pyrit's Page

"flatten the input ?"

"hi there, run into the same prob. figured it out, but i bet theres a more efficient way to do this ?! 2 questions evolved : * is there a way to assure that random genarated points give a certain sum . eg domain 0-10, 10 numbers which sum up to…"

"http://download.rhino3d.com/Rhino/5.0/meshfrompointsV5x64/"

"for a ready made solution, google for lunchbox components "

"hi there, put the object in the directory, but its not showing up... anyone ? big thx"

"plz do not post here if you dont provide a sample file. i think they want this area for finished examples that are shared with others for learning. "

"please do not post images with selected components, its frustrating ;)"

"Since Kangaroo is more approximation for me, I know its not. If you are not looking for precise, absolute calculation. I would apply a series of different bending (resisting) strength to the series of line segments. "

"ha!"

"side note: I definitely tried clicking the side of the image to unselect the definition ;)"

"hey andrew ! thanks for your answer and def. share. i did a quite similar def with kangaroo which give some info, but i assume that they are best models for kind of homeogeneous…"

"well, it won't really handle sectionally-specific bending properties. But a general bending resistance is possible in kangaroo with the "bend" force. Here's a pretty simple example, maybe you can adapt it to do something closer…"

"In theory, theory and practice are the same. In practice, they are not. Your points arrive at your Set components via different routes, a lot of mathematical operations are not analytic, in that they yield the exact answer you'd theoretically…"

"hi and thx, i admit i overlooked the points, just paid attention to the first one. still i dont understand why the points are not the same because the should be . (theoretically ?!) thy !"

"The problem is not with the Difference component. I wouldn't even be able to identify those 4 points in the other list. :) I think you're making an assumption of accuracy that's not there. You would need to round those…"