Available with Spatial Analyst license.
Available with 3D Analyst license.
With the Surface geoprocessing functions, you can quantify and visualize a terrain landform represented by a digital elevation model.
Starting with a raster elevation surface as input, with these geoprocessing functions, you can gain information by producing a new dataset that identifies a specific pattern within an original dataset. You can derive patterns that were not readily apparent in the original surface, such as contours, angle of slope, steepest downslope direction (Aspect), shaded relief (Hillshade), and visibility.
Each Surface geoprocessing function provides insights into a surface that can be used as an end in itself or as input into additional analysis.
The following table lists the available geoprocessing functions and provides a brief description of each.
Attributes features with spatial information derived from a surface.
Derives the aspect from each cell of a raster surface.
Creates a feature class of contours from a raster surface.
Creates a feature class of selected contour values from a raster surface.
Creates contours from a raster surface. The inclusion of barrier features allows you to independently generate contours on either side of a barrier.
Calculates the curvature of a raster surface, optionally including profile and plan curvature.
Calculates the volume change between two surfaces. This is typically used for cut and fill operations.
Determines the raster surface locations visible to a set of observer features using geodesic methods.
Creates a shaded relief from a surface raster by considering the illumination source angle and shadows.
Creates 3D features by interpolating z-values from a surface.
Identifies which observer points are visible from each raster surface location.
Identifies the slope (gradient or steepness) from each cell of a raster.
Determines parameters of a raster surface such as aspect, slope and curvatures.
Determines the raster surface locations visible to a set of observer features.
Determines the raster surface locations visible to a set of observer features, or identifies which observer points are visible from each raster surface location.