as worked well for me. The only discomfort I'm having is the need to extrude the profiles into 3D objects in order to nest them. This causes some computational restrictions on a large set.
Could it be possible to implement a support for 2D packing as well? It would be great if the plugin could understand Gh groups (Transform-Util-Group), so the curve profiles and text-line coding can be packed together, while maintaining their original relational placements. Planar surface can be used to "group" inner holes, but the coding lines do not "stick" to surfaces.
And while I'm describing needs, hopes and wishes, an option for object rotation in the packing would be greatly appreciated (90 degrees - as dealing with bounding boxes). Depending on materials ja curve profiles, sometimes you cannot rotate curves for nesting, and other times the pieces would fit more nicely if some were rotated.
Once again, thank you for a great plugin!…
a certain distance to its neighbouring point – how do I go about making the line exist between two points of a certain distance?
Only connect to neighbouring point (that’s within specified distance) if said point is within a certain cone of vision (or angle range) - in the example image attached the cone of vision is a total 90 degrees (could this be controlled perhaps?)
Repeat the process with an additional rule / condition - points cannot connect to other points which are already connected.
I've been told this is possible and have been trying to Google solutions or partial solutions to lead me in the right direction but I've been unsuccessful - not sure if I'm searching for the wrong thing or what. I've messed around with some of the proximity components in GH but have had no luck achieving what I want. This is part of something I'm working on in studio. Any help would be appreciated. Thanks!…
icular to each one of them, in a way that it passes through the mid-point of the line and the length is 1/4 the existing ones.
Everything went well until the "Rotate" component where the outputs came out to be on a different Plane! meaning instead of locating them on the Orange surface(same plane as the green lines), they are passing through the surface.
Not sure why is this happening! is there any other way to intersect two lines perpendicularly? or just rotate the lines 90 degree on the same plane?
Thanks!…
en I try to add any components the window turns black and the components red!
I have updated my Mac and uninstalled then reinstalled Rhino.
Has anyone else experienced this?
If anyone has any advice on how to fix it that would be much appreciated!
Thanks!…
rfSplit to bring the holes to the surface and then cut them out. They are disabled while I do the setup, but when I enable SrfSplit, it causes my grasshopper and rhino to not respond (its processing, thats fine), but they have been on for a long time (90 hours on one, and more than 60 on the other computer), and I was wondering if its a problem with my definition thats making it take so long, or if anyone had any suggestions as to how I could get it done faster, or even could process it for me on a more powerful machine.
I am using two macbook pros running Windows 10 Bootcamp, each with 16gb ram, 2.2GHz quad-core Intel Core i7 with Turbo Boost up to 3.4GHz, and Intel Iris Pro Graphics.
I’d appreciate any help, I’ve been waiting some time for these to finish haha. Attached are the two files that I am working from.…
on this, but to my understanding, the Δt_pr used is the same - the equations used to calculate are not. Take a look at this (from EN 7730 as well):
If I can make some wishes too; it would be cool, if you included the last local comfort metrics from EN7730 in LB/HB as well. Besides the local asymmetry there are: an equation for warm/cold floors, stratification and draught. I know, that you will need preform a CFD simulation to properly calculate stratification and draught, but the comfort equations are really simple and seeing that you have(might have) a CFD tool under way it could be useful. Anyways I think it would possible to import external generated CFD data to grasshopper.
The pictures in my previous post are from a paper called: "A simplified calculation method for checking the indoor thermal climate" by B.W. Olesen, it can be found in ASHRAE 1983, vol. 25, issue 5. I don't know if there have been any updates to it since '83.
Looking forward for the new components, and if there is anything I can help with please let me know.
/Christian
…
an that HashCodes well ... since they are "unique" per item (even if this - for the one reason or the other - is created at the same location with that) I barely can see how one can use them in order to get rid if "equal" items (Lines in this occasion).
On the other hand ... well ... using HashSets sampling the Line center and testing length and direction ... well ... this works but why bother? > if you are not doing business with code (thus you need this "check" internally) > use the Kangaroo1 component.
That said the topic of "equality" is rather huge and most people are confusing a lot of things on that matter: for instance a point not equal to another ... well ... that's rather simple but a brep "not equal" with some else ... this is not that easy (if it's solvable).…