3D Analyst
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3D Analyst Tools |
The 3D Analyst toolbox provides a collection of geoprocessing tools that enable a wide variety of analytical, data management, and data conversion operations on surface models and three-dimensional vector data.
The 3D analysis toolbox consists of groups of tools, in this article all the tools in the following groups will be explained:
Functional Surface Toolset:
The functional surface Toolset provides geoprocessing tools that perform analyzes using different features and types of surfaces:
Attributes features with spatial information derived from a surface.
Creates 3D features by interpolating z-values from a surface.
Intersect 3D Line With Surface
Computes the geometric intersection of 3D line features and one or more surfaces to return the intersection as segmented line features and points.
Creates a table and optional graph denoting the profile of line features over one or more multipatch, raster, TIN, or terrain surfaces.
Calculates the area and volume of the region between a surface and a reference plane.
Raster Interpolation Toolset:
Interpolates a raster surface from points using an inverse distance weighted (IDW) technique.
Interpolates a raster surface from points using kriging.
Interpolates a raster surface from points using a natural neighbor technique.
Interpolates a raster surface from points using a two-dimensional minimum curvature spline technique.
The resulting smooth surface passes exactly through the input points.
Interpolates a raster surface, using barriers, from points using a minimum curvature spline technique. The barriers are entered as either polygon or polyline features.
Interpolates a hydrologically correct raster surface from point, line, and polygon data.
Interpolates a hydrologically correct raster surface from point, line, and polygon data using parameters specified in a file.
Interpolates a raster surface from points using a trend technique.
Raster Math Toolset:
Divides the values of two rasters on a cell-by-cell basis.
Converts each cell value of a raster into a floating-point representation.
Converts each cell value of a raster to an integer by truncation.
Subtracts the value of the second input raster from the value of the first input raster on a cell-by-cell basis.
Adds (sums) the values of two rasters on a cell-by-cell basis.
Multiplies the values of two rasters on a cell-by-cell basis.
Raster Reclass Toolset:
Creates a new raster by looking up values found in another field in the table of the input raster.
Reclassifies (or changes) the values of the input cells of a raster using an ASCII remap file.
Reclassifies (or changes) the values of the input cells of a raster using a remap table.
Reclassifies (or changes) the values in a raster.
Slices or reclassifies the range of values of the input cells into zones of equal interval, equal area, or by natural breaks.
Derives the aspect from each cell of a raster surface.
The aspect identifies the compass direction that the downhill slope faces for each location.
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.
Creates a shaded relief from a surface raster by considering the illumination source angle and shadows.
Identifies the slope (gradient or steepness) from each cell of a raster.
Triangulated Surface Toolset:
Creates a triangulated irregular network (TIN) dataset using a subset of nodes from a source TIN.
Creates 3D features by extruding each input feature between two triangulated irregular network (TIN) datasets.
Interpolate Polygon to Multipatch
Creates surface-conforming multipatch features by draping polygon features over a surface.
Identifies anomalous elevation measurements from terrain, TIN, or LAS datasets that exceed a defined range of elevation values or have slope characteristics that are inconsistent with the surrounding surface.
Calculates the volume and surface area between a polygon of a constant height and a surface.
Creates polygon features that represent aspect measurements derived from a TIN, terrain, or LAS dataset surface.
Creates contour lines derived from a terrain, TIN, or LAS dataset surface.
Calculate the displacement between two surfaces to determine where one is above, below or the same as the other surface.
Creates polygon features that represent ranges of slope values for triangulated surfaces.
Visibility Toolset:
Creates line features that represent sight lines from one or more observer points to features in a target feature class.
Determines the visibility of sight lines against potential obstructions defined by any combination of 3D features and surfaces.
Determines the visibility of sight lines over obstructions consisting of a surface and an optional multipatch dataset.
Identifies which observer points are visible from each raster surface location.
Generates a line or multipatch feature class containing the results from a skyline or silhouette analysis.
Generates a multipatch feature class representing a skyline barrier or shadow volume.
Calculates sky visibility and generates an optional table and polar graph.
The table and graph represent the horizontal and vertical angles going from the observer point to each of the vertices on the skyline.
Creates closed volumes that model shadows cast by each feature using sunlight for a given date and time.
Determines the raster surface locations visible to a set of observer features.
Determines the raster surface locations visible to a set of observer features using geodesic methods
Determines the raster surface locations visible to a set of observer features, or identifies which observer points are visible from each raster surface location.
- The same topic is available in Arabic from here:
In the same way, as described through this site. Watch the video first, then you can search for any tool by writing its name in the search, the language of the video is Arabic, but English subtitles and any language in the world are available. Good luck and God bless you.
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