Curve
6 Poly Curve
7 Poly Curve ... etc
I need to loft half of them as a pattern like 2 by 2... ex:
0 with 1 ---> loft
1 with 2 ---> no loft
2 with 3 ---> loft
3 with 4 ---> loft
4 w.... etc.
In my case (as you can see in the screenshot) i've two list in whic i've to apply this process.
I can't use list items because the numbers of items may change, and if i get a grafted list of items i can't loft the curves, but if i get the flattened pattern of data the loft component loft everything without considering the sequence.
I guess i've been clear to explain my data structure problem!
Pls! I'm waiting for some help!!! Thx a lot in advance,
Marco …
Added by Marco Caprani at 9:20am on February 12, 2012
rmine the amount of solar load we can shave off with the addition of exterior shading. We noticed that peak cooling was occurring at night in autumn and dug a little deeper. We found the following peak load components:
1. Lighting 1.04 w/sf (ok)
2. Equipment 0.5 w/sf (ok)
3. People 0.43 w/sf (ok)
4. Infiltation 0.5 w/sf (ok)
5. Opaque conduction -.08 w/sf
6. Glazing conduction - 0.2 w/sf
7. Outside Air 3.6 w/sf (very high)
8. Outside air temp @ peak 74F (DB), 72F (WB)
It appears default outside air loads are creating the equivalent of laboratory equipment cooling loads in our sapce. We've disconnected all ventilation inputs from the _HBZones component to reduce the amount of outdoor air introduced to the space and are still finding very high OA loads. Has anyone experienced similarly high OA loads or knows of opportunities to adjust this default? Obviously it's throwing our studies off...
Thanks,
Colin…
ining pattern aperture in the surface
3. I plug this aperture parameter into a simple hexagonal shape
My question is What takes so long to GH to solve every single change of parameter ?
Is it the way I build my definition ? How do I measure it ?
Any help would be greatly appreciated,
Thanks,
Thomas…
Thank you very much, Danny!
I'll try to generate a pattern of w value mapping them with "2 crv 4 base".
I never used lists of values but now I think that the moment is come!
Thank you Marios,
but I want to put boxes on all the plane: if I divide U domain in 4 parts and V domain in 3 parts I'll have 12 boxes with 12 different heights in W
How can be done?
regards
Maurizio