should be sorted into the same tree branch.
Data list: 0
0
0 <- all these three 0's should be placed in a branch
3.2
3.2
3.2 <- all these three similar should be placed in another branch 5.6 5.6 <- these two should be placed in another branch 7.1 <- this one should be placed in another branch 8.2 8.2<- these two should be placed in another branch I have tried to turn them into integers, convert them to strings and concanating with {0; and } so that i get {0;0} {0;0} {0;0} {0;3} {0;3} {0;3} {0;5} ... but the create branch does not accept this input. Can anyone come up with a solution? Thanks for your help!…
.e. lines (everybody does the anitgravity thingy) and unfinished (Zorgians never finish a thing or two). Quad parcels are prohibited by Z Law.
4. If the yielding region (parcel) is a triangle > a tower is made. No other plan shape is accepted (by The Z Law) not o mention blobs: Zaha do you copy?.
5. If the yielding region (parcel) is a pentagon > a park is made (Zorgian flora is pink).
6. If there's even a single octagon (parcel) around > the designer is lobotomized.
…
say you have a hypothetical "5D" point, which would be a point with 5 attributes: X, Y, Z, U, V. All you would have to do to modify the script to compile a CSV file of your 5D points would be to change everything between the parentheses after "write".
fileName.write('pt5D.x' + "," + 'pt5D.y' + "," + 'pt5D.z' + "," + 'pt5D.u' \
+ "," + 'pt5D.v' + "\n")
This is assuming that your object does indeed have these 5 attributes.…
tion, set us assume that they are emitted randomly. Furthermore, I would for all of them to interact based on swarm behaviour, but each colour would have different point attractor. I hope it is clear now.
Also, I would like to limit movement to x and y axis, and allow for z movement only in certain region. I managed to do it with custom force, but it seams to really slow down the analysis. is there maybe an other way?
Thank you for your help, it is highly appreciated. …
mate it to the one point. When i use closest point component, i will generate very big Array because this component calculated closest points for all points. When i compare of each point's z component with every one point, grasshopper generated array with massive boolean data for all point in every one branch.Sorry for my english but i need some help :)…
) if Z value is bigger than 5;
(2) if Z value is smaller than 10;
Do a boolean "AND" function between 1 and 2 and use the resulting boolean to "dispatch" your list of points
or even easier construct a domain "5-10" and use the component "Includes" to know wich Z values are inside that domain (this give you a list of booleans again) and then dispatch...
This should, i think, be lightier than using a brep object ... for the cpu...…
flat surface. Where sliding the plane on its own plane does not create any transformation. What I mean is whether a mean/average plane can be computed from 2 planes.
If we imagine two XY plane , one at Z=0 and the other at Z = 10.
The mean of that would of course be a XY plane at Z = 5
However, what if the two planes in concern are non parallel.
Cheers
Victor
…
Added by Victor Leung at 3:37am on September 28, 2012
In the mean time you can decompose the vectors to their X,Y,Z values, use the mass addition component in each of the 3 lists of numbers and use the resulting 3 numbers to create the sum vector.
Added by Vicente Soler at 12:44pm on November 10, 2009