November 23, 2006
Still in Alpha

Where Are The Phreakin’ Diagrams?
None, yet – and when there are, they’ll be debuting on a different stage. (We’ll link to it.)
Till then, an unimproved CP for the impatient: O3 Rose, 0.4

Where Are The Phreakin’ Diagrams?
None, yet – and when there are, they’ll be debuting on a different stage. (We’ll link to it.)
Till then, an unimproved CP for the impatient: O3 Rose, 0.4
Working on that, by the way, hope it will not be too long.
This is a beautiful model! It looks deceptively simple. I can’t fold the Kawasaki Rose, so I’m not sure that this one will work either, but I’ll give it a go!
November 24th, 2006 at 9:13 amOrigami Rose by Oschene
Philip Chapman-Bell, also known on the origami circuit as Oschene, just posted a crease pattern for this absolutely wonderful origami Rose, folded from a circle of paper. It has pentagonal symmetry! Marvelous!
November 25th, 2006 at 11:47 amVisit his website and download the CP.
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This year there are very nice roses folded by diifferent people, Robert lang.Chit, and now you all have diffeent approches and all are nice well done. please post the diagrams at the erliest . people like me cannot fold it only from C.P.
November 26th, 2006 at 12:19 amHey, J.V.,
Diagramming this model is high priority. But first, I must work the bugs out. Stay tuned for updates.
November 26th, 2006 at 9:46 amHow do i get this rose model thingy to work??? i printed it out, are there instructions O.o??? *cough* making it for my gf’s birthday*cough*
December 16th, 2006 at 1:15 ami struggled for more than 3 months for the kawasaki rose , finally got it almost there except for the easiest part which i can’t do is to close the bottom, here i’ve seen your beatiful rose, i’m still working on it , thanks to you generosity and my boss’ junk mail
December 25th, 2006 at 5:07 pmNice project….!
February 14th, 2007 at 9:34 amNice. I found this site when researching an experiment into an ‘octagonal’ rose.
I have a question though. The basis of these types of roses is a twist fold, and my original theory was that this twist can only be performed if the opposite sides of the polygon are parallel (square, octagon…), but you have done it with a pentagon.
So my question is this: can you perform a twist fold with any regular polygon? Or what might the criteria be do you think?
June 3rd, 2009 at 7:48 am