Unified Joint
In this grasshopper example file you can create a unified joint from the intersection of a series of curves by using the dendro plugin.
Script By:Amir hossein khazaei
In this Grasshopper Example File, you can design a parametric ceiling inspired by the differential growth algorithm.
In this Grasshopper Example File, You can use the Ngon plugin to design a Quad-Mesh Facade with an attractor point.
In this Grasshopper Example File, you can generate a platonic lamp shade by using the graphicstatics plugin.
In this Grasshopper Example File, You can transform a bitmap image in to wavy strips.
In this Grasshopper Example File, you can design a Parametric Connection using the kangroo and parakeet plugins.
In this Grasshopper Example File, you can design a parametric tensile Structure using the parakeet and Kangaroo plugins.
In this Grasshopper Example File, you can design a Circle Packing Wall pattern using the Kangaroo and Dendro plugins .
In this example file, You can design a parametric facade using the image sampler.
In this Grasshopper Kangaroo example file, You can design a parametric surface by defining a series of points locations.
In this Grasshopper Weaverbird example file, You can design a parametric tower by using the weaverbird plugin and controlling the shape by a series of curves.
In this Kangaroo example file, You can create a circle packing pattern and then control it with a base surface.
In this Grasshopper Kangaroo Example File, you can design a Parametric Chandelier from any closed planar curve.
In this Grasshopper Parakeet example file, You can design a parametric planter using the differential growth pattern.
In this Grasshopper Kangaroo example file, You can design a tensile structure using the Parakeet plugin to generate the differential growth base pattern.
In this example file, You can rotate a series of polygons around a core and create a parametric twisting Tower.
In this kangaroo example file, You can design a parametric tensile structure in a boundary using the Mesh+ and Weaverbird plugin.
In this grasshopper lunchbox example file, You can design a series of parametric panels with connections.
In this grasshopper voronoi 3d example file, you can design a parametric roof by using 3d voronoi cells ad defining the opening.
In this example file, You can use the Lunchbox plugin to design a paramtric shelf with random divisions.
In this example file, You can use the mesh+ & Weaverbird plugin to model a smooth mesh with openings.
In this grasshopper Mesh+ example file, you can design a parametric column by scaling a series of circles.
In this example file, You can design a parametric twisting tower by rotating a series of circles around the core.
In this grasshopper example file, you can use the Droid Plugin to Generate G Code for 3D printing a Mesh.
In this Grasshopper Example File, You can design a parametric tensile roof by using the MINSURFACE plugin.
Comments
Claudio
I would like to take advantage of this definition, to apply it to an “organic Point Cloud”, which defines a certain Volumetric Shape. Each _encounter node is obviously different from the other junctions, either in number of elements or incoming angles). I should adapt this definition for each different Node in particular, (one by one) or could I find All the different Solutions that my volume would have?
Help
Greetings (nice work!Congratulations)
rezae
Attachment unified-joints-multiple.zip
Thank you Claudio we are so glad that you liked it.
I’ve attached a sample script from your idea.
I don’t know if that’s relative to your idea or not, please let me know
many thanks,
Cfeldman
Attachment 3DPrinted-Node-02.jpg
Hello !!!
Thanks for the answer, and the Script!
I am studying it…..i need to see with an object if i can resolve each joints
………..
**I would also like to ask, if this is not
also totally applicable to the other Tutorial(s) example :
1) “Digital Joints”, and
2)”3D Printing Connections”
where someone also asked about taking a volume and trying to solve each node ?.
Greetings
Thank you, this site is full of a lot of Interesting Material!
Greetings
Cfeldman
Attachment website-connection-joints.jpg
and these others 2
rezae
Hi Claudio, we are so happy to have you here!
It is totally applicable and practical, we will make those scripts in the future. Thank you for your inspiring ideas.
Best