Disponible avec une licence Aviation Charting.
Evaluates aviation data based on organizationally specific JSON scripts, returning values necessary for cartographic labeling and symbolization. Returned values are stored in a single attribute of your features.
The optional Input Datasets parameter is populated by a list of tables and feature classes from the provided JSON. You can select specific tables and features classes for evaluation. If none are selected, they will all be evaluated.
Relationship class field names from enterprise geodatabases must be qualified with their schema and table names in the JSON config file. For example, GIS.NavaidAssociation.NAVAIDSYSTEM_ID includes the schema name GIS, the table name NavaidAssociation, and the field name NAVAIDSYSTEM_ID. Field names from other dataset types can also be qualified with their schema name, but it is only necessary to qualify them by table name, for example, NavaidSystem.GFID.
| Étiquette | Explication | Type de données |
Target Geodatabase
| The ArcGIS Aviation Charting schema workspace on which the evaluation will be run. | Workspace |
Configuration File (.json)
| The JSON file containing the evaluation criteria. | File |
Input Datasets
(Facultatif) | The names of the tables and feature classes to be evaluated. | String |
| Étiquette | Explication | Type de données |
| Output Workspace | The output aviation workspace containing the evaluation results. | Workspace |
arcpy.aviation.PrepareAviationData(target_gdb, config_file, {in_dataset_names})| Nom | Explication | Type de données |
target_gdb | The ArcGIS Aviation Charting schema workspace on which the evaluation will be run. | Workspace |
config_file | The JSON file containing the evaluation criteria. | File |
in_dataset_names [in_dataset_names,...] (Facultatif) | The names of the tables and feature classes to be evaluated. | String |
| Nom | Explication | Type de données |
| out_workspace | The output aviation workspace containing the evaluation results. | Workspace |
The following Python window script demonstrates how to use the PrepareAviationData function.
import arcpy
# set gp environment
arcpy.CheckOutExtension("Aeronautical")
# Input database where data
target_gdb = r"C:\data\MyData.gdb"
# config file for data calculation
config_file = r"C:\data\config.json"
# subset of tables or feature classes that will be calculated
in_datasets = "adhp;navaidsystem"
# Running tool
arcpy.PrepareAviationData_aviation(target_gdb, config_file, in_datasets)
arcpy.CheckInExtension("Aeronautical")The following sample config file can be used to populate the in_datasets_names parameter.
{
"adhp_c":[{
"calcfield":"adhp_info",
"fields": [
"adhp.TYPE_CODE",
"adhp.IDENT_TXT",
"adhp.MAGNETICVARIATION_VAL"
],
"tables": [
"adhp"
],
"where": "Master_ID = adhp.gfid"
},
{
"calcfield":"airspace_lbl",
"fields": [
"airspace.class_code",
"airspace.workhr_code"
],
"tables": [
"adhp",
"airspace"
],
"where": "Master_ID = adhp.gfid and adhp.gfid = airspace.adhp_id and airspace.class_code IN ('C', 'D')"
}],
"navaidsystem": [
{
"calcfield":"availability_lbl",
"fields": [
"availability.operationstatus_code"
],
"tables": [
"navaidsystem",
"availability"
],
"where": "navaidsystem.gfid = availability.predicated_id"
},
{
"calcfield":"navaidcomponent_lbl",
"fields": [
"navaidcomponent.subtype_code",
"navaidcomponent.slavedvariation_val",
"navaidcomponent.channel_txt",
"navaidcomponent.frequency_val",
"navaidcomponent.status_code",
"navaidcomponent.workhr_code",
"navaidcomponent.voice_code"
],
"tables": [
"navaidsystem",
"navaidassociation",
"navaidcomponent"
],
"where": "navaidsystem.gfid = navaidassociation.navaidsystem_id and navaidassociation.navaidcomponent_id = navaidcomponent.gfid"
}
]
}