972: “Simple” Square Rose

I bought Naomiki Sato’s first book on origami roses to satisfy an obsession with mastering his pentagonal rose (a quest that is still in progress). Recently, he has published a second book (this one in English) and I knew I had to buy it:

complete

Perhaps starting my journey in the new book with a 15cm square of red washi was possibly not the most sensible thing to do (waay smaller than suggested), however I ploughed on and much to my delight fashioned a fairly decent rendering of the simple square rose – the first rose I have folded from a square that actually looks like a rose.

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968: Spiny Norman

Anyone with a decent knowledge of Monty Python’s Flying Circus, would recognise the name “Spiny Norman” – the gigantic hedgehog that haunted Dinsdale, the more vicious of the Piranha Brothers. When I saw Yudai Imai’s Hedgehog, I knew I had to give it a try:

Yudai Imai's hedgehog

I had been looking for a model to best show of some duo 30cm Thai Unryu I had bought from the Origami Shop.

Yudai Imai's hedgehog paper - OrigamiShop's duo Unryu

Although Unryu is generally tissue thin, this duo paper seemed really thick, still I thought it was worth a bend so set about gridding – This was really hard work on fingers, and resorted to a bone folder – only when I laided in creases crisply was I able to reverse them (and in many cases even then with difficulty).

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Handmade Paper

So in a recent workshop, I made a bunch of different types of paper, time to try it out I thought. I had 3xA4 sheets and 2xA3 sheets pulled from the white board + Day Lilly + Lemongrass vat, so decided to have a go at folding something from that.

handmade paper
White board, Day Lilly, Lemongrass hand-made(by me) paper

I remember the ladies of PAQ talking about Chinese Threadbooks – an ancient paperfolding tradition from China. Having already folded one using cheap decorative paper, I thought I would throw some handmade paper at one also.

threadbook complete

There are examples, hundreds of years old, of clever multi-compartment paper widgets, used to store silk threads (from weavers and embroiderers), and there is some exploration of the folding theory on teh internet, but you gotta dive deep.

threadbook compartments
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Showing Off

Our school has large display cases. I have kilograms of origami at home, in showboxes, tidy tubs, cupboards, garbage bags and display cases … one thing led to another:

library display 2019

My aim with this display to to show the variety of forms modern Origami takes, from traditional, figurative, geometry and abstract. Additionally I have included 14 different dragons, a current fascination – can you find them all?

I feature some of my favourite pieces, designed by legends such as Satoshi Kamiya, Robert Lang, Eric Domaine, Francis Ow, Ronald Koh, Kade Chan, Eric Joisel, Brian Chan, Jason Ku and more.

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962: Ryu Jin 2.1 – Head

In a bid to calm down and relax after a brutal week at work, I took a 60cm square of red/natural Ikea Kraft paper and started folding… and folded, and folded and folded.

Ryujui 1.2 head

I have been lured back into the fold (as it were) of Ryu Jin folders (nerds who attempt to fold Satoshi Kamiya’s devilishly difficult dragon series). Having already folded a 1.0, 1.2 and 3.5, I noticed that I had never attempted a 2.1.

Ryujui 1.2 head views and detail

For the uninitiated, the numbers indicate refinements, with the 1.0 being vaguely dragon like and the 3.5 (the culmination of this design process) being the most astonishingly detailed design imaginable.

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954: Simi Flores’ Spikey Ball

Cruising around on Fakebook, as you do, I came across a module that seemed really familiar. I am sure I have seen it elsewhere, but am not able to find it (I think it is a Bascetta variant?):

spikey ball

I decided to give it a whirl – nice and simple, and quick to fold, it locks nicely with a positive paper tension keeping groups of 3 together, then you group the 3-unit points into clusters of 5 and you get a nice positive curvature. Using other combinations I can imagine zero curvature (6 modules) and negative curvature (7 modules) … hence a torus is possible?.

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