Create IPS Quality Dataset (Indoor Positioning Tools)

Summary

Creates a dataset that can be used to assess the quality of an ArcGIS IPS deployment.

Usage

The Target Workspace parameter value must be an existing geodatabase. The value can be a file or an enterprise geodatabase.
When using an enterprise geodatabase, the connection file must connect directly to the database as the database owner.
The Dataset Name parameter value must be a string that adheres to the dataset naming rules and limitations and is 160 characters or less.
The following feature classes will be created in the output IPS Quality dataset:
- Reference Positions—A point feature class that represents the positions of the surveyor at different times as the surveyor proceeds along a Quality IPS recording trajectory.
- Computed Positions—A point feature class that represents the positions calculated by the ArcGIS IPS engine during a Quality IPS recording. The computed positions can be matched with the corresponding reference positions by the Recording GUID and IPS Time attributes.

Label	Explanation	Data type
Target Workspace	The geodatabase where the IPS Quality dataset will be created. The value can be a file or an enterprise geodatabase.	Workspace
Coordinate System	The spatial reference that will be used for the output IPS Quality dataset. The default is WGS84.	Coordinate System
Dataset Name	The name of the dataset that will be created. The default is IPS_Quality.	String

Derived output

Label	Explanation	Data type
Output Dataset	The IPS Quality dataset that will be created in the target geodatabase.	Feature Dataset
Output Reference Positions	The updated Reference Positions feature class that will be created in the target geodatabase.	Feature Class
Output Computed Positions	The updated Computed Positions feature class that will be created in the target geodatabase.	Feature Class

arcpy.indoorpositioning.CreateIPSQualityDataset(target_workspace, coordinate_system, out_dataset_name)

Name Explanation Data type

Name	Explanation	Data type
target_workspace	The geodatabase where the IPS Quality dataset will be created. The value can be a file or an enterprise geodatabase.	Workspace
coordinate_system	The spatial reference that will be used for the output IPS Quality dataset. The default is WGS84. You can specify the spatial reference in several ways, including the following: Reference a feature class or feature dataset with the spatial reference you want to apply, such as `C:/workspace/myproject.gdb/IPS_Recordings`. Use a `SpatialReference` object. Use the well-known text (WKT) string of a spatial reference. One way to determine the WKT of a spatial reference is to export a `SpatialReference` object to a string using the `exportToString` method.	Coordinate System
out_dataset_name	The name of the dataset that will be created. The default is IPS_Quality.	String

target_workspace

The geodatabase where the IPS Quality dataset will be created. The value can be a file or an enterprise geodatabase.

Workspace

coordinate_system

The spatial reference that will be used for the output IPS Quality dataset. The default is WGS84. You can specify the spatial reference in several ways, including the following:

Reference a feature class or feature dataset with the spatial reference you want to apply, such as C:/workspace/myproject.gdb/IPS_Recordings.
Use a SpatialReference object.
Use the well-known text (WKT) string of a spatial reference. One way to determine the WKT of a spatial reference is to export a SpatialReference object to a string using the exportToString method.

Coordinate System

out_dataset_name

The name of the dataset that will be created. The default is IPS_Quality.

String

Derived output

Name	Explanation	Data type
out_ips_quality_dataset	The IPS Quality dataset that will be created in the target geodatabase.	Feature Dataset
out_reference_positions	The updated Reference Positions feature class that will be created in the target geodatabase.	Feature Class
out_computed_positions	The updated Computed Positions feature class that will be created in the target geodatabase.	Feature Class

Code sample

CreateIPSQualityDataset example 1 (stand-alone script)

The following stand-alone script demonstrates how to use the CreateIPSQualityDataset function to create the IPS Quality dataset and feature classes in an existing geodatabase.

# Name: CreateIPSQualityDataset_example1.py
# Description: Creates the ArcGIS IPS Quality dataset and feature classes in
# an existing geodatabase

# Import system modules
import arcypy.indoorpositioning as ips

# Set local variables
in_workspace = r"C:\IndoorPositioning\ExampleDatabase.gdb"
coordinate_system = arcpy.SpatialReference(4326, 115700)
out_dataset_name = "IPS_Quality"

# Call the tool
ips.CreateIPSQualityDataset(in_workspace,
                            coordinate_system,
                            out_dataset_name)

CreateIPSQualityDataset example 2 (stand-alone script)

The following stand-alone script demonstrates how to create an empty file geodatabase and use the CreateIPSQualityDataset function to create the IPS Quality dataset and feature classes in that geodatabase.

# Name: CreateIPSQualityDataset_example2.py
# Description: Creates an empty file geodatabase and the ArcGIS IPS Quality
# dataset and feature classes

# Import system modules
import arcypy.indoorpositioning as ips

# Set local variables
gdb_path = r"C:\IndoorPositioning"
gdb_name = "ExampleDatabase.gdb"
coordinate_system = arcpy.SpatialReference("WGS 1984 Web Mercator (auxiliary sphere)", "WGS 1984")
dataset_name = "myDataset"

# Call the CreateFileGDB tool to create a new file geodatabase
arcpy.management.CreateFileGDB(gdb_path, gdb_name)

# Call the CreateIPSQualityDataset tool to create the ArcGIS IPS
# Quality Dataset and the feature classes in the empty file geodatabase
ips.CreateIPSQualityDataset(r"{0}\{1}".format(gdb_path, gdb_name),
                            coordinate_system, dataset_name)

Environments

Current Workspace

Licensing information

Basic: No
Standard: Requires ArcGIS IPS
Advanced: Requires ArcGIS IPS

Create IPS Quality Dataset (Indoor Positioning Tools)

Summary

Usage

Parameters

Derived output

Environments

Licensing information

Related topics