Page 1 of 1

Twisting a single conical point?

Posted: September 1st, 2012, 8:15 pm
by Gerardo
Could someone please explain this to me with an image? Text isn't enough for me o understand:
Wikipedia wrote:It is also possible to twist a single conical point indefinitely, collapsing the sides in a waterbomb-base-like fashion as one goes.

Re: Twisting a single conical point?

Posted: September 1st, 2012, 9:22 pm
by Bass
Ok this is a big way in which I design so here goes:

They mean that if you have a cone and pinch it on 4 sides sort of like the cardinal directions on a compass, you can collapse that cone into a pseudo waterbomb at the point. A lot of my flowers use this technique in many ways, with a hidden one in the Twisty flower and more obvious ones in the models I just posted.

If you twist the point, you get a great flow effect from the top of the point branching to the bottom of the cone.

Take my models here as two basic examples:

Image
Schneider's Flower by Bassjason1, on Flickr

Image
Fleur d'étoile by Bassjason1, on Flickr


I've tried to apply this to scales and other parts of animals, I hope others can develop that area more since it would have a fantastic effect on box pleated bugs and scaly reptilians.

Re: Twisting a single conical point?

Posted: September 2nd, 2012, 10:05 pm
by Gerardo
Bass wrote:Take my models here as two basic examples:
Perfect Bass, I had seen that kind of fold before but I didn't know Wikipedia was referring to that. I've been trying to learn about the different types of folds :).

Very nice flowers. I personally prefer the latest animal models you've created.

Re: Twisting a single conical point?

Posted: September 2nd, 2012, 10:21 pm
by Brimstone
I once couldn't find an elegant way to close a box, so what I did was take the 4 points and swirl them and I liked the result:
Image

Re: Twisting a single conical point?

Posted: September 3rd, 2012, 3:14 pm
by Gerardo
Brimstone wrote:I once couldn't find an elegant way to close a box, so what I did was take the 4 points and swirl them and I liked the result
That's the locking mechanism? Quite original :).