| SE_rasterattr_set_interleave | |
Indicates the band interleave for the source pixel data or sets the band interleave for the storage of the pixel data.
LONG SE_rasterattr_set_interleave (SE_RASTERATTR handle, BOOL is_source_data, SE_RASTER_INTERLEAVE_TYPE type);
| handle | The SE_RASTERATTR handle |
| is_source_data | Set this parameter to TRUE to indicate which interleave should be used to read the source data. Set the parameter to FALSE to indicate which interleave the ArcSDE raster is to be written in. |
| type | The interleave type, defaults to SE_RASTER_INTERLEAVE_BSQ. |
SE_rasterattr_set_interleave sets the type of band interleave that will be
used to read or write the pixel data. Setting is_source_data parameter to TRUE
indicates which band interleave of the source data. Setting the is_source_data
parameter to FALSE indicates which band interleave is used to stored the ArcSDE
pixel data.
The band interleave enumeration SE_RASTER_INTERLEAVE_TYPE contains the following
types:
SE_RASTER_INTERLEAVE_BSQ band sequential
SE_RASTER_INTERLEAVE_BIP interleave by pixel
Setting the interleave to SE_RASTER_INTERLEAVE_BIP and setting the
is_source_data parameter to FALSE indicates that the data should be stored in
band interleave pixel format. Storing the data in band interleave pixel format
is only supported for 3 band 8-bit data. When the data is stored this way it is
actually stored in an integrated single band. When JPEG and JPEG2000 compression
is applied to pixel data stored this way, the compression factor is actually
greater than when it is stored as separate bands using band sequential
interleave.
SE_SUCCESS
SE_INVALID_POINTER
SE_INVALID_RASTERATTR_OBJECT
SE_NET_FAILURE
SE_SDE_NOT_STARTED