Project aims to provide high rigidity and light weight of the quadrocopters frame using 3D printing technology from ABS plastic.
See details: https://grabcad.com/library/black-clipper-1
Project aims to provide high rigidity and light weight of the quadrocopters frame using 3D printing technology from ABS plastic.
See details: https://grabcad.com/library/black-clipper-1
nce? Once you have a line, geometrically you will only ever get a line tangent to another line after that.
As to the specifics of my project, here's the paper that I'm starting from ...
PDF
The example in the paper is the most basic shape based on a cylinder, whereas the ones I am working on will be of more complex tube shapes, but I need to get this basic design working first.…
e and moving them sideways will stretch the curve - I think you need something that lets you push the curve aside, but so that it can still slide past it.
The next version should have a point-line (or sphere-cylinder) collision option, but as this is in plane, I think we can use the existing line-line collision with vertical lines for the nails. I'll try and put an example together now.…
pendicular with the two lines at the same time.)
actually,I want to do this.How can I guarantee all of these intersect lines perpendicular with each other? any idea?…
noscriptsyntax as rs
import random as rnd
myList = []
for i in range(0,q):
x = random.uniform(0,a)
y = random.uniform(0,b)
z = random.uniform(0,c)
p = rs.AddPoint(x,y,z)
myList.append(p)
…
orException): unsupported operand type(s) for +: 'str' and 'NoneType'Traceback:line 1206, in writeBatchFile, "<string>"line 2022, in main, "<string>"line 2040, in script
I'm thinking of performing a complete unistall of honeybee and ladybug to try and see if that fixes the issues.
Any suggestions?
-M…
ad of summing all of them.
I didn't see the particular equation your example is using, but I imagine it is something defined implicitly (https://en.m.wikipedia.org/wiki/Implicit_surface)
This page also directly addresses this issue of bulging and blending functions:
http://paulbourke.net/geometry/implicitsurf/…
point positions, for which you would add something like this:
public new object Output(List<KangarooSolver.Particle> p) { Line L = new Line(p[PIndex[0]].Position, p[PIndex[1]].Position); return L; }
All of these outputs come out of the O parameter of the solver component.…
rameters and not as geometry, I am not sure why you want to close the section from both ends ? .. You don't need to have a closed geometry to analyze your beam, all what you need is the center line ..
Anyway, post your Karamba questions in the specific Karamba discussion group, you will get more answers there, http://www.grasshopper3d.com/group/karamba/forum…