TIN Compare (Data Management Tools)

Summary

Compares two TINs and returns the comparison results.

Usage

This tool returns messages showing the comparison result. By default, the tool will stop running after encountering the first difference between the inputs. To report all differences, check the Continue Comparison parameter.
This tool can report differences with geometry, TIN node and triangle tags, and spatial reference.
The Output Compare File parameter value will contain all similarities and differences between the Input Base TIN and Input Test TIN parameter values. This file is a comma-delimited text file that can be viewed and used as a table in ArcGIS. For example, it can be queried to obtain all the object ID values for all the rows that are different.
When using this tool in Python, get the status of the comparison from the returned Result object using the index position of 1.(result[1]). The value will be 'true' when no differences are found and 'false' when differences are found.

Learn more about using tools in Python

Label	Explanation	Data type
Input Base Tin	The data that will be compared with the Input Test Tin parameter value. This parameter value is data that you have declared valid. This base data has the correct content and information.	TIN Layer
Input Test Tin	The data that will be compared with the Input Base Tin parameter value. This parameter value is data that you have made changes to by editing or compiling new information.	TIN Layer
Compare Type (Optional)	Specifies the comparison type that will be used. All—All properties will be compared. This is the default. Properties only—Both geometry and TIN tag values, if any, that are assigned to nodes and triangles will be compared. Spatial Reference only—Coordinate system information will be compared.	String
Continue Comparison (Optional)	Specifies whether the comparison will continue after encountering the first difference between the inputs. Checked—The tool will continue after encountering the first difference. Unchecked—The tool will stop after encountering the first difference. This is the default.	Boolean
Output Compare File (Optional)	The output file that will contain all similarities and differences between the inputs. This file is a comma-delimited text file that can be viewed and used as a table in ArcGIS. The output file that will contain all similarities and differences between the inputs. This file is a comma-delimited text file that can be viewed and used as a table in ArcGIS.	File

Derived output

Label	Explanation	Data type
Compare Status	The compare status will be `'true'` when no differences are found and `'false'` when differences are found.	Boolean

arcpy.management.TINCompare(in_base_tin, in_test_tin, {compare_type}, {continue_compare}, {out_compare_file})

Name	Explanation	Data type
in_base_tin	The data that will be compared with the `in_test_tin` parameter value. This parameter value is data that you have declared valid. This base data has the correct content and information.	TIN Layer
in_test_tin	The data that will be compared with the `in_base_tin` parameter value. This parameter value is data that you have made changes to by editing or compiling new information.	TIN Layer
compare_type (Optional)	Specifies the comparison type that will be used. `ALL`—All properties will be compared. This is the default. `PROPERTIES_ONLY`—Both geometry and TIN tag values, if any, that are assigned to nodes and triangles will be compared. `SPATIAL_REFERENCE_ONLY`—Coordinate system information will be compared.	String
continue_compare (Optional)	Specifies whether the comparison will continue after encountering the first difference between the inputs. `CONTINUE_COMPARE`—The tool will continue after encountering the first difference. `NO_CONTINUE_COMPARE`—The tool will stop after encountering the first difference. This is the default.	Boolean
out_compare_file (Optional)	The output file that will contain all similarities and differences between the inputs. This file is a comma-delimited text file that can be viewed and used as a table in ArcGIS.	File

Derived output

Name	Explanation	Data type
compare_status	The compare status will be `'true'` when no differences are found and `'false'` when differences are found.	Boolean

Code sample

TINCompare example 1 (Python window)

The following Python window script demonstrates how to use the TINCompare function in immediate mode.

import arcpy
arcpy.management.TINCompare(r'c:\Workspace\basetin', r'c:\Workspace\newtin',
                            'ALL', 'CONTINUE_COMPARE',
                            r'c:\Workspace\tincompare.txt')

TINCompare example 2 (stand-alone script)

The following example demonstrates how to use the TINCompare tool in a stand-alone script.

# Description: Compare two TINs and return comparison result.

# Import system modules
import arcpy

# Set local variables
base_tin = "C:/Workspace/basetin"
test_tin = "C:/Workspace/newtin"
compare_type = "ALL"
continue_compare = "CONTINUE_COMPARE"
compare_file = "C:/Workspace/tincompare.txt"

compare_result = arcpy.management.TINCompare(base_tin, test_tin, compare_type,
                                             continue_compare, compare_file)
print(compare_result)
print(arcpy.GetMessages())

Environments

This tool does not use any geoprocessing environments.

Licensing information

Basic: Yes
Standard: Yes
Advanced: Yes

TIN Compare (Data Management Tools)

Summary

Usage

Parameters

Derived output

Environments

Licensing information

Related topics