When specifying a profile target it should automatically know which alignment to use based on the baseline.

I wish I could paste an address into the data shortcuts editor so that I could quickly go to the correct data shortcuts folder. Instead I have to manually go find the path every time.

This would also be useful for the prospector too!!!

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

Should look like

Be great if reported values in civil 3d could be easily rounded to nearest 10/100 etc.. using the precision setting.

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..

Seems pretty obvious.. But wouldn’t it be nice to change the comparison surfaces without creating a new volumes surfaces

Some styles are unnecessarily duplicated through the product just to change one parameter

For example surface styles

Just to have the interval changed. Would it not be nice to simply have an object dependent property override?

This could apply to more than just surface styles as well.

Profile/Section Views – vertical exaggeration

Alignments Labels – major/minor spacing

Cogo Points – Left/Right side

Other quick features that would be great like the build definition options…

EDIT: You can download the subassemblies demonstrated below from link here

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.

1. It removes having to code this as an expression.
2. 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.