Another Non-Traditional Origami Crane

My goal with origami can be summed up as “replicable originality”. I’m not going to outdo anybody on complexity or intricacy or variety of pieces. What I will “bring to the game” are twists on some traditions on origami that others will be able to do, and that I hope others will give a try with their own variations. Here’s an example of what I’m talking about.

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Cellophane Origami

People make origami (Japanese paper folding) out of all kinds of paper. What you get are things in different colours, or with different patterns on them. Rarely do people make origami out of translucent paper, which may give you a little insight into how the paper folds on the inside of what you can see.

https://www.instagram.com/p/BdOrAm-AoSG/?taken-by=odetotoy

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A Slight Improvement to the Traditional Origami Crane

The traditional Japanese origami crane has a fold along the length of each wing, as shown below.

https://www.instagram.com/p/BFIZaTqsU3O/?taken-by=odetotoy

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My Visual Catalog of Origami Learned

Happy New Year, everyone! To start it, I created a visual catalog of some origami that I know how to do, and for the many more I will be learning in 2018. I’d embed the Tableau catalog here to show you except WordPress doesn’t allow for Javascript. You’ll just have to click through the link above to see it.

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First Try at Micro Origami

I saw this video tonight about how a medical school in Japan tested its young potential surgeons with some really tough hand coordination tests, rather than more routine tests.

https://youtu.be/1TtU4UNM2po

One of the tests was to make a 5 mm origami crane, which means the original square was 1 cm in size since the crane folds into a wing height about half of the square size. You can also check the video against real squares you create to get an idea. As one who does origami, I figured I’d give it a go, though I wanted to start with the 2 cm squares first to get an idea of how hard it was going to be. Those are 4X the area, by the way, since area is two dimensional so difference in size on each square side is multiplied by each other! Here are some pics of my results below.

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