Tonybere Posted March 18, 2015 Posted March 18, 2015 (edited) I am creating various assemblies for my corridor. One assembly has a component that slopes down from the crest of the fill at a slope of 1V:2H to a max. of 2 meters below the starting point if necessary, before daylighting at a different slope. How do I set the component to terminate at daylight in the event that it hits the surface and not continue to the full 2m below starting elevation? Edited March 20, 2015 by Tonybere Quote
SLW210 Posted March 19, 2015 Posted March 19, 2015 I moved your thread to the Civil 3D & LDD Forum. Please post Civil 3D & LDD questions there. Quote
Tonybere Posted March 19, 2015 Author Posted March 19, 2015 Thanks, I couldn't find this forum, it wasn't listed at the time. Doesn't seem to matter, though - I only seem to encounter problems that no one has a solution for!! Quote
SLW210 Posted March 19, 2015 Posted March 19, 2015 Sometimes you just have to be patient on certain questions. Quote
Tonybere Posted March 24, 2015 Author Posted March 24, 2015 I have found an answer to my problem, for those who might be interested. Not sure if it is the most efficient method, but... if faced with the situation described above, set the assembly component to omit the link and codes, place a conditional cut/fill check, if it is still in a fill condition, backtrack to previous point and rerun the original link/slope/vertical deflection, then cut to ground. If it is in a cut condition, backtrack to previous point and cut straight to ground. It makes for a complex assembly, so name your components well!! Also, makes for a large file, so I would still appreciate any advice to refine this procedure. Quote
Tonybere Posted March 24, 2015 Author Posted March 24, 2015 Do I get to shed the "Newbie" moniker for solving my own problem?!?!?!?! Quote
Recommended Posts
Join the conversation
You can post now and register later. If you have an account, sign in now to post with your account.
Note: Your post will require moderator approval before it will be visible.