Low Table PatDef

[laurent_delrieu]

There was some pieces engraved, but as it was not possible to put number on painted pieces, I used a PDF I made to recognize each piece. It is not very fast but it allows to put pieces by lot, pieces from 1 to 9, 10 to 19 … here a part of the file, the file with all pieces is far better in Quality. But it is 35 Mo and 135 pages.
table basse.pdf (632.6 KB)
Then I use Rhinoceros to recognize the pieces when it is assembly time.

[cairn]

Much respect!

[LeGaulois (Charles Collin)]

@laurent_delrieu, I was thinking about this. Why you didn’t start making tutorials on youtube. You have such a great knowledge of the software and experience… it would be awesome…

-CC

[laurent_delrieu]

@LeGaulois I am not on the way to make tutorial, I like to discover new things by answering questions on this forum, why not giving some courses, but as I have a full time job I don’t have lot of time to do that. Grasshopper things are a leisure/hobby for me and I want to keep it like that.

[dfytz1]

@laurent_delrieu Maybe I am a little bit late for the party, but I could not pass when I saw the clustered part.

@laurent_delrieu

then clustered

I was trying to work with fabric patches once, to make a concrete form that would look something similar to this Six fabric-cast concrete examples breaking the mould , but back then I could not figure out how to divide one mesh on a nice looking patches like the ones i see here. Can you give me a hint maybe?

[laurent_delrieu]

I have made some discussion about clustering a mesh

Mesh clustering

[ba8688d3781e6455757789ec70ab5d8f16804698_2_1000x1000] Following the question of Gijs here a short explanation of my mesh clustering. A shape (disk here) is first triangulated with mesh machine, [image] Some random lines are draw on the shape [image] Points on lines are used to get index of mesh faces that are closes to the points. These index in a Datatree are then used as the seed to cluster the mesh [image] Contour of the cluster mesh is extracted as a polyline [image] Polyline …

Agate (Nervous style)

Copycatting NERVOUS work on Agate. [20200506_03] I already tried but it was not similar. Now it seems more similar, mainly because I studied how to use Clipper as a DLL in Grasshopper. http://www.angusj.com/delphi/clipper/documentation/Docs/Overview/_Body.htm [20200405_agate_4] [20200405_agate_3] [20200405_agate_2] [agate_1] And this could give a puzzle like that. I used my mesh clustering and my MultipleMeshes Catmull&Clark subdivision 100 pieces (shape triangulated) [image] 200 piece…

Simple clustering begin with a seed when you have to add rings. Making mores distorted cluster needs to flip some faces between a cell and an adjacent cell.
You have access for free at standard clustering in Nautilus. The more advanced is not sold.

Nautilus

[dfytz1]

Thank you very much!

[Young_Sovitch]

Bonjour Laurent, comment as tu procédé pour obtenir un dxf en ligne et arc pour la decoupe numerique , sans trop de vertex pour le systeme de decoupe.

merci

[laurent_delrieu]

Bonjour
de mémoire je n’ai rien fait de particulier. Le modèle est issu d’un maillage et n’a pas trop de points tout cela est transformé en courbe Nurbs puis “dxf natural”, et je n’ai pas eu de pb avec le fabricant.
Après si tu veux du ligne et arc, j’ai un outil dans mon plugin Nautilus mais il faut en entrée une polyline.