ESRI.ArcGIS.DataManagementTools
AddFeatureClassToTopology Constructor(Object,Object,Int32,Int32)
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ESRI.ArcGIS.DataManagementTools Namespace > AddFeatureClassToTopology Class > AddFeatureClassToTopology Constructor : AddFeatureClassToTopology Constructor(Object,Object,Int32,Int32)




in_topology
The topology to which the feature class will participate. (In, Required)
in_featureclass
The feature class that you want to add to the topology. The feature class must be in the same feature dataset as the topology. (In, Required)
xy_rank
The relative degree of positional accuracy associated with vertices of features in the feature class versus those in other feature classes participating in the topology. The feature class with the highest accurracy should get a higher rank (lower number, for example 1) than a feature class which is known to be less accurate. (In, Required)
z_rank
Feature classes that are z-aware have elevation values embedded in their geometry for each vertex. By setting a z rank, you can influence how vertices with accurate z-values are snapped or clustered with vertices that contain less accurate z measurements. (In, Required)
Constructor that takes all required parameters for geoprocessor execution.

Syntax

Visual Basic (Declaration) 
Public Function New( _
   ByVal in_topology As Object, _
   ByVal in_featureclass As Object, _
   ByVal xy_rank As Integer, _
   ByVal z_rank As Integer _
)
Visual Basic (Usage)Copy Code
Dim in_topology As Object
Dim in_featureclass As Object
Dim xy_rank As Integer
Dim z_rank As Integer
 
Dim instance As AddFeatureClassToTopology(in_topology, in_featureclass, xy_rank, z_rank)
C# 
public AddFeatureClassToTopology( 
   object in_topology,
   object in_featureclass,
   int xy_rank,
   int z_rank
)

Parameters

in_topology
The topology to which the feature class will participate. (In, Required)
in_featureclass
The feature class that you want to add to the topology. The feature class must be in the same feature dataset as the topology. (In, Required)
xy_rank
The relative degree of positional accuracy associated with vertices of features in the feature class versus those in other feature classes participating in the topology. The feature class with the highest accurracy should get a higher rank (lower number, for example 1) than a feature class which is known to be less accurate. (In, Required)
z_rank
Feature classes that are z-aware have elevation values embedded in their geometry for each vertex. By setting a z rank, you can influence how vertices with accurate z-values are snapped or clustered with vertices that contain less accurate z measurements. (In, Required)

See Also

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