2010-04-27 11:26 AM - last edited on 2023-05-23 02:57 PM by Rubia Torres
2010-04-27 11:27 AM
2010-04-27 11:27 AM
2010-04-27 11:53 AM
2010-04-27 05:48 PM
2010-04-27 07:13 PM
Erika wrote:I believe the roof contains several lines that are not coplanar ... so in this case, I would go with Dwight's method (or maybe trying to achieve it directly with several segments of roofs).
Or if the slope, see screen shot is a steady angle you can adjust the pivot line of the roof.
2010-04-27 11:05 PM
Jamie_K wrote:I don't have the specific cross-sections through your building to check this against, but this should be easy to tackle with OBJECTiVE. Also, when you say roof profile, do you mean the profile of the roof structure or the cladding applied to it? I've drawn an example with OBJECTiVE with a custom profile bent through the approximate shape of your roof. The object has a vertical offset for the overall rise, is bent to the curve of the perimeter walls, is twisted along its length to echo the changing pitch along the length, and the top spine is also bent to bring the tangent to the curve level at the roof apex. The whole object is then split down the middle and mirrored (see attached plan, elevations, and 3D). I can give you specific parameters if you need more detail.
I just wanted to know if there is anyway that I can angle the objective tool or the roof profile so that it inclines not only longitude but also has an angle latitude
2010-04-28 06:31 AM
Ralph wrote:Wow that looks exactly like what I'm looking for. If you could please give me the parameters and just an easy instructions I would greatly appreciate it.Jamie_K wrote:I don't have the specific cross-sections through your building to check this against, but this should be easy to tackle with OBJECTiVE. Also, when you say roof profile, do you mean the profile of the roof structure or the cladding applied to it? I've drawn an example with OBJECTiVE with a custom profile bent through the approximate shape of your roof. The object has a vertical offset for the overall rise, is bent to the curve of the perimeter walls, is twisted along its length to echo the changing pitch along the length, and the top spine is also bent to bring the tangent to the curve level at the roof apex. The whole object is then split down the middle and mirrored (see attached plan, elevations, and 3D). I can give you specific parameters if you need more detail.
I just wanted to know if there is anyway that I can angle the objective tool or the roof profile so that it inclines not only longitude but also has an angle latitude
2010-04-28 10:59 AM
2010-04-29 12:57 AM
Jamie_K wrote:I'm trying to reply, but the forum engine seems to have gone mad and won't take any images - I'll try again tomorrow.
Though thank you would greatly appreciate how you did that.