The Multi-Resolution Raster (MRR) provides FME with access to data in the MRR format.
FME uses GDAL libraries and drivers for some raster and vector formats. For the GDAL MRR format, see Precisely Multi-Resolution Raster (MRR) (GDAL) Reader.
MRR Product and System Requirements
|
Format |
Product |
Operating System |
||||
|---|---|---|---|---|---|---|
|
Reader/Writer |
FME Desktop License |
FME Server |
FME Cloud |
Windows |
Linux |
Mac |
|
Reader |
Available in FME Professional Edition and higher |
Yes |
Yes |
64-bit: Yes |
64-bit: Yes |
No |
- More about FME Licenses and Subscriptions.
- More about FME Desktop Editions and Licenses.
Overview
The Multi-Resolution Raster (MRR) format was originally developed as a unifying format, intended to encompass all types of raster data, such as image, classified, discrete, and continuous. Some key benefits of the MRR format:
- Provides industry-standard compression techniques and predictive encoding techniques to minimize storage requirements and provide efficient data access to extremely large raster/grid datasets.
- Stores numeric gridded data, imagery and classified (thematic) data.
- Allows sparse data to be easily accessed and updated, without the need to store values for regions that do not contain data.
Reader Overview
FME considers a single MRR file to be a dataset.
FME Raster Features
FME raster features represent raster data and use several concepts that are unlike those used in the handling of vector data.
For comprehensive information about how FME processes raster data, see Rasters.
MRR datasets store one or more multi-banded fields.