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| This class defines the Albers Equal Area Conic projection | |
| This feature attribute is itself an array of feature attributes | |
| This class defines the Azimuthal Equidistant projection | |
| This feature attribute stores Boolean values | |
| Stores information about a CADRG coverage as described in a CADRG table of contents | |
| This class defines a CADRG frame as described in the CADRG table of contents | |
| This class is used to read CADGR frames | |
| This class implements a CADRG layer that displays a CADRG coverage using the load-on-demand process | |
| This class reads the table of contents of a CADRG file | |
| This class defines the Cassini projection | |
| This abstract class is the base class for all the conic projections in the library | |
An IlvCoordinate object is a point defined by two values in double precision | |
| This class defines the Cylindrical Equal Area projection | |
This renderer translates a map feature whose geometry is a predefined subclass of IlvMapArea into an IlvMapGeneralPath or into an IlvGraphicSet or IlvMapGeneralPath if the geometry is an IlvMapMultiArea | |
This renderer translates a map feature whose geometry is a predefined subclass of IlvMapCurve into an IlvMapGeneralPath or into an IlvGraphicSet of IlvMapGeneralPath if the geometry is an IlvMapMultiCurve | |
| Resolves a relative path name using a specified path | |
| This feature renderer can translate all the predefined geometries of Rogue Wave Views into graphic objects | |
This renderer translates a map feature whose geometry is an IlvMapImage into an IlvZoomableIcon | |
This class implements an IlvTileLoader to load tiles from Oracle 9i Spatial, using the SDO object model | |
This renderer translates a map feature whose geometry is an IlvMapPoint into an IlvMarker | |
This renderer translates a map feature whose geometry is an IlvMapRaster into an IlvZoomableIcon whose colors indicate the value of the raster | |
| This tile loader loads a complete SDO layer with tiles that are equivalent to the SDO tiles | |
This renderer translates a map feature whose geometry is an IlvMapText into an IlvLabel | |
| The default cache of the tile controllers | |
This feature attribute stores an attribute of type IlDouble | |
| This class corresponds to the DSID record of the S57 format | |
| This class corresponds to the DSPM record of the S57 format | |
| A layer that displays a DTED coverage using the load-on-demand mechanism | |
| This class can be used to read DTED files | |
| This class defines an ellipsoid | |
| This class defines the Equidistant Cylindrical projection | |
| This class is the base class for the attributes of the map features | |
| This class is used to store the names and types of map attributes | |
| This class is used to store the values of map attributes | |
Subclasses of this abstract class are used to translate an IlvMapFeature into a graphic object | |
| This class defines the Lambert projection used in France | |
| This class corresponds to the FRID record of the S57 format | |
| This class defines the Geographic projection | |
This class is an IlvTiledLayer specialized for loading tiled GeoTIFF files | |
This class is an IlvMapFeatureIterator specialized for reading GeoTIFF files | |
This class is an IlvTileLoader specialized for reading GeoTIFF files | |
| A GeoTIFF file tiler | |
| This class defines the Gnomonic projection | |
| This abstract class is the base class for classes describing a horizontal datum | |
| The abstract class for all datum converters | |
| An abstract class providing services to select the appropriate converter between two datums | |
| This class describes a horizontal datum | |
| This class corresponds to a field from the ISO 8211 definition | |
| This class corresponds to a record from the ISO 8211 definition | |
| This class is used to manage the objects which are shared by several other objects | |
This renderer translates a map feature whose geometry is an IlvMapPoint into an IlvIcon | |
This class is an IlvTiledLayer specialized for loading a set of images, each image representing a tile in a tiled data set | |
This class is an IlvMapFeatureIterator specialized for reading image files. The supported image formats are those supported by Rogue Wave Views | |
This class is an IlvMapTileLoader specialized for loading a set of images, each image representing a tile in a tiled data set | |
| This feature attribute stores integer values | |
| This class implements a color model that performs a linear interpolation to compute the pixel colors with intervals specified by the user | |
| This class defines the Lambert Azimuthal Equal Area projection | |
| This class defines the Lambert Conformal Conic projection | |
| This class defines the Lambert Equal Area Conic projection | |
| Defines an abstract class for feature iterators that have a look ahead ability | |
| Defines the Coordinate Adapter class | |
| This class defines a circular arc segment | |
This subclass of IlvMapSegmentString is optimized to handle strings that contain only IlvMapArcSegment instances | |
| This abstract class is the base class of the map geometry that define an area | |
| This rendering style stores style parameters to render areas | |
| Store the names and types of map attributes | |
| Associates additional attributes with graphic objects | |
| This class defines a circle | |
This class defines a ring whose stroke is an IlvMapCircle | |
| This class allows mapping from integer values to RGB colors | |
| A compass object | |
Displays the coordinates of the mouse when it is on top of an IlvView displaying a map | |
| This abstract class is the base class of the map geometries that define a 1-dimension curve | |
This implementation fo the IlvMapSegmentString class supports any sequence of IlvMapSegment | |
This class is a data path manager that uses a set of IlvMapDataPathResolvers to resolve paths | |
| This abstract class defines a path resolver | |
A default needle used by the IlvMapCompass class | |
The default scale bar used by IlvMapScale when none is provided by the user | |
| This class represents a simple map feature, that is, an object with a geometry that can be rendered graphically and, optionally, a list of attributes | |
| This class represents a map feature identifier using a floating-point value | |
| This abstract class represents a map feature identifier | |
| This class represents a map feature identifier using an integer value | |
| This class is the base class for feature iterators | |
| This class represents a map feature identifier using a string value | |
The IlvMapGeneralPath class represents a geometric path constructed from segments | |
| This abstract class is the base class of the map geometry objects | |
| The class defines a collection of any geometry elements | |
| This class defines an image | |
The IlvMapInfo class is used to attach map information to an IlvManager | |
| This abstract class is the listener class for receiving notifications about map information changes | |
| This class defines an input stream with extended reading capabilities | |
This class implements an IlvLabel adapted to map applications | |
| This class defines a linear segment | |
| This rendering style stores style parameters to draw lines | |
This subclass of IlvMapSegmentString is optimized to handle strings containing only IlvMapLinearSegment instances | |
A convenience class to load map files into an IlvManager | |
This class defines an area that is composed of a list of IlvMapArea | |
| This class is used to represent 1-dimension geometries that are composed of a list of other curves | |
| This class defines a multipoint, which is a collection of points | |
| This class defines a point | |
| This class defines a Polygon | |
| This class defines a raster | |
| This abstract class is the base class of the rendering styles | |
| This abstract class is the base class of all connected areas | |
| A scale object that displays the scale of a view | |
| This abstract class is the base class for the geometries that describe a connected curve that has a start point and an end point | |
This class defines a ring whose stroke is an IlvMapSegmentString | |
| This abstract class is the base class for segments that can be divided into other smaller segments | |
| Deprecated This class provides services to check whether the license for the Rogue Wave Views Maps add-on is available, or to register a license | |
| This class defines a georeferenced text | |
| The base abstract class for tile loaders specialized in loading map formats | |
| This class defines the Mercator projection | |
| This class defines the Miller Cylindrical projection | |
This class implements an IlvHorizontalDatumConverter using the Molodensky formula | |
This class converts Oracle Spatial geometries retrieved from an Oracle database (9i and above), into IlvMapFeature objects | |
| This class extracts keys used as feature IDs | |
| Implements load-on-demand layer for an Oracle Spatial data source | |
| Utility class for basic tasks on Oracle SDO Object Model (Oracle Spatial) | |
| This class can write features to an Oracle Spatial layer, using the object model | |
| This class defines the Orthographic projection | |
| This class defines the Polyconic projection | |
| All projections in the library inherit from this abstract class | |
This class provides run-time information about the IlvProjectionClass and its subclasses | |
| This class provides facilities to get the list of the implemented projections and to create projection instances by their names | |
| This class provides facilities to get run-time information about the parameters of a projection, and to set or modify their values | |
| This class enables you to use long identifiers stored as 64 bits | |
| This class is used to store the data of S57 Enumeration | |
| This class is used to store a set of S57 enumeration objects | |
| This class is used to get the list of features of the S57 files | |
| This class is used to read an S57 file or an S57 catalog file | |
| This class is the base class of the different types of S57 records | |
| This feature renderer can translate all the predefined geometries of Rogue Wave Views into graphic objects | |
| Controls the visibility of a layer according to the scale | |
An interface used to implement factories for DbLink IldDbms connections | |
This class converts Oracle SDO geometries retrieved from an Oracle database into IlvMapFeature objects | |
| Implements load-on-demand for an Oracle SDO data source | |
| The base class (to be subclassed) to implement tile loaders for Oracle SDO | |
| Utility class for basic tasks on Oracle SDO relational Model | |
This class can write the content of an IlvMapFeatureIterator to an Oracle SDO layer | |
This class reads attributes from .dbf files | |
This class allows applications to take advantage of ESRI Shapefile index files (.shx files). | |
This class is an IlvMapTileLoader specialized for loading tiled shape files | |
| This class reads geometries and attributes from Shape files | |
| This class implements a tile loader to read tiles from an ESRI Shapefile whose spatial index has been created | |
| A Shapefile tiler | |
This class reads geometries from .shp files | |
An IlvShapeSpatialIndex is used to store and retrieve tile information for a given Shapefile | |
| This class defines the Stereographic projection | |
| This feature attribute stores strings | |
| This class represents the elementary element used by the load-on-demand process | |
| This class is used to manage the cached tiles of one or more tile controllers | |
| This class manages the load-on-demand process | |
A tiled layer is an IlvManagerLayer object for loading large sets of data, for example, large maps | |
| Used to be notified of the tile events (tile loaded, tile released, tile cached, and so on) | |
This abstract class is used to load a tile for an IlvTileController or an IlvTiledLayer | |
| This class defines the Transverse Mercator projection | |
| This class provides facilities to convert Cartesian data to various measurement units | |
| This class defines the Universal Polar Stereographic projection, also known as the UPS projection | |
| This class defines Universal Transverse Mercator projections, also known as UTM projections | |
| This class is used to represent an Unknown projection | |
| This class corresponds to the VRID record of the S57 format |
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