(1) unable to place 4 adaptive points tile on 4 roof nodes(2) repeater missing many tiles on curved part of roof

(1) unable to place 4 adaptive points tile on 4 roof nodes(2) repeater missing many tiles on curved part of roof

heichan88
Collaborator Collaborator
2,065 Views
26 Replies
Message 1 of 27

(1) unable to place 4 adaptive points tile on 4 roof nodes(2) repeater missing many tiles on curved part of roof

heichan88
Collaborator
Collaborator

Hello, I made an adaptive tile with 4 adaptive points only (other points all hosted). Then when place on a mass, there are two problems 

(1) only 2 adaptive points are recognized on roof nodes, i,e, unable to place 4 adaptive points on 4 nodes

(2) after  repeater, many tiles are missing with error message "delete instance"

this is the final frontier of this BIM model before completed.

Please advice, thanks

微信图片_202202091959072.png

微信图片_202202091959071.png

微信图片_20220209195907.png

0 Likes
2,066 Views
26 Replies
Replies (26)
Message 21 of 27

RDAOU
Mentor
Mentor

@heichan88 

 

While at it, would you mind unmarking all my replies? You should mark only what solves the question as solution and not every single reply you recieve 🙂 this would help other forum visitors find the solution to a similar issue easier 

 

 

YOUTUBE | BIM | COMPUTATIONAL DESIGN | PARAMETRIC DESIGN | GENERATIVE DESIGN | VISUAL PROGRAMMING
If you find this reply helpful kindly hit the LIKE BUTTON and if applicable please ACCEPT AS SOLUTION


0 Likes
Message 22 of 27

heichan88
Collaborator
Collaborator

Hello

I unmarked some which is not relevant, but some post is contributive though wording short. Thanks

0 Likes
Message 23 of 27

RDAOU
Mentor
Mentor

@heichan88 

 

What was the issue described in the original post and which suggestion solved it?! What was suggested or being discussed was:

  • 1xpt adaptive 
  • vs 2xpt adaptive 
  • vs 3xpt adaptive 
  • vs 4xpt adaptive 
  • vs Pattern Based Panels

 

 

 

 

 

 

YOUTUBE | BIM | COMPUTATIONAL DESIGN | PARAMETRIC DESIGN | GENERATIVE DESIGN | VISUAL PROGRAMMING
If you find this reply helpful kindly hit the LIKE BUTTON and if applicable please ACCEPT AS SOLUTION


0 Likes
Message 24 of 27

heichan88
Collaborator
Collaborator

I always with thanks as if a shishya with guru, when reading all the previous advice which concerning and contributive, it's worthy if some of my error was pointed frankly, regardless the wording (actually I didn't notice whichever positive or negative), hope all experts here keep going advicing , Thanks to all experts who concern and reply

0 Likes
Message 25 of 27

barthbradley
Consultant
Consultant
Accepted solution

Below two screenshots show two different 4-pt. Adaptive Point Repeater Families on the exact same divided lofting surface. One Repeater Family’s Adaptive Points are oriented by “Instance (x,y,z)” and the other Repeater Family’s Adaptive Points are oriented to “Host and Loop System (x,y,z)”.  Repeater Families are identical in every other way.  You be the judge of which of the two Adaptive Point orientations perform best.

 

 

Instance (x,y,z):

 

Orients to Instance.png

 

 

Host and Loop (x,y,z):

 

Orients to Host and Loop.png

 

 

 

Message 26 of 27

barthbradley
Consultant
Consultant

Anybody reading this thread can weigh in.  Does one Adaptive Point orientation look like it performs better than the other?    

Message 27 of 27

heichan88
Collaborator
Collaborator

hello @barthbradley 

thanks for your above solution.

Since I acknowledged that: 4 AP is over-designed for tile, which profile shall be fixed but not flexed at 4 corners. So now i have simplified not using 4 APs, and turn to the approach of  (1) 2-AP fixedprofile then (2) nest to pattern then (3) load to roof see my new post https://forums.autodesk.com/t5/revit-architecture-forum/trimming-perfectly-of-pattern-based-tile-par... 

Please kindly participate in this new post and contribute your expert idea there

To my workshop, curve roof is the most complicated but last frontier (and almost done). I am trying various approaches forward (based on each above various advice solutions)  though from each of them new question might come (constrains, project requirements etc). 

Thanks again for your expert advice.

 

0 Likes