Chooses either the Interpolate or the NearestNeighbor method, depending on if the raster is continuous or discrete.

For each cell in the destination raster, the closest cell in the source raster is chosen.

Each cell in the destination raster is calculated by interpolating between several of the closest cells in the source raster. This typically results in a smoother image with less sharp contours, compared to NearestNeighbor.

This method will not work well for rasters with a color table, since it will interpolate the color indices rather than the actual colors, and the result will not have the correct colors. If you need to resample color table rasters, add a RasterConversionOperator in your operator chain to convert the rasters to RGB or RGBA before resampling.

For each cell in the destination raster, the cell value that occurs most frequently in corresponding source cells will be chosen.

Chooses either the ResampleMethodInterpolate or the ResampleMethodNearestNeighbor method, depending on if the raster is continuous or discrete.

For each cell in the destination raster, the closest cell in the source raster is chosen.

Each cell in the destination raster is calculated by interpolating between several of the closest cells in the source raster. This typically results in a smoother image with less sharp contours, compared to ResampleMethodNearestNeighbor.

This method will not work well for rasters with a color table, since it will interpolate the color indices rather than the actual colors, and the result will not have the correct colors. If you need to resample color table rasters, add a RasterConversionOperator in your operator chain to convert the rasters to RGB or RGBA before resampling.

For each cell in the destination raster, the cell value that occurs most frequently in corresponding source cells will be chosen.

Chooses either the INTERPOLATE or the NEARESTNEIGHBOR method, depending on if the raster is continuous or discrete.

For each cell in the destination raster, the closest cell in the source raster is chosen.

Each cell in the destination raster is calculated by interpolating between several of the closest cells in the source raster. This typically results in a smoother image with less sharp contours, compared to NEARESTNEIGHBOR.

This method will not work well for rasters with a color table, since it will interpolate the color indices rather than the actual colors, and the result will not have the correct colors. If you need to resample color table rasters, add a RasterConversionOperator in your operator chain to convert the rasters to RGB or RGBA before resampling.

For each cell in the destination raster, the cell value that occurs most frequently in corresponding source cells will be chosen.

Chooses either the ResampleMethod.Interpolate or the ResampleMethod.NearestNeighbor method, depending on if the raster is continuous or discrete.

For each cell in the destination raster, the closest cell in the source raster is chosen.

Each cell in the destination raster is calculated by interpolating between several of the closest cells in the source raster. This typically results in a smoother image with less sharp contours, compared to ResampleMethod.NearestNeighbor.

This method will not work well for rasters with a color table, since it will interpolate the color indices rather than the actual colors, and the result will not have the correct colors. If you need to resample color table rasters, add a RasterConversionOperator in your operator chain to convert the rasters to RGB or RGBA before resampling.

For each cell in the destination raster, the cell value that occurs most frequently in corresponding source cells will be chosen.