Ability to annotate slope between linear features in plan using the Civil Labeler
Ability to annotate the slope between two linear features in plan. Currently we can only annotate station and offset but it is very common for designers to check cross slopes.
Open API to programmatically create Feature Definitions and Feature Symbologies.
It would be extremely helpful, if we were able to programmatically create Feature Definitions and Feature Symbologies so that automation of the creation of new 'Custom Drainage Features' every time a drainage structure had a different bottom box (...
Drawing layout from right to left - plan and profile.
Fundamental convention for technical drawing demands that the north arrow point to the top of the page. Often an alignment either provided by a client or already exiting will progress from right to left. This being said, when creating plan and pro...
I am manually annotating cross sections (~90 total) due to the drawing model annotation tool not working properly. Therefore this idea came about after frequently using the "Note>Place Label" tool and these two feature names: XS Offset & XS...
Profile annotation in the point shows slope of the middle of the left and right line
Please see attached file. User would like to be able to show slope of the middle of the profile lines, in annotation that is assigned to a point. Annotation shown on the printscreen.
Separate vertical alignment model from horizonal geometry
One of my biggest pain points about ORD is if the horizontal geometry is dropped or broken, the vertical is consequently lost as well. This creates significant rework from a design and plan production standpoint (connected named boundaries). One w...
Create a better workflow for stacked cross sections. No need for complex seeds and dgnlibs. Just choose if we want to stack everything in a drawing model or in a sheet, how many rows and columns and hit enter.Maybe define the offsets and get a pre...
External model checking process - by possibly running a report to identify where 3d conduit string lines have been placed - i.e soffit, centre, invert, crown or base, this will ensure all output data of conduits are consistent for construction.
This is useful to enable a) - checks to be carried out, b) - to identify possible conduits that require amending - to align with all others. This will enable consistent and accurate output data to be produced, that can be used to construct from.