A new version of the Utility Network Editor has arrived, let’s dive into our new beta.
From this beta release, Utility Network Editor allows users to view, create, edit and trace non-spatial features modelled in an ArcGIS Utility Network.
Non-spatial objects were introduced to ArcGIS Utility Network to allow for a further level of granularity. They provide the ability to build schemas for network features without needing to capture geometry. If you are completely new to non-spatial features, I recommend you read this blog.
We understand that modelling utility networks can span all levels of complexity and we wanted to ensure Utility Network Editor supports what organisations need to do whilst providing a simple and flexible user experience. To enable an intuitive experience within the application there are two ways to create non-spatial features:
The first option enables users to search and select the desired non-spatial feature template through the Choose panel.
The second option is by adding a non-spatial feature to a selected feature through the Network Panel. The latter only displays a list of valid connections to streamline your data editing experience.
As part of the workflow for creating non-spatial features, we introduced the X-ray digitisation mode. This enables users to drill into connected/contained features within spatial features and select the correct feature to make the association with.
Tracing Non-Spatial Features
While non-spatial features have no geometry, they do have the ability to be included in traces. In Utility Network Editor, you can run traces and create reports that include non-spatial features. When viewing non-spatial features through the Network panel, there is now the option to add them as either trace starting points or trace barriers.
Like Group Feature Templates in ArcGIS Pro, Smart Templates in Utility Network Editor allow you to create multiple pre-configured features using a single template. When Smart Templates are configured in your app the time and effort required to digitise all features manually drops significantly and manual errors are prevented.
To illustrate this, I have a smart feature template set up to capture a new aerial span in a telecommunications ArcGIS Utility Network. This will create not just the aerial span but also the poles at each vertex. Connectivity between features created by Smart Templates is also inherited, meaning the Utility Network will successfully validate as the new connections conform to the rules of the network.
We are excited to announce that Utility Network Editor supports subtype group layer rendering that has been set in ArcGIS Pro. This means each asset type layer within asset group layers now have their own symbology and visibility threshold. The changes mean features can easily be distinguished and selected in the Create panel. In addition, the visibility threshold of layers ensures that only relevant features appear on the map at different viewing scales.
To reflect the integration of subtype rendering in Utility Network Editor, the display of feature names in the Network and Properties panels has been enhanced. When you select a feature, the feature’s name will display in this format:
subtype group layer – asset group – asset type – asset identifier.
We added this information to ensure selected assets display enough information to the user.
We hope you enjoy this release, with the new enhancements it brings. Further details of the latest release can be found in our release notes. You can find out more about Utility Network Editor on our website. If the above has you interested in participating in the beta, get in touch at email@example.com or by filling out a Purchase Request form on ArcGIS Marketplace.