The TAG names must be identical to the names of the attributes in the geodatabase feature class, and are case-sensitive.Create a seed file in AutoCAD that contains the BLOCK definition, together with the TAG names to be populated with attribute values from the geodatabase feature class.This process begins with creating a seed file in AutoCAD that contains the block name and definition, with associated TAG names to store attributes from the geodatabase feature class.

Warning:Īnnotation stored in the map cannot be exported to CAD.Ī more complex method for this conversion process is to create BLOCK entities in the output AutoCAD file and attach editable TAGs to the blocks to store attributes that can be accessed in AutoCAD. Some annotation types, such as splines, that can be created with Maplex, are not supported in CAD programs so annotation created with Maplex must not be used for this purpose. If geodatabase annotation is to be exported to CAD, only create labels with the Standard Label Engine, not Maplex. The method outlined below provides instructions on managing multiple attribute conversions. This can get cluttered if there are several attributes to convert. The better known method to convert feature attributes to CAD is to label the geodatabase feature class with appropriate labels in ArcMap, and convert the labels to annotation in the geodatabase. How To: Create AutoCAD BLOCKS with attributes from ArcGIS point features.How To: Set Line Thickness when exporting to AutoCAD.

How To: Export Geodatabase Feature Classes to CAD.

Tips and tricks to assist with this conversion process, and better control data output, are provided in the following technical articles: They do not work if the input data are in shapefile format. The steps apply only to a file or personal geodatabase feature class.

There are two methods to convert attributes from a geodatabase feature class attribute table to CAD using Export to CAD. How To: Export to AutoCAD DWG or DXF format and maintain attributes Summary

Autocad export formats