not just copying what I see in those vids. So I just want to make a double curvature surface; I've used a square for this purpose, but can't quite get it to work, as everytime I "play" the Kangaroo Physics component everything just disappears. The ...
I would like to divide a surface with a rotational grid. In particular i would make a u,v grid , on a surface , which can be freely rotated by an indicator and that always maintains the orthogonality of the axes . it's possible? I put the rhino files and grasshopper attached. I ...
Using Rhino and Grasshopper as a framework, a new plug-in named Capybara has been developed incorporating those libraries so they can seamlessly work together, as well as other functions. It is possible to re-mesh in real-time any freeform triangulated surface into a quad-only mesh, whose ...
To achieve this, two 3D simulators, namely Grasshopper and Rhino, were employed to faithfully replicate the English wheel process digitally. Subsequently, optimizing these simulators’ performance paved the way for a comprehensive visualization of the English wheel using the Microsoft HoloLens. This ...
What is a good way to find the curvature at a specific point on a metaball? I'm looking for a mean curvature value as can be obtained from a surface by the sur…
Grasshopper#13 - (Surface Analysis) Structural Analysis DIVA | LOOPING THERMAL ANALYSIS Analysis of the cost of a small building FEA in Grasshopper 3D Comment You need to be a member of Grasshopper to add comments! Comment by enrique soriano on December 1, 2009 at 7:01pm oh man! truly ...
Hi Guys, I am currently studying digital fabrication at university, we are required to take a form made in grasshopper and use various forms surface analysis t…
I was reading Pottmann's et al book 'Architectural Geometry' and there is a lot of interesting stuff to do based on Principal Curvature lines, such as structurally optimal surface divisions and what not. Eager to try your tool, rather sooner than later, not to rush you or anything ;) ...
mesh has an "angle defect" versus a flat mesh also called Gaussian Curvature. How would I obtain this vertex sharpness value (just the sum of angles around a vertex subtracted from 360 degrees) and +/- convex/concave sign for a given vertex of a mesh in a Python module in Grasshopper?