Origami sequence megaupload

Furthermore, each of the designs has an accompanying crease pattern and a paragraph or two explaining the thoughts behind the folds. I have a lot of favorites in the book and to tell you honestly, I spent a couple of days just deciding which of the models to try first!

I have folded the white rhino with Tant paper and was more than satisfied with it. Most recently, I attempted the orangutan, and found it to be a challenging model with two Elias stretches and two sinks — one each of the open and closed variety. If so, could you please make a video teaching the Clydesdale Horse.

I understand if you cannot. I do have plans to demonstrate one model from the book. However, most of the models in the book are complex, so I'll have to check and see which model I can demonstrate in a video without making it hours long. So I'll first have to test-fold a couple of models. Yes, but nothing that I was happy enough with to post a picture of. These models are a challenge to complete to the quality that Quentin Trollip has folded them in!

I believe wet folding is quite essential for a couple of them. I would really love to see an instructional video on the chimp but i understand if you are busy i can be patient:. I read that you made some stuff out of this book but what did you try? I folded the skull and the Clydesdale horse. Neither turned out nice enough on my first fold to post a picture of it, though. I'll have to try again when I have more time. I fear I don't have time to fold much right now, am too busy with work. There are some secrets hidden in the book.

They can be found by closely reading the text and diagrams. You will find some oddities, and these should lead you to solve the secret code. I believe if you have the code, you can get access to extra material. So you think that for a first attempt you really should have the 50cm square paper that is recommended in the book? Looking through he diagrams it doesn't look like there are really any steps that get really small or fine. Just seems like an awfully big paper size for this model.

As a horse reference, I just did Kamyia's Sleipnir out of a 14" square with no problems. Not sure if that means anything, but should give you some idea of what I can do. Skip to main content. Toggle navigation. Search form. Quentin Trollip's book: Origami Sequence.

Just by adding or subtracting defects, you can configure — and reconfigure — a Miura-ori to be as stiff as you want. This drew the attention of Assis. His expertise is in statistical mechanics, which applies naturally to a lattice pattern like Miura-ori. In a crystal, atoms are linked by chemical bonds. In origami, vertices are linked by creases. Even with a lattice as small as 10 units wide, Assis said, such a statistical approach can still capture its behavior fairly well.

Defects appear in crystals when you crank up the temperature. In an ice cube, for example, the heat breaks the bonds between water molecules, forming defects in the lattice structure.

Eventually, of course, the lattice breaks down completely and the ice melts. This causes defects because the constant folding and unfolding might cause one of the creases to bend the wrong way. In this picture, the defects behave like free-floating particles of gas. Assis can even calculate quantities like density and pressure to describe the defects. At relatively low temperatures, the defects behave in an orderly fashion.

And at high enough temperatures, when defects cover the entire lattice, the origami structure becomes relatively uniform. But in the middle, both the Miura-ori and another trapezoidal origami pattern appear to go through an abrupt shift from one state to another — what physicists would call a phase transition.

But he hypothesizes that as defects multiply, the lattice steadily becomes more disordered. Crease pattern for Mr. Satoshi Kamiya also designed an amazing looking origami wizard. Here it is folded by Mariano Zavala B. Diagrams available in Works of Satoshi Kamiya, — Diagrams available in Olympiad