What is a Multipatch shapefile?
A multipatch feature is a GIS object that stores a collection of patches to represent the boundary of a 3D object as a single row in a database. Patches store texture, color, transparency, and geometric information representing parts of a feature.
How do I turn a drawing into a shapefile?
In the table of contents, right-click the data frame containing the graphics you want to convert to features and click Convert Graphics To Features. You can also click the Drawing menu on the Draw toolbar and click Convert Graphics To Features. Click the Convert drop-down arrow and click the type of graphic to convert.
How do you create a Multipatch feature class?
Expand the default database or the database containing your data. To create a multipatch or 3D object feature class, right-click the database, click New, Feature Class, and choose Multipatch or 3D Object. Drag the feature class onto the map.
How do I convert CAD to GIS?
Open ArcToolbox > Conversion Tools > To Geodatabase, and select CAD to Geodatabase. Browse to the CAD file on disk and select it as the input. The software automatically creates a feature dataset in the default geodatabase to contain the data, although the name can be changed if desired.
Can a 3D multipatch be edited in ArcMap?
Multipatches can also be edited in ArcScene as part of the 3D editing environment. Editing multipatch features is the same process as all other features types in ArcGlobe, ArcScene and ArcMap (2D).
How are multipatches used in a 3D view?
Multipatch geometries can also be stored in a style and used to symbolize point features. One effective use of this capability is to symbolize point features as trees or light poles within a 3D view. Yet another way of consuming multipatches in a 3D view is to add them as 3D graphics into ArcScene.
Where is the multipatch data stored in ArcGIS?
Multipatch data is stored in the geodatabase or shapefiles in the same manner as point, line, and polygon data. It can have attributes and be used with the standard tools, such as the Identify tool. However, its geometry type is unique to ArcGIS in that it can contain 3D models with vertical and overhanging faces.