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Get Adjacent Polygons

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Determines for each polygon of the dataset the adjacent polygons and stores the result in the attribute table as a comma delimited string.

Inputs:

Outputs:

Notes:

Example:

AdjPg

State_Name Do not consider Touching (in a single point) polygons neighbours. Consider Touching (in a single point) polygons neighbours.
ET_Adj ET_Count ET_Adj ET_Count
Arizona California,Sonora,Nevada,NewMexico,BajaCalifornia,Utah 6 California,Sonora,NewMexico,BajaCalifornia,Nevada,Utah,Colorado 7
Colorado NewMexico,Utah,Wyoming,Kansas,Nebraska,Oklahoma 6 Arizona,NewMexico,Utah,Oklahoma,Wyoming,Nebraska,Kansas 7
New Mexico Chihuahua,Sonora,Arizona,Colorado,Oklahoma,Texas 6 Chihuahua,Sonora,Texas,Arizona,Utah,Colorado,Oklahoma 7
Utah Nevada,Arizona,Colorado,Wyoming,Idaho 5 Nevada,Arizona,Idaho,NewMexico,Colorado,Wyoming 6

ToolBox implementation
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Command line syntax

ET_GPPolygonAdjancency <input_dataset> <out_feature_class> <ID_field>{include_touching}

Parameters

Expression Explanation
<input_dataset> A Point feature class or feature layer
<out_feature class> A String - the full name of the output feature class (A feature class with the same full name should not exist)
<ID_field> A String representing the name of a field in the in the attribute table of the input dataset field name.  The field has the values used values will be used to save in the adjacency string.
{include_touching} A Boolean indicating whether the polygons touching in a single point to be considered adjacent (see example above).

Scripting syntax

ET_GPPolygonAdjancency (input_dataset, out_feature class,ID_field,include_touching)

See the explanations above:
<> - required parameter
{} - optional parameter

.NET implementation
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PolygonAdjacency(pInFC As IFeatureClass, sOutFName As String, sIDField As String, Optional bTouching As Boolean = False) As IFeatureClass

Copyright Ianko Tchoukanski