Create Unregistered Feature Class (Data Management Tools)
Summary
Creates an empty feature class in an enterprise database, enterprise geodatabase, GeoPackage, or SQLite database. The feature class is not registered with the geodatabase.
Usage
This tool creates only simple feature classes such as point, multipoint, polygon, and polyline.
The empty feature class created by this tool will either have a field named OBJECTID of type integer or contain the same field names and types of any selected input template feature class.
Unregistered feature classes can be registered with the geodatabase using the Register With Geodatabase tool.
The enterprise database or enterprise geodatabase in which the feature class will be created.
Workspace; Feature Dataset
Feature Class Name
The name of the feature class that will be created.
String
Geometry Type
(Optional)
Specifies the geometry type of the feature class. This parameter is only relevant for those geometry types that store dimensionality metadata, such as ST_Geometry in PostgreSQL, PostGIS Geometry, and Oracle SDO_Geometry.
Point—The geometry type will be point.
Multipoint—The geometry type will be multipoint.
Polyline—The geometry type will be polyline.
Polygon—The geometry type will be polygon. This is the default.
String
Template Feature Classes
(Optional)
An existing feature class or list of feature classes with fields and attribute schema that will be used to define the fields in the output feature class.
Feature Layer
Has M
(Optional)
Specifies whether the feature class will have linear measurement values (m-values).
No—The output feature class will not have m-values. This is the default.
Yes—The output feature class will have m-values.
Same as the template feature class—The output feature class will have m-values if the dataset specified in the Template Feature Class parameter (template parameter in Python) has m-values.
String
Has Z
(Optional)
Specifies whether the feature class will have elevation values (z-values).
No—The output feature class will not have z-values. This is the default.
Yes—The output feature class will have z-values.
Same as the template feature class—The output feature class will have z-values if the dataset specified in the Template Feature Class parameter (template parameter in Python) has z-values.
String
Spatial Reference
(Optional)
The spatial reference of the output feature dataset. On the Spatial Reference Properties dialog box, you can select, import, or create a new coordinate system. To set aspects of the spatial reference, such as the x,y-, z-, or m-domain, resolution, or tolerance, use the Environments dialog box.
Spatial Reference
Configuration Keyword
(Optional)
Specifies the default storage parameters (configurations) for geodatabases in a relational database management system (RDBMS). This setting is applicable only when using enterprise geodatabase tables.
Configuration keywords are set by the database administrator.
The enterprise database or enterprise geodatabase in which the feature class will be created.
Workspace; Feature Dataset
out_name
The name of the feature class that will be created.
String
geometry_type
(Optional)
Specifies the geometry type of the feature class. This parameter is only relevant for those geometry types that store dimensionality metadata, such as ST_Geometry in PostgreSQL, PostGIS Geometry, and Oracle SDO_Geometry.
POINT—The geometry type will be point.
MULTIPOINT—The geometry type will be multipoint.
POLYLINE—The geometry type will be polyline.
POLYGON—The geometry type will be polygon. This is the default.
String
template[template,...]
(Optional)
An existing feature class or list of feature classes with fields and attribute schema that will be used to define the fields in the output feature class.
Feature Layer
has_m
(Optional)
Specifies whether the feature class will have linear measurement values (m-values).
DISABLED—The output feature class will not have m-values. This is the default.
ENABLED—The output feature class will have m-values.
SAME_AS_TEMPLATE—The output feature class will have m-values if the dataset specified in the Template Feature Class parameter (template parameter in Python) has m-values.
String
has_z
(Optional)
Specifies whether the feature class will have elevation values (z-values).
DISABLED—The output feature class will not have z-values. This is the default.
ENABLED—The output feature class will have z-values.
SAME_AS_TEMPLATE—The output feature class will have z-values if the dataset specified in the Template Feature Class parameter (template parameter in Python) has z-values.
String
spatial_reference
(Optional)
The spatial reference of the output feature dataset. You can specify the spatial reference in the following ways:
Enter the path to a .prj file, such as C:/workspace/watershed.prj.
Reference a feature class or feature dataset whose spatial reference you want to apply, such as C:/workspace/myproject.gdb/landuse/grassland.
Define a spatial reference object before using this tool, such as sr = arcpy.SpatialReference("Sinusoidal (Africa)"), which you then use as the spatial reference parameter.
Spatial Reference
config_keyword
(Optional)
Specifies the default storage parameters (configurations) for geodatabases in a relational database management system (RDBMS). This setting is applicable only when using enterprise geodatabase tables.
Configuration keywords are set by the database administrator.