While I am in a profile view, I would like to be able to open a new profile from a different horizontal without having to activate the 2D view. It is a small thing but would be nice.

As it stands, I can make a new Engineering Library on a network drive to share with other users, but if I wanted to make that library the "default", I can't without having to make the change for each individual user.

My company plans to undertake large route alignments, but broken down into smaller alignment sections for different contract areas. Currently, we are 'stitching' the smaller sections into a routewide federated model by using Single Offset Entire E...

It would be extremely useful to have Analyze Point on every tab by default. That tool gets utilized a lot to evaluate all kinds of civil geometry.

This command would allow for a profile to be generated for horizontal geometry with at least two intersecting points. Steps Involved: 1 -Locate Element to Profile [Main Element] 2 -Locate Element Which Intersect (Multiple Selections possible but a...

Corridor report does not subtract the volume of sleepers we added to the model from the ballast. I propose to add in the next version of ORD the possibility to subtract in the ballast the added sleepers.

In ORD 10.11 and beyond the Best Match Field Code Option is now a drop-down of the following: Match exact: Feature Must equal an Alpha Code, only exact matches. For example if there is a Feature Definition with Alpha Code set to AP (Asphalt Paveme...

In complex roadway designs, it is common to have a single horizontal alignment with several associated cant alignments to evaluate different scenarios. When annotating profiles, OpenRoads Designer correctly pulls data from only one "active" cant a...

This would be useful for agencies with strict installation procedures that prevent the installation of exe files.

Lost functionality that was available in Geopak. Helpful to meet specific locations when designing a profile, instead of storing the profile and reading the profile report, or hand calculation of the low and high points.