java.lang.Object
- oracle.spatial.georaster.JRaster

```
public class JRaster
extends java.lang.Object
```
JRaster is a Java class that deals with raster data stored on the server side. It provides the capability to retrieve and manipulate the raster block data and mask data of a GeoRaster object based on a specified rowNumber, columnNumber, bandNumber, and pyramidLevel.
A JRaster object is always associated with a JGeoRaster object, and cannot be constructed directly. When a JGeoRaster is initiated successfully, a JRaster object is created automatically, and the following method defined for JGeoRaster can be used to retrieve an instance of JRaster:
```
     public JRaster getRasterObject()
 
```
The JRaster class provides two categories of methods. The first category is for raster data accessing based on different query conditions, for example:
```
     public BLOB getRasterSubsetBlob(...)
     public byte[] getRasterSubset(...)
     public BLOB getBitmapMaskSubsetBlob(...)
     public byte[] getBitmapMaskSubset(...)
     public double getCellValue(...)
     public byte getBitmapMaskValue(...)
     ...
```
The second category is for raster data updating based on the raster block, for example:
```
     public void initRDT()
     public void dropAllRasterBlocks()
     public Blob initRasterBlock((...)
     public byte[] getRasterBlock(...)
     public void generateBlockMBR()
      public void storeRasterBlock(...)
     ...
 
```

Field Summary

Fields
Modifier and Type	Field	Description
`protected long`	`m_endColumn`
`protected long`	`m_endRow`
`protected JGeometry`	`m_outArea`
`protected int`	`m_pyramidLevel`
`protected long`	`m_startColumn`
`protected long`	`m_startRow`

Constructor Summary

Constructors
Modifier Constructor Description

protected JRaster(JGeoRaster georaster)
Constructs a JRaster object with the given JGeoRaster object.

Method Summary

All Methods Instance Methods Concrete Methods Deprecated Methods
Modifier and Type	Method	Description
`void`	`appendRasterBlock(byte[] data, java.sql.Blob rasterBlock)`	Stores data from byte array into a BLOB.
`void`	`changeCellValue(long startRow, long startColumn, long endRow, long endColumn, java.lang.String bandNumbers, double newCellValue, double[] bgValues)`	Changes the value of raster cells in a specified window of a GeoRaster object to a single new value.
`void`	`changeCellValue(long row, long column, java.lang.String bandNumbers, double newCellValue, double[] bgValues)`	Changes the value of raster cell in a specified point of a GeoRaster object to a single new value.
`void`	`changeCellValue(JGeometry window, java.lang.String layerNumbers, double newCellValue, double[] bgValues)`	Changes the value of raster cells in a specified window of a GeoRaster object to a single new value.
`void`	`dropAllRasterBlocks()`	Drops all raster blocks of the associated GeoRaster object from raster data table in the Oracle database.
`void`	`generateBlockMBR()`	Computes the minimum bounding rectangle (MBR) for each block in a GeoRaster object, and sets the blockMBR attribute for each raster block in the raster data table.
`byte[]`	`getBitmapMaskSubset(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, int layerNo, java.lang.String cellDepth, java.lang.String compression, long[] outWindow)`	Returns binary mask data as a byte array for a specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
`byte[]`	`getBitmapMaskSubset(int pyramidLevel, JGeometry window, int layerNo, java.lang.String cellDepth, java.lang.String compression, int quality, long[] outWindow)`	Returns binary mask data as a byte array for specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
`oracle.sql.BLOB`	`getBitmapMaskSubsetBlob(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, int layerNo, java.lang.String cellDepth, java.lang.String compression, long[] outWindow)`	Deprecated.
`java.sql.Blob`	`getBitmapMaskSubsetBlobJS(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, int layerNo, long[] outWindow, java.lang.String storageParam)`	Returns binary mask data as a BLOB for specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
`java.sql.Blob`	`getBitmapMaskSubsetBlobJS(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, int layerNo, java.lang.String cellDepth, java.lang.String compression, long[] outWindow)`	Returns binary mask data as a BLOB for specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
`java.sql.Blob`	`getBitmapMaskSubsetBlobJS(int pyramidLevel, JGeometry window, int layerNo, long[] outWindow, java.lang.String storageParam)`	Returns binary mask data as a BLOB for the specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
`java.sql.Blob`	`getBitmapMaskSubsetBlobJS(int pyramidLevel, JGeometry window, int layerNo, java.lang.String cellDepth, java.lang.String compression, long[] outWindow)`	Returns binary mask data as a BLOB for the specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
`byte`	`getBitmapMaskValue(int layerNumber, int pyramidLevel, int rowNumber, int colNumber)`	Gets the value of a single cell from a bitmap mask.
`byte`	`getBitmapMaskValue(int layerNumber, int pyramidLevel, JGeometry ptGeom)`	Gets the value of a single cell from a bitmap mask.
`double`	`getCellValue(int pyramidLevel, int rowNumber, int colNumber, int bandNumber)`	Returns the value of a single cell located anywhere in the GeoRaster object by specifying its row, column, and band number in its cell coordinate system and its band number.
`double`	`getCellValue(JGeometry ptGeom, int pyramidLevel, int layerNumber)`	Returns the value of a single cell located anywhere in the GeoRaster object by specifying a point geometry in its model coordinate system and its logical layer number.
`java.math.BigDecimal[]`	`getCellValues(int pyramidLevel, int rowNumber, int colNumber, java.lang.String bandNumbers)`	Returns an array of values of a single cell located anywhere in the GeoRaster object by specifying its row, column, and band number in its cell coordinate system and its band numbers.
`java.math.BigDecimal[]`	`getCellValues(JGeometry ptGeom, int pyramidLevel, java.lang.String layerNumbers)`	Returns an array of values of a single cell located anywhere in the GeoRaster object by specifying a point geometry in its model coordinate system and its logical layer numbers.
`java.lang.Exception`	`getLastException()`	When a method of this class returns null, this method will return an Exception that explains why null was returned.
`JGeometry`	`getOutArea()`	Get a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object of previous getReprojectedRasterSubset or getReprojectedRasterSubsetBlob call.
`byte[]`	`getRasterBlock(int pyramidLevel, long bandBlockNumber, long rowBlockNumber, long columnBlockNumber, boolean isBitmapMask, boolean lock_for_write)`	Gets the byte array of a specified raster block.
`java.sql.Blob`	`getRasterBlockLocatorJS(int pyramidLevel, long bandBlockNumber, long rowBlockNumber, long columnBlockNumber, boolean isBitmapMask, boolean lock_for_write)`	Gets the LOB locator of a specified raster block.
`oracle.sql.BLOB`	`getRasterData(int pyramidLevel, java.lang.String storageParam, double[] bgValues)`	Deprecated.
`java.sql.Blob`	`getRasterDataJS(int pyramidLevel, java.lang.String storageParam, double[] bgValues)`	Returns a single Blob object that contains all raster data of the associated GeoRaster object at the specified pyramid level.
`byte[]`	`getRasterSubset(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, java.lang.String bandNumbers, int numBands, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, long[] outWindow, double[] bgValues)`	Returns binary raster data as a byte array for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
`byte[]`	`getRasterSubset(int pyramidLevel, JGeometry window, java.lang.String bandNumbers, int numBands, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, long[] outWindow, double[] bgValues)`	Returns binary raster data as a byte array for the associated GeoRaster object, based on parameters which specify a window, layers, and customized cell depth.
`java.sql.Blob`	`getRasterSubset(int pyramidLevel, JGeometry window, java.lang.String layerNumbers, long[] outWindow, java.lang.String storageParam, double[] bgValues, java.lang.String polygonClip)`	Returns binary raster data as a byte array for the associated GeoRaster object, based on parameters which specify a window, layers, and customized cell depth.
`java.sql.Blob`	`getRasterSubset(int pyramidLevel, JGeometry window, java.lang.String layerNumbers, java.lang.String storageParam, double[] bgValues, java.lang.String polygonClip)`	Returns binary raster data as a byte array for the associated GeoRaster object, based on parameters which specify a window, layers, and customized cell depth.
`oracle.sql.BLOB`	`getRasterSubsetBlob(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, java.lang.String bandNumbers, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, long[] outWindow, double[] bgValues)`	Deprecated.
`java.sql.Blob`	`getRasterSubsetBlobJS(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, java.lang.String bandNumbers, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, long[] outWindow, double[] bgValues)`	Returns binary raster data as a BLOB for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
`java.sql.Blob`	`getRasterSubsetBlobJS(int pyramidLevel, JGeometry window, java.lang.String bandNumbers, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, long[] outWindow, double[] bgValues)`	Returns binary raster data as a BLOB for the associated GeoRaster object, based on parameters which specify a window, layers, and customized cell depth.
`java.math.BigDecimal[]`	`getRasterSubsetDataArray(int pyramidLevel, long[] inWindow, java.lang.String bandNumbers, java.math.BigDecimal[] outWindow, java.lang.String storageParam, double[] bgValues)`	Returns raster data as a BigDecimal array for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
`java.math.BigDecimal[]`	`getRasterSubsetDataArray(int pyramidLevel, JGeometry inWindow, java.lang.String layerNumbers, java.math.BigDecimal[] outWindow, java.lang.String storageParam, double[] bgValues, boolean polygonClip)`	Returns raster data as a BigDecimal array for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
`byte[]`	`getReprojectedRasterSubset(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, java.lang.String resampleParam, java.lang.String bandNumbers, int numBands, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, int outSRID, long[] outWindow, double[] bgValues)`	Reproject subset of a GeoRaster object, and returns binary raster data as a byte array, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
`byte[]`	`getReprojectedRasterSubset(int pyramidLevel, JGeometry window, java.lang.String resampleParam, java.lang.String bandNumbers, int numBands, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, int outSRID, long[] outWindow, double[] bgValues)`	Reproject subset of a GeoRaster object, and returns binary raster data as a byte array, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
`oracle.sql.BLOB`	`getReprojectedRasterSubsetBlob(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, java.lang.String resampleParam, java.lang.String bandNumbers, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, int outSRID, long[] outWindow, double[] bgValues)`	Deprecated.
`oracle.sql.BLOB`	`getReprojectedRasterSubsetBlob(int pyramidLevel, JGeometry window, java.lang.String resampleParam, java.lang.String bandNumbers, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, int outSRID, long[] outWindow, double[] bgValues)`	Deprecated.
`java.sql.Blob`	`getReprojectedRasterSubsetBlobJS(int pyramidLevel, long startRow, long startColumn, long endRow, long endColumn, java.lang.String resampleParam, java.lang.String bandNumbers, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, int outSRID, long[] outWindow, double[] bgValues)`	Reproject subset of a GeoRaster object, and returns binary raster data as a Blob, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
`java.sql.Blob`	`getReprojectedRasterSubsetBlobJS(int pyramidLevel, JGeometry window, java.lang.String resampleParam, java.lang.String bandNumbers, java.lang.String cellDepth, java.lang.String compression, java.lang.String interleaving, int quality, int outSRID, long[] outWindow, double[] bgValues)`	Reproject subset of a GeoRaster object, and returns binary raster data as a Blob, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
`oracle.sql.BLOB`	`initRasterBlock(int pLevel, int bandBlockNumber, int rowBlockNumber, int columnBlockNumber, JGeometry mbr)`	Inserts a new row into raster data table with specified pLevel,bandBlockNumber, rowBlockNumber, columnBlockNumber, and mbr.
`java.sql.Blob`	`initRasterBlockJS(int pLevel, int bandBlockNumber, int rowBlockNumber, int columnBlockNumber, JGeometry mbr)`	Inserts a new row into raster data table with specified pLevel,bandBlockNumber, rowBlockNumber, columnBlockNumber, and mbr.
`void`	`initRDT()`	Initializes all rows in the RDT table, based on information like dimensionSize, blockSize, pyramidLevel, and so on, stored in the metadata.
`void`	`setBitmapMask(int layerNumber, JGeoRaster mask, java.lang.String NODATAMask)`	Attaches a bitmap mask to a GeoRaster object, or replaces or removes the current bitmap mask.
`void`	`storeRasterBlock(byte[] data, java.sql.Blob rasterBlock)`	Stores data from byte array into a BLOB.
`void`	`storeRasterBlock(javax.imageio.stream.ImageInputStream data, java.sql.Blob rasterBlock)`	Stores data from an ImageInputStream into blob.
`boolean`	`validateBlockMBR()`	Checks the blockMBR attribute in each row of the raster data table associated with the specified GeoRaster object to see if its geometry is the actual minimum bounding rectangle (MBR) of that block.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - m_pyramidLevel
```
protected int m_pyramidLevel
```
  - m_startRow
```
protected long m_startRow
```
  - m_startColumn
```
protected long m_startColumn
```
  - m_endRow
```
protected long m_endRow
```
  - m_endColumn
```
protected long m_endColumn
```
  - m_outArea
```
protected JGeometry m_outArea
```
- Constructor Detail
  - JRaster
```
protected JRaster(JGeoRaster georaster)
```
    Constructs a JRaster object with the given JGeoRaster object.
    
    Parameters:
    
    georaster - associated georaster object
- Method Detail
  - getOutArea
```
public JGeometry getOutArea()
```
    Get a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object of previous getReprojectedRasterSubset or getReprojectedRasterSubsetBlob call.
    
    Returns:
    
    a SDO_GEOMETRY object containing the MBR of the resulting object of previous getReprojectedRasterSubset or getReprojectedRasterSubsetBlob call.
  - getLastException
```
public java.lang.Exception getLastException()
```
    When a method of this class returns null, this method will return an Exception that explains why null was returned.
    
    Returns:
    
    An Exception object that describes why null was returned.
  - getReprojectedRasterSubset
```
public byte[] getReprojectedRasterSubset(int pyramidLevel,
                                         JGeometry window,
                                         java.lang.String resampleParam,
                                         java.lang.String bandNumbers,
                                         int numBands,
                                         java.lang.String cellDepth,
                                         java.lang.String compression,
                                         java.lang.String interleaving,
                                         int quality,
                                         int outSRID,
                                         long[] outWindow,
                                         double[] bgValues)
```
    Reproject subset of a GeoRaster object, and returns binary raster data as a byte array, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    resampleParam - a string containing the resampling parameters.
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    numBands - number of bands specified by bandNumbers.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outSRID - target srid number
    
    outWindow - an SDO_NUMBER_ARRAY object identifying the coordinates of the upper-left and lower-right corners of the output window in the cell space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data stored in a byte array.
  - getReprojectedRasterSubset
```
public byte[] getReprojectedRasterSubset(int pyramidLevel,
                                         long startRow,
                                         long startColumn,
                                         long endRow,
                                         long endColumn,
                                         java.lang.String resampleParam,
                                         java.lang.String bandNumbers,
                                         int numBands,
                                         java.lang.String cellDepth,
                                         java.lang.String compression,
                                         java.lang.String interleaving,
                                         int quality,
                                         int outSRID,
                                         long[] outWindow,
                                         double[] bgValues)
```
    Reproject subset of a GeoRaster object, and returns binary raster data as a byte array, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    resampleParam - a string containing the resampling parameters.
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    numBands - number of bands specified by bandNumbers.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outSRID - target srid number
    
    outWindow - an SDO_NUMBER_ARRAY object identifying the coordinates of the upper-left and lower-right corners of the output window in the cell space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data stored in a byte array.
  - getReprojectedRasterSubsetBlob
```
@Deprecated
public oracle.sql.BLOB getReprojectedRasterSubsetBlob(int pyramidLevel,
                                                      JGeometry window,
                                                      java.lang.String resampleParam,
                                                      java.lang.String bandNumbers,
                                                      java.lang.String cellDepth,
                                                      java.lang.String compression,
                                                      java.lang.String interleaving,
                                                      int quality,
                                                      int outSRID,
                                                      long[] outWindow,
                                                      double[] bgValues)
```
    Deprecated.
    
    Reproject subset of a GeoRaster object, and returns binary raster data as a Blob, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    resampleParam - a string containing the resampling parameters.
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outSRID - target srid number
    
    outWindow - an SDO_NUMBER_ARRAY object identifying the coordinates of the upper-left and lower-right corners of the output window in the cell space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data stored in a byte array.
  - getReprojectedRasterSubsetBlobJS
```
public java.sql.Blob getReprojectedRasterSubsetBlobJS(int pyramidLevel,
                                                      JGeometry window,
                                                      java.lang.String resampleParam,
                                                      java.lang.String bandNumbers,
                                                      java.lang.String cellDepth,
                                                      java.lang.String compression,
                                                      java.lang.String interleaving,
                                                      int quality,
                                                      int outSRID,
                                                      long[] outWindow,
                                                      double[] bgValues)
```
    Reproject subset of a GeoRaster object, and returns binary raster data as a Blob, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    resampleParam - a string containing the resampling parameters.
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outSRID - target srid number
    
    outWindow - an SDO_NUMBER_ARRAY object identifying the coordinates of the upper-left and lower-right corners of the output window in the cell space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data stored in a byte array.
  - getReprojectedRasterSubsetBlob
```
@Deprecated
public oracle.sql.BLOB getReprojectedRasterSubsetBlob(int pyramidLevel,
                                                      long startRow,
                                                      long startColumn,
                                                      long endRow,
                                                      long endColumn,
                                                      java.lang.String resampleParam,
                                                      java.lang.String bandNumbers,
                                                      java.lang.String cellDepth,
                                                      java.lang.String compression,
                                                      java.lang.String interleaving,
                                                      int quality,
                                                      int outSRID,
                                                      long[] outWindow,
                                                      double[] bgValues)
```
    Deprecated.
    
    Reproject subset of a GeoRaster object, and returns binary raster data as a Blob, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    resampleParam - a string containing the resampling parameters.
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outSRID - target srid number
    
    outWindow - an SDO_NUMBER_ARRAY object identifying the coordinates of the upper-left and lower-right corners of the output window in the cell space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data stored in a byte array.
  - getReprojectedRasterSubsetBlobJS
```
public java.sql.Blob getReprojectedRasterSubsetBlobJS(int pyramidLevel,
                                                      long startRow,
                                                      long startColumn,
                                                      long endRow,
                                                      long endColumn,
                                                      java.lang.String resampleParam,
                                                      java.lang.String bandNumbers,
                                                      java.lang.String cellDepth,
                                                      java.lang.String compression,
                                                      java.lang.String interleaving,
                                                      int quality,
                                                      int outSRID,
                                                      long[] outWindow,
                                                      double[] bgValues)
```
    Reproject subset of a GeoRaster object, and returns binary raster data as a Blob, based on parameters which specify a window, layers, and customized cell depth.The immediately following getOutArea() call will return a SDO_GEOMETRY object containing the MBR (minimum bounding rectangle) in the model coordinate system of the resulting object.
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    resampleParam - a string containing the resampling parameters.
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outSRID - target srid number
    
    outWindow - an SDO_NUMBER_ARRAY object identifying the coordinates of the upper-left and lower-right corners of the output window in the cell space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data stored in a byte array.
  - getRasterSubsetBlob
```
@Deprecated
public oracle.sql.BLOB getRasterSubsetBlob(int pyramidLevel,
                                           long startRow,
                                           long startColumn,
                                           long endRow,
                                           long endColumn,
                                           java.lang.String bandNumbers,
                                           java.lang.String cellDepth,
                                           java.lang.String compression,
                                           java.lang.String interleaving,
                                           int quality,
                                           long[] outWindow,
                                           double[] bgValues)
```
    Deprecated.
    
    Returns binary raster data as a BLOB for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data.
    
    See Also:
    
    RasterInfo
  - getRasterSubsetBlobJS
```
public java.sql.Blob getRasterSubsetBlobJS(int pyramidLevel,
                                           long startRow,
                                           long startColumn,
                                           long endRow,
                                           long endColumn,
                                           java.lang.String bandNumbers,
                                           java.lang.String cellDepth,
                                           java.lang.String compression,
                                           java.lang.String interleaving,
                                           int quality,
                                           long[] outWindow,
                                           double[] bgValues)
```
    Returns binary raster data as a BLOB for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data.
    
    See Also:
    
    RasterInfo
  - getRasterSubsetBlobJS
```
public java.sql.Blob getRasterSubsetBlobJS(int pyramidLevel,
                                           JGeometry window,
                                           java.lang.String bandNumbers,
                                           java.lang.String cellDepth,
                                           java.lang.String compression,
                                           java.lang.String interleaving,
                                           int quality,
                                           long[] outWindow,
                                           double[] bgValues)
```
    Returns binary raster data as a BLOB for the associated GeoRaster object, based on parameters which specify a window, layers, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level.
    
    window - a JGeometry object which represents the area of interest.
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data.
  - getRasterSubset
```
public java.sql.Blob getRasterSubset(int pyramidLevel,
                                     JGeometry window,
                                     java.lang.String layerNumbers,
                                     java.lang.String storageParam,
                                     double[] bgValues,
                                     java.lang.String polygonClip)
```
    Returns binary raster data as a byte array for the associated GeoRaster object, based on parameters which specify a window, layers, and customized cell depth.
    
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    layerNumbers - A string identifying the logical layer numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 2-4 for layers 2, 3, and 4). If you specify a null value for this parameter, the operation or operations are performed on all layers.
    
    storageParam - A string specifying storage parameters to be applied in creating rasterBlob. The only supported storageParam keywords supported for this procedure are celldepth, compression, interleaving, and quality; all other keywords are ignored. Storage parameters are explained in Section 1.4.1. If storageParam is null or not specified, the cell depth, interleaving, and compression type (and compression quality, if applicable) are the same as for the input GeoRaster object.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB.
    
    polygonClip - The string TRUE causes the window or inWindow geometry object to be used for the subset operation; the string FALSE or a null value causes the MBR (minimum bounding rectangle) of the window or inWindow geometry object to be used for the subset operation.
    
    Returns:
    
    a single Blob object containing all cells of a specified pyramid level that are inside or on the boundary of polygon geometry object.
  - getRasterSubset
```
public java.sql.Blob getRasterSubset(int pyramidLevel,
                                     JGeometry window,
                                     java.lang.String layerNumbers,
                                     long[] outWindow,
                                     java.lang.String storageParam,
                                     double[] bgValues,
                                     java.lang.String polygonClip)
```
    Returns binary raster data as a byte array for the associated GeoRaster object, based on parameters which specify a window, layers, and customized cell depth.
    
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    layerNumbers - A string identifying the logical layer numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 2-4 for layers 2, 3, and 4). If you specify a null value for this parameter, the operation or operations are performed on all layers.
    
    outWindow - An array object identifying the coordinates of the upper-left and lower-right corners of the output window in the cell space.
    
    storageParam - A string specifying storage parameters to be applied in creating rasterBlob. The only supported storageParam keywords supported for this procedure are celldepth, compression, interleaving, and quality; all other keywords are ignored. Storage parameters are explained in Section 1.4.1. If storageParam is null or not specified, the cell depth, interleaving, and compression type (and compression quality, if applicable) are the same as for the input GeoRaster object.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB.
    
    polygonClip - The string TRUE causes the window or inWindow geometry object to be used for the subset operation; the string FALSE or a null value causes the MBR (minimum bounding rectangle) of the window or inWindow geometry object to be used for the subset operation.
    
    Returns:
    
    a single Blob object containing all cells of a specified pyramid level that are inside or on the boundary of polygon geometry object.
  - getRasterSubset
```
public byte[] getRasterSubset(int pyramidLevel,
                              JGeometry window,
                              java.lang.String bandNumbers,
                              int numBands,
                              java.lang.String cellDepth,
                              java.lang.String compression,
                              java.lang.String interleaving,
                              int quality,
                              long[] outWindow,
                              double[] bgValues)
```
    Returns binary raster data as a byte array for the associated GeoRaster object, based on parameters which specify a window, layers, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    numBands - number of bands specified by bandNumbers.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data stored in a byte array.
  - getRasterSubset
```
public byte[] getRasterSubset(int pyramidLevel,
                              long startRow,
                              long startColumn,
                              long endRow,
                              long endColumn,
                              java.lang.String bandNumbers,
                              int numBands,
                              java.lang.String cellDepth,
                              java.lang.String compression,
                              java.lang.String interleaving,
                              int quality,
                              long[] outWindow,
                              double[] bgValues)
```
    Returns binary raster data as a byte array for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    numBands - number of bands specified by bandNumbers.
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_JPEG_F RasterInfo.COMPRESSION_DEFLATE
    
    interleaving - interleaving type of the returned raster data; must be one of the following values:
    RasterInfo.CELL_INTERLEVING_BSQ RasterInfo.CELL_INTERLEVING_BIL RasterInfo.CELL_INTERLEVING_BIP
    
    quality - JPEG compression quality, which is the degree of lossiness caused by the compression. Must be an integer from 0 (lowest quality) through 100 (highest quality).
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    binary raster data stored in a byte array.
  - getRasterSubsetDataArray
```
public java.math.BigDecimal[] getRasterSubsetDataArray(int pyramidLevel,
                                                       long[] inWindow,
                                                       java.lang.String bandNumbers,
                                                       java.math.BigDecimal[] outWindow,
                                                       java.lang.String storageParam,
                                                       double[] bgValues)
                                                throws java.lang.Exception
```
    Returns raster data as a BigDecimal array for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
    
    Parameters:
    
    pyramidLevel - pyramid level
    
    inWindow - A rectangular window from which to crop the cells. The parameter identifies the upper-left (row, column) and lower-right (row, column) coordinates of a rectangular window, and raster space is assumed.
    
    bandNumbers - a string identifying the physical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3). If you specify a null value for this parameter, the operation or operations are performed on all bands.
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    storageParam - A string specifying storage parameters to be applied in creating rasterBlob. The only supported storageParam keywords supported for this procedure are celldepth, compression, interleaving, and quality; all other keywords are ignored. Storage parameters are explained in Storage Parameters. If storageParam is null or not specified, the cell depth, interleaving, and compression type (and compression quality, if applicable) are the same as for the input GeoRaster object.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    Returns:
    
    raster data stored in a BigDecimal array.
    
    Throws:
    
    java.lang.Exception
  - getRasterSubsetDataArray
```
public java.math.BigDecimal[] getRasterSubsetDataArray(int pyramidLevel,
                                                       JGeometry inWindow,
                                                       java.lang.String layerNumbers,
                                                       java.math.BigDecimal[] outWindow,
                                                       java.lang.String storageParam,
                                                       double[] bgValues,
                                                       boolean polygonClip)
                                                throws java.lang.Exception
```
    Returns raster data as a BigDecimal array for the associated GeoRaster object, based on parameters that specify the window, layers, and customized cell depth.
    
    Parameters:
    
    pyramidLevel - pyramid level
    
    inWindow - A rectangular window from which to crop the cells. The parameter identifies the upper-left (row, column) and lower-right (row, column) coordinates of a rectangular window, and raster space is assumed.
    
    layerNumbers - A string identifying the logical layer numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 2-4 for layers 2, 3, and 4). If you specify a null value for this parameter, the operation or operations are performed on all layers.
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    storageParam - A string specifying storage parameters to be applied in creating rasterBlob. The only supported storageParam keywords supported for this procedure are celldepth, compression, interleaving, and quality; all other keywords are ignored. Storage parameters are explained in Storage Parameters. If storageParam is null or not specified, the cell depth, interleaving, and compression type (and compression quality, if applicable) are the same as for the input GeoRaster object.
    
    bgValues - background values for filling sparse data. The number of elements in the array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). This parameter is useful when the source has empty raster blocks and the output window intersects any empty raster blocks. If this parameter is null, any cells in the output window that are derived from an empty raster block are filled with the value 0 in the output BLOB. Note that this parameter only works in version 11 or later.
    
    polygonClip - TRUE causes the window or inWindow geometry object to be used for the subset operation; FALSE or a null value causes the MBR (minimum bounding rectangle) of the window or inWindow geometry object to be used for the subset operation.
    
    Returns:
    
    raster data stored in a BigDecimal array.
    
    Throws:
    
    java.lang.Exception
  - getBitmapMaskSubsetBlobJS
```
public java.sql.Blob getBitmapMaskSubsetBlobJS(int pyramidLevel,
                                               JGeometry window,
                                               int layerNo,
                                               java.lang.String cellDepth,
                                               java.lang.String compression,
                                               long[] outWindow)
```
    Returns binary mask data as a BLOB for the specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    layerNo - the logical layer whose bitmap mask will be returned as a byte array
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_DEFLATE
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    Returns:
    
    binary mask data.
  - getBitmapMaskSubsetBlobJS
```
public java.sql.Blob getBitmapMaskSubsetBlobJS(int pyramidLevel,
                                               JGeometry window,
                                               int layerNo,
                                               long[] outWindow,
                                               java.lang.String storageParam)
```
    Returns binary mask data as a BLOB for the specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
    
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    layerNo - the logical layer whose bitmap mask will be returned as a byte array
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    storageParam - A string specifying storage parameters to be applied in creating rasterBlob. The only supported storageParam keywords supported for this procedure are celldepth, compression, interleaving, and quality; all other keywords are ignored. Storage parameters are explained in Storage Parameters.
    
    Returns:
    
    binary mask data.
  - getBitmapMaskSubsetBlob
```
@Deprecated
public oracle.sql.BLOB getBitmapMaskSubsetBlob(int pyramidLevel,
                                               long startRow,
                                               long startColumn,
                                               long endRow,
                                               long endColumn,
                                               int layerNo,
                                               java.lang.String cellDepth,
                                               java.lang.String compression,
                                               long[] outWindow)
```
    Deprecated.
    
    Returns binary mask data as a BLOB for specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    layerNo - logical layer whose bitmap mask will be returned as a byte array
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_DEFLATE
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    Returns:
    
    binary mask data.
  - getBitmapMaskSubsetBlobJS
```
public java.sql.Blob getBitmapMaskSubsetBlobJS(int pyramidLevel,
                                               long startRow,
                                               long startColumn,
                                               long endRow,
                                               long endColumn,
                                               int layerNo,
                                               java.lang.String cellDepth,
                                               java.lang.String compression,
                                               long[] outWindow)
```
    Returns binary mask data as a BLOB for specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    layerNo - logical layer whose bitmap mask will be returned as a byte array
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_DEFLATE
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    Returns:
    
    binary mask data.
  - getBitmapMaskSubsetBlobJS
```
public java.sql.Blob getBitmapMaskSubsetBlobJS(int pyramidLevel,
                                               long startRow,
                                               long startColumn,
                                               long endRow,
                                               long endColumn,
                                               int layerNo,
                                               long[] outWindow,
                                               java.lang.String storageParam)
```
    Returns binary mask data as a BLOB for specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
    
    Parameters:
    
    pyramidLevel - pyramid level
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    layerNo - logical layer whose bitmap mask will be returned as a byte array
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    storageParam - A string specifying storage parameters to be applied in creating rasterBlob. The only supported storageParam keywords supported for this procedure are celldepth, compression, interleaving, and quality; all other keywords are ignored. Storage parameters are explained in Storage Parameters.
    
    Returns:
    
    binary mask data.
  - getBitmapMaskSubset
```
public byte[] getBitmapMaskSubset(int pyramidLevel,
                                  JGeometry window,
                                  int layerNo,
                                  java.lang.String cellDepth,
                                  java.lang.String compression,
                                  int quality,
                                  long[] outWindow)
```
    Returns binary mask data as a byte array for specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level
    
    window - a JGeometry object which represents the area of interest
    
    layerNo - the logical layer whose bitmap mask will be returned as a byte array
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_DEFLATE
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    Returns:
    
    binary mask data stored in a byte array.
  - getBitmapMaskSubset
```
public byte[] getBitmapMaskSubset(int pyramidLevel,
                                  long startRow,
                                  long startColumn,
                                  long endRow,
                                  long endColumn,
                                  int layerNo,
                                  java.lang.String cellDepth,
                                  java.lang.String compression,
                                  long[] outWindow)
```
    Returns binary mask data as a byte array for a specified layer of the associated GeoRaster object, based on parameters that specify the window, layer, and customized cell depth.
    Parameters:
    
    pyramidLevel - pyramid level.
    
    startRow - upper-left row coordinate, not including ULTCoordinate
    
    startColumn - upper-left column coordinate, not including ULTCoordinate
    
    endRow - lower-right row coordinate, not including ULTCoordinate
    
    endColumn - lower-right column coordinate, not including ULTCoordinate
    
    layerNo - the logical layer whose bitmap mask will be returned as a byte array
    
    cellDepth - cellDepth of the returned raster data; must be one of the following values:
    RasterInfo.CELL_DEPTH_1BIT RasterInfo.CELL_DEPTH_2BIT RasterInfo.CELL_DEPTH_4BIT RasterInfo.CELL_DEPTH_8BIT_U RasterInfo.CELL_DEPTH_8BIT_S RasterInfo.CELL_DEPTH_16BIT_U RasterInfo.CELL_DEPTH_16BIT_S RasterInfo.CELL_DEPTH_32BIT_U RasterInfo.CELL_DEPTH_32BIT_S RasterInfo.CELL_DEPTH_32BIT_REAL RasterInfo.CELL_DEPTH_64BIT_REAL
    
    compression - compression type of the returned raster data; must be one of the following values:
    RasterInfo.COMPRESSION_NONE RasterInfo.COMPRESSION_DEFLATE
    
    outWindow - a long array returning the coordinates of the upper-left and lower-right corners of the output window in the cell space. Note that the caller must pass in a long array, and the length of the array should be 4. The method getModelCoordinate(...) defined in the class SpatialReferenceInfo can be used to transform this outWindow into model space.
    
    Returns:
    
    binary mask data stored in a byte array.
  - dropAllRasterBlocks
```
public void dropAllRasterBlocks()
                         throws java.lang.Exception
```
    Drops all raster blocks of the associated GeoRaster object from raster data table in the Oracle database. This method is usually used by the loader to reload all GeoRaster data from outside.
    
    Throws:
    
    java.lang.Exception
  - initRasterBlock
```
public oracle.sql.BLOB initRasterBlock(int pLevel,
                                       int bandBlockNumber,
                                       int rowBlockNumber,
                                       int columnBlockNumber,
                                       JGeometry mbr)
                                throws java.lang.Exception
```
    Inserts a new row into raster data table with specified pLevel,bandBlockNumber, rowBlockNumber, columnBlockNumber, and mbr. This method is usually used by the loader, and an empty blob gets returned.
    
    Parameters:
    
    pLevel - pyramid level
    
    bandBlockNumber - band block number
    
    rowBlockNumber - row block number
    
    columnBlockNumber - column block number
    
    mbr - geometry extent
    
    Returns:
    
    an empty BLOB object in the new row
    
    Throws:
    
    java.lang.Exception
  - initRasterBlockJS
```
public java.sql.Blob initRasterBlockJS(int pLevel,
                                       int bandBlockNumber,
                                       int rowBlockNumber,
                                       int columnBlockNumber,
                                       JGeometry mbr)
                                throws java.lang.Exception
```
    Inserts a new row into raster data table with specified pLevel,bandBlockNumber, rowBlockNumber, columnBlockNumber, and mbr. This method is usually used by the loader, and an empty blob gets returned.
    
    Parameters:
    
    pLevel - pyramid level
    
    bandBlockNumber - band block number
    
    rowBlockNumber - row block number
    
    columnBlockNumber - column block number
    
    mbr - geometry extent
    
    Returns:
    
    an empty BLOB object in the new row
    
    Throws:
    
    java.lang.Exception
  - storeRasterBlock
```
public void storeRasterBlock(javax.imageio.stream.ImageInputStream data,
                             java.sql.Blob rasterBlock)
                      throws java.lang.Exception
```
    Stores data from an ImageInputStream into blob. This method is usually used by loader.
    
    Parameters:
    
    data - ImageInputStream
    
    rasterBlock - blob
    
    Throws:
    
    java.lang.Exception
  - storeRasterBlock
```
public void storeRasterBlock(byte[] data,
                             java.sql.Blob rasterBlock)
                      throws java.lang.Exception
```
    Stores data from byte array into a BLOB. All data stored in the byte array will be streamingly written into BLOB without any change, before writting, position of BLOB will be set to 1. This method is usually used by the loader.
    
    Parameters:
    
    data - binary array
    
    rasterBlock - blob
    
    Throws:
    
    java.lang.Exception
  - appendRasterBlock
```
public void appendRasterBlock(byte[] data,
                              java.sql.Blob rasterBlock)
                       throws java.lang.Exception
```
    Stores data from byte array into a BLOB. All data stored in the byte array will be streamingly written into BLOB without any change, before writing, position of BLOB will be set to it's end. This method is usually used by the loader.
    
    Parameters:
    
    data - binary array
    
    rasterBlock - blob
    
    Throws:
    
    java.lang.Exception
  - changeCellValue
```
public void changeCellValue(long row,
                            long column,
                            java.lang.String bandNumbers,
                            double newCellValue,
                            double[] bgValues)
                     throws java.lang.Exception
```
    Changes the value of raster cell in a specified point of a GeoRaster object to a single new value.
    
    Parameters:
    
    row - row of the point where the values is changed to newCellValue
    
    column - column of the point where the values is changed to newCellValue
    
    bandNumbers - A string identifying the physical band numbers on which the operation is to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3).
    
    newCellValue - the new cell value for each cell inside the window in the specified bands or layers. The value must be in the range designated by the cellDepth value for the GeoRaster object.
    
    bgValues - background values for filling partially empty raster blocks. It is only useful when the source GeoRaster object has empty raster blocks and the current operation leads to partially empty raster blocks. The filling values must be valid cell values as specified by the target cell depth background values for filling sparse data.
    
    Throws:
    
    java.lang.Exception
  - changeCellValue
```
public void changeCellValue(long startRow,
                            long startColumn,
                            long endRow,
                            long endColumn,
                            java.lang.String bandNumbers,
                            double newCellValue,
                            double[] bgValues)
                     throws java.lang.Exception
```
    Changes the value of raster cells in a specified window of a GeoRaster object to a single new value.
    
    Parameters:
    
    startRow - startX of the Window in which to change the values of all cells to newCellValue
    
    startColumn - startY of the Window in which to change the values of all cells to newCellValue
    
    endRow - endX of the Window in which to change the values of all cells to newCellValue
    
    endColumn - endY of the Window in which to change the values of all cells to newCellValue
    
    bandNumbers - a string identifying the physical band numbers on which the operation is to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3).
    
    newCellValue - the new cell value for each cell inside the window in the specified bands or layers. The value must be in the range designated by the cellDepth value for the GeoRaster object.
    
    bgValues - background values for filling partially empty raster blocks. It is only useful when the source GeoRaster object has empty raster blocks and the current operation leads to partially empty raster blocks. The filling values must be valid cell values as specified by the target cell depth background values for filling sparse data.
    
    Throws:
    
    java.lang.Exception
  - changeCellValue
```
public void changeCellValue(JGeometry window,
                            java.lang.String layerNumbers,
                            double newCellValue,
                            double[] bgValues)
                     throws java.lang.Exception
```
    Changes the value of raster cells in a specified window of a GeoRaster object to a single new value.
    
    Parameters:
    
    window - window in which to change the values of all cells to newCellValue
    
    layerNumbers - a string identifying the logical layer numbers on which the operation is to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 2-4 for layers 2, 3, and 4).
    
    newCellValue - the new cell value for each cell inside the window in the specified bands or layers. The value must be in the range designated by the cellDepth value for the GeoRaster object.
    
    bgValues - background values for filling partially empty raster blocks. It is only useful when the source GeoRaster object has empty raster blocks and the current operation leads to partially empty raster blocks. The filling values must be valid cell values as specified by the target cell depth background values for filling sparse data.
    
    Throws:
    
    java.lang.Exception
  - getCellValue
```
public double getCellValue(JGeometry ptGeom,
                           int pyramidLevel,
                           int layerNumber)
                    throws java.lang.Exception
```
    Returns the value of a single cell located anywhere in the GeoRaster object by specifying a point geometry in its model coordinate system and its logical layer number.
    
    Parameters:
    
    pyramidLevel - pyramid level containing the cell whose value is to be returned
    
    ptGeom - point geometry that identifies the cell whose value is to be returned
    
    layerNumber - number of the logical layer that contains the cell whose value is to be returned. (The logical layer number is the physical band number plus 1.)
    
    Returns:
    
    cellValue.
    
    Throws:
    
    java.lang.Exception
  - getCellValue
```
public double getCellValue(int pyramidLevel,
                           int rowNumber,
                           int colNumber,
                           int bandNumber)
                    throws java.lang.Exception
```
    Returns the value of a single cell located anywhere in the GeoRaster object by specifying its row, column, and band number in its cell coordinate system and its band number.
    
    Parameters:
    
    pyramidLevel - pyramid level containing the cell whose value is to be returned
    
    rowNumber - number of the row that contains the cell whose value is to be returned
    
    colNumber - number of the column that contains the cell whose value is to be returned
    
    bandNumber - number of the physical band that contains the cell whose value is to be returned
    
    Returns:
    
    cellValue.
    
    Throws:
    
    java.lang.Exception
  - getCellValues
```
public java.math.BigDecimal[] getCellValues(JGeometry ptGeom,
                                            int pyramidLevel,
                                            java.lang.String layerNumbers)
                                     throws java.lang.Exception
```
    Returns an array of values of a single cell located anywhere in the GeoRaster object by specifying a point geometry in its model coordinate system and its logical layer numbers.
    
    Parameters:
    
    pyramidLevel - pyramid level containing the cell whose value is to be returned
    
    ptGeom - point geometry that identifies the cell whose value is to be returned
    
    layerNumbers - A string identifying the logical layer numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3)
    
    Returns:
    
    cellValue. Note that this function only works in version 11.2 or later.
    
    Throws:
    
    java.lang.Exception
  - getCellValues
```
public java.math.BigDecimal[] getCellValues(int pyramidLevel,
                                            int rowNumber,
                                            int colNumber,
                                            java.lang.String bandNumbers)
                                     throws java.lang.Exception
```
    Returns an array of values of a single cell located anywhere in the GeoRaster object by specifying its row, column, and band number in its cell coordinate system and its band numbers.
    
    Parameters:
    
    pyramidLevel - pyramid level containing the cell whose value is to be returned
    
    rowNumber - number of the row that contains the cell whose value is to be returned
    
    colNumber - number of the column that contains the cell whose value is to be returned
    
    bandNumbers - A string identifying the phisical band numbers on which the operation or operations are to be performed. Use commas to delimit the values, and a hyphen to indicate a range (for example, 1-3 for bands 1, 2, and 3)
    
    Returns:
    
    cellValue. Note that this function only works in version 11.2 or later.
    
    Throws:
    
    java.lang.Exception
  - generateBlockMBR
```
public void generateBlockMBR()
                      throws java.lang.Exception
```
    Computes the minimum bounding rectangle (MBR) for each block in a GeoRaster object, and sets the blockMBR attribute for each raster block in the raster data table. This method does not change the GeoRaster object. It sets the value of the blockMBR attribute in each row of the raster data table associated with the GeoRaster object.
    
    Throws:
    
    java.lang.Exception
  - getBitmapMaskValue
```
public byte getBitmapMaskValue(int layerNumber,
                               int pyramidLevel,
                               int rowNumber,
                               int colNumber)
                        throws java.lang.Exception
```
    Gets the value of a single cell from a bitmap mask.
    
    Parameters:
    
    layerNumber - number of the layer on which to perform the operation. A value of 0 (zero) indicates the object layer.
    
    pyramidLevel - pyramid level containing the specified cell
    
    rowNumber - row number in cell space
    
    colNumber - column number in cell space
    
    Returns:
    
    the value of a single cell from a bitmap mask.
    
    Throws:
    
    java.lang.Exception
  - getBitmapMaskValue
```
public byte getBitmapMaskValue(int layerNumber,
                               int pyramidLevel,
                               JGeometry ptGeom)
                        throws java.lang.Exception
```
    Gets the value of a single cell from a bitmap mask.
    
    Parameters:
    
    layerNumber - number of the layer on which to perform the operation. A value of 0 (zero) indicates the object layer.
    
    pyramidLevel - pyramid level containing the specified cell
    
    ptGeom - point geometry in cell space or model space
    
    Returns:
    
    the value of a single cell from a bitmap mask.
    
    Throws:
    
    java.lang.Exception
  - getRasterBlockLocatorJS
```
public java.sql.Blob getRasterBlockLocatorJS(int pyramidLevel,
                                             long bandBlockNumber,
                                             long rowBlockNumber,
                                             long columnBlockNumber,
                                             boolean isBitmapMask,
                                             boolean lock_for_write)
                                      throws java.lang.Exception
```
    Gets the LOB locator of a specified raster block.
    
    Parameters:
    
    pyramidLevel - pyramid level of the block
    
    bandBlockNumber - band number of the block
    
    rowBlockNumber - row number of the block
    
    columnBlockNumber - column number of the block
    
    isBitmapMask - the string TRUE specifies that a bitmap mask block will be accessed; the string FALSE specifies that a regular raster block will be accessed. If you do not specify this parameter, a regular raster block will be accessed. For an explanation of bitmap masks, see the Oracle Spatial GeoRaster Developer's Guide.
    
    lock_for_write - the string TRUE locks the row in the raster data table so that other users cannot lock or update that row until the current transaction ends; the string FALSE does not lock the row in the raster data table. If you do not specify this parameter, the row is not locked.
    
    Returns:
    
    the LOB locator of a specified raster block.
    
    Throws:
    
    java.lang.Exception
  - getRasterBlock
```
public byte[] getRasterBlock(int pyramidLevel,
                             long bandBlockNumber,
                             long rowBlockNumber,
                             long columnBlockNumber,
                             boolean isBitmapMask,
                             boolean lock_for_write)
                      throws java.lang.Exception
```
    Gets the byte array of a specified raster block.
    
    Parameters:
    
    pyramidLevel - pyramid level of the block
    
    bandBlockNumber - band number of the block
    
    rowBlockNumber - row number of the block
    
    columnBlockNumber - column number of the block
    
    isBitmapMask - the string TRUE specifies that a bitmap mask block will be accessed; the string FALSE specifies that a regular raster block will be accessed. If you do not specify this parameter, a regular raster block will be accessed. For an explanation of bitmap masks, see the Oracle Spatial GeoRaster Developer's Guide.
    
    lock_for_write - the string TRUE locks the row in the raster data table so that other users cannot lock or update that row until the current transaction ends; the string FALSE does not lock the row in the raster data table. If you do not specify this parameter, the row is not locked.
    
    Returns:
    
    a byte array of a specified raster block.
    
    Throws:
    
    java.lang.Exception
  - getRasterData
```
@Deprecated
public oracle.sql.BLOB getRasterData(int pyramidLevel,
                                     java.lang.String storageParam,
                                     double[] bgValues)
                              throws java.lang.Exception
```
    Deprecated.
    
    Returns a single BLOB object that contains all raster data of the associated GeoRaster object at the specified pyramid level.
    
    Parameters:
    
    pyramidLevel - pyramid level for which to perform the operation
    
    storageParam - a string specifying storage parameters to be applied in creating rasterBlob. The only storageParam keywords supported for this method are celldepth, compression, interleaving, and quality; all other keywords are ignored. If storageParam is null or not specified, the cell depth, interleaving, and compression type (and compression quality, if applicable) are the same as for the input GeoRaster object.
    
    bgValues - background values for filling sparse data. The number of elements in the double array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). For example, double[](1,5,10) fills the first band with 1, the second band with 5, and the third band with 10.
    
    Returns:
    
    a single BLOB object that contains all raster data of the associated GeoRaster object at the specified pyramid level.
    
    Throws:
    
    java.lang.Exception
  - getRasterDataJS
```
public java.sql.Blob getRasterDataJS(int pyramidLevel,
                                     java.lang.String storageParam,
                                     double[] bgValues)
                              throws java.lang.Exception
```
    Returns a single Blob object that contains all raster data of the associated GeoRaster object at the specified pyramid level.
    
    Parameters:
    
    pyramidLevel - pyramid level for which to perform the operation
    
    storageParam - a string specifying storage parameters to be applied in creating rasterBlob. The only storageParam keywords supported for this method are celldepth, compression, interleaving, and quality; all other keywords are ignored. If storageParam is null or not specified, the cell depth, interleaving, and compression type (and compression quality, if applicable) are the same as for the input GeoRaster object.
    
    bgValues - background values for filling sparse data. The number of elements in the double array must be either one (same filing value used for all bands) or the band dimension size (a different filling value for each band, respectively). For example, double[](1,5,10) fills the first band with 1, the second band with 5, and the third band with 10.
    
    Returns:
    
    a single BLOB object that contains all raster data of the associated GeoRaster object at the specified pyramid level.
    
    Throws:
    
    java.lang.Exception
  - setBitmapMask
```
public void setBitmapMask(int layerNumber,
                          JGeoRaster mask,
                          java.lang.String NODATAMask)
                   throws java.lang.Exception
```
    Attaches a bitmap mask to a GeoRaster object, or replaces or removes the current bitmap mask.
    
    Parameters:
    
    layerNumber - layer with which to associate the bitmap mask. A value of 0 (zero) indicates the object layer.
    
    mask - the bitmap mask to be attached to the GeoRaster object. If this parameter is null, any existing bitmap mask associated with the specified layer of the GeoRaster object is removed.
    
    NODATAMask - Specifies false if mask is not to be interpreted as a NODATA mask, or true if mask is to be interpreted as a NODATA mask.
    
    Throws:
    
    java.lang.Exception
  - validateBlockMBR
```
public boolean validateBlockMBR()
                         throws java.lang.Exception
```
    Checks the blockMBR attribute in each row of the raster data table associated with the specified GeoRaster object to see if its geometry is the actual minimum bounding rectangle (MBR) of that block.
    
    Returns:
    
    the string TRUE if the blockMBR attribute is the MBR of each block, a null value if the GeoRaster object is null, an Oracle error code if the error is known, or FALSE for an unknown error.
    
    Throws:
    
    java.lang.Exception
  - initRDT
```
public void initRDT()
             throws java.lang.Exception
```
    Initializes all rows in the RDT table, based on information like dimensionSize, blockSize, pyramidLevel, and so on, stored in the metadata. Each rasterBlock column will be initialized as an empty blob, and then can be retrieved by the following method:
    public Blob getRasterBlockLocator(int pyramidLevel,long bandBlockNumber,long rowBlockNumber,long columnBlockNumber,boolean isBitmapMask,boolean lock_for_write) throws Exception
    Note: this method will delete all rows associated with current rasterID first.
    
    Throws:
    
    java.lang.Exception

Class JRaster

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

m_pyramidLevel

m_startRow

m_startColumn

m_endRow

m_endColumn

m_outArea

Constructor Detail

JRaster

Method Detail

getOutArea

getLastException

getReprojectedRasterSubset

getReprojectedRasterSubset

getReprojectedRasterSubsetBlob

getReprojectedRasterSubsetBlobJS

getReprojectedRasterSubsetBlob

getReprojectedRasterSubsetBlobJS

getRasterSubsetBlob

getRasterSubsetBlobJS

getRasterSubsetBlobJS

getRasterSubset

getRasterSubset

getRasterSubset

getRasterSubset

getRasterSubsetDataArray

getRasterSubsetDataArray

getBitmapMaskSubsetBlobJS

getBitmapMaskSubsetBlobJS

getBitmapMaskSubsetBlob

getBitmapMaskSubsetBlobJS

getBitmapMaskSubsetBlobJS

getBitmapMaskSubset

getBitmapMaskSubset

dropAllRasterBlocks

initRasterBlock

initRasterBlockJS

storeRasterBlock

storeRasterBlock

appendRasterBlock

changeCellValue

changeCellValue

changeCellValue

getCellValue

getCellValue

getCellValues

getCellValues

generateBlockMBR

getBitmapMaskValue

getBitmapMaskValue

getRasterBlockLocatorJS

getRasterBlock

getRasterData

getRasterDataJS

setBitmapMask

validateBlockMBR

initRDT