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Create a web map pointed at the feature service using the desired label expression and placement properties. Then reference that web map in your experience builder and field map applications.
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3 hours ago
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Capturing directly into an asset package is a little unusual for manual editing is a little unusual. Why not deploy the utility network to a local mobile geodatabase and let your user edit it there? Editing in an asset package means you won't have access to any of the tools for populating terminals, associations, or subnetwork controllers. You also won't have any of the built in intelligence of the editing tools to enforce snapping/connectivity rules or validating your topological edits. Anyways, if you are going to capture in an asset package, you can let the users edit as normal in the asset package. But before deploying it run a script that will find any blank guid columns (the 000... that you mentioned above) and calculate them to a proper value. This can be done by modifying the script Patrick provided to identify GUIDs that need to be recalculated. Doing it incrementally would allow you to deploy the asset package to a mobile geodatabase on a weekly basis to do QaQc (enable network topology, look for errors, then correct them in the source data).
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10 hours ago
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Run a subnetwork trace with the aggregated geometry result type to see EXACTLY where the subnetwork stops. The most likely scenario is that the pipe itself has become a barrier (lifecycle status is the most common cause) or there is a feature on the pipe that is acting as a barrier (lifecycle status, activate volume, or device status are all possible causes). In the case of a device/junction on the line being a barrier the aggregated geometry will show you exactly which junction/device is stopping the trace.
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yesterday
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Because the asset package is designed for data migration, the "globalid" field in the asset package is actually a GUID. This allows you to map the global id from your source data into this globalid (guid) field in the utility network. If we made it an actual globalid field, it would be managed by the system and you wouldn't be able to preserve your globalids through the data migration process.
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yesterday
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The junction doesn't appear to be selected, so the line is probably a barrier. If you are modeling z-values in your geometry make sure that end point of the line is actually snapped to the juction.
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yesterday
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Unless you're using the "use digitized direction" option, the digitized direction of the line doesn't matter. If the trace stops at the junction, and includes the junction in the returned features, then the junction is a barrier. Check its attributes against the condition barriers of your trace (lifecycle status, device status, etc). If the trace doesn't select the junction, its actually stopping at the line (this is the more likely scenario) which means that the line itself is a condition barrier. Once again, compare the attributes of the line against the condition barriers of your of your trace.
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yesterday
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@KokilaM I can't remember the specific asset type, but that's correct. The Power transformer that steps transmission/subtransmission voltages down to distribution levels would be a subnetwork controller for the distribution side of the station, then the circuit breakers for each feeder are also subnetwork controllers for each circuit.
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@VishApte_NGIS an upstream trace as you have described it would show you the path upstream to the valve(s) to isolate the starting location(s), but not the area affected by the isolation.
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Monday
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If you want to do that you can use something like the batch trace tool to do a connected trace to get everything upstream of the processing plant. You can also set up each controller to have the same subnetwork name, maybe broken by rank (PP1 Gathering, PP1 Trunk), they're allowed to be disjoint. If you keep the model as it is right now, and set up your compressors/pumps as your controllers then when you run an isolation trace it will show you how to cut off pressure from the pump/compressor to prevent gas/oil from leaking out into the enviornment. If you were to switch to a sink-based model, the isolation trace would only show you how to prevent gas/oil from getting to the treatment plant, but it wouldn't show you how to isolate the pressure source. Given that there is a workaround for naming your processing areas (batch trace tool) but not for isolation traces, I would lean towards rely on the model as it was built. You know your data and your business requirements better than I do. Those trunk lines are probably much easier to understand how to isolate than a typical distribution system, but if you model the pipework inside stations than it will be very beneficial to have that isolate trace working the way it was originally configured.
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Saturday
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@Joshua-Young @PierreloupDucroix If you haven't already, please log a case with support on this so they can get a bug created and get a fix out for the next person who comes along with an unwieldy map!
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Thursday
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@SamDeLore tips for looking at logs to understand performance: Utility Network Diagnostics Parsing Utility Network Diagnostic Logs
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Thursday
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@VishApte_NGIS what devices are responsible for moving resources through the system? is it the wellheads, pumps, and compressures that are pressurizing and moving materials through pipes? or something at the destination which is drawing materials towards it? The most important consideration to all of this is how it will respond to an isolation trace. The isolation trace shows you how to isolate an area of a subnetwork from its controllers. If you model your tiers using sinks, then the isolation trace will show you how to prevent materials from arriving at their destination, and which production sites will be cut off. If you model your tiers using sources (the typical way for pipeline) the isolation trace will show you how to isolate an area of the network from its supply and which processing plants/refineries might not receive materials as a result. @TomDeWitte
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Thursday
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I can't think of a way to do that, since you're talking about dynamically symbolizing every manhole based on subnetworks that aren't shown.
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a week ago
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Another way you can do this is to set up a Survey123 form to capture the information that includes a unique ID for the asset. You can then use a dashboard (or arcade expression, python script, join layer, etc) to bring the two datasets together for reporting purposes. I just got done writing a series of microblogs outlining this technique on LinkedIn, and I'm in the process of rewriting the series into a series of community posts. DM me if you want the link to the original article(s) in the meantime.
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a week ago
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126
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Depending on the database you're using you may need to run something like a prune or vacuum if you want to reclaim the disk space associated with deleted records. If you are pruning on a regular basis, then doing this after every prune isn't necessary, since you'll need to reallocate the same disk space. If you've hit some kind of unreasonable high water mark, then reclaiming the disk space may be worth while.
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a week ago
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