The CONNECT Edition Update 1 release of StormCAD introduces numerous improvements and features to help you be more successful. Let's explore each of these in detail.
Layout & Data Input
Supported Operating Systems
The StormCAD CONNECT Edition Update 1 standalone version does not require any CAD or GIS software to work. However, it can be integrated with the following platforms:
Wiki Platform Compatibility
Bing aerial imagery and street maps can now be quickly and easily added to a model as a background layer. Map alignment is based on control points. Using latitudes and longitudes, you will be able to get better alignment of the image file with the model drawing. The control point group allows you to define the Latitude and Longitude of the map area you are interested in. The background map scale will be most accurate around the control point. You have a few Map Styles to choose from: Road, Aerial, or Aerial with Labels.
See also (including video demonstration) here: How to add background aerial and road map images to your model
New ModelBuilder Snapshots feature
You can now create snapshots when creating a model with ModelBuilder and use those snapshots at later times to identify locations where the model and data source have diverged, providing the user with a way to reconcile those differences. The process below provides the user with a way to better control data used to update the model.
After a model is created or updated from the data source using ModelBuilder and the two are in sync, you can create a snapshot which contains the list of all data that has been imported from the data source.
If the user wants to update the model, it is possible to import all data but because many users have made changes to the model that they want to preserve, users often preferred to import only that data that has changed. The user can select the snapshot from the data source from a given time and preview any changes,
In the preview, the user can review all instances where the model and data source have diverged and select which data to place in the updated model. When the user builds the model using the Sync In function only data that the user wants imported is used to update the model.
Spatial Join feature in ModelBuilder
A new Spatial Join feature has been included in ModelBuilder, as a way of adding and updating a model based on the closest matching geometries.
The tolerance has a default of 100, with the unit based on what was selected for the connection. After clicking Next to go to the Field Mapping section of ModelBuilder, you will see that the key field is set to the <label> field generated by ModelBuilder. If you want to use a label from the source file as the label in the model, you can use the field mapping in the lower left to set the label, as well as any other properties of note.
Elements in the data source that don't match with any existing elements in the model will be created in the same way that an element with a key field not already in the model would be created.
When synchronizing into the model with spatial join enabled, ModelBuilder will first look for exact matches spatially and map them. Then searches are done on the remaining elements using the specified tolerance. If there are multiple nodes found within the tolerance, the closest one is chosen. If there are multiple polylines found, the distances between the start, mid, and end points are used to choose a match. If there are multiple polygons found, the distances between centroids are used.
In addition to mapping a label, you can also map GIS-IDs. If the GIS-ID is one of the fields in the external file, you can select the GIS-ID from the Property pulldown menu and assign the GIS-ID to the element.
ModelBuilder Sync-In and Sync-Out by selection
You now have ability to update a model or sync out to a source file based on a selection of elements, as well as all elements in the model or source file.
If you choose to import to a selection of elements, you will either be able import to elements that are already selected or to a selection set that exists in the model.
This works the same for the Sync Out option in ModelBuilder.
ModelBuilder Batch Import
A new batch import tool is now included for use in the Command line (CMD) on your computer. This allows for a faster import of .MBC files into ModelBuilder and more efficient model building workflows when using existing ModelBuilder connections.
From the CMD dialog, you can enter the name of tool (Haestad.ModelBuilder.BatchImport.Driver.exe) followed by an input flag with semicolon delimited .MBC files.
Branch labeling enables you to easily adhere to standards that label pipes and nodes based on network branches. This is sometimes required in certain locations, such as the UK. Branch labeling sets the labels of conduits (or pressure pipes) using the indexes of the branches that the conduits are in and using the indexes of conduits in the branches. The branches used for setting conduit labels are found by searching the longest path from an outfall node or a node in a branch. This can be used to help identify branches in the system and set labels so it is easier to identify where these branches are.
To run the Branch Labeling tool, select the Tools > Tools > More > Branch Labeling to show the Branch Labeling Setting dialog.
These fields expect numerical values, but you can set branch numbering and pipe number to the start and increment value that works best for your system. Below is a screenshot of a sample of what this looks like after running.
The longest path is from MH-1 to the outfall. The conduit directly downstream of MH-1 is given the label 1.000, as it is the first pipe in the first branch. The labeling continues downstream to the outfall. Other branches are identified and given the appropriate label, such as 2.000 (the first pipe in the second branch).
When there are loops in a storm-sewer network, these loop branches are first located. Then, the loop branch is split into two branches. One branch will consist of a longer stretch of pipe. A second branch will consist of a smaller stretch of pipes. The numbering of the loop branch will follow the branch to the downstream node of the loop. The screenshot below shows a case like this. The loop consists of conduits between MH-10 and MH-5. The main branch is the longer path, and is labeled 3.001, 3.002, and 3.003. The loop branch here is called 4.000, and extends from the upstream to downstream not of the loop portion of the branch.
When adding a terrain model, you now have the ability to show the Civil product triangles or TIN (Triangulated Irregular Network) when loading the file. Triangles can be useful when reviewing catchments that are generated from using the Terrain Model. In addition, Triangles can be useful when doing the downstream water-drop trace.
When using Time-Depth or Time-Intensity storm data, the source of the dimensionless rainfall curves is now documented in the Storm Data dialog. This will include information on if the storm is from a dimensionless curve, and if so, which dimensionless curve library and rainfall curve was used. This makes it easier for you to understand the source of your storm events.
If the storm was not created from a dimensionless curve, the fields for Dimensional Rainfall Curve Library and Dimensionless Rainfall Curve will be blank. If you open an existing model from an older version of the product with existing rainfall data, these fields will be listed as Unavailable, even if they were generated from a dimensionless curve library.
Ability to add K coefficient in TR-55 shallow concentrated flow Tc option
The Tc Data Collection has included the TR-55 Shallow Concentrated Flow option, which includes selections for paved or unpaved surfaces. A new option, “Other,” is included in addition to the paved and unpaved selections, which allow you to enter a K coefficient for other surfaces and better calculate the Tc for various surface types.
Critical Storm Analysis
The Critical Storm Analysis function enables you to quickly view and analyze which storm events were the worst-case (the “critical” storm) for each manhole and catch basin. This type of analysis is common in some locations. You can select a range of scenarios and check whether each storm event causes problems that might require adjustments to the design.
It will check if a given storm and duration will cause a node to be surcharged, overflow, or be at risk of overflowing. It will also display the critical storm event, which is the storm that causes the most extreme conditions, and the first storm event that will see either surcharging or overflows.
To run this, go to Compute and select Critical Storm Analysis. You would then select the scenarios to be included in the run.
Once computed, a table is generated that displays the results, including the status of the nodes, as well as key results related to if the system is surcharging or overflowing. There is a color coding column to easily pick out the status of the node to show if the node is not expected to see surcharging or overflows, or if it may see these conditions.
Conduits surcharged user notification
A new user notification was introduced that indicates when a conduit is surcharging. This will better allow you to identify when a part of the system may be undersized. This will status that when a conduit is surcharged and allow you to zoom to that element when identified.
Generate user notifications for flooded nodes
User notifications are now included to notify the user when a node is flooding.
Easier Access to External Tools
The External Tools menu has been included in the Tools tab. This allows for easier access to the External Tools manager, allowing you to select the tool and run it.
Save to Package feature
The Save to Package features allows you to bundle necessary files together and compress them into a zip file. This will make it simple for cases where you need to supply model files to a colleague, to a reviewer, or to technical support. By default, the models files (.stsw and .stsw.sqlite files), dwh, dwh.profiles are included in the package file, but you can also opt to include log, result, backup, and background files as well. You can access this by going to File > Save as Package
This feature allows you to customize a set of validations rules so you can check a model against a set of specific engineering standards, such as diameter ranges, materials, and pump status. You would define the severity of the standard (Information, Warning, Error). If flagged during validation, this will appear in the Engineering Standards tab of the User Notification dialog.
Scenario tree view in Ribbon drop-down menu
The Scenario dropdown menu is now improved to show a tree view for a clear and easy way to select the appropriate scenario from the dropdown menu.
GIS-ID Control Center
A new GIS-ID Control Center is now available to quickly view, edit, and populate GIS-IDs in a model. You can find the GIS-ID Control Center in the Tools tab.
All elements in the model are available in the table. The GIS-ID column is a comma delimited field, meaning that multiple GIS-IDs can be entered and viewed, separated with a comma. ModelBuilder can be used to import the data, which will then appear in the GIS-ID Control Center. If you edit the GIS-ID collection field in the element properties or element FlexTable, the data you enter there will also appear in the GIS-ID Control Center.
If an element had a GIS-ID and is deleted from the model, you are still able to track these elements and their GIS-IDs. A separate GIS-ID Control Center for Deleted Elements option has also been included. This will allow you to track the GIS-IDs used in a given model, even for elements no longer present.
Open on Selection option in FlexTables
An Open on Selection option is now available from the Select from Drawing button in the element FlexTables. This feature allows you to filter the FlexTable based on elements that are highlight on the screen.
An Open on All Rows option is also included, which effectively resets the filter used with Open on Selection.
Delete cell in grid views
You can now delete data from a cell in FlexTables and other table by simply using the Delete key on your keyboard.
The Options dialog has been moved to the File menu, where it can be more easily accessed to make adjustments to settings in a model.
New Info item
A new Info item has been added to the File menu. This is a convenient place to enter and find information on a specific project.
This also include everything that used to be in the Hydraulic Model Properties dialog. In addition, there are buttons that allow the user to directly open relevant folders related to the model, including the file location, the working folder, the Program Data folder and the User Settings folder. The Program Data and User Settings folders contain configuration files, Engineering Libraries, and other files you may occasionally need to access.
Integrate CONNECT Advisor functionality
CONNECT Advisor is a central hub that provides an easier way to access information across a variety of locations such as Bentley Communities, LEARN Server (training), YouTube, and more. This is included in the ribbon and is available when you have signed into the CONNECTION Client. It will list recent content as the default, but will allow you to search for topics as well. In future releases, CONNECT Advisor will provide even easier access to useful information and training.
Product TechNotes and FAQs
OpenFlows Product TechNotes And FAQs
SewerGEMS and CivilStorm TechNotes and FAQs
Downloading OpenFlows | Hydraulics and Hydrology Software
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Cumulative patch set information
Set up notifications for new versions and patch set releases