The extent of the current display will be used.Д®xample, if you are zoomed in to your particular study area, youД¬an use this option to process features that fall within the

Referencing specifications of the raster dataset. This option will export the raster dataset using the spatial Choose the appropriate Clipping Geometry option to use for the exported raster.The application will only use those transformations appropriate to the projection, all others will be ignored. Select the appropriate Geographic Transformation when your data is transformed between different coordinate systems.The Export Raster pane allows you to export the entire raster dataset, mosaic dataset, image service or the portion in the display. The NoData value is not persisted for data exported to a geodatabase or CRF format. If a NoData value is not specified, the system will find an empty value to use as the NoData placeholder, which may not be desired or expected. Specifying the NoData value allows you to control the pixel depth and the value that will store NoData. When a graphic is used to clip your data, NoData pixels will most likely exist in the output. When exporting your data to a file-based raster dataset using a clipping option, it is recommended that you enter a NoData value. In addition, you can choose the output format for the raster dataset: BMP, ENVI, Esri BIL, Esri BIP, Esri BSQ, GIF, GRID, IMG, JPEG, JPEG 2000, PNG, TIFF, CRF, MRF, NetCDF or exporting to a geodatabase. Unlike other raster import or export tools, the Export Raster pane gives you additional capabilities such as clipping via the current map extent, clipping via a selected graphic, changing the spatial reference, using the current renderer, choosing the output cell size, and specifying the NoData value. The pane allows you to export a raster dataset, mosaic dataset, image service, or a portion of these in the display using their layers as input. Interpolation tools: Kriging, IDW, Splines, etc.There are two main ways to export or convert raster data to another format: using the Export Raster pane or the Copy Raster geoprocessing tool.The following are examples of tools in ArcMap will convert rasters to vectors or vectors to rasters: Expected types of analysis: some tools only work with raster or vector data.Available storage: some rasters are really large.Other factors that can influence your decision include: When topology is needed for the analysis.Spatial detail is important (When 'close enough' isn't really good enough).Working with discrete data types: trees, buildings, property boundaries.Working with continuous data types: elevation, slope, satellite photos.Issues include:Д¬hoosing Between Data Models 'Raster is faster but vector is corrector' Whenever you convert data from raster to vector or vector to raster, you will degrade the data by some amount. The image below looks very similar to the one above but now the watersheds are represented as rasters. The 'Feature To Raster' tool will convert these polygons to rasters. You can convert data between rasters and vectors but the nature of the data will be very different.Д«elow is an example of watersheds in Humboldt County represented as Shapefiles.

You'll want to select the data type based on the nature of the data and the analysis you want to perform on it. Many features can be represented as rasters or vectors.

Arcmap convert raster to vector