Hello @Nic.renaudeau,
Frame is driven by skeleton part with adaptive technology for frame member, please make sure the skeleton part are proper transfer the parameters to infraworks with the bridges.
It is true that you have to set up all of the parametric in Inventor, when you create the part. But once you bring it into InfraWorks, you can change ANY of the parametric attributes on that part. You can set it up to have a variety of different part sizes when you bring it in to InfraWorks, and each of those sizes will be listed in the Content picker. But you can also directly select a pier in InfraWorks, and change any of its parametric attributes like column thickness, cap depth, etc.
Here is a video showing the complete workflow (You might have to Right click and download the video if the player isnt working properly).
The only thing it is missing is Right Click > Send to Revit. Try it out.
Here is some more information for your reference -
In the InfraWorks >2018.1 release, we added support for parametric road decorations that leverage the same approach that we have been creating for bridges. Also, in >2018.1 releases, we can use Inventor assemblies as parametric content, in addition to parts.
In the attached 3 images, I created an Inventor assembly of a very basic bridge bascule. I imported it in the InfraWorks Parametric Models tab of the Styles Palette as a road decoration. I was then able to add it to an existing road as shown in the first image. On the right side of the image, you can see the Inventor assembly parameters that were exposed as "key" in Inventor and thus, available for editing in InfraWorks. For instance, I changed the BasculeAngle parameter in the 2nd image and the model updated. Note that since this Inventor based bascule is introduced in the model as a road decoration, I had to play with some of the hard coded road decoration parameters shown in the Geometry section, such as spacing and rotation, in order to align as desired.
Alternatively, instead of placing this bascule along a road that has an InfraWorks based parametric bridge (where, by the way, all the bridge components are based on Inventor sub models), I created a "dummy" road in image 3 and made it really short and narrow with the goal of leveraging road decorations to place any Inventor assembly or part and being able to move it around in InfraWorks as desired and having access to the models parameters.
By the way, there are many advantages in modeling bridges directly in InfraWorks. While we do not yet directly support more specialized bridge types such as movable, suspension, arch or cable stayed, these can be modeled using a combination of InfraWorks, Inventor and some java script code in InfraWorks.
One interesting aspect of the bridge modeling in InfraWorks is the fact that you can easily open up the bridge model in Revit for detailing with rebar and creating construction drawings etc.
Regards,



Xun