I'd like to start by saying thanks for the video requests! Keep them coming!
Today's request was to show a technique for bringing in local survey data into the Survey Database (SDB) that has established control points; except this time, the local survey data is in static/fixed format. As always, many ways to attack this. In my example, we use the standard cogo tools to translate the data into coordinate space; then export a clean file out that can be used in the SDB.
Check out the video below to see this workflow in action.
-Alan
Alan,
This was a great video! You made the point very clearly on exactly how to do this. This should be of great value to anyone using this collection method.
Thank you,
David
Posted by: David Fagerman | 05/06/2018 at 08:43 AM
Thanks for the comment David!
Posted by: Alan Gilbert | 05/06/2018 at 09:05 AM
Is there a way to export a civil 3d surface to autocad and continue to model with autocad's 3d features (extrude, sweep etc)? I have a small surface from cogo pints and want to continue modeling it in autocad
Posted by: Alejandro Dominguez | 05/08/2018 at 11:02 PM
Hello Alejandro, there are several possibilities depending on what you need. The two most common commands used for this type of work are "Extract Solids from Surface" and "Extract Objects". Both of these commands can be found in the ribbon by selecting the surface in the drawing. One note on the "Extract Objects" command: it will only show pieces of the surface that are currently displayed in the list as being available for extraction.
Thanks,
Alan
Posted by: Alan Gilbert | 05/09/2018 at 10:10 AM
Hello,
Is there anywhere where I can download the survey data files I can use in your videos?
I watched the one on the converting from RW5 to fbk you did a few weeks ago and I'd really like to explore it in more detail.
Thanks!
Posted by: John Spiggot | 05/24/2018 at 05:47 AM
Hello John, sorry I'm not able to share the data files. These were actual customer data files unfortunately.
Take care,
Alan
Posted by: Alan Gilbert | 05/24/2018 at 01:08 PM