shift in U and V direction, setting the base and setting the size. It is kind of working. See the picture attached. The 3D object doesn't morph seamlessly yet. I think it has to do with the size of columns and rows of the grids.
I want to do this using grasshopper so I can set the parameters instead of hard numbers. I tried to use 3D morph in Grasshopper, however, I can only set the shifts in U and V directions, but I can not set the base or the size. I want my 3D object to span 2 units in U direction and 4 units in V direction, shift 2 units in U and 6 unit in V. The 3D object need to be able to tile seamlessly in 3D space.
Any information will be highly appreciated.
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Iteratively slicing a cube with a collection of planes. Testing the new 3D Voronoi cell slicing algorithm. Still needs optimizing though, slicing with 500 planes still takes 3 seconds.
Added by David Rutten at 4:40am on December 13, 2011
18): 'Rhino.Geometry.AnnotationBase.Text' is obsolete: 'Use RichText or PlainText' (line 88)
2. Warning (CS0618): 'Rhino.Geometry.AnnotationBase.FontIndex' is obsolete: 'Use Font property instead' (line 92)
3. Warning (CS0618): 'Rhino.RhinoDoc.Fonts' is obsolete: 'Use DimStyles table instead' (line 92)
1. Error (CS1061): 'Rhino.Geometry.TextEntity' does not contain a definition for 'AnnotativeScalingEnabled' and no extension method 'AnnotativeScalingEnabled' accepting a first argument of type 'Rhino.Geometry.TextEntity' could be found (are you missing a using directive or an assembly reference?) (line 94)
Wondering, if perhaps, you will be updating for Rhino 6 compatibility?
Cheers
Lyndon
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there is a gap there, so the pipes will not connect unless you make them larger and put rounded ends on them.
3. Most any 3D printer will have problems printing something as long and thin as your pipes are.
4. Attached is a screenshot of a section of you pipes (with flat ends to make them closed surfaces) after slicing with the Slic3r program. Except for that one outside corner, everything is connected. I'd suggest you try again with a layer height of 0.200 mm (or smaller) and a printer nozzle of 0.400 mm diameter (or smaller).
5. If you click on the Internalize option for the Crv component you will not need the Rhino file any longer - doing that loads the Rhino geometry into your GH file directly and saves it there.
6. Your pipes will need a lot of supports for 3D printing - but you already know that. Removing the support material from something that flimsy will be quite difficult. You would have better luck if you had a way to print them using a resin based printer - but these usually have smaller print volumes and are expensive.…
Added by Birk Binnard at 2:17am on November 21, 2017
Hi folks!
I'm splitting form done in fusion 360 into chunks for a 3d printing
splitting on one of directions fails
please comment on what am I doing wrong
I'm on rhino wip mac
Thank you!
Rhino 3D Product Design Rendering Demo using Cycles Grasshopper Shaders. Studiorola provides Rhino 6 Rendering Training in Singapore. http://www.studiorola.com