2022-10-26
03:07 PM
- last edited on
2023-05-24
10:38 AM
by
Rubia Torres
Hi All,
Now in Archicad, most design and data are handled at the element level - assigning properties, using Graphic Overrides or setting renovation status are a few examples.
To express design intent and extract data at a more detailed level, the component or skin level requires further data and flexibility. We already visualise these skins, have Offset Modifiers for Profiles to create smart parametric extrusions, and Component/Surface Schedules to extract data.
We plan to further develop the component/skin level of elements and expand existing functionality in that area, so we are exploring more about what you need. Some questions:
As we progress in this area, your input will be invaluable to understand priorities and our direction moving forward. Thanks in advance.
2024-10-29 10:10 AM
Hi insiders
Can we have an update on this development?
Thanks
2025-05-11 10:52 PM
I'm deeply exploring the process of 4d and 5d modelling, and the site quantity survey to track accomplished work.
Component level design will fix alot of workarounds and impossible tasks , like skins by zone, skins by facade, floor finishes by zone, quantity of wall finish by zone faces, and more.
Now, the only way is to model each skin as a separate wall/slab,
2025-05-12 12:12 AM - edited 2025-05-12 02:41 AM
Exactly. And Graphisoft realized this more than 20 years ago when they had the "Constructor" line of 4d/5d software (later sold) which had to re-model those elements. It would be nice to see fine-grained component/skin/etc control in Archicad itself.
https://mail.aecbytes.com/newsletter/2004/issue_15.html
2025-05-14 04:41 PM - edited 2025-05-14 04:52 PM
here is a common exemple for me :
wall skins relation to zone is crucial,
when we make takeoffs, and to ensure all is correct, we need to se the relation of an element / component to the related zone,
this will be our starting point for quantity statements onsite, and for tracking site work evolution
Composite Wall 01 start from room 1 to room 2,
it's skins belong sometimes to room 1, sometimes to room 2, and some times to the façade
A small beam under the wall is used to cover the slab edge, it has the same material as the exterior wall finish.
To quantify materials there is a logic :
you can divide the wall , and say, hey this segment is for room 1 and this is for room 2, ok it will work, nut not for too long :
At the end you may come with missy data, and a lot of table you can''t manage
If the skins could receive properties, that could solve a lot of workarounds ,
The data structure could be like that :
2025-05-15 06:09 PM
Does someone faced theese situations before ? Is this workflow common for you guys ?
2025-05-18 06:14 AM
Skin by Skin design was listed on the original roadmap. Is this what is meant by component level design workflows ?
2025-05-20 08:52 PM
Expanding component-level workflows is a great step. More flexibility in assigning unique data, renovation tracking, editing things, and visualization for individual skins would enhance design clarity, reduce workarounds, and improve documentation and material takeoffs.
Monday
In the same topic , i think adding classifications and properties to the composite / complex profile skin level is more logical , we can keep classifications and Prop for the BM level for thermic calculations etc ,
for a structured model :
Monday
I think the idea that has been suggested before is a bit more elegant.
Override the intersection priority of the Building Material at the skin level in Composites, but also keep the Intersection Priority at the Building Material level.
I think the intersection priority system is intuitive right now, but this small tweak is enough to give it more flexibility. I don't think the whole system needs to change, the foundation is good imo.