I wish central justified attributes would stop moving after recovering a drawing. I am aware this is an Autocad Problem.. but maybe there is a way we can avoid using them..
ATTSYNC does not correct this. The only way to correct this is to redefine the block
Thought some of you may enjoy this tip.. We all use gradings – sometimes our feature lines have curves. We want to move them, but the problem is they don’t stay tangential… Here is a quick fix that doesn’t involve exploding the gradings/feature lines. On the modify ribbon or featureline context ribbon select the “edit curves” button.. (by the way there are plenty of awesome commands on here you should know as well.. have a browse!)
Select a curve – then press the “maintain tangency” button
Fixed! Plus the grading updates!
If you get an error.. move the line a little bit and try again! “It unfortunately doesn’t maintain tangency when you move it again.. but still better than exploding and starting again..
Would it not be nice to match properties between profile/section views and have it create all the same profiles/hatching styles/band styles etc in the target profile view in one click..
New upgrades to the beta.autodesk.com site saw not really a lot change.
It is really difficult to see what requests/issues are posted as there are no descriptions next to the FR DE codes
The editor is does not easily allow one to add inline images to describe what you are talking about. You can only “attach files” which is a very “old skool” way of posting problems an ideas.
If you want genuine contribution from the community get some better technology in place!
Currently the elevation and width targets override using “absolute” elevation or width.
The following changes would add enhanced flexibility to control key parameters in a corridor design.
This allows the user to define delta y/delta x/slope using a profile height.
It removes having to code this as an expression.
It also allows the custom subassembly to display correctly in layout mode.
So for example:
A profile with a elevation of 0.5 would make the slope of a link 0.5%
A profile with an elevation of 1.5 would make a pipe dia in a custom subassembly equal 1.5m dia.
A profile with a elevation of 1.2 would make the relative height of a wall 1.2m.
A offset target/profile with a width from cl/height of 3m would change the relative width to 3m
So rather than constantly having to try and find the correct elevation on the main profile. You can control parameters on a separate profile above/below the main profile. Similar to the Super elevation profile view.
What I Call “Dual Profile Design”
See below for use.
Civil 3D news/tips/tricks from someone like you and also some Unity Game Development stuff