Bitter Sweet

As I approached the date of my retirement, I genuinely struggled with how I could sum up my work-life, and how was going to say thankyou, personally, to so many people I have loved working with.

Collapsed blooms get shaped

It occurred to me that Origami could be my savior, and something hand-made and precious was the order of the day, so set about making Naomiki Sato’s pentagonal “Hybrid Tea” roses – in my opinion the zenith of his glorious rose designs. From a pentagon, with some skill, you sculpt a spiraling bloom of some 25 petals – genius as it is folds only – no cuts, no glue. Originally I was going to present them stemmed, but re-worked the idea to have them sit on calyxes instead.

I gave myself 3 weeks, and it turned out that was not really enough time, as each bloom from go to woe takes just over an hour – even when batch folding. It was a labour of love, and I got it done, and resulted in an amazing coincidence. I listed the recipients, and it totaled 33 – this number corresponded to the number of years I have been working at this current school – it was clearly meant to be.

Exacting pre-creasing

Acquiring paper, cutting perfect pentagons, calculating the relative size different between flower and calyx was the first task. I found if I cut the largest pentagon I could from an A3 sheet for the bloom, then the corresponding largest pentagon from an A4 sheet was perfect for the calyx.

Production-line techniques then ensued – precise pre-creases, pre-collapse wrangling and locating landmarks for secondary petal separation all have to be done first, and at this scale it is fiddly folding, and you need about 7 fingers on all of 3 of your hands. Once the dissected spiral collapse is complete the really hard part starts – shaping the petals to be soft curls in staggered cascades – quite a knack.

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1081: l’escargot

I was doodling with a scrap of 2×1 note paper and arrived at what I think might be an original model:

le escargot

This little snail has a volumetric shell and body, along with some lovely poseable eye stalks.

le escargot views

Originality in Origami is tricksey, as most models recycle techniques from other folds, and the head/eye end uses a fairly standard waterbomb-accordion sink, but I cannot remember seeing it used in this way.

The shell is formed initially by outside reverse-folding the body and as such offers a colour change opportunity if folded with bi-colour paper.

I made a video tutorial if you want to fold it, or read further for a set of photo diagrams.

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1080: Invention of the Crane

This is a very personal fold, as well as a lovely meta design:

Boice Wong's "Invention of the Crane"

The first thing most people learn when they start out in Origami is the traditional crane. This fold speculates the genesis of this model as a happenstance some time back in the mists of time. Interestingly, the first model I was taught, as an 11 year old, by a Japanese exchange student, was the crane.

Designed by Boice Wong, released as a crease pattern, I was decided to give it a whirl. If I am honest, I am not really happy with my first fold, and will probably attempt it again (having learned heaps in the folding). The CP can be found here: https://www.obb.design/cp#iocrane

Using a single square, no cuts, we have a lady in a traditional kimono, kneeling in front of a low table on which there is a single crane. The genius of this design is the model is complete – it looks finished all the way around (indeed I fashioned a lovely “bow” Obe at her back. There is a colour change making the table/crane a different colour to the girl (I decided the focus of this fold was the crane, so it ended up white – next time I might just paint it, or perform an additional colour change which is possible with this design but results in a clumsier crane I think).

Boice Wong's "Invention of the Crane" Views

This has taken me an age. Initially, I attempted to collapse the base only to discover it was inside-out, then trying to sort out what flaps did what job (kinda aided by sorta advice from Boice himself), and decided on the current flap assignment when trying to ascertain how to compose the kimono and hide the internal layers, yet still give me the hair fringe. Quite a wrestle in the end.

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1063: Just Dandy

Anyone who owns a lawn realises it is a constant battle to keep it mowed, tidy, healthy and weed free. In a tropical climate like ours, doubly so:

dandelion

So we have a dandelion problem – hundreds of the little buggers pop their flowers up after I mow and I am loathed to resort to spraying them, chemical solutions are my last resort. I googled the problem and found a no-bend weeding prong that seems custom built to pluck the little suckers root and all.

weeding prong

We ordered 2 (a his and hers set) on the off chance we both would want to do this, the arrived in pieces and after a simple set of instructions they were assembled, ready to go. In our first session on the lawn we easily filled a large bucket with extracted dandelions and realised this was a solution, albeit manual and long term.

dandelion scale

In the latest Tanteidan magazine, by pure synchronicity, there were diagrams for a modular dandelion designed by Toshikazu Kawasaki. I set about folding the pieces and, after a fairly simple set of instructions, the dandelion was assembled and ready to go.

1061: Bone Dragon

Looking for a model to welcome in the new year, and also to further my Crease Pattern solving ability, I hoped this model would serve both purposes:

Bone Dragon

Part of a book I have helped edit prior to publishing, this is 1ctzH8jm0N2’s “Bone Dragon”, a CP and photodiagram sequence from the forthcoming book “Ori-Fancy 6”.

I started with a 90cm square, I divided into a 32 grid, then located the required diagonals, then begin allocating mountain and valley orientation to the creases before attempting the collapse.

Bone Dragon Views

There are lots of details here, and the initial collapse generates most of them – I buggered up the head collapse (rather I found the intricate point in point structure that would eventually become the horns too hard to do initially) but found it easy to do post-collapse, and was initially flummoxed by the feet structure until I realised a series of sinks needed to be closed-sinked, and another set needed to be open-sinks (hopefully this will be made clear in the final photo diagram annotations).

The body ends up being 30+ layers, making the necessary crimping for shaping really difficult with thick paper (I used natural Kraft paper) – there is a nice “bulk” to the body, and the body feels solid – thinner paper would make shaping less torturous.

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