ging the gap between Grasshopper, the Arduino micro-controller, the internet and beyond. It allows near real-time data flow between the digital and physical worlds, and will read/write data to/from internet feeds, remote sensors and more. Workshop participants will be guided in building responsive structures.
Andrew Payne of LiftArchitects wrote the 150 page Grasshopper manual (for fun on his own time!) is pursuing a doctorate at Harvard University and Jason K Johnson of Future Cities Lab teaches at California College of the Arts.…
ou are employing here?
It is {A,B}(i) --> {A,i}(B) which I believe is flipping the item with the second branch. Even so, I am confused how the data structure goes from 10 branches with 30 items to 150 branches with two items as a result of this first lexical operation while the second operation seems to trim the number of items while adding five more branches.
Thank you in advance and I much appreciate your insight!
Erik…
Z10.0 F1000
Where F1000 would be the feedrate.
Sometimes I think if the feedrate is not specified it would use a default setting for the particular G code.
Is the KUKA defaulting to a preset time per move because you are not specifying feedrates?
Are there different modes for the KUKA? i.e. one mode where each move takes the same amount of time and another mode where feedrates should be specified?
There must be some way of controlling the feedrate other than just having more or less curve division points otherwise you would have to break each LIN command of 150 points down into say 3 points so your rapid moves might be a small number of large, spaced out 3 point moves and your slower cutting moves might be a large number of small, close together 3 point moves. Perhaps this is how it is doen with KUKA, but as I said for most CNC machines you specify a feedrate for each type of move.…
continuous movement using the vortex force.
For the AnchorXYZ component - it needs to go into the ForceObjects input, not the Anchors.
To get the axes for thevortex forces I also added 3 pairs of particles locked to each other in translation.
…
ttern(s) to each of your Brep's surfaces.
Alternatively, if you want to get it to work in 3d like you have it now, you need to ensure that the tree data of each of your inputs (curves, and surfaces going into the Offset On Surface component) match up. For example, you have 5 surfaces that make up your brep, so you have 5 branches. But your curves are distributed over 150 branches, so your curves and surfaces aren't going to "match up" with each other.
If you remapped the paths of your curves to only have 5 branches (using the path mapper for example you could do it with a mapping of A;B;C;D;E;F;G >> A;B;C;D) then your data would line up nicely.
Also, your offset distance probably needs to be negative, and shouldn't be too large or else some curves may not be able to offset successfully that much. You could actually put unique offset value for each curve based on something like it's length or size. But if you do that you need to ensure your data structure matches up!
Best,
Brian…
Added by Brian Harms at 12:24pm on February 15, 2017
rchitects/ researchers/ developers/ educators Gregory Epps (Robofold) and Daniel Piker (Kangaroo plugin for Rhino/ Grasshopper) from London will introduce the emerging trend of robotics in the field of architecture during these 5 intense days of folding, simulation, robotic fabrication and building. Participants will become intuitive at designing folded surfaces, use the Kangaroo physics engine software for the Rhino Grasshopper plugin to simulate folding of metal panels, create robotic simulations in the Lobster software for Grasshopper and use the robots to build 1:1 prototypes. The Hyperbody Workshop Series is open to architecture and design students and professionals worldwide. The workshop requires a fee of € 150 per participant. For further information and updates:www.hyperbody.nlj.d.feringa@tudelft.nl…
ase make your reservation early.
Yasar University Academic Staff: 50 TL
Yasar University Part-time Staff: 50 TL
Yasar University Students: 75 TL
Other University Students: 150 TL
Other University M.Sc. and PhD Students: 200 TL
Other Participants: 300 TL
For further information and registration: berk.ekici@yasar.edu.tr…