Index of list for geometry elements

Lists-Logic
,
1

Hi everyone:

So basically I import some geometry from revit. (stops being native goemtry) and I continue doing some sorting in this Data, Where Im stock at the moment is that i want to match the index from the original geometry to the one that i ordered after.

Any ideas or guidance on this one, thanks

Group index.PNG1610Ă—487 123 KB

2

@samuel_barcenas The image is blurry . Could you drop your dyn file?

1 Like
3

Hi

Im sharing the dyn file and rvt file thanks for your help sorry I couldnt share before.
Please take a look to the script. Basically what i want to do is to match the elements from the first list to assign the number as a parameter back to the elements. The problem is that I havent found a solution to match the index for the elements.

Match list.dyn (24.5 KB)
Test for matching files A.rvt (2.8 MB)

4

Hi @samuel_barcenas,

Could you clarify a few more things:

  1. What parameter are you trying to write? Tarea? it is not loaded
  2. You have indicated the first list of elements as the one coming out of “All Elements of Category” but in the dyn file you are filtering the walls based on the parameter “Estatus”
  3. what index are you trying to write back? the index of the group they belong to?

image.png1260Ă—371 68.8 KB

5

Hi Salvator

Im trying to match the list from “sort by function” that gives me the ID from the elements, to the list from “GroupByDistance” that contains a list of the elements group.

So basically the order of the list are different but they are “same elements” So I want to figure out which ID belongs to each group.

Thanks

Match list example.png5908Ă—1994 517 KB

6

@samuel_barcenas

Apologies for the late reply.

I’ve added a few lines of code to @Dimitar_Venkov node Springs.Geometry.GroupByDistance

import clr
clr.AddReference('ProtoGeometry')
from Autodesk.DesignScript.Geometry import Geometry

pts = IN[0]
margin = IN[1]
walls=[UnwrapElement(i) for i in IN[2]]
dist1 = Geometry.DistanceTo

Groups, Queue,Walls = [], [],[]
while pts:
	group, wall = [],[]
	Queue.append(pts.pop())
	wall.append(walls.pop())
	while Queue:
		p1 = Queue.pop()
		group.append(p1)
		for i in xrange(len(pts)-1,-1,-1):
			if dist1(p1, pts[i]) <= margin:
				Queue.append(pts.pop(i) )
				wall.append(walls.pop(i) )
	Walls.append(wall)
OUT = Walls

image.png1247Ă—615 61.5 KB

1 Like
7

@samuel_barcenas

IN[2] is the list of walls:

image.png854Ă—660 52.1 KB

8

Please mark the topic as solved if this is what you want.

9

Sorry for the late response Ive been sick for around a week.

Let me test it but according to the image seems good

Thanks

1 Like
10

Solved

Thanks a lot for your help

1 Like