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#Bentley open roads install
#Bentley open roads software

To create superelevation, the following are minimum requirements: This file can be referenced to a corridor model and associated, so the superelevation transitions are incorporated into the corridor model. The superelevation data can be in its own DGN file, or can be drawn into any of the other project DGN files with geometry, corridor, etcetera. The result of superelevation are graphic superelevation lanes with cross slope attributes stored in a DGN file. In this option, the rules are not utilized the data is simply applied to the superelevation lanes.

Import - using a comma separate values (CSV) file to import the station and associated cross slope of each transition. As the design progresses and parameters change (i.e., design speed exceptions) superelevation can be reprocessed to the revised parameter(s). Rules-based - using an XML-based rule file, the station and associated cross slopes of the transitions are based on design speed, curvature, and other design parameters. Superelevation can be calculated in two ways: These commands also compute how the road will make the transition from normal crown to a fully banked curve and back again. This will display a progress bar (just like the sending operation) and, if successful, will add the received objects to the current document.Superelevation tools calculate how much banking to apply to curves and spirals in the horizontal alignment to help offset centrifugal force. Once the stream has been added, go ahead and hit the Receive button. If the stream already exists on the server it will automatically be added in Receiver mode. In order to receive data from a Speckle stream, you'll first need to add that stream to your Speckle streams panel. For Civil elements from OpenRoads and OpenRail are organized by their element type, and in OpenBuildings, if you sent gridlines, they will be located in the Grid Systems container.

Civil Element Type (OpenRoads, OpenRail): sends all elements of the selected civil typesĪll geometric elements are organized by Level when they are sent to Speckle: elements that do not have a level will be located in Unknown.

Element Type (all connectors): sends all elements of the selected types.

Level (all connectors): sends everything on the selected levels.

All (all connectors): sends everything in the model that is supported.

The following filters are also available depending on the Bentley application: You should see a progress bar and, once completed, a success message.

You're ready to send! Press the Send button.

The same button should now display the total count of objects that were selected.

A drop-down will appear choose Set Selection.

Select the objects you want to send, and left-click the button that says 0 objects in the Speckle Panel.

First, ensure the stream you want to send data to is in Sender mode.

The more powerful way is to use filtering logic to select elements.įor the simpler selection method, follow the steps below:.

The simpler way involves manually selecting elements in Microstation, OpenRoads, OpenRail, or OpenBuildings.

To send objects to Speckle, you'll first need to specify which objects are to be sent. Once the Microstation, OpenRoads, OpenRail, or OpenBuildings file is saved, the streams associated with that file will be saved too. Once the Desktop UI panel is open, go ahead and create a new stream (or add an existing one) to the current file.

Read up on general guidelines for usage in the Desktop UI section or give our new Desktop UI (alpha) a try. This connector uses our shared Desktop UI. You'll also find the alpha version of our new Desktop UI (alpha) if you'd like to give that a try, but be warned it is still unstable! Click on the Connector button, and this will open a new pop-up window with the Desktop UI. Once installed, you can find the connector in the Speckle 2 ribbon.

#Bentley open roads install

To install this Connector and add your Speckle account, follow the instructions in the Speckle Manager section.

#Bentley open roads software

The Speckle 2.0 connector for Bentley software currently supports: The Bentley connectors are community-contributed: they were developed by Arup ⭐ This means that major feature updates and supported elements will be dependent on the developers at Arup, but we'll do our best to address any minor bugs and issues.