DXF version 2004- The output type will be DXF version 2004.DXF version 2005- The output type will be DXF version 2005.DXF version 2007- The output type will be DXF version 2007.
DXF version 2010- The output type will be DXF version 2010.DXF version 2013- The output type will be DXF version 2013.DXF version 2018- The output type will be DXF version 2018.DWG version 14- The output type will be DWG version 14.DWG version 2000- The output type will be DWG version 2000.DWG version 2004- The output type will be DWG version 2004.DWG version 2005- The output type will be DWG version 2005.DWG version 2007- The output type will be DWG version 2007.DWG version 2010- The output type will be DWG version 2010.DWG version 2013- The output type will be DWG version 2013.DWG version 2018- The output type will be DWG version 2018.Microstation DGN file- The output type will be Microstation DGN.Output features with a LineWt named or aliased field is used to adjust the line weight in. Output features with a LTScale named or aliased field is used to adjust the line weight in. If the Ignore Paths in Tables parameter is checked, this field is ignored. Output features with a DocPath named or aliased field in the input feature class is used to direct the output to one or more CAD drawing files. To learn more about Esri feature and CAD entity relationships, see Supported AutoCAD and Microstation geometry. Output features with a CadType or Entity named or aliased field in the input feature class is used to convert the input features into specific CAD entities. Input 2D line feature layers that contain valid numeric values in a field named Contour will similarly set the z-coordinates of the output CAD line entities. If this field is not present, the z-coordinate value of each individual vertex of the input feature is used to produce the output CAD entity. Output features with valid numeric values in a field named or aliased Elevation can be used to set the z-coordinate value of the output CAD entity. Attributes of block inserts created in the drawing will populate CAD block attributes with GIS feature attribute information if the block's attribute tag name matches a field name.
Block insert entities or cells will be generated instead. Input point features with valid values in a field named or aliased RefName and a value of INSERT or CELL in a field named or aliased CADtype will allow you to override the default behavior of creating point entities in the output CAD file. To add multiple fields at one time by functional category, use the Add CAD Fields tool. To add key-named CAD fields to the input feature class, use the Add Field tool. For example, you can include valid values in fields named or aliased Layer or RefName to control how CAD entities are created in the output CAD files. Using seed files allows you to reference layers and symbols by name when overriding the default output when key-named field values are included in the output feature data. The spatial reference of the exported feature data will be written to the output CAD files.ĬAD seed files can be used to prepopulate the output CAD drawings with blocks, cells, layers, and layer symbology according to your CAD standards. dxf files that are supported by both ArcGIS desktop and the ArcGIS for AutoCAD plug-in to AutoCAD. However, if the output features have a field named CADType with field values of POINT, CAD point entities will be generated in the CAD file rather than the TEXT field.īy default, output AutoCAD DWG or DXF formatted files will generate attributed ArcGIS feature classes in the. For example, the default entity type for exporting feature annotation is TEXT entities. This is the case unless the geometries are overridden by valid values in a field named or aliased CADType in the feature attributes of the output feature. This is the case unless the CAD layer information is overridden by feature attribute values in a field named or aliased Layer or Level in the feature attributes.īy default, the tool generates CAD entity geometries most analogous to the output feature geometry. This tool will accept any ArcGIS supported point, polyline, polygon, annotation, or multipatch feature classes or their feature layers including those from BIM or CAD feature classes.īy default, the tool creates a CAD layer in the CAD file using the feature layer name as the new CAD layer name for each input feature class or feature layer. Point, polyline, polygon, annotation, and multipatch feature classes and feature layers are valid inputs to this tool. This tool creates, or appends to existing, DWG, DXF, or DGN CAD files.
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