Resumen
Checks routes on a network for out-of-range line and point event measures.
Uso
-
The input Event Layer must be one of the event tables registered with the input Network Layer.
Out-of-range event measures are defined as:
- Less than a route's minimum measure
- Greater than a route's maximum measure
- Within a gap between route measures
The Output Feature Class represents events with measures out of range. If the entire event is out of range, the output shape will be <null>. If a portion of the event is out of range, the output shape will represent the valid portion.
The Output Feature Class contains the following fields: NetworkName, RouteID, TVD (Temporal View Date), EventLayer, FromMeasure, and ToMeasure.
Sintaxis
DetectMeasuresOutOfRange_locref (in_network, in_event, out_feature, {in_tvd}, {in_from_measure}, {in_to_measure}, {in_tolerance})| Parámetro | Explicación | Tipo de datos |
in_network | The network containing the linear event features to be checked for measures out of range. | Feature Layer |
in_event | The linear event features to be checked for measures out of range. | Feature Layer |
out_feature |
The output feature class containing lines where the measures are out of range. | Feature Class |
in_tvd (Opcional) | The temporal view date for the network. | Date |
in_from_measure (Opcional) | Defines the lower bound of the portion of the route on which out-of-range measures will be detected. | Double |
in_to_measure (Opcional) | Defines the upper bound of the portion of the route on which out-of-range measures will be detected. | Double |
in_tolerance (Opcional) | Tolerance, in LRM (Linear Referencing Method) units, used to compare events on routes. | Double |
Muestra de código
DetectMeasuresOutOfRange example 1 (Python window)
The following Python window script demonstrates how to use the DetectMeasuresOutOfRange function in immediate mode.
# tool variables
in_network = "MileMarker"
in_event = "Event"
out_features = "invalid_Measure_Output"
in_tvd = "2/28/2014"
in_from_measure = ""
in_to_measure = ""
in_tolerance = ""
# set current workspace
arcpy.env.workspace="C:/data/Outputs.gdb"
# execute the tool
arcpy.DetectGapsForLinearEvents_locref(in_network, in_event, out_features, in_tvd, "", "", "")
DetectMeasuresOutOfRange example 2 (stand-alone script)
The following Python script demonstrates how to use DetectMeasuresOutOfRange in a stand-alone Python script.
# Name: Detect Measures Out of Range.py
# Description: Convert Roads and Highways Network Layer to Layer and Detect Measures Out Of Range for Events in a file geodatabase
# Requires: Esri Roads and Highways Solution
# Import arcpy module
import arcpy
# Check out any necessary licenses
arcpy.CheckOutExtension("Highways")
# Local variables
network = r"C:\Data\NY_Data.gdb\LRSN_MilePoint"
event = r"C:\Data\NY_Data.gdb\LRSE_Speed_Limit"
invalid_Measure_Output = r"C:\Data\Outputs.gdb\Invalid_Measure_Output"
# Process: Detect Measure out of range for event
arcpy.env.overwriteOutput = 1
arcpy.DetectMeasuresOutOfRange_locref(network, event, invalid_Measure_Output)
Entornos
Esta herramienta no utiliza ningún entorno de geoprocesamiento.
Información sobre licencias
- ArcGIS Desktop Basic: Requiere Roads and Highways
- ArcGIS Desktop Standard: Requiere Roads and Highways
- ArcGIS Desktop Advanced: Requiere Roads and Highways