriptor<U,V> |
Holds a vertex a collections of edges to be connected to the point.
|
NFEConnectionManager |
Component in charge of connecting/disconnecting network/feature elements.
|
NFEConnectivityRule |
Basic representation of a connectivity rule which defines the properties and methods common to all the NFE connectivity rules
|
NFEConnectivityRule.ConnectivityRuleType |
Defines connectivity rule types
|
NFEConstants |
Utility class to obtain general NFE constants.
|
NFEDataSource |
This interface provides the database connection that will be used by the NFE services.
|
NFEDBSequenceIdGenerator |
An implementation of NFEIdGeneratiom that uses a database sequence to generate id's
|
NFEDBSequenceIdManager |
|
NFEEditionManager |
This class keeps tracks of all the changes made to the model's content such as network elements, features, feature elements and rule instances.
|
NFEEditionMode |
Defines values for the different edition modes supported by NFE
|
NFEEditVertexTool |
Tool used to add new vertices to line GeoObjects
|
NFEEventDispatcher<U extends java.util.EventListener> |
Defines a utility component used for firing events
|
NFEEventDispatchException |
Represents an error when dispatching events and contains one or more EventListeners which failed to be notified for certain event.
|
NFEEventSupport<U extends java.util.EventListener> |
Utility class used to subscribe and remove listener used by class which fire model events.
|
NFEExpressionAnalyzer |
This interface defines the methods to set an expression and build it.
|
NFEFeature |
This is the base class for representing a single network feature in memory.
|
NFEFeatureClass |
Base class for representing a feature class.
|
NFEFeatureElement |
Base class for representing a feature element.
|
NFEFeatureElementGeoObject |
A GeoObject representation of a feature element.
|
NFEFeatureElementSelectionTool |
Tool used for selecting feature elements within feature layers
|
NFEFeatureIOService |
The feature service provides methods to load and manage the model features.
|
NFEFeatureLayer |
This class represents a feature layer in memory.
|
NFEFeatureLayerMetadata |
This class holds metadata for an NFE Feature Layer.
|
NFEFeatureLayerRenderer |
MapCanvas Layer implementation for rendering an NFE feature layer.
|
NFEFeatureSelectionTool |
Tools used for selecting all the elements composing a feature within a feature layer
|
NFEFeatureShape |
Defines the shape types supported by Feature Classes
|
NFEFeatureUtils |
Provides some utilities functions related to the features.
|
NFEGeometryDescriptor |
This class contains the geometry metadata of an NFE model.
|
NFEGeoObject |
The base GeoObject class used by NFE.
|
NFEIdGenerator |
Implementations of this interface must provide ID's for a given entity.
|
NFEIdManager |
This interface acts as a holder and manager of different ID generators used for different entities related to an NFEModel.
|
NFEInteractionEngine |
NFE component used to detect interaction between elements such as network or feature elements
|
NFEIOException |
Base exception for NFE.
|
NFEIOService |
This interface defines methods supported by the NFE services to access the NFE model and the data source.
|
NFEIOServiceProvider |
This interface defines the single entry point to access NFE services.
|
NFELineLineRule |
A representation of an NFE line-line connectivity rule
|
NFELineLineRuleHandler |
Defines a line-line rule handler.
|
NFELineLineRuleHandlerParam |
Line-line rule handler parameter.
|
NFELinePointRule |
A representation of an NFE line-point connectivity rule
|
NFELinePointRule.LPRuleSource |
Defines different sources where a line-point could be created
|
NFELinePointRuleHandler |
Defines a line-point rule handler.
|
NFELinePointRuleHandlerParam |
Line-point rule handler parameter.
|
NFELink |
Base class for representing network links.
|
NFEManipulableFeatureLayerRenderer |
A manipulable feature layer renderer.
|
NFEManipulateTool |
Tool used to manipulate GeoObjects within a layer.
|
NFEManipulator |
An NFEManipulator implementation should ease in-memory edition tasks such as adding, removing and moving features.
|
NFEMapCanvasConstants |
Holds constants specific to NFE for rendering MapCanvas layers.
|
NFEMemoryRuleHandlerContext |
In-memory implementation of a rule handler context.
|
NFEMetadata |
Parent class for all classes that hold metadata of any First Class Model Object such as NFEModel, NFENetwork or NFEFeatureLayer.
|
NFEModel |
NFEModel is the entry point for representing Network Feature Model in memory.
|
NFEModelEvent |
Root class of the Model Event hierarchy.
|
NFEModelIOService |
The model service provides methods to load, create and manage the model infrastructure.
|
NFEModelListener |
The listener interface for receiving events from a first class model object such as NFEModel, NFENetwork or NFEFeatureLayer.
|
NFEModelMetadata |
This class holds metadata for an NFE model.
|
NFEModelObject |
Base interface for any object contained directly or indirectly in an NFE Model
|
NFEModelObjectEvent |
Represent a generic event related to an Object from the NFEModel.
|
NFEModelObjectFactory |
Implementations of this class are used to get new instances of most of the classes in the NFE API.
|
NFEModelObjectPropertyChangedEvent |
Event that contains information regarding to a changed property of a model object.
|
NFEModelObjectsEvent |
An event where one or more model objects are involved
|
NFENearestNeighbors |
Provides the data to run a nearest neighbor analysis.
|
NFENetElementSelectionTool |
Tool used to select network elements
|
NFENetwork |
Memory representation of an SDO network.
|
NFENetworkElement |
This is the base class for nodes and links.
|
NFENetworkElementGeoObject |
A GeoObject representation of a network element.
|
NFENetworkMetadata |
This class holds metadata for an NFE Network.
|
NFENetworkRenderer |
Layer used for rendering network elements (nodes and links).
|
NFENode |
Base class for representing a network node.
|
NFEPathRenderer |
Layer used for rendering feature paths (nodes and links).
|
NFEPredefinedConnectedPoint |
Describes the type of point and how it should be connected to a line when a line is created.
|
NFEProgressIndicatorLayer |
This layer displays a (indeterminate) progress indicator in the center of
the map.
|
NFERenderer<V extends NFEGeoObject> |
Basic renderer for displaying NFE layers using the MapCanvas.
|
NFEResources |
Provides some internal NFE constants.
|
NFERTreeSpatialModel |
An implementation of NFESpatialModel that uses R-tree indices
|
NFERuleHandler |
Common interface for rule handlers.
|
NFERuleHandlerContext |
A rule handler context is a service used by a rule handler implementation.
|
NFERuleInstance |
Represents a materialization of a rule.
|
NFERuleInstanceRelation |
Represents a relationship between a rule instance and a feature element to which the rule instance's rule was applied.
|
NFERulesEngine |
NFE component in charge of enforcing connectivity and cardinality rules.
|
NFERulesModel |
NFE component used as a holder and manager of rules.
|
NFESearchParams |
Provides parameters to search features in the database.
|
NFESelectionTool |
Base class for all the tools which perform selection.
|
NFEShortestPath |
Provides the data to run a shortest path analysis.
|
NFESpatialModel |
An NFE component that maintains spatial indexes for all the elements with geometry contained in an NFE model.
|
NFETool |
The basic class every NFE tool should implement.
|
NFETsp |
Provides the data to run the traveling salesman tour analysis.
|
NFEUtil |
Provides some utilities functions used by NFE.
|
NFEWithinCost |
Provides the data to run a within cost analysis.
|
NFEWorkspace |
Describes a workspace used by the workspace manager for versioning.
|
NFEWorkspaceInfo |
Contains information related to the workspace.
|
NFEWorkspaceIOService |
This interface defines methods related to model workspace management.
|
Node |
This interface defines a network node.
|
Node |
|
NodeCostCalculator |
This interface defines methods supported by a node cost calculator.
|
NodeDescriptor |
Describes a node.
|
NodeNotFoundException |
Thrown when a node(s) cannot be found.
|
NotificationMsg |
|
ObjectInfo |
ObjectInfo is a Java class mapped to the XML element ObjectInfo in the Oracle Spatial
GeoRaster metadata.
|
ObjectStoreGeometryReader |
|
Ops |
Utility class for a variety of geometry operations.
|
OpsJGeometry |
Behavior is undefined if the underlying geometry is modified.
|
OraTst |
This class defines print methods for the network elements in Network Data Model.
|
OrderedLongSet |
Ordered Long Set
|
Pair<P,Q> |
A simple utility class for holding a pair of elements.
|
PairwiseCostCalculator |
This interface defines methods to calculate the pairwise costs between
two sets of points.
|
PairwisePathResultIO |
|
PairwiseShortestPaths |
A PairwiseShortestPaths is an algorithm to calculate the the pair-wise shortest
paths between a set of candidate start points and end points.
|
ParallelPairwiseShortestPaths |
|
PartitionBlob |
An instance of the PartitionBlob represents a row in the partition BLOB
table in the database.
|
PartitionBlobTranslator |
This interface defines methods supported by a partition blob translator.
|
PartitionBlobTranslator11g |
The class to translate a network partition BLOB to a LogicalPartition
object, or vice versa.
|
PartitionBlobTranslator11gR2 |
The class translates a network partition BLOB to a LogicalPartition
object, or vice versa.
|
PartitionUpdate |
A PartitionUpdate object contains partition update information.
|
Path |
This interface defines a network path.
|
PathConstants |
Utility class to obtain path attributes as constants.
|
PathFeature |
A feature representing a path on a network.
|
PathFeatureImpl |
Default implementation of PathFeature.
|
PathFilter |
This interface defines the methods to check whether a given sub-path is a
goal sub-path during network analysis.
|
PathToPoint |
|
PathUtil |
Provides static methods related to the NFE paths.
|
Pc2Dem |
|
Pc2Las |
|
PcBlk2Pnts |
|
PcBlockSortByLrs |
|
PcBlockSortByLrs.BlockedPoint |
|
PcDiff |
|
PCPyramidFilter |
|
PcSampleDataSet |
|
Point2DD |
|
PointClustering |
|
PointerLocationLayer |
This layer displays helpful information related to the current mouse
cursor, such as the ground coordinates.
|
PointIntersectionMember<V> |
An intersection member which geometry is a point
|
PointOnNet |
This class defines the methods supported by a point on a network.
|
PriorityQueue<E extends java.lang.Comparable> |
This interface defines the methods supported by a priority queue.
|
ProgressIndicatorLayer |
This layer displays a (indeterminate) progress indicator in the center of
the map.
|
PropertySupport |
|
PropertySupportObject |
|
RasterImage |
RasterImage is a Java class that generates a RenderedImage object
from a Blob or a byte array.
There are two constructors which take data in byte[] or Blob:
public RasterImage( byte[] data, long height, long width, long nbands, String cellDepth, String interleaving) throws GeoRasterException;
public RasterImage( Blob blob, long height, long width, long nbands, String cellDepth, String interleaving) throws GeoRasterException, SQLException;
If nbands is 1 or 3 and nodataMapping has transparent=true this class will add an alpha band to apply nodataMapping transparent values.
If setHasAlpha(true) is invoked and nbands is 2 or 4, the last band will be interpreted has alpha band.
Example on how to use the class:
|
RasterInfo |
RasterInfo is a Java class mapped to the XML element RasterInfo in the Oracle Spatial
GeoRaster metadata.
|
RectangleDrawer |
(non-Javadoc)
|
RenderUtils |
Set of methods to render spatial features (geometry, annotation text, ...)
Support simple styles that are used for editable vector data.
|
ReturnValue |
Defines the return value of the expression analyzer.
|
RNode |
Marks an object with a Mer.
|
RStarTree<T extends RNode> |
TODO Must work for arbitrary dimension --- check that there's no 2D-specific stuff!
An in-memory implementation of R*-tree.
|
RTree |
|
RTreeIndex |
Defines an RTree spatial index for a 2 dimensional space.
|
RTreeIndexedSpatialSet<V extends NFEGeoObject> |
An implementation of IndexedSpatialSet that uses an R-tree index and stores instances of NFEGeoObject.
|
RTreeInterface<T extends RNode> |
An RTree or RTree-like data structure, in which objects are stored by Mers in a nested hierarchy where the Mer of
each internal (non-data) node covers the Mers of all its descendents.
|
RTreeInterface<T extends RNode> |
Deprecated.
|
RTreeJoinRes |
|
RuleDAO |
The RuleDAO data access object provides methods to load, create and manage the NFE rules.
|
RuleInstanceAddedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when one or more rule instances are added to the model
|
RuleInstanceRelationAddedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when a relation is added to a rule instance
|
RuleInstanceRelationRemovedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when a relation is removed from a rule instance
|
RuleInstanceRemovedUndoableEdit |
Atomic undoable edit implementation that performs the undo/redo actions when one or more rule instances are removed from the model
|
SampleShapefileToJGeom |
This sample program reads all geometries from a Shapefile and converts them
to JGeometry geometries.
|
SampleShapefileToJGeomFeature |
This sample program reads all attributes and geometries from a Shapefile, and
converts them to spatial features.
|
ScaleBarLayer |
A background layer that sits at the bottom of layer stack, and intercepts
primarily mouse wheel zooming and mouse panning events.
|
SchemaEntityResolver |
|
SDODimArray |
This class defines a Java representation for Oracle Spatial SDO_DIM_ARRAY object.
|
SDODimElement |
This class contains information regarding a spatial dimension such as boundaries and tolerance.
|
SdoGeorAdminPKG |
SdoGeorAdminPKG is a Java class which wraps PL/SQL functions and procedures defined in the server-side
package SDO_GEOR_ADMIN.
|
SdoGeorAggrPKG |
SdoGeorAggrPKG is a Java class which wraps PL/SQL functions and procedures defined in the server-side
package SDO_GEOR_AGGR.
|
SdoGeoRaster |
SdoGeoRaster is a Java class which contains a pair of rasterID and rasterDataTable information.
|
SdoGeorIpPKG |
SdoGeorIpPKG is a Java class which wraps PL/SQL functions and procedures defined in the server-side
package SDO_GEOR_IP.
|
SdoGeorPKG |
SdoGeorPKG is a Java class which wraps PL/SQL functions and procedures defined in the server-side
package SDO_GEOR.
|
SdoGeorRaPKG |
SdoGeorRaPKG is a Java class which wraps PL/SQL functions and procedures defined in the server-side
package SDO_GEOR_RA.
|
SdoGeorUtlPKG |
SdoGeorUtlPKG is a Java class which wraps PL/SQL functions and procedures defined in the server-side
package SDO_GEOR_UTL.
|
SdoPointInPolygon |
|
SegY2SqlLdr |
|
SegY2SqlLdr.TextualFileHeader |
|
SelectableLayer |
An interface for layers that have objects that can be selected
They use a SelectionManager to handle selections
|
SelectionEditableLayer |
Defines a layer which selection can be edited
|
SelectionEvent |
Represents a geo-object selection event.
|
SelectionListener |
Defines an interface for listening to selection changes.
|
ShadowRenderer |
A shadow renderer generates a drop shadow for any given picture, respecting
the transparency channel if present.
|
ShapeDrawingLayer |
An interface for layers that use a tool to create a shape and draw it For
example, rectangle selection, rectangle zoom box and rectangular polygon
creation layers can use the same RectangleTool if they implement this
interface
|
ShapefileFeatureJGeom |
This class helps to create features from a shapefile.
|
ShapefileHdr |
|
ShapefileReaderJGeom |
|
ShortestPath |
This interface defines methods supported by a shortest path algorithm.
|
SilhouetteClusterEvaluator |
This implementation uses the Silhouette method to measure
cluster quality.
|
SimpleBGLayer |
A background layer that sits at the bottom of layer stack, and intercepts
primarily mouse wheel zooming and mouse panning events.
|
SingleSourceShortestPaths |
|
SpanningTree |
A spanning tree on the network.
|
SpatialBasicNetwork |
A SpatialNetwork is a LogicalNetwork with geometry information.
|
SpatialBisectClustering |
|
SpatialDAO |
The SpatialDAO data access object provides methods to load, create and manage spatial related data.
|
SpatialHeavyPath |
A SpatialHeavyPath is a LogicalHeavyPath with geometry information.
|
SpatialKMeansClustering |
|
SpatialLink |
A SpatialLink is a LogicalLink with geometry information.
|
SpatialNetLink |
A SpatialNetLink is a LogicalNetLink with geometry information.
|
SpatialNetNode |
A SpatialNetNode is a LogicalNetNode with geometry information.
|
SpatialNode |
A SpatialNode is a LogicalNode with geometry information.
|
SpatialPartition |
A SpatialPartition is a LogicalPartition with geometry information.
|
SpatialPath |
A SpatialPath is a LogicalPath with geometry information.
|
SpatialReferenceInfo |
SpatialReferenceInfo is a Java class mapped to the XML element SpatialReferenceInfo in the Oracle Spatial
GeoRaster metadata.
|
SpatialSubNetwork |
A SpatialSubNetwork is a LogicalSubNetwork with geometry information.
|
SpatialSubPath |
A SpatialSubPath is a LogicalSubPath with geometry information.
|
SpatialSubPathImpl |
Default implementation of SpatialSubPath.
|
SpatialUtils |
This class provides multiple static methods for performing different spatial-related tasks
|
SpinningClock |
Provides a utility to display an animated clock with spinning hour and
minute hands.
|
SqlLdrStreamWrapper |
|
SQLValidator |
General validator for standard sql naming conventions.
|
StAXCityGML |
|
StAXGML |
|
StringUtils |
Provides some internal NFE functions.
|
StyleModelUtils |
This set of methods return a style model based on the style name.
|
SubLayerInfo |
SubLayerInfo is a Java class mapped to the XML element subLayer or objectLayer in the Oracle
Spatial GeoRaster metadata.
|
SubPath |
This interface defines a sub path with the following properties:
A reference path,
a start percentage and a start link index in the reference path link list,
an end percentage and an end link index in the reference path link list,
The partial link cost is assumed to be linearly propotional to the given percentage.
|
SystemConstraint |
This class defines the common network constraints for network analysis.
|
TableAttributesMetadata |
|
TemporalReferenceInfo |
TemporalReferenceInfo is a Java class mapped to the XML element TemporalReferenceInfo in the Oracle Spatial
GeoRaster metadata.
|
TimeWindow |
|
TIN2Contours |
|
Tool |
A map tool defines what actions to be taken upon user input events.
|
TopoDataException |
|
TopoEntityNotFoundException |
|
TopoFrame |
|
TopoMap |
A TopoMap object serves as a smart cache for a database topology.
|
TopoPreprocess |
|
TopoValidationException |
|
Tracker |
Provides an interface to a database location tracking set.
|
Tracker.Callback<T> |
Equivalent to consumer lambda, but allows SQLException and JMSException.
|
Tracker.NotificationType |
The type of notifications that can be subscribed to
|
Tracker.WorkerType |
Types of worker threads that can be created
|
TrackerMsg |
|
TransformUtils |
|
Tree |
This interface defines a tree for trace-out.
|
TreeLink |
This interface defines a tree link for trace-out.
|
TreeNode |
This interface defines a tree node for trace-out.
|
TSP |
This interface defines methods supported by traveling salesman
problem algorithm.
|
TSP.TourFlag |
Enumeration whose values indicate whether a tsp tour is open or closed,
and if open, whether the tour have fixed start and/or end point.
|
Tsp2Opt |
|
TspAnalysisInfo |
This class contains the TSP points in order, besides other info in LODAnalysisInfo.
|
TspConstraint |
|
TspConstraintOperator |
|
TspConstraintOperator.CombinedConstraint |
|
TspImpl |
The default two step TSP implementation, which first computes the pairwise costs between the TSP stops,
and then optimizes the order the stops to be visited.
|
TspImpl.NetworkTspConstraint |
|
TspNearestNeighbor |
This is a simple heuristic TSP algorithm, which always picks the closest
point as the next one to visit.
|
TspOp2 |
This class implements the 2-opt heuristic algorithm for the
Traveling-Salesman-Problem.
|
TspOptimizer |
|
TspOrderConstraint |
TSP ordering constraint implementation.
|
TspPath |
A TspPath consists of an array of LogicalSubPath and the order of the points
on the TSP tour.
|
TspPathFeature |
A TspPathFeature object contains information about the tsp order and a sequence of path features from the first
point until the last point.
|
TspTimeWindowConstraint |
|
Union |
|
UnitSphere |
Immutable 3D representation of a point on a sphere with conversions to and from long/lat.
|
UserData |
This interface defines methods supported by a user data set.
|
UserDataImpl |
Default implementation of UserData.
|
UserDataIO |
This interface defines methods for users to read and write user defined data from and to the database.
|
UserDataMetadata |
This class defines the metadata for user data.
|
Util |
some useful utility routines used by SDOVIS.
|
Util.CheckType |
|
VertexEditableLayer |
Defines a layer which line elements' vertices can be edited or added
|
VisitedNode |
This class represents a node visited while exploring a network.
|
VRP |
|
VrpClusterAndRoute |
|
VrpPath |
|
WKAdapter |
|
WKB |
|
WKBasis |
This class provides some implementations common to WKB and WKT, particularly
the translation between WKB/WKT and STRUCT.
|
WKInputStream |
|
WKT |
|
WKT.CustomStreamTokenizer |
this class is used only to discover dimensions and number of coordinates,
it does not parse number or build strings.
|
WorkSpace |
Contains WorkSpace information
|
WorkspaceDAO |
The WorkspaceDAO data access object provides methods related to the model workspace management.
|
WSConstants |
|
WSUtil |
Provides static methods related to the workspace management.
|
XMLConfigurable |
This interface defines methods that make a customized XML configuration implementation.
|
XMLValidator |
|
XMLValidator2 |
|
YenDeviation |
This class implements Yen's Deviation Algorithm for finding the k shortest
loopless paths.
|