How to know what rules are on a specific element. we can have rules per terrain, corridor, alignement in plan and profiles but there is no way to know what rules are associated within a particular element.

Add option to create complex terrain with only 1 terrain so users can add other terrains later.

The create drawing dialog creates saved views from named boundary clipping elements. Plan sheets may contain annotation that is placed outside of the graphics/linework clip. Provide a method to create a second set of named boundaries that represen...

Reference setting for saved view reference attachment to synchronize "settings from design model" synchronizes the level display state from View 1 of the view group that the saved view was created from (this is often the "Default View Group"). Whe...

When using the Create Drawing Dialog to cut sheets, Plan Mode, with One Sheet per DGN enabled, the sheet dgn files are named based on what is entered in the Sheet Model Model Name field. Add a field for Sheet DGN name. The DGN name needs to comply...

Currently, the workflow to achieve this is in general case (including canted track) where profile = lower rail elevation is : Create lower rail of branch line: horizontal offset create rails on main: create rails command Extend slope defined by ma...

Existing cant annotation is often, if not always, required on profile drawing. Actually we must project rails onto the profile, create aliases, to extract level differences between existing rails whereas the information is fully available from reg...

As a Designer I want the ability to annotate point elevations and dimensions like we are able to in the drawing model cross-section so that checking the model during design before cutting sheets helps us.

When using the drawing production tools and selecting the option to create the drawing in a separate dgn file there is no way of updating the annotation groups in the resulting drawing file. This seems like a completely flawed workflow as you are ...

It is helpful to have corridor overlay components that follow the surface for the bottom option, and follow a set distance above the surface for the top option. This was achievable in PowerGeopak SS10 by inputting a negative number for the surface...