Aviation Airports ライセンスで利用できます。
Aviation Charting ライセンスで利用できます。
概要
Generates an Obstruction Identification Surface (OIS) for helipads based on specifications from FAA Advisory Circular 150/5390-2C.
This tool can be used to identify obstacles that may impact an aircraft's ability to take off from or land on a helipad. By creating multipatch or polygon features, you can visually identify obstructions in ArcGIS Pro.
使用法
The Input FATO Surface parameter must be z-enabled and have a defined vertical coordinate system.
This tool creates the OIS in an existing polygon or multipatch feature class. The OIS can also be generated in an existing polygon shapefile. If a feature class is provided for the Target OIS Features parameter, it must have a vertical spatial reference.
To create a JSON file for the Custom JSON File parameter, use the CustomizeOIS.exe file that is part of the ArcGIS Aviation data package available from My Esri.
OIS tools are flexible and accept a variety of input and output feature class types. For more information, see the OIS Input and Output schemas.
If you select the Curved Surface option for the Surface Shape parameter, you must provide polyline features in the Input Flight Path Features parameter for the surface to follow.
構文
arcpy.aviation.FAA2C(input_fato_features, target_ois_features, surface_classification, {surface_shape}, {approach_bearing}, {in_flightpath_features}, {helipad_elevation}, {custom_json_file})| パラメーター | 説明 | データ タイプ |
input_fato_features | The input Final Approach and Takeoff (FATO) features. | Feature Layer |
target_ois_features | The target polygon or multipatch feature layer containing the Obstruction Identification Surfaces (OIS). | Feature Layer |
surface_classification | Specifies the classification type of the Final Approach and Takeoff (FATO) surface.
| String |
surface_shape (オプション) | Specifies the shape of the take off or approach surface.
| String |
approach_bearing (オプション) | The absolute bearing that an approaching aircraft will travel along the surface. A value of 0 will align the surface to true north. The default value is 0. | Double |
in_flightpath_features (オプション) | The polyline flight path features that the curved surface will follow. | Feature Layer |
helipad_elevation (オプション) | The elevation of the highest point of the helipad. The value must be in the vertical coordinate system linear units of the target feature class. If no value is provided, the highest point of the input_fato_features parameter value will be used. The default value is 0. | Double |
custom_json_file (オプション) | The import configuration file, in JSON format, that creates the custom OIS. | File |
派生した出力
| 名前 | 説明 | データ タイプ |
| derived_outfeatureclass | The updated feature class containing the generated OIS. | Feature Layer |
コードのサンプル
The following Python script demonstrates how to use the FAA2C function to create straight approach and takeoff surfaces.
# Name: FAA2C_Straight_Surface_example.py
# Description: Generates a straight obstruction identification surface (OIS) for
# helipads based on specifications from FAA Advisory Circular 5390-2C.
import arcpy
# Check out Aviation license
arcpy.CheckOutExtension("Aeronautical")
# Set variables
input_fato_features = r'C:\Data\Airports.gdb\Helipads'
target_ois_features = r'C:\Data\Airports.gdb\ObstructionIdSurface_MP'
surface_classification = "NON_PRIOR_PERMISSION_REQUIRED_FACILITIES"
surface_shape = "STRAIGHT_SURFACE"
approach_bearing = 90.0
helipad_elevation = 121.0
custom_json_file = r'C:\Data\config.json'
# Execute FAA 2C
arcpy.aviation.FAA2C(input_fato_features, target_ois_features, surface_classification,
surface_shape, approach_bearing, helipad_elevation, custom_json_file)
# Check in Aviation license
arcpy.CheckInExtension("Aeronautical")The following Python script demonstrates how to use the FAA2C function to create curved approach and takeoff surfaces.
# Name: FAA2C_Curved_Surface_example.py
# Description: Generates a straight obstruction identification surface (OIS) for
# helipads based on specifications from FAA Advisory Circular 5390-2C.
import arcpy
# Check out Aviation license
arcpy.CheckOutExtension("Aeronautical")
# Set variables
input_fato_features = r'C:\Data\Airports.gdb\Helipads'
target_ois_features = r'C:\Data\Airports.gdb\ObstructionIdSurface_MP'
surface_classification = "NON_PRIOR_PERMISSION_REQUIRED_FACILITIES"
surface_shape = "CURVED_SURFACE"
in_flightpath_features = r'C:\Data\Airports.gdb\FlightPath'
helipad_elevation = 121.0
custom_json_file = r'C:\Data\config.json'
# Execute FAA 2C
arcpy.aviation.FAA2C(input_fato_features, target_ois_features, surface_classification,
surface_shape, in_flightpath_features, helipad_elevation, custom_json_file)
# Check in Aviation license
arcpy.CheckInExtension("Aeronautical")環境
ライセンス情報
- Basic: いいえ
- Standard: 次のものが必要 Airports, ArcGIS Aviation Charting
- Advanced: 次のものが必要 Airports, ArcGIS Aviation Charting