Re: [Origami] Let's Fold some 3D Origami!

2013-11-12 Thread Ravi Apte
On Mon, Nov 11, 2013 at 8:39 PM, Robert J. Lang rob...@langorigami.comwrote: I absolutely adore what Rebecca Gieseking has done with the rotational folding concept; it's mind-blowing. (Yes, they REALLY ARE a single uncut sheet.) Truly incredible and mind boggling.. Regards Ravi

Re: [Origami] Let's Fold some 3D Origami!

2013-11-12 Thread Leong Cheng Chit
Robert J. Lang rob...@langorigami.com on 11/ 11/13 7:09 am wrote: but I absolutely adore what Rebecca Gieseking has done with the rotational folding concept; it's mind-blowing. (Yes, they REALLY ARE a single uncut sheet.) See

Re: [Origami] Let's Fold some 3D Origami!

2013-11-11 Thread Robert J. Lang
Thus spake Leong Cheng Chit leong...@singnet.com.sg on 11/10/13 7:16 PM: This area of 3-D folding is intriguing. We can extend the couplet folding technique to non-rotational symmetric models. Here two of my couplet folded models: http://www.flickr.com/photos/chengchit/8529417567/

Re: [Origami] Let's Fold some 3D Origami!

2013-11-11 Thread Gieseking, Rebecca L
From: origami-boun...@lists.digitalorigami.com [mailto:origami-boun...@lists.digitalorigami.com] On Behalf Of Robert J. Lang Sent: Monday, November 11, 2013 10:10 AM | I like Cheng Chit's work, but I absolutely adore what Rebecca | Gieseking | has done with the rotational folding concept; it's

Re: [Origami] Let's Fold some 3D Origami!

2013-11-10 Thread KDianne Stephens
There's an overlap of paper on both sides of the intrinsic straight crease, which is curved in the final model. Robert Lang calls the couplets flanges in his flanged pots. We can, of course, have two intrinsic straight creases for the couplet. The surface of the model will then be polyhedral.

Re: [Origami] Let's Fold some 3D Origami!

2013-11-10 Thread Leong Cheng Chit
There's an overlap of paper on both sides of the intrinsic straight crease, which is curved in the final model. Robert Lang calls the couplets flanges in his flanged pots. We can, of course, have two intrinsic straight creases for the couplet. The surface of the model will then be polyhedral.

Re: [Origami] Let's Fold some 3D Origami!

2013-11-08 Thread KDianne Stephens
Also I'd like to know if anyone had experience with these type of models or maybe used accompanied this software in his own design. As with much of the fine art generated today, it is to the point we identify new Origami models by the software that was used to design the model...and the the

Re: [Origami] Let's Fold some 3D Origami!

2013-11-08 Thread Anne LaVin
On Fri, Nov 8, 2013 at 2:33 PM, KDianne Stephens kdiannesteph...@gmail.com wrote: As with much of the fine art generated today, it is to the point we identify new Origami models by the software that was used to design the model...and the the hardware to score/fold it! :-) Personally, I enjoy

Re: [Origami] Let's Fold some 3D Origami!

2013-11-08 Thread KDianne Stephens
What does the HI in the last sentence stand for? ( http://www.allacronyms.com/HI is no help at all, so I find myself wondering what's being kept alive, here.) Human Intelligence

Re: [Origami] Let's Fold some 3D Origami!

2013-11-08 Thread Faye E. Goldman
On Fri, Nov 8, 2013 at 2:33 PM, KDianne Stephens kdiannesteph...@gmail.com wrote: As with much of the fine art generated today, it is to the point we identify new Origami models by the software that was used to design the model...and the the hardware to score/fold it! :-) Personally, I