3d hill with revit

[viola_stud]

Hello.
I enrolled now at this forum and hope not to make mistakes!
here is my problem:
I'm trying to generate the solid of a hill in revit using level curves.
Is it possible?
I have already read some conversations on the forum for creating the surface from level curves..but in my case it finds very few points and generates a form that makes no sense. .
So I wonder, am I wrong? or is this not the procedure to follow?
Perhaps the problem is that level curves are closed polylinees?

Thank you for the availability and time you will dedicate to me!
Thank you!

 

[render54]

Hi.
you asked the question here and probably the moderator will move it
however you can do in different ways
- you make polylines at various elevations in autocad
amounts in revit and then go to "volumetrie and planimetria" create the planimetry with "crea da importa", revit will spread a pitiful veil:biggrin: on your polylines
-import the dwg of the area and positions to recalc with "put point" the points giving hand the altimetrica quota
- you create the area by placing the points at home first the points at altitude 0 then the points at altitude x then the points at altitude xx and so on

 

[viola_stud]

I'm sorry.
Anyway. . I tried importing from autocad and actually you can not.. I will try by manually inserting points :-(
Thank you.

 

[render54]

Try again... because... I'll work you out a few months ago.

 

[render54]

I'm sorry.

 

[viola_stud]

Okay, I got it. .
I take advantage of it to ask you another question (as you imagined I started using revit recently!). Now that I have the surface, like the solid kidney(full)?

 

[Tristan]

the topographic surface is a surface, can not become a solid. you can possibly enable the section pane and circumscribe the surface, but this does not turn the surface into a solid, gives you only the impression:wink:

 

[render54]

as tristan says is a surface to the max you can change the depth that appears in the sections as you can see in my images, in the image where you see it as a whole, in the image that is dissected seems to have a volume below, but there is no