Generate Calibration Points (Roads and Highways)
サマリ
Assists in the generation of calibration point features when there is no advanced linear referencing present in the geodatabase.
使用法
Input Route Features is a polyline feature class used as a source linear referencing method for calculating the measure values for the calibration points.
Output calibration points will be located at the ends of each part of a multipart polyline.
構文
| パラメータ | 説明 | データ タイプ |
in_polyline_features |
The features from which measures will be calculated. | Feature Layer |
in_routeid_field |
The field containing values that uniquely identify each route. Fields of type Long, Short, Text, GUID, and GlobalID are supported. | Field |
in_calculation_method |
The method used to calculate the measure value for calibration points being generated.
| String |
out_calibration_point_features |
The feature class to which new features will be added and existing features will be updated. | Feature Class |
in_from_date_field (オプション) | The field containing the From Date values of a route. | Field |
in_to_date_field (オプション) |
The field containing the To Date values of a route. | Field |
in_from_measure_field (オプション) |
The field containing the From Measure values of a route. This parameter becomes active if the Calculation Method parameter is set to ATTRIBUTE_FIELDS_2D or ATTRIBUTE_FIELDS_3D. | Field |
in_to_measure_field (オプション) |
The field containing the To Measure values of a route. This parameter becomes active if the Calculation Method parameter is set to ATTRIBUTE_FIELDS_2D or ATTRIBUTE_FIELDS_3D. | Field |
in_source_unit_of_measure (オプション) |
The source unit of measure of the input polyline features. This parameter becomes active if the Calculation Method parameter is set to M_ON_ROUTE_2D or M_ON_ROUTE_3D. Source and Target Unit of Measure should match unless you wish to change the unit of measure of the M values in the input polyline features to a different unit of measure in your LRS Network. | String |
in_target_unit_of_measure (オプション) | Calculates the measure values based on the units of measure from the spatial reference of the Input Route Features feature class. Use this parameter to generate the calibration point features with other units of measure for M values. Target Unit of Measure should match the unit of measure for the LRS Network. | String |
in_calibration_direction (オプション) |
Determines the direction of calibration for calibration points based on the input route features. This parameter becomes active if the Calculation Method parameter is set to GEOMETRY_LENGTH_2D or GEOMETRY_LENGTH_3D.
| String |
in_gap_calibration_type (オプション) | Determines the method for calibrating physically gapped routes based on the input route features. This parameter becomes active if the Calculation Method parameter is set to GEOMETRY_LENGTH_2D or GEOMETRY_LENGTH_3D.
| String |
in_gap_measure_increment (オプション) |
Determines the value that is added to the calibration of the endpoints of a physically gapped route. This parameter is required if the Gap Calibration Type parameter is set to STEPPING_INCREMENT or ADDING_INCREMENT. The default value for the parameter is 0. | Long |
in_gap_precision (オプション) |
Determines how many decimal places to use when calculating the Euclidean distance between polyline segments in the input route features. This parameter is required if the Add Euclidean distance to physical gaps in routes parameter is selected. The default value for the parameter is 3. | Long |
コードのサンプル
The following script demonstrates how to use GenerateCalibrationPoints using a stand-alone Python script.
# Name: GenerateCalibrationPoints.py
# Description: Generate the calibration point feature class using the polylineMZ as input.
# Requires: Esri Roads and Highways Solution
# Import arcpy module
import arcpy
# Check out any necessary licenses
arcpy.CheckOutExtension("Highways")
# Local variables
network = "C:/Data/NYData.gdb/LRSN_MilePoint"
calibration_point = "C:/Data/NYData.gdb/Calibration_Point"
# Process: Generate Calibration Points
arcpy.GenerateCalibrationPoints_roads(network, "ROUTE_ID", "M_ON_ROUTE_3D", calibration_point, "FROM_DATE", "TO_DATE", "", "", "Meters", "Miles", "", "", "", "")
The following inline script demonstrates how to use GenerateCalibrationPoints.
# tool variables
in_polyline_features="network"
in_routeid_field="Route_ID"
in_calculation_method="GEOMETRY_LENGTH_2D"
out_calibration_point_features="calibration_points"
in_from_date_field="FROM_DATE"
in_to_date_field="TO_DATE"
in_target_unit_of_measure="Miles"
in_calibration_direction="MEASURE_DIRECTION"
in_gap_calibration_type="ADDING_INCREMENT"
in_gap_measure_increment="0.1"
# set current workspace
arcpy.env.workspace="C:/Data/NYData.gdb"
# execute the tool
arcpy.GenerateCalibrationPoints_roads("network", "ROUTE_ID", "GEOMETRY_LENGTH_2D", "calibration_points", "FROM_DATE", "TO_DATE", "", "", "", "Miles", "MEASURE_DIRECTION", "ADDING_INCREMENT", "0.1", "")