cklim
Real time 3D scanners. August 2010. For my FDM project, I wanted to create a form that would be nearly impossible to produce through any other method.
I started in a program called Cinema 4D, a polygonal modeling tool. I first started with a basic dodecahedron shape. I then used the Matrix Extrude tool on all faces to create twisting "limbs", ensuring that none of them were self-intersecting. To smooth out the shape, I used a Hyper-Nurbs layer. This tool simulates a nurbs surface based on the polygonal data and allows you to specify the outputted poly count. Exploring programming in spatial art and design. Rhode Island School of Design, Wintersession 2012.
Fab Demo : Flexible Waffle Frame. Www.christopherwhitelaw.us Fab Demo : Flexible Waffle Frame Posted on January 31, 2012 Demo to program a flexible method to design and manufacture a waffle frame using Rhino, RhinoCAM & Grasshopper 01: Setup and Initial Rib Creation 02: Visualizing Model with Thickness 03: Find Intersections & Flatten to XY Plane 04: Create the Notches @ Intersections & Label Parts 05: Bake & Clean Up Geometry 06: Nest and MOP Sets in RhinoCAM Download Project Files Category: Demos Tags: fabrication, grasshopper3D, nesting, rhino, rhinocam, waffle frame What Others Are Saying Pingback: 2012.SP.PRATT.712B :: Computer Aided Construction:: Parametric Assemblies | www.christopherwhitelaw.us Michell February 2, 2012 at 2:34 am hi, your number 6 video doesn’t seem to be working and its numbered 07 Michell February 2, 2012 at 2:34 am thanks for the awsome tutorials btw cwhitelaw February 25, 2012 at 7:48 pm Thanks, I updated the link.
AY 2011/2012 SEM 2. nAo » Grasshopper tutorial by nao - parametrise a tower. Very first video tutorial of (i hope) a longer series of videos about parametric design.
Grasshopper is a plug-in for rhino, allowing to design with constant control over transformations made (the plugin was formerly called “explicit history”) This tutorial is destined to beginners, it is supposed to illustrate the capacities of the plugin. You will learn how to build a parametric driven tower. The tower can be twisted, bent in X,Y directions and each floor scaled depending on the bending. Click more below to see the videos Part 1 - create a shape, copy it and control nb of storeys and floorheight: Part 2 - apply the rotate component, twist the tower: Part 3 - control the twisting with a range of angles: Part 4 - Bending the tower. TUTORIALES. TUTORIALES. Research » panelling. Paneling Tools webinar: University of Florida 1 of 3. Tessellation in Grasshopper (Beijing Watercube revisited) Tessellation. Panelization in Version 0.06012. Tesselion : Adaptive Quadrilateral Flat Panelization. How to model tri panel system with Grasshopper - Grasshopper.
Surface Panelization Definition. Fast 3d slicer. Ive worked all the day in this definition and I hope you like it.
With this you can: -make ribs with notches -use the sliders to specify the x and y spacing of a rectangular grid or -use a custom grid (for this you just need 2 sets of lines) -specify the thickness of the material -atomatically place and order the ribs with labels for cut -use a 3d guide for construction -Run or stop the definition It has torus example inside with the custom grid option on.
Paper-fold models in Rhino+Grasshopper, can you advise, please? Hi everyone,
Folding - Videos. Origami structure. Hi, I'm trying to create an origami light folding transparent paper.
I have it pretty clear in my mind but I'm new to gh and I'm finding some problems fixing it. I did my basic module (as you see in the picture.) Now I have to copy it, but the question is that modules must fix togheter as the paper model you see in the picture. I'm studing how to do it in kangaroo, maybe the best solution. But the question how do I fold and then fix the vertices and together? LaN / LIVE ARCHITECTURE NETWORK » Archive » GH Surface Subdivision Strategies. **SOFTlab. We are working on an installation called CHROMAtex that is set to open at the Bridge Gallery on August 26th.
The piece is comprised of over 4400 separate colorful panels. It is being made possible by all of our kind and generous friends who have donated to our Kickstarter page… Follow along, watch for updates and donate if you feel like it! There are still plenty of spaces for names and messages. So far the list of communal GH thanks extends to the following (the definition’s not quite done yet… there may be more people to thank in the end): GH unfold panels. Designcoding. Example files geco. Path Mapper Help. As a result of a request please find a series of examples for using the Path Mapper component.
The First installment of this is showing the Path Mapper imitating some already existing components. Flatten, Graft, Simplify and Flip Matrix. There is also an additional example showing Integer Divide to which there is no existing component. For those uninitiated in the dark arts of pathmapper the component can be found on the Sets Tab> Tree Section with the icon of a red cube. Section 8: The Garden of the Forking Path of the Grasshopper Primer 2nd Edition is dedicated to the Tree Structure implemented in GH v0.6. UPDATED to correct an error in the Flip Matrix demonstration path_count should be item_count. Updated: 2011-04-20 Replace Branches. [FORMul[a]RCH]