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> > That is beautiful! Thanks for the pointer. I'll follow up that thread
on
> > p.b.i.
>
> Thank you! As I wrote in the original message with the image, the basket
> was created as an example of my Spline Macro File.
I sent you email direct after following up on that macro.
> The entire construction is defined by four splines giving the profile of
the
> basket, the weft around the basket (circular in this case), the looped
edges
> and the handle. A combination of pipe splines (using cylinders to follow
> the shape of the path) and torus pipe splines/coil splines (using torii
> segments) is then used to create the basket. The beauty of the torus
> splines is that given the right settings they automatically create the
waved
> shape of the weft, without having to specify each curve. The entire scene
> file is just over 2 Kb.
The part about the beauty of torus splines I see: I figured as much upon
reading your tutorial. I don't follow the rest of it. The weaving is a
hierarical system of splines, one for the overall shape and another for the
weave??
Grabbing digital camera... here is a life-model of what I was thinking about
(posted to p.b.i.), but after seeing yours, I really like the open weave,
too. So now I'm thinking of the diamond-shape "dish" like mine, but with a
more open weave like yours, to show the contents better. Each of the 4
sides and bottom would be flat, maybe made as individual panels and tied to
a metal frame.
> If you want to create weavings with non-circular cross sections, you can
> define your own macros for creating objects based on splines, using
triangle
> meshes, bicubic patches (which can be translated directly to spline
> segments), or really any type of objects you like. And in the absence of
> complete documentation, please feel free to contact me if you need
help....
I'm thinking of thin, flat strips of wood or bark. Sticking a wood texture
on an isosurface or carefully "carved" undulation pattern would not look
right -- it's more like a U-V mapping, not cut from material in that shape.
Know what I mean? If strips are cut parallel to the grain, that might be
close enough, though.
--John
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