michina
Guest
I have a problem. creating walls with place family, these do not behave exactly as such, that is, they do not adapt, stretching, to cover. I ask you: is there a more scientific way than that of the solid extrusion of internal families?
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gfrank
Guest
Right. the walls designed in-place are defined objects (extrusions), static and non-parametric, therefore do not have the specific properties of the family of walls.
for these reasons it is always advisable to use the families of the walls, possibly to be adapted with extrusions and/or grooves.
in-place design should be the last resource ....
for these reasons it is always advisable to use the families of the walls, possibly to be adapted with extrusions and/or grooves.
in-place design should be the last resource ....
michina
Guest
thank you so much, but then you tell me that, if I have a wall, es in stone and this has irregular section, that is it begins with depth 50 and ends to 60 cm with various sguinci, can I do it directly with family walls? I am a very fresh user...for precision I started 3 days ago..with some explanation and trying to make qs project...with the walls I felt I had no alternative except to make them regular. . I don't know how to do... thank you very much and good day!
frcprogetti
Guest
Hello and welcome.
the family of system walls allows to make regular walls in thickness, as the rectangular profile of the wall itself can be edited.
when you have to deal with irregular walls you can follow different paths.
1. create an in-place wall with the local component-model command. choose the category wall designs the pattern-wall with three-dimensional modeling options. for a shoe wall you can extrude a profile on a path or choose the union modeling. the creation of such a wall entails problems such as associations, door insertion, stratigraphy, etc.
2. You could always use the wall system family and rake the same with a vacuum that you will cut before finishing the modification on the wall.
3. only if the wall has regular but tilted thickness, you can disengage a suitable mass and use it to draw the wall 'from the surface'
I hope I've been clear.
Hi.
the family of system walls allows to make regular walls in thickness, as the rectangular profile of the wall itself can be edited.
when you have to deal with irregular walls you can follow different paths.
1. create an in-place wall with the local component-model command. choose the category wall designs the pattern-wall with three-dimensional modeling options. for a shoe wall you can extrude a profile on a path or choose the union modeling. the creation of such a wall entails problems such as associations, door insertion, stratigraphy, etc.
2. You could always use the wall system family and rake the same with a vacuum that you will cut before finishing the modification on the wall.
3. only if the wall has regular but tilted thickness, you can disengage a suitable mass and use it to draw the wall 'from the surface'
I hope I've been clear.
Hi.
michina
Guest
Thank you so much and pleasure to meet you. I'll get some evidence!
Miki
Miki
michina
Guest
I created a wall and added a mass, but it recognizes me as such not as a wall... could you better explain to me point 2? Sorry but I'm so early that maybe I don't understand obvious things... thank you again
Miki
Miki
frcprogetti
Guest
As for point 2 is an operation that you can always use to create blanks, niches and other in the walls.
once you plot the wall with the system family you can tape it with a vacuum that goes to eliminate the occupied part from the vacuum itself.
choose therefore component> local model > vacuum.
choose extrusion and impose a reference plan that counts the narrow face of the wall. then before closing the design click on size geometry and selections first the vacuum and then the wall. close the drawing.
if you are not clear to yourself read the last tutorial on my site.
Hi.
once you plot the wall with the system family you can tape it with a vacuum that goes to eliminate the occupied part from the vacuum itself.
choose therefore component> local model > vacuum.
choose extrusion and impose a reference plan that counts the narrow face of the wall. then before closing the design click on size geometry and selections first the vacuum and then the wall. close the drawing.
if you are not clear to yourself read the last tutorial on my site.
Hi.
michina
Guest
Waw!! grazie davvero!
michina
Guest
Hi, I'm still asking for advice. Is there a manual done well on revit 2010?
Thank you again!
Thank you again!