It will instead be located with the other default styles that install with InfraWorks. Your custom component road style will not appear in the Custom folder. Then copy them to C:\ProgramData\Autodesk\InfraWorks\LocalLibrary\Styles\Component\AssemblyĮvery project (new and existing) will now be able to use your custom roadway style. To find these files, browse to the following location:Ĭ:\Users\\Documents\Autodesk InfraWorks Models\Autodesk 360\\.files\unver\Content\Styles\Component\Custom ACITEM file (this is the actual roadway definition and tells InfraWorks which components to use).
PNG (the thumbnail preview of the road) and a. Within that folder will be two files associated with your custom roadway style – a. When you save a custom component road assembly its definition and preview image are saved to the project directory in a folder labeled “Custom” (similar to the Custom catalog folder in Option 1). If you don’t want to import a JSON file every time you create a new model you can copy the component road source files to InfraWorks’ ProgramData folder and they’ll be available for every new model as well as every existing model you have. Click the Save icon to export the current catalog to a JSON file that you can import into another model or share with another InfraWorks user. On the Style palette click on the Component tab and navigate to the Custom folder (this is where any component roads that you’ve created in the current model are stored). What do you do? You have two options in this scenario: 1) export the component road style to a JSON file that you can import into another model or 2) copy the component road source files to InfraWorks’ ProgramData directory and make them available to all models without having to export to a JSON file first. So, you’ve created a detailed component road with multiple lanes, striping, shoulders, curbs, sidewalks, decorations… THE WORKS! But now you need to use the same component road style in a new model. And because the captured photos are geotagged with coordinates from the location of the drone at the time of the flight, and you set the appropriate coordinate system, the point cloud will fall right into position within your InfraWorks model. You can then use the point cloud as a reference to sketch the existing buildings and set their roof heights accordingly.
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After the photos are processed, download the resulting Recap file and import it into your InfraWorks model. If you have an FAA Part 107 drone pilot on staff, why not take advantage of them and gather aerial imagery for your InfraWorks model? Using an autonomous flight application (I personally like Drone Deploy for this but there are plenty of other apps that can do this such as Pix4D, Litchi, and more) capture the images, upload them into Autodesk Recap Photo, set the desired coordinate system, and let the power of the cloud do all of the processing work for you. In this article, I’ll show you a more accurate way of adjusting building heights using aerial images from a drone as well as a few other tips to speed up the design process.
In my previous Tips & Tricks article ( AUGIWorld March 2017) I showed you a way to adjust the height of buildings imported using Model Builder. From the upcoming AUGI World magazine – March 2019 edition InfraWorks Tips & Tricks
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