… sorry i’m a newbie
I didn’t check if OrientSrfOnSrf is already in Rhino.
… but it would be cool to have such a command in Rhino
like in my Sketchup example.
The Sketchup Plugin moves only a specific surface of
an object and orient/project this surface to another surface.
You can see it in the linked video above.
to do exactly the same, my guess is, there is no solid-editing in rhino to do this.
but with single surfaces it is possible: _explode ( the truncated cone) _extendsrf (the cone-like surface, upper edge) _split (using the option IP (infinitive plane)
…selected extended surface
…type IP
…Optoin 3 Points
…click 3 points on the neighbouring object to define cutting plane _delete what you not need _join (cone-like and bottom surface) _cap (to close top)
there is a lot of topics in this forum regarding Push Pull editing … maybe also search for this. kind regards - tom
In V8/WIP using infinitePlane’ (“IP”) as the boundary also works, but not in 7 as far as I can see - that lets you move the face to the angled plane without adding new geometry to the file.
But, @Tobias_Kern - all of this is a much different ball of wax with surfaces than in SKP which is dealing with meshes - I would not, at this stage, expect it to work as well in general with surfaces.
greetings.
I tried the recommended workflow from Tom_P to solve my “problem”.
It works, but I think it takes too many steps.
In Sketchup, I can do the same with 2-clicks, fast and easy!
Is there an official Rhion-wish-list I can turn to?
Hi Tobias - since skp is a mesh modeler the process is very different - making breps behave in the same way is a different kettle of fish- being able to push and pull on brep faces and get predictable, useful results is on the pile of work being done.
I think that if a command like "_moveFace " + option “_toBoundary”
exists and works for some modeling cases, then it should also be
possible to have a command for the proposed technique.
… I mean, the video shows not a trivial modelling technique,
but also not rocket-science.
A flat surface (of a solid) reorients (in this case vertical) to a target surface
(of a solid) that is also flat (but angled).
Tom_P described a method to do it, but with a lot of steps in between.
In Sketchup two clicks.
Rhino is more advanced in commands, techniques, whatsoever …
as Sketchup.
I think it would be helpful, having a new command in Rhino
to do such an operation with fewer steps/clicks.
The plugin in Sketchup is written from a former user in Ruby.
As Rhino newbie, I love some things, but other stuff,
I think it is also too complicated (for me as a newbie).
I’m sure that will change with experience.
Greetings and have a nice weekend, and thanks all for your time answering me.
Tobi
dear @Tobias_Kern
I can totally understand your wish / critique. It is always hard to transfer a workflow from one CAD-package to another.
Something I struggle a lot within an educational context.
The sample you provide is a ruled surface, intersected with a planar surface.
quiet simple geometry. But somehow a very special, reduced case.
The workflow you’re searching is extending the rulers to a new plane…
And I totally agree, that this seams simple, and this may raise the question, why it is not possible with a single command…
But from a “Rhino” (“freeform modelling”-) Perspective, all surfaces might be curved like in the screenshot.
Now there are 3 surfaces involved and each surface can be extended with line, arc, smooth - or might be ignored.
The Alignment might be set by touching, best-fit, boundingbox (world or c-plane), minimal enclosed volume, … whatever…
If there would be a command, it should handle all those cases and their combination. nearly impossible… and this is what pascal is talking about in much shorter sentence:
the great thing about rhino:
if you really need this special workflow (extending [ruled surfaces] (Ruled surface - Wikipedia) (only) to a plane (only) ) many, many times
it is quite simple to write a custom command via the Rhino Commen API or set up some stuff via grasshopper…
meanwhile the workflow posted above will help…