Index: MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Class_GeoEco.DataManagement.BinaryRasters.BinaryRaster.html =================================================================== --- MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Class_GeoEco.DataManagement.BinaryRasters.BinaryRaster.html (revision 61) +++ MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Class_GeoEco.DataManagement.BinaryRasters.BinaryRaster.html (revision 85) @@ -4,8 +4,8 @@ td.metadataTitle { font-size: 80%; font-weight: bold; font-family: avantgarde, sans-serif; } td.metadataValue { padding-left: 0.5em; } -

`BinaryRaster` Class

Provides methods for manipulating binary raster files.

Module:	`GeoEco.DataManagement.BinaryRasters`
Intended use:	All methods are recommended for external callers
COM:	Exposed as COM class GeoEco.BinaryRaster
ArcGIS:	All methods are exposed as ArcGIS geoprocessing tools

Classmethods

SwapBytes( inputFile, outputFile, dataTypeWidth[, overwriteExisting]): Reverses the byte order of the data in a binary raster (e.g. converts "little endian" to "big endian", or visa versa).

ToArcGISRaster( inputFile, outputRaster, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, coordinateSystem[, buildPyramids[, overwriteExisting]]]]]): Creates an ArcGIS raster from a 2D binary raster.

ToArcInfoASCIIGrid( inputFile, outputFile, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, overwriteExisting]]]): Creates an ArcGIS ASCII Grid file from a 2D binary raster.

Remarks

A binary raster is a file that contains an raw array of numbers, with no +

`BinaryRaster` Class

Provides methods for manipulating binary raster files.

Module:	`GeoEco.DataManagement.BinaryRasters`
Intended use:	All methods are recommended for external callers
COM:	Exposed as COM class GeoEco.BinaryRaster
ArcGIS:	Some methods are exposed as ArcGIS geoprocessing tools

Classmethods

FindAndConvertToArcGISRaster( inputDirectory, outputWorkspace, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, coordinateSystem[, projectedCoordinateSystem[, resamplingTechnique[, projectedCellSize[, clippingRectangle[, mapAlgebraExpression[, buildPyramids[, wildcard[, searchTree[, minSize[, maxSize[, minDateCreated[, maxDateCreated[, minDateModified[, maxDateModified[, outputRasterPythonExpression[, modulesToImport[, skipExisting[, overwriteExisting]]]]]]]]]]]]]]]]]]]]]): Finds 2D binary rasters in a directory and converts them to ArcGIS rasters.

FindAndConvertToArcInfoASCIIGrid( inputDirectory, outputDirectory, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, wildcard[, searchTree[, minSize[, maxSize[, minDateCreated[, maxDateCreated[, minDateModified[, maxDateModified[, outputFilePythonExpression[, modulesToImport[, skipExisting[, overwriteExisting]]]]]]]]]]]]]]): Finds 2D binary rasters in a directory and converts them to ArcInfo ASCII Grid files.

FindAndSwapBytes( inputDirectory, outputDirectory, dataTypeWidth[, wildcard[, searchTree[, minSize[, maxSize[, minDateCreated[, maxDateCreated[, minDateModified[, maxDateModified[, outputFilePythonExpression[, modulesToImport[, skipExisting[, overwriteExisting]]]]]]]]]]]]): Finds and reverses the byte order of binary rasters in a directory (i.e. converts "little endian" to "big endian", or visa versa).

SwapBytes( inputFile, outputFile, dataTypeWidth[, overwriteExisting]): Reverses the byte order of a binary raster (e.g. converts "little endian" to "big endian", or visa versa).

SwapBytesArcGISTable( table, inputFileField, outputFileField, dataTypeWidth[, where[, orderBy[, directions[, skipExisting[, overwriteExisting]]]]]): Reverses the byte order of each binary raster listed in a table (i.e. converts "little endian" to "big endian", or visa versa).

SwapBytesList( inputFileList, outputFileList, dataTypeWidth[, skipExisting[, overwriteExisting]]): Reverses the byte order of each binary raster in a list (i.e. converts "little endian" to "big endian", or visa versa).

SwapBytesTable( connection, table, inputFileField, outputFileField, dataTypeWidth[, where[, orderBy[, directions[, skipExisting[, overwriteExisting]]]]]): Reverses the byte order of each binary raster listed in a table (i.e. converts "little endian" to "big endian", or visa versa).

ToArcGISRaster( inputFile, outputRaster, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, coordinateSystem[, projectedCoordinateSystem[, resamplingTechnique[, projectedCellSize[, clippingRectangle[, mapAlgebraExpression[, buildPyramids[, overwriteExisting]]]]]]]]]]): Creates an ArcGIS raster from a 2D binary raster.

ToArcGISRasterArcGISTable( table, inputFileField, outputRasterField, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, coordinateSystem[, projectedCoordinateSystem[, resamplingTechnique[, projectedCellSize[, clippingRectangle[, mapAlgebraExpression[, buildPyramids[, where[, orderBy[, directions[, skipExisting[, overwriteExisting]]]]]]]]]]]]]]): Creates an ArcGIS raster from each 2D binary raster in a table.

ToArcGISRasterList( inputFileList, outputRasterList, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, coordinateSystem[, projectedCoordinateSystem[, resamplingTechnique[, projectedCellSize[, clippingRectangle[, mapAlgebraExpression[, buildPyramids[, skipExisting[, overwriteExisting]]]]]]]]]]]): Creates an ArcGIS raster from each 2D binary raster in a list.

ToArcGISRasterTable( connection, table, inputFileField, outputRasterField, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, coordinateSystem[, projectedCoordinateSystem[, resamplingTechnique[, projectedCellSize[, clippingRectangle[, mapAlgebraExpression[, buildPyramids[, where[, orderBy[, directions[, skipExisting[, overwriteExisting]]]]]]]]]]]]]]): Creates an ArcGIS raster from each 2D binary raster in a table.

ToArcInfoASCIIGrid( inputFile, outputFile, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, overwriteExisting]]]): Creates an ArcGIS ASCII Grid file from a 2D binary raster.

ToArcInfoASCIIGridArcGISTable( table, inputFileField, outputFileField, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, where[, orderBy[, directions[, skipExisting[, overwriteExisting]]]]]]]): Creates an ArcInfo ASCII Grid file from each 2D binary raster in a table.

ToArcInfoASCIIGridList( inputFileList, outputFileList, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, skipExisting[, overwriteExisting]]]]): Creates an ArcInfo ASCII Grid file from each 2D binary raster in a list.

ToArcInfoASCIIGridTable( connection, table, inputFileField, outputFileField, dataType, columnCount, rowCount, xLowerLeftCorner, yLowerLeftCorner, cellSize[, nodataValue[, swapBytes[, where[, orderBy[, directions[, skipExisting[, overwriteExisting]]]]]]]): Creates an ArcInfo ASCII Grid file from each 2D binary raster in a table.

Remarks

A binary raster is a file that contains an raw array of numbers, with no header, metadata, formatting markers and so on, as if a snapshot of the in-memory data had been written directly to disk. In ArcGIS, this is the type of file output by the Raster to Float tool, although that tool can only output binary rasters that use a 32-bit floating point data type. The methods -provided by this module can use any standard numeric data type.

+provided by this module can use any standard numeric data type.

BinaryRaster Class

Classmethods

Remarks

BinaryRaster Class

Classmethods

Remarks

`BinaryRaster` Class

`BinaryRaster` Class