The cell width and height properties are interpreted as relative values, and are multiplied to the cell size of the input raster to determine the cell size of the output raster. For RasterMergeOperator, the cell size of the first input raster is used.

The cell width and height properties are interpreted as relative values, and are multiplied to the pixel size of the view to determine the cell size of the output raster.

The cell width and height properties are used as the absolute cell size, in the coordinate reference system of the raster feature.

The same as ViewRelative, except that if the input raster already has a lower resolution then the view, it will simply be passed through the operator, without resampling. This is a simple way to avoid unnecessary performance penalties from upscaling when the higher resolution is not needed, for instance when the output rasters are only for visualization.

Note that this only has effect when used by a ResampleOperator. If used by a RasterMergeOperator, it will work just like ViewRelative.

The cell width and height properties are interpreted as relative values, and are multiplied to the cell size of the input raster to determine the cell size of the output raster. For RasterMergeOperator, the cell size of the first input raster is used.

The cell width and height properties are interpreted as relative values, and are multiplied to the pixel size of the view to determine the cell size of the output raster.

The cell width and height properties are used as the absolute cell size, in the coordinate reference system of the raster feature.

The same as RasterResampleResolutionViewRelative, except that if the input raster already has a lower resolution then the view, it will simply be passed through the operator, without resampling. This is a simple way to avoid unnecessary performance penalties from upscaling when the higher resolution is not needed, for instance when the output rasters are only for visualization.

Note that this only has effect when used by a ResampleOperator. If used by a RasterMergeOperator, it will work just like RasterResampleResolutionViewRelative.

The cell width and height properties are interpreted as relative values, and are multiplied to the cell size of the input raster to determine the cell size of the output raster. For RasterMergeOperator, the cell size of the first input raster is used.

The cell width and height properties are interpreted as relative values, and are multiplied to the pixel size of the view to determine the cell size of the output raster.

The cell width and height properties are used as the absolute cell size, in the coordinate reference system of the raster feature.

The same as VIEWRELATIVE, except that if the input raster already has a lower resolution then the view, it will simply be passed through the operator, without resampling. This is a simple way to avoid unnecessary performance penalties from upscaling when the higher resolution is not needed, for instance when the output rasters are only for visualization.

Note that this only has effect when used by a ResampleOperator. If used by a RasterMergeOperator, it will work just like VIEWRELATIVE.

The cell width and height properties are interpreted as relative values, and are multiplied to the cell size of the input raster to determine the cell size of the output raster. For RasterMergeOperator, the cell size of the first input raster is used.

The cell width and height properties are interpreted as relative values, and are multiplied to the pixel size of the view to determine the cell size of the output raster.

The cell width and height properties are used as the absolute cell size, in the coordinate reference system of the raster feature.

The same as RasterResampleResolution.ViewRelative, except that if the input raster already has a lower resolution then the view, it will simply be passed through the operator, without resampling. This is a simple way to avoid unnecessary performance penalties from upscaling when the higher resolution is not needed, for instance when the output rasters are only for visualization.

Note that this only has effect when used by a ResampleOperator. If used by a RasterMergeOperator, it will work just like RasterResampleResolution.ViewRelative.