Sunshade same panel.

Hi, i´m an architect from Europe. I want to paneling a surface which i want to sun analyse.(ecotect) Must be a repeated exactly same panel ( standardize construction, which only one piece repeated along the surface). I´m trying with paneling tools (seems no to vary the panel, but i´m not sure) and i want to try grasshopper and paracloud. I want to know your opinion, what is the best way to achieve this?

thanks in advance.

Replies to This Discussion

Permalink Reply by Vicente Soler on November 15, 2009 at 11:33am

You can do this with Grasshopper very easily. How does the Ecotect data affect the panels if it's always the same panel? How complex is the surface? What's the shape of the panels?

Permalink Reply by synergy on November 15, 2009 at 2:17pm

How does the Ecotect data affect the panels if it's always the same panel?
Of course i plan first achieve the exact modulle repetion to export to ecotect.Then i would do 3 or 4 panel solutions and export too. I know it´s faster parametrize the panel in GH, but first, i want to learn how to get an exact panel repetions along a surface. (more Later... :)

How complex is the surface?
Actually it´s a wavy green transitable roof. .-Any tips around this?

What's the shape of the panels?
Regular module, rectangular or triangulated. .-Influence of the panels?

This is what i get with paneling tools (attached file), but i think this module isn´t the exact dimensions along the surface.This is an example roof with the structure and the panel i want to probe.Ppanel is the perforated sheet.(still not placed)

Thanks in advance.

Permalink Reply by synergy on November 15, 2009 at 2:56pm

Attached file:
http://www.megaupload.com/?d=JXDXFRRJ

sorry for the size.

Permalink Reply by Vicente Soler on November 15, 2009 at 3:06pm

You can't panel a double curved surface using the same panel size without gaps or overlaps in between panels.

Permalink Reply by synergy on November 15, 2009 at 3:08pm

You can do this with Grasshopper very easily?

Can you send me a link please?

Permalink Reply by Vicente Soler on November 15, 2009 at 3:15pm

My statement didn't refer to Grasshopper. You can't do that at all no mater what software you are using because it's not possible in real life. Only certain ruled surfaced can be paneled this way, like a cylinder for example.

Permalink Reply by synergy on November 15, 2009 at 3:39pm

You can't panel a double curved surface using the same panel size without gaps or overlaps in between panels.
Maybe adjusting the surface to minimize the gaps... (and fill with resines)

I understand, only ruled surfaced; cilindrical, conical, toroidal,hyperbolic, hyperboloid, hyperbolic paraboloid, helicoid spiral... Which not?
and the doubly ruled ones?

thank you Vicente.

Permalink Reply by Vicente Soler on November 15, 2009 at 4:19pm

It depends on the shape of your panel. If it's rectangular, i think you are pretty much limited to extrusions (if you want the 4 edges to match perfectly).

Permalink Reply by synergy on November 15, 2009 at 4:45pm

so..is possible to fit (with some work and filling the gaps) a rectangular panel into a double curved surface? or you refer to the ruled ones?
what a mess :P

Permalink Reply by Vicente Soler on November 15, 2009 at 4:54pm

Yes, you can. You'll have to use a much smaller panel than the one you currently have or you'll have to use a lot of resine :P
Depending on the surface, you could for example divide the surface into a grid where the more concave parts will have bigger gaps.
If you surface has one main direction, you could slice the surface perpendicular to that direction so that you end up with thin strips the width of a panel and depending on the length of the strip, you end up with more or less panels. There are probably many ways of doing this depending on the surface you have and how the panels are going to be fixed, tolerances, etc.

Permalink Reply by synergy on November 15, 2009 at 5:07pm

divide the surface into a grid where the more concave parts will have bigger gaps.
Interesting, any link to start learning all of this stuff?
If you surface has one main direction, you could slice the surface perpendicular to that direction so that you end up with thin strips the width of a panel and depending on the length of the strip, you end up with more or less panels. There are probably many ways of doing this depending on the surface you have and how the panels are going to be fixed, tolerances, etc.

So fitting the panels by strips?

What about the ptGridSurfaceUV command in paneling tools?

thanks Vicente for your answers

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