Raster to geodatabase

Hello everyone, welcome to another GIS tutorial. Imagine if you have hundreds of shapefiles spread all over raster to geodatabase network drive. It will take time to find the files. So, putting the raster images of a project into one on several geodatabase files is a great choice.

I have a raster dataset that I created and cached locally. I managed to move it to a network folder for sharing with other staff members, but I am having trouble copying it into our multi-edit geodatabase a. I used "copy raster" and let it run over the weekend and this morning when I checked it, the tool said it completed. Is there something I am missing? Do I need to perform other processes on the copied raster for it to appear in the map when added from the geodatabase? Or is there a way for me to verify that the copy was successful before attempting to do further processing?

Raster to geodatabase

After specifying the database connection, click the Browse button A connection window appears while the system retrieves the tables from the database. Once the Select Tables dialog appears, you can select one or more tables. Click OK to dismiss the window and add the selected table name s to the Tables parameter. Features — The reader outputs features stored within tables. Metadata — Provides the ability to read table-level metadata. In this mode, the reader outputs one feature per feature type. If the table is a feature class, the geometry of the metadata feature returned is a polygon, representing the extents of the feature class, and the coordinate system of the feature class is also set on the feature. When reading metadata, the feature type parameters are used to determine which feature types should have metadata read from them. A Mosaic Dataset is a collection of rasters that can be combined to produce a single raster image for viewing or analysis. This parameter provides options to combine the rasters to produce the desired result.

Mosaic Order Gives the option to reverse the order the rasters will be combined. In a non-dynamic scenario, this parameter allows you to expose additional attributes on multiple feature types.

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Raster datasets represent geographic features by dividing the world into discrete square or rectangular cells laid out in a grid. Each cell has a value that is used to represent some characteristic of that location, such as temperature, elevation, or a spectral value. Raster datasets are commonly used for representing and managing imagery, digital elevation models, and numerous other phenomena. Often rasters are used as a way to represent point, line, and polygon features. In the example below, you can see how a series of polygons would be represented as a raster dataset. Rasters can be used to represent all geographic information features, images, and surfaces , and they have a rich set of analytic geoprocessing operators. In addition to being a universal data type for holding imagery in GIS, rasters are also heavily used to represent features, enabling all geographic objects to be used in raster-based modeling and analysis. A raster is a set of cells arranged in rows and columns and is a commonly used dataset in GIS. Users typically employ many raster files, yet many users see an increasing need to manage raster data, along with their other geographic information, in a DBMS.

Raster to geodatabase

Image data is often processed to create forms that can be processed on the fly, or saved as another updated version. These image datasets, and collections of them, are often large, so having good management capabilities is important. ArcGIS Pro is designed to do this. There are three methods to store image and raster data: as files in a file system, in a geodatabase, or managed from the geodatabase but stored in a file system. This decision also involves determining whether to store all the data in a single dataset or in a catalog of potentially many datasets. If you store the data in a file system, you store raster datasets. A geodatabase can store either raster datasets or mosaic datasets.

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This parameter lists the ObjectIDs as a comma-separated list that will be used to give the order of the rasters when the value of Mosaic Method is set to Lock Raster. Use Search Envelope A search envelope also known as a bounding box is a rectangular area that defines a geographic area. Indicates whether the feature class is 2D or 3D. Descending — Those ordered first will be placed on the bottom. Now provide the name for the exported raster. Thank you Cody! Hello everyone, welcome to another GIS tutorial. FME removes any portions of imported features being read that are outside the search envelope. To export raster image using Global Mapper, do the following:. Search Envelope parameters apply to both vector and raster datasets and can be particularly efficient if the source format has a spatial index. Feature Read Mode Features — The reader outputs features stored within tables. After it is done caching, I will be zipping it and moving it to a shared network drive and then copying the mosaic dataset into our enterprise geodatabase. Nodata Handling for Managed Rasters Managed rasters, rasters stored within the Geodatabase, represent Nodata as a bit mask on each band. Most FME readers have parameters to define the search envelope of data that is being read: The parameters include the x and y coordinates of the bounding box as well as a parameter that defines the coordinate system.

Hello everyone, welcome to another GIS tutorial. Imagine if you have hundreds of shapefiles spread all over your network drive.

All Community Resources. Post Reply. FME removes any portions of imported features being read that are outside the search envelope. Click OK to dismiss the window and add the selected table name s to the Tables parameter. Share on Facebook Share on Twitter. Ascending — Those ordered first will be placed on top. Click the browse button to view the available format attributes which are different for each format for the reader. Lock Raster — Only those rasters given in Lock Raster ID will be combined in the order listed North-west default — Rasters are ordered by how close they are to the north-west of the combined image. Amanda It sounds like you're already on the right track but I wanted to chime in with agreement to what George said. I wonder if the database does not have the space to load it We can also create a new geodatabase file directly from Global Mapper. Max — The cell with the largest value is chosen. Showing results for. Notify me of new posts by email. Sum — The total value of all the pixels added together from overlapping raster datasets.