Package | Description |
---|---|
com.bbn.openmap.dataAccess.dted | |
com.bbn.openmap.dataAccess.shape |
This package provides read and write access to ESRI shape files,
including the .shp, .dbf and .shx files.
|
com.bbn.openmap.io |
This package provides classes that let you read data from local
files, URLs and resources, using the BinaryFile and BinaryBufferedFile.
|
com.bbn.openmap.layer.rpf |
Provides a layer that displays RPF (Raster Product Format) data.
|
com.bbn.openmap.layer.shape |
Provides an OpenMap layer for dealing with shape files.
|
com.bbn.openmap.layer.vpf |
This package contains code for dealing with NIMA data distributed in
Vector Product Format.
|
com.bbn.openmap.tools.symbology.milStd2525 |
This package provides a way to create MIL-STD-2525B compliant symbols.
|
Modifier and Type | Method and Description |
---|---|
protected void |
StandardDTEDNameTranslator.evaluate(java.lang.String filePath)
Update all the other settings based on these.
|
void |
StandardDTEDNameTranslator.set(java.lang.String filePath)
Set the internal parameters based on the given file path.
|
void |
DTEDNameTranslator.set(java.lang.String filePath)
Set the internal parameters based on the given file path.
|
void |
StandardDTEDNameTranslator.setName(java.lang.String fileName)
Configure the internal settings based on a path to a DTED frame
file.
|
void |
DTEDNameTranslator.setName(java.lang.String fileName)
Configure the internal settings based on a path to a DTED frame
file.
|
Modifier and Type | Method and Description |
---|---|
protected EsriGraphic |
EsriGraphicFactory.createMultiPointGraphic(BinaryFile shpFile,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createMultiPointGraphic(LittleEndianInputStream iStream,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createMultiPointMGraphic(BinaryFile shpFile,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createMultiPointMGraphic(LittleEndianInputStream iStream,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createMultiPointZGraphic(BinaryFile shpFile,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createMultiPointZGraphic(LittleEndianInputStream iStream,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPointGraphic(BinaryFile shpFile,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker)
Reads the ShapeFile and creates a OMPoint/OMRaster/OMText from the point
object.
|
protected EsriGraphic |
EsriGraphicFactory.createPointGraphic(LittleEndianInputStream iStream,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPointMGraphic(BinaryFile shpFile,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPointMGraphic(LittleEndianInputStream iStream,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPointZGraphic(BinaryFile shpFile,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPointZGraphic(LittleEndianInputStream iStream,
java.lang.Object representation,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolygonGraphic(BinaryFile shpFile,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolygonGraphic(LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolygonMGraphic(BinaryFile shpFile,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolygonMGraphic(LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolygonZGraphic(BinaryFile shpFile,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolygonZGraphic(LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolyGraphic(BinaryFile shpFile,
int shapeType,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolyGraphic(LittleEndianInputStream iStream,
int shapeType,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolylineGraphic(BinaryFile shpFile,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolylineGraphic(LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolylineMGraphic(BinaryFile shpFile,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolylineMGraphic(LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolylineZGraphic(BinaryFile shpFile,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolylineZGraphic(LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolyMGraphic(BinaryFile shpFile,
int shapeType,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolyMGraphic(LittleEndianInputStream iStream,
int shapeType,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolyZGraphic(BinaryFile shpFile,
int shapeType,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.createPolyZGraphic(LittleEndianInputStream iStream,
int shapeType,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected double[] |
EsriGraphicFactory.getCoords(BinaryFile shpFile,
int length,
boolean isPolygon,
GeoCoordTransformation dataTrans,
EsriGraphicFactory.ReadByteTracker bitTracker) |
protected double[] |
EsriGraphicFactory.getCoords(LittleEndianInputStream iStream,
int length,
boolean isPolygon,
GeoCoordTransformation dataTrans,
EsriGraphicFactory.ReadByteTracker bitTracker) |
OMGraphicList |
EsriGraphicFactory.getEsriGraphics(BinaryFile shp,
DrawingAttributes drawingAttributes,
java.lang.Object pointRepresentation,
Projection mapProj,
OMGraphicList list)
Create an OMGraphicList containing OMGraphics representing shape file
contents.
|
OMGraphicList |
EsriGraphicFactory.getEsriGraphics(LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
java.lang.Object pointRepresentation,
Projection mapProj,
OMGraphicList list)
Create OMGraphics from input stream from shp file.
|
protected float[] |
EsriGraphicFactory.getFloatCoords(BinaryFile shpFile,
int length,
boolean isPolygon,
GeoCoordTransformation dataTrans,
EsriGraphicFactory.ReadByteTracker bitTracker) |
protected float[] |
EsriGraphicFactory.getFloatCoords(LittleEndianInputStream iStream,
int length,
boolean isPolygon,
GeoCoordTransformation dataTrans,
EsriGraphicFactory.ReadByteTracker bitTracker) |
protected EsriGraphic |
EsriGraphicFactory.getPolys(BinaryFile shpFile,
int numParts,
int numPoints,
int shapeType,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
protected EsriGraphic |
EsriGraphicFactory.getPolys(LittleEndianInputStream iStream,
int numParts,
int numPoints,
int shapeType,
DrawingAttributes drawingAttributes,
EsriGraphicFactory.ReadByteTracker byteTracker) |
java.util.List<java.lang.Object> |
DbfFile.getRecordData(int index)
Fetches the record data for the given index.
|
protected OMGraphic |
EsriGraphicFactory.makeEsriGraphic(BinaryFile shpFile,
DrawingAttributes drawingAttributes,
java.lang.Object pointRepresentation,
EsriGraphicFactory.ReadByteTracker byteTracker)
Creates a OMGraphic from the shape file data.
|
protected OMGraphic |
EsriGraphicFactory.makeEsriGraphic(LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
java.lang.Object pointRepresentation,
EsriGraphicFactory.ReadByteTracker byteTracker)
Create OMGraphic from next record
|
OMGraphic |
EsriGraphicFactory.makeEsriGraphicFromRecord(int byteOffset,
BinaryFile shp,
DrawingAttributes drawingAttributes,
java.lang.Object pointRepresentation,
EsriGraphicFactory.ReadByteTracker byteTracker) |
OMGraphic |
EsriGraphicFactory.makeEsriGraphicFromRecord(int byteOffset,
LittleEndianInputStream iStream,
DrawingAttributes drawingAttributes,
java.lang.Object pointRepresentation,
EsriGraphicFactory.ReadByteTracker byteTracker) |
void |
DbfFile.readData()
Reads the data and puts data in an ArrayList of records.
|
void |
DbfFile.readData(int startingRecordIndex,
int numRecordsToRead)
Read in a set of records from the dbf file, starting at the provided
index and continuing for the provided count.
|
void |
DbfFile.readHeader(BinaryFile bf) |
void |
DbfFile.setBinaryFile(BinaryFile bf) |
Constructor and Description |
---|
DbfFile(BinaryFile bf) |
DbfHandler(BinaryFile bf) |
DbfHandler(java.lang.String dbfFilePath) |
DbfTableModelFactory.Column(java.lang.String definition) |
EsriGraphicFactory.Header(BinaryFile shp) |
EsriGraphicFactory.Header(BinaryFile shp,
GeoCoordTransformation dataTransformation) |
Modifier and Type | Class and Description |
---|---|
class |
InvalidCharException
An invalid character occurred on in input stream.
|
Modifier and Type | Method and Description |
---|---|
void |
BinaryFile.assertChar(char expected)
Read a bytes and throw an InvalidCharException if it doesn't match
expected |
byte[] |
StreamInputReader.readBytes(int howmany,
boolean allowless)
Read from the file.
|
byte[] |
InputReader.readBytes(int howmany,
boolean allowless)
Read from the file.
|
byte[] |
FileInputReader.readBytes(int howmany,
boolean allowless)
Read from the file.
|
byte[] |
BinaryFile.readBytes(int howmany,
boolean allowless)
Read from the file.
|
byte[] |
BinaryBufferedFile.readBytes(int howmany,
boolean allowless)
Read from the file.
|
char |
BinaryFile.readChar()
Reads and returns a single byte, cast to a char
|
char |
BinaryBufferedFile.readChar()
Reads and returns a single byte, cast to a char.
|
double |
BinaryFile.readDouble()
Reads and returns a double
|
java.lang.String |
BinaryFile.readFixedLengthString(int length)
Reads
length bytes and returns a string composed of the bytes
cast to chars |
java.lang.String |
BinaryBufferedFile.readFixedLengthString(int length)
Reads
length bytes and returns a string composed of the
bytes cast to chars. |
float |
BinaryFile.readFloat()
Reads and returns a float
|
void |
BinaryFile.readFloatArray(double[] vec,
int offset,
int len) |
void |
BinaryFile.readFloatArray(float[] vec,
int offset,
int len) |
void |
BinaryBufferedFile.readFloatArray(float[] vec,
int offset,
int len)
Reads an array of floats from the input.
|
int |
BinaryFile.readInteger()
Reads and returns a long
|
int |
BinaryBufferedFile.readInteger()
Reads and returns a long.
|
void |
BinaryFile.readIntegerArray(int[] vec,
int offset,
int len) |
void |
BinaryBufferedFile.readIntegerArray(int[] vec,
int offset,
int len)
Reads an array of integers.
|
long |
BinaryFile.readLong()
Reads and returns a long
|
long |
BinaryBufferedFile.readLong()
Reads and returns a long.
|
short |
BinaryFile.readShort()
Reads and returns a short.
|
short |
BinaryBufferedFile.readShort()
Reads and returns a short.
|
void |
BinaryBufferedFile.readShortArray(short[] vec,
int offset,
int len)
Reads an array of shorts.
|
short |
BinaryFile.readShortData()
Code for reading shorts that are two-byte integers, high order first, and
negatives are signed magnitude.
|
java.lang.String |
BinaryFile.readToDelimiter(char delim)
Reads a string until the specified delimiter or EOF is encountered
|
int |
BinaryFile.readUnsignedShort()
Reads and returns a integer from 2 bytes.
|
int |
BinaryBufferedFile.readUnsignedShort()
Reads and returns a integer from 2 bytes.
|
Modifier and Type | Method and Description |
---|---|
protected void |
RpfTocHandler.figureOutChartSeriesForEntries(BinaryFile binFile)
Method that looks at one frame file for each RpfTocEntry, in order to
check the suffix and load the chart series information into the
RpfTocEntry.
|
void |
RpfTocEntry.read(BinaryFile binFile) |
protected void |
RpfTocHandler.readFrameInformation(BinaryFile binFile,
RpfTocEntry entry)
Reads the BinaryFile to retrieve the Frame file information for the
entry.
|
Constructor and Description |
---|
RpfTocEntry(BinaryFile binFile,
int entryNumber) |
RpfTocEntry(BinaryFile binFile,
int TOCNumber,
int entryNumber) |
Modifier and Type | Method and Description |
---|---|
protected DbfHandler |
ShapeLayer.createDbfHandler(java.lang.String dbfFileName)
A call-back method to override in case you want to change the BinaryFile
used to in the DbfHandler.
|
java.util.Iterator<SpatialIndex.Entry> |
SpatialIndex.entryIterator()
Provides an iterator over the SpatialIndex entries.
|
java.util.Iterator<SpatialIndex.Entry> |
SpatialIndex.entryIterator(GeoCoordTransformation dataTransform)
Provides an iterator over the SpatialIndex entries.
|
OMGraphicList |
SpatialIndex.getAllOMGraphics(OMGraphicList retList,
DrawingAttributes drawingAttributes,
Projection mapProj,
GeoCoordTransformation dataProj)
Retrieves all OMGraphics in the shape file.
|
OMGraphicList |
SpatialIndexHandler.getGraphics(double xmin,
double ymin,
double xmax,
double ymax)
Create the OMGraphics out of the records that fall inside the bounding
box.
|
OMGraphicList |
SpatialIndexHandler.getGraphics(double xmin,
double ymin,
double xmax,
double ymax,
OMGraphicList list)
Given a bounding box, create OMGraphics from the ESRI records in the
shape file.
|
OMGraphicList |
SpatialIndexHandler.getGraphics(double xmin,
double ymin,
double xmax,
double ymax,
OMGraphicList list,
Projection proj)
Given a bounding box, create OMGraphics from the ESRI records in the
shape file.
|
OMGraphic |
SpatialIndex.getOMGraphicAtOffset(int byteOffset,
DrawingAttributes drawingAttributes)
Skips the BinaryFile for the shp data to the offset and reads the record
data there, creating an OMGraphic from that data.
|
OMGraphicList |
SpatialIndex.getOMGraphics(double xmin,
double ymin,
double xmax,
double ymax,
OMGraphicList list,
DrawingAttributes drawingAttributes,
Projection mapProj,
GeoCoordTransformation dataProj)
Locates OMGraphics in the shape file that intersect with the given
rectangle.
|
protected OMGraphicList |
SpatialIndexHandler.getWholePlanet()
Get the graphics for the entire planet.
|
protected OMGraphicList |
BufferedShapeLayer.getWholePlanet()
Get the graphics for the entire planet.
|
protected OMGraphicList |
SpatialIndexHandler.getWholePlanet(GeoCoordTransformation dataTransform)
Get the graphics for the entire planet.
|
ESRIRecord[] |
SpatialIndex.locateRecords(double xmin,
double ymin,
double xmax,
double ymax)
Locates records in the shape file that intersect with the given
rectangle.
|
protected java.util.List<SpatialIndex.Entry> |
SpatialIndex.readIndexFile(ESRIBoundingBox bounds) |
protected java.util.List<SpatialIndex.Entry> |
SpatialIndex.readIndexFile(ESRIBoundingBox bounds,
GeoCoordTransformation dataTransform) |
Modifier and Type | Method and Description |
---|---|
void |
LibrarySelectionTable.addDataPath(java.lang.String vpfpath)
add a path to LibrarySelectionTable.
|
void |
DcwColumnInfo.assertSchema(char type,
int length,
boolean strictlength)
Claim that the column has a particular schema
|
void |
DcwThematicIndex.close()
Closes the associated input file.
|
int |
AreaTable.computeEdgePoints(java.util.List<java.lang.Object> facevec,
java.util.List<CoordFloatString> allLLPoints)
Computes the full set of points that determine the edge of the area.
|
int |
DcwColumnInfo.fieldLength()
the number of bytes a field of this type takes in the input
file
|
void |
DcwRecordFile.finishInitialization()
Complete initialization of this object.
|
int[] |
DcwThematicIndex.get(java.lang.Object valueIndex)
Returns the list of rows listed for this index
|
CoverageAttributeTable |
LibrarySelectionTable.getCAT(java.lang.String library)
Return the coverage attribute table (list of coverages available for the
given library) for the given library name.
|
java.lang.String |
LibrarySelectionTable.getDescription(java.lang.String coverageOrFeatureType)
Given a string for a coverage type or feature type, return the
description for that string.
|
OMGraphicList |
VPFAutoFeatureGraphicWarehouse.getFeatures(LibrarySelectionTable lst,
LatLonPoint ll1,
LatLonPoint ll2,
Projection proj,
OMGraphicList omgList)
This is where the magic happens.
|
void |
CoverageTable.getFeatures(VPFAutoFeatureGraphicWarehouse warehouse,
LatLonPoint ll1,
LatLonPoint ll2,
double dpplat,
double dpplon,
OMGraphicList omgList)
This is a method specifically designed for the
VPFAutoFeatureGraphicWarehouse, and the CoverageTable knows to check with
the warehouse and use the PriorityHolders to fetch features.
|
DcwSpatialIndex.PrimitiveRecord[] |
DcwSpatialIndex.getPrimitiveRecords(int node)
Returns an array of primitive records
|
int |
DcwRecordFile.getRecordCount()
Gets the number of records in the table.
|
java.util.List<java.lang.Object> |
DcwRecordFile.getRow(int rownumber)
Parses the row specified by rownumber
|
boolean |
DcwRecordFile.getRow(java.util.List<java.lang.Object> retval,
int rownumber)
Parses the row specified by rownumber
|
int[] |
DcwRecordFile.lookupSchema(java.lang.String[] names,
boolean mustExist)
Get the column number for a set of column names.
|
int[] |
DcwRecordFile.lookupSchema(java.lang.String[] names,
boolean mustExist,
char[] type,
int[] length,
boolean strictlength)
Get the column number for a set of column names.
|
static void |
GenerateVPFProperties.main(java.lang.String[] args)
The main program.
|
static void |
DescribeDB.main(java.lang.String[] args)
The main program.
|
void |
DcwRecordFile.parseAllRowsAndPrintSome()
Good for looking at the contents of a data file, this method
dumps a bunch of rows to System.out.
|
java.lang.Object |
DcwColumnInfo.parseField(BinaryFile inputFile)
Read an element of the type specified by the column
|
java.util.List<java.lang.Object> |
DcwRecordFile.parseRow()
Return a row from the table.
|
boolean |
DcwRecordFile.parseRow(java.util.List<java.lang.Object> retval)
Return a row from the table.
|
void |
DcwRecordFile.parseSomeRowsAndPrint()
Good for looking at the contents of a data file, this method
dumps a bunch of rows to System.out.
|
void |
DcwRecordFile.printSchema()
Prints the table information to System.out.
|
void |
DcwThematicIndex.reopen(int offset)
Reopen the associated input file.
|
void |
DcwRecordFile.reopen(int seekRow)
Reopen the associated input file.
|
void |
DcwRecordFile.seekToRow(int recordNumber)
moves the input cursor to the specified row [affects subsequent
calls parseRow.]
|
Constructor and Description |
---|
AreaTable(CoverageTable cov,
EdgeTable edg,
TileDirectory tile)
Construct an AreaTable for a tile.
|
CoordDoubleString(int tuplecount,
int tuplesize,
BinaryFile input)
Construct a CoordDoubleString from a file input
|
CoordFloatString(int tuplecount,
int tuplesize,
BinaryFile input)
Construct a CoordFloatString from a file input
|
CoverageAttributeTable(java.lang.String dcwpath,
java.lang.String libname)
Construct a new coverage attribute table
|
DcwColumnInfo(BinaryFile inputFile)
Construct a DcwColumnInfo from the specified input stream.
|
DcwCrossTileID(BinaryFile in)
Construct a DcwCrossTileID from the specified input stream.
|
DcwRecordFile(java.lang.String name)
Open a DcwRecordFile and completely initialize it
|
DcwRecordFile(java.lang.String name,
boolean deferInit)
Open a DcwRecordFile
|
DcwSpatialIndex.PrimitiveRecord(BinaryFile inputFile)
construct a new primitive record
|
DcwSpatialIndex(java.lang.String filename,
boolean border)
Construct an index for a filename.
|
DcwThematicIndex(java.lang.String filename,
boolean border)
Construct an index, assumes this is pre-VPF2407 format.
|
DcwThematicIndex(java.lang.String filename,
boolean border,
boolean vpf2407)
Construct an index, assumes this is pre-VPF2407 format.
|
DcwVariableLengthIndexFile(BinaryFile inputstream,
boolean msbfirst)
Construct a new index file.
|
DcwVariableLengthIndexFile(java.lang.String filename,
boolean msbfirst)
Construct a new index file.
|
EdgeTable(CoverageTable cov,
TileDirectory tile)
Construct an EdgeTable object for a tile of a coverage.
|
FeatureClassInfo(CoverageTable cthis,
java.lang.String colname,
java.lang.String tablepath,
java.lang.String ftname)
Construct a FeatureClassInfo.
|
FeatureClassInfo(CoverageTable cthis,
java.lang.String colname,
java.lang.String tablepath,
java.lang.String ftname,
java.lang.String tileDirFile,
java.lang.String tileDirFileColName)
Construct a FeatureClassInfo that can be used for feature search
|
LibrarySelectionTable(java.lang.String vpfpath)
Construct a LibrarySelectionTable with a path to data.
|
LibrarySelectionTable(java.lang.String[] vpfpaths)
Construct a LibrarySelectionTable with a path to data.
|
NodeTable(CoverageTable cov,
TileDirectory tile,
boolean isEntityNode)
Construct a NodeTable for reading VPF text features.
|
PrimitiveTable(CoverageTable cov,
TileDirectory tile,
java.lang.String tablename)
Construct a PrimitiveTable.
|
TextTable(CoverageTable cov,
TileDirectory tile)
Construct a TextTable for reading VPF text features.
|
Modifier and Type | Method and Description |
---|---|
protected java.util.List |
SymbolChooser.createNodes(SymbolReferenceLibrary srl)
Initialization method to create the SymbolTreeHolders from the
SymbolReferenceLibrary.
|
Copyright (C) BBNT Solutions LLC; See http://openmap.bbn.com/ for details